Reset23/the-stack-v2-blamed · Datasets at Hugging Face

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/src/FW/actors/Terminal.cc

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grouptheory/SEAN

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refs/heads/master

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2018-05-11T17:49:18

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// -*- C++ -*- // +++++++++++++++ // S E A N --- Signalling Entity for ATM Networks --- // +++++++++++++++ // Version: 1.0.1 // // Copyright (c) 1998 // Naval Research Laboratory (NRL/CCS) // and the // Defense Advanced Research Projects Agency (DARPA) // // All Rights Reserved. // // Permission to use, copy, and modify this software and its // documentation is hereby granted, provided that both the copyright notice and // this permission notice appear in all copies of the software, derivative // works or modified versions, and any portions thereof, and that both notices // appear in supporting documentation. // // NRL AND DARPA ALLOW FREE USE OF THIS SOFTWARE IN ITS "AS IS" CONDITION AND // DISCLAIM ANY LIABILITY OF ANY KIND FOR ANY DAMAGES WHATSOEVER RESULTING FROM // THE USE OF THIS SOFTWARE. // // NRL and DARPA request users of this software to return modifications, // improvements or extensions that they make to: // // sean-dev@cmf.nrl.navy.mil // -or- // Naval Research Laboratory, Code 5590 // Center for Computation Science // Washington, D.C. 20375 // // and grant NRL and DARPA the rights to redistribute these changes in // future upgrades. // // -*- C++ -*- #ifndef LINT static char const _Terminal_cc_rcsid_[] = "$Id: Terminal.cc,v 1.1 1999/01/13 19:12:11 mountcas Exp $"; #endif #include <common/cprototypes.h> #include <FW/basics/Conduit.h> #include <FW/actors/Terminal.h> #include <FW/basics/Visitor.h> #include <FW/behaviors/Behavior.h> void Terminal::Inject(Visitor * v) { Conduit * c = 0; Behavior * b = _behavior; assert(v && b); // This allows derived terminals to record events like call submission InjectionNotification(v); v->SetLast(b->GetOwner()); // this also puts birth in the log if (c = b->OwnerSideA()) c->Accept(v); else v->Suicide(); }

[ "grouptheory@gmail.com" ]

grouptheory@gmail.com

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/Arduino/SerialLighthouse_constant_broadcast/SerialLighthouse_constant_broadcast.ino

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l-henri/lightning-lighthouse

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/* This is an example of how simple driving a Neopixel can be This code is optimized for understandability and changability rather than raw speed More info at http://wp.josh.com/2014/05/11/ws2812-neopixels-made-easy/ */ #include <SoftwareSerial.h> #include <avr/pgmspace.h> #define PIXELS 16 // Number of pixels in the string // These values depend on which pin your string is connected to and what board you are using // More info on how to find these at http://www.arduino.cc/en/Reference/PortManipulation // These values are for digital pin 8 on an Arduino Yun or digital pin 12 on a DueMilinove/UNO // Note that you could also include the DigitalWriteFast header file to not need to to this lookup. #define PIXEL_PORT PORTD // Port of the pin the pixels are connected to #define PIXEL_DDR DDRD // Port of the pin the pixels are connected to #define PIXEL_BIT 3 // Bit of the pin the pixels are connected to // These are the timing constraints taken mostly from the WS2812 datasheets // These are chosen to be conservative and avoid problems rather than for maximum throughput #define T1H 900 // Width of a 1 bit in ns #define T1L 600 // Width of a 1 bit in ns #define T0H 400 // Width of a 0 bit in ns #define T0L 900 // Width of a 0 bit in ns #define RES 6000 // Width of the low gap between bits to cause a frame to latch // Here are some convience defines for using nanoseconds specs to generate actual CPU delays #define NS_PER_SEC (1000000000L) // Note that this has to be SIGNED since we want to be able to check for negative values of derivatives #define CYCLES_PER_SEC (F_CPU) #define NS_PER_CYCLE ( NS_PER_SEC / CYCLES_PER_SEC ) #define NS_TO_CYCLES(n) ( (n) / NS_PER_CYCLE ) String messageString = "hello wallace"; int messageTimerMs = 300; int signalIntensity = 60; void setup() { pinMode(LED_BUILTIN, OUTPUT); ledsetup(); cli(); for(int i=0;i<PIXELS;i++) { sendPixel(0,0,0); } sei(); show(); delay(messageTimerMs); Serial.begin(9600); } void loop() { if (Serial.available()) { //Serial.println("Jai vu un message"); delay(1); messageString = ""; while(Serial.available()) { char c = Serial.read(); messageString += c; delay(2); } String codeToSend = ""; for (int k = 0; k < messageString.length(); k++) { // Converting letter to Morse code codeToSend = morseDictionnary(messageString[k]); // Sending morse code to display sendMorseLetter(codeToSend); delay(2*messageTimerMs); } Serial.println("OK"); } String codeToSend = ""; for (int k = 0; k < messageString.length(); k++) { if (Serial.available()) { break;} // Converting letter to Morse code codeToSend = morseDictionnary(messageString[k]); // Sending morse code to display sendMorseLetter(codeToSend); delay(2*messageTimerMs); } delay(10000); } /* Signal sender */ void sendMorseLetter(String codeToSend) { // On vérifie si il s'agit d'un espace if (codeToSend == ' ') { delay(5*messageTimerMs); return; } // On parcours le code for (int j = 0; j < codeToSend.length(); j++) { int timeToDelay = messageTimerMs; if (codeToSend[j] == '1') { timeToDelay = 3* timeToDelay; } else if (codeToSend[j] == '0') {;} else {continue;} //Serial.println(codeToSend[j]); turnLedsOn(); delay(timeToDelay); turnLedsOff(); delay(messageTimerMs); } } void turnLedsOff() { delay(10); // On eteind les lumieres cli(); for(int i=0;i<PIXELS;i++) { sendPixel(0,0,0); } sei(); show(); digitalWrite(LED_BUILTIN, LOW); } void turnLedsOn() { // On eteind les lumieres cli(); for(int i=0;i<PIXELS;i++) { sendPixel(signalIntensity,signalIntensity,signalIntensity); } sei(); show(); digitalWrite(LED_BUILTIN, HIGH); } /* Morse dictionnary */ String morseDictionnary(char letter) { String code = ""; switch (letter ) { case 'a': code = "01"; break; case 'b': code = "1000"; break; case 'c': code = "1010"; break; case 'd': code = "100"; break; case 'e': code = "0"; break; case 'f': code = "0010"; break; case 'g': code = "110"; break; case 'h': code = "0000"; break; case 'i': code = "00"; break; case 'j': code = "0111"; break; case 'k': code = "1010"; break; case 'l': code = "0100"; break; case 'm': code = "11"; break; case 'n': code = "10"; break; case 'o': code = "111"; break; case 'p': code = "0110"; break; case 'q': code = "1101"; break; case 'r': code = "010"; break; case 's': code = "000"; break; case 't': code = "1"; break; case 'u': code = "001"; break; case 'v': code = "0001"; break; case 'w': code = "011"; break; case 'x': code = "1001"; break; case 'y': code = "1011"; break; case 'z': code = "1100"; break; case '0': code = "11111"; break; case '1': code = "01111"; break; case '2': code = "00111"; break; case '3': code = "00011"; break; case '4': code = "00001"; break; case '5': code = "00000"; break; case '6': code = "10000"; break; case '7': code = "11000"; break; case '8': code = "11100"; break; case '9': code = "11110"; break; case ' ': code = " "; break; } return code; } /* LED Strip library */ // Actually send a bit to the string. We must to drop to asm to enusre that the complier does // not reorder things and make it so the delay happens in the wrong place. void sendBit( bool bitVal ) { if ( bitVal ) { // 0 bit asm volatile ( "sbi %[port], %[bit] \n\t" // Set the output bit ".rept %[onCycles] \n\t" // Execute NOPs to delay exactly the specified number of cycles "nop \n\t" ".endr \n\t" "cbi %[port], %[bit] \n\t" // Clear the output bit ".rept %[offCycles] \n\t" // Execute NOPs to delay exactly the specified number of cycles "nop \n\t" ".endr \n\t" :: [port] "I" (_SFR_IO_ADDR(PIXEL_PORT)), [bit] "I" (PIXEL_BIT), [onCycles] "I" (NS_TO_CYCLES(T1H) - 2), // 1-bit width less overhead for the actual bit setting, note that this delay could be longer and everything would still work [offCycles] "I" (NS_TO_CYCLES(T1L) - 2) // Minimum interbit delay. Note that we probably don't need this at all since the loop overhead will be enough, but here for correctness ); } else { // 1 bit // ************************************************************************** // This line is really the only tight goldilocks timing in the whole program! // ************************************************************************** asm volatile ( "sbi %[port], %[bit] \n\t" // Set the output bit ".rept %[onCycles] \n\t" // Now timing actually matters. The 0-bit must be long enough to be detected but not too long or it will be a 1-bit "nop \n\t" // Execute NOPs to delay exactly the specified number of cycles ".endr \n\t" "cbi %[port], %[bit] \n\t" // Clear the output bit ".rept %[offCycles] \n\t" // Execute NOPs to delay exactly the specified number of cycles "nop \n\t" ".endr \n\t" :: [port] "I" (_SFR_IO_ADDR(PIXEL_PORT)), [bit] "I" (PIXEL_BIT), [onCycles] "I" (NS_TO_CYCLES(T0H) - 2), [offCycles] "I" (NS_TO_CYCLES(T0L) - 2) ); } // Note that the inter-bit gap can be as long as you want as long as it doesn't exceed the 5us reset timeout (which is A long time) // Here I have been generous and not tried to squeeze the gap tight but instead erred on the side of lots of extra time. // This has thenice side effect of avoid glitches on very long strings becuase } void sendByte( unsigned char byte ) { for( unsigned char bit = 0 ; bit < 8 ; bit++ ) { sendBit( bitRead( byte , 7 ) ); // Neopixel wants bit in highest-to-lowest order // so send highest bit (bit #7 in an 8-bit byte since they start at 0) byte <<= 1; // and then shift left so bit 6 moves into 7, 5 moves into 6, etc } } /* The following three functions are the public API: ledSetup() - set up the pin that is connected to the string. Call once at the begining of the program. sendPixel( r g , b ) - send a single pixel to the string. Call this once for each pixel in a frame. show() - show the recently sent pixel on the LEDs . Call once per frame. */ // Set the specified pin up as digital out void ledsetup() { bitSet( PIXEL_DDR , PIXEL_BIT ); } void sendPixel( unsigned char r, unsigned char g , unsigned char b ) { sendByte(g); // Neopixel wants colors in green then red then blue order sendByte(r); sendByte(b); } // Just wait long enough without sending any bots to cause the pixels to latch and display the last sent frame void show() { _delay_us( (RES / 1000UL) + 1); // Round up since the delay must be _at_least_ this long (too short might not work, too long not a problem) } /* That is the whole API. What follows are some demo functions rewriten from the AdaFruit strandtest code... https://github.com/adafruit/Adafruit_NeoPixel/blob/master/examples/strandtest/strandtest.ino Note that we always turn off interrupts while we are sending pixels becuase an interupt could happen just when we were in the middle of somehting time sensitive. If we wanted to minimize the time interrupts were off, we could instead could get away with only turning off interrupts just for the very brief moment when we are actually sending a 0 bit (~1us), as long as we were sure that the total time taken by any interrupts + the time in our pixel generation code never exceeded the reset time (5us). */

[ "Henri.lieutaud@gmail.com" ]

Henri.lieutaud@gmail.com

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/src/hssh/global_topological/mapping/large_scale_star_utils.h

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/* Copyright (C) 2010-2019, The Regents of The University of Michigan. All rights reserved. This software was developed as part of the The Vulcan project in the Intelligent Robotics Lab under the direction of Benjamin Kuipers, kuipers@umich.edu. Use of this code is governed by an MIT-style License that can be found at "https://github.com/h2ssh/Vulcan". */ /** * \file large_scale_star_utils.h * \author Collin Johnson * * Declaration of utility functions for interpreting LargeScaleStars: * * TODO: List functions here */ #ifndef HSSH_GLOBAL_TOPOLOGICAL_MAPPING_LARGE_SCALE_STAR_UTILS_H #define HSSH_GLOBAL_TOPOLOGICAL_MAPPING_LARGE_SCALE_STAR_UTILS_H namespace vulcan { namespace hssh { } } #endif // HSSH_GLOBAL_TOPOLOGICAL_MAPPING_LARGE_SCALE_STAR_UTILS_H

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collinej@umich.edu

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#include "gltf_res.h" #include "gltf_mesh.h" #include "gltf_material.h" #include "gltf_skeleton.h" #include "engine/core/io/stream/DataStream.h" #include "engine/core/log/Log.h" #include "engine/core/util/PathUtil.h" #include "engine/core/util/base64.h" #include "engine/core/util/magic_enum.hpp" #include "engine/modules/light/light_module.h" namespace Echo { // init static variables GltfMaterialInfo GltfMaterialInfo::DEFAULT = GltfMaterialInfo(); // parse float value of json node static bool parseJsonValueFloat(float& oValue, nlohmann::json& json, const String& key, bool isMustExist) { if (json.find(key) != json.end()) { nlohmann::json& subJson = json[key]; if (!subJson.is_number()) return false; oValue = subJson.get<float>(); return true; } return isMustExist ? false : true; } // parse int value of json node static bool parseJsonValueI32(i32& oValue, nlohmann::json& json, const String& key, bool isMustExist) { if (json.find(key) != json.end()) { nlohmann::json& subJson = json[key]; if (!subJson.is_number()) return false; oValue = subJson.get<i32>(); return true; } return isMustExist ? false : true; } // parse int value of json node static bool parseJsonValueUI32(ui32& oValue, nlohmann::json& json, const String& key, bool isMustExist) { if (json.find(key) != json.end()) { nlohmann::json& subJson = json[key]; if (!subJson.is_number()) return false; oValue = subJson.get<i32>(); return true; } return isMustExist ? false : true; } // parse bool value of json node static bool parseJsonValueBool(bool& oValue, nlohmann::json& json, const String& key, bool isMustExist) { if (json.find(key) != json.end()) { nlohmann::json& subJson = json[key]; if (!subJson.is_boolean()) return false; oValue = subJson.get<bool>(); return true; } return isMustExist ? false : true; } // parse string value of json node static bool parseJsonValueString(String& oValue, nlohmann::json& json, const String& key, bool isMustExist) { if (json.find(key) != json.end()) { nlohmann::json& subJson = json[key]; if (!subJson.is_string()) return false; oValue = subJson.get<std::string>(); return true; } return isMustExist ? false : true; } // contructor GltfRes::GltfRes(const ResourcePath& path) : Res(path) { load(); } GltfRes::~GltfRes() { } void GltfRes::bindMethods() { } Res* GltfRes::load(const ResourcePath& path) { return EchoNew(GltfRes(path)); } // load bool GltfRes::load() { MemoryReader memReader(m_path.getPath()); if (memReader.getSize()) { using namespace nlohmann; json j = json::parse(memReader.getData<char*>()); // load asset if (!loadAsset(j)) { EchoLogError("gltf parse asset failed when load resource [%s].", m_path.getPath().c_str()); return false; } if (!loadScenes(j)) { EchoLogError("gltf parse scenes failed when load resource [%s].", m_path.getPath().c_str()); return false; } if (!loadNodes(j)) { EchoLogError("gltf parse nodes failed when load resource [%s].", m_path.getPath().c_str()); return false; } if (!loadBuffers(j)) { EchoLogError("gltf parse buffers failed when load resource [%s].", m_path.getPath().c_str()); return false; } if (!loadBufferViews(j)) { EchoLogError("gltf parse bufferViews failed when load resource [%s].", m_path.getPath().c_str()); return false; } if (!loadAccessors(j)) { EchoLogError("gltf parse accessors failed when load resource [%s].", m_path.getPath().c_str()); return false; } if (!loadMaterials(j)) { EchoLogError("gltf parse materials failed when load resource [%s].", m_path.getPath().c_str()); return false; } if (!loadImages(j)) { EchoLogError("gltf parse images failed when load resource [%s].", m_path.getPath().c_str()); return false; } if (!loadSamplers(j)) { EchoLogError("gltf parse samples failed when load resource [%s].", m_path.getPath().c_str()); return false; } if (!loadTextures(j)) { EchoLogError("gltf parse textures failed when load resource [%s].", m_path.getPath().c_str()); return false; } if (!loadMeshes(j)) { EchoLogError("gltf parse meshes failed when load resource [%s].", m_path.getPath().c_str()); return false; } if (!loadSkins(j)) { EchoLogError("gltf parse skins failed when load resource [%s]", m_path.getPath().c_str()); return false; } if (!loadAnimations(j)) { EchoLogError("gltf parse animations failed when load resource [%s]", m_path.getPath().c_str()); return false; } m_isLoaded = true; return true; } return false; } bool GltfRes::loadAsset(nlohmann::json& json) { if (json.find("asset") != json.end()) { nlohmann::json& asset = json["asset"]; if (asset.find("version") != asset.end()) m_metaInfo.m_version = asset["version"].get<std::string>(); // copyright if (asset.find("copyright") != asset.end()) m_metaInfo.m_copyright = asset["copyright"].get<std::string>(); // generator if (asset.find("generator") != asset.end()) m_metaInfo.m_generator = asset["generator"].get<std::string>(); // minVersion if (asset.find("minVersion") != asset.end()) m_metaInfo.m_minversion = asset["minVersion"].get<std::string>(); return true; } return false; } bool GltfRes::loadScenes(nlohmann::json& json) { if (json.find("scenes") == json.end()) return false; nlohmann::json& scenes = json["scenes"]; if (!scenes.is_array()) return false; m_scenes.resize(scenes.size()); for (ui32 i = 0; i < scenes.size(); i++) { nlohmann::json& scene = scenes[i]; // name if (!parseJsonValueString(m_scenes[i].m_name, scene, "name", false)) return false; // nodes if (scene.find("nodes") != scene.end()) { nlohmann::json& nodes = scene["nodes"]; if (!nodes.is_array()) return false; m_scenes[i].m_nodes.resize(nodes.size()); for (ui32 j = 0; j < nodes.size(); j++) { m_scenes[i].m_nodes[j] = nodes[j].get<ui32>(); } } } return true; } bool GltfRes::loadNodes(nlohmann::json& json) { if (json.find("nodes") == json.end()) return false; nlohmann::json& nodes = json["nodes"]; if (!nodes.is_array()) return false; m_nodes.resize(nodes.size()); for (ui32 i = 0; i < nodes.size(); i++) { nlohmann::json& node = nodes[i]; // name if (!parseJsonValueString(m_nodes[i].m_name, node, "name", false)) return false; if (m_nodes[i].m_name.empty()) { m_nodes[i].m_name = "node_" + StringUtil::ToString(i); } // camera if (!parseJsonValueI32(m_nodes[i].m_camera, node, "camera", false)) return false; // children if (node.find("children") != node.end()) { nlohmann::json& children = node["children"]; if (!children.is_array()) return false; m_nodes[i].m_children.resize(children.size()); for (ui32 j = 0; j < children.size(); j++) { ui32 childIdx = children[j].get<ui32>(); m_nodes[i].m_children[j] = childIdx; if (m_nodes[childIdx].m_parent == -1) m_nodes[childIdx].m_parent = i; else EchoLogError("gltf node has more than one parent."); } } // skin if (!parseJsonValueI32(m_nodes[i].m_skin, node, "skin", false)) return false; // mesh if (!parseJsonValueI32(m_nodes[i].m_mesh, node, "mesh", false)) return false; // translation if (node.find("translation") != node.end()) { nlohmann::json& translation = node["translation"]; if (!translation.is_array()) return false; if (translation.size() != 3) return false; for (ui32 j = 0; j < 3; j++) { if (!translation[j].is_number()) return false; m_nodes[i].m_translation[j] = translation[j].get<float>(); } } // rotation if (node.find("rotation") != node.end()) { nlohmann::json& rotation = node["rotation"]; if (!rotation.is_array()) return false; if (rotation.size() != 4) return false; for (ui32 j = 0; j < 4; j++) { if (!rotation[j].is_number()) return false; m_nodes[i].m_rotation[j] = rotation[j].get<float>(); } } // scale if (node.find("scale") != node.end()) { nlohmann::json& scale = node["scale"]; if (!scale.is_array()) return false; if (scale.size() != 3) return false; for (ui32 j = 0; j < 3; j++) { if (!scale[j].is_number()) return false; m_nodes[i].m_scale[j] = scale[j].get<float>(); } } } return true; } bool GltfRes::loadBuffers(nlohmann::json& json) { if (json.find("buffers") == json.end()) return false; nlohmann::json& buffers = json["buffers"]; if (!buffers.is_array()) return false; m_buffers.resize(buffers.size()); for(ui32 i=0; i<buffers.size(); i++) { nlohmann::json& buffer = buffers[i]; // name if (!parseJsonValueString(m_buffers[i].m_name, buffer, "name", false)) return false; // byteLength if (!parseJsonValueI32(m_buffers[i].m_byteLength, buffer, "byteLength", true)) return false; // uri if (buffer.find("uri") != buffer.end()) { nlohmann::json& uri = buffer["uri"]; if (!uri.is_string()) return false; // resolve url String bufferUri = uri.get<std::string>(); if (StringUtil::StartWith(bufferUri, "data:")) { m_buffers[i].m_uri = bufferUri; m_buffers[i].m_uriType = GltfBufferInfo::UriType::Data; } else if (StringUtil::StartWith(bufferUri, "blob:")) { m_buffers[i].m_uri = bufferUri; m_buffers[i].m_uriType = GltfBufferInfo::UriType::Blob; } else { m_buffers[i].m_uri = PathUtil::GetFileDirPath(m_path.getPath()) + bufferUri; } } if (!loadBufferData(m_buffers[i])) return false; } return true; } bool GltfRes::loadBufferData(GltfBufferInfo& buffer) { if (buffer.m_uri.empty() && buffer.m_byteLength > 0) return false; // create MemoryReader based on Uri type if (buffer.m_uriType == GltfBufferInfo::UriType::Data) { // extract data String base64Data = StringUtil::Substr(buffer.m_uri, ",", false); // decode base64 data Base64Decode decode(base64Data); if (!decode.getSize()) return false; // construct memReader buffer.m_data = EchoNew(MemoryReader(decode.getData(), decode.getSize())); if (buffer.m_byteLength != buffer.m_data->getSize()) return false; } else { buffer.m_data = EchoNew(MemoryReader(buffer.m_uri)); } // is have data if (buffer.m_data->getSize()) { return true; } return false; } bool GltfRes::loadAccessors(nlohmann::json& json) { if (json.find("accessors") == json.end()) return false; nlohmann::json& accessors = json["accessors"]; if (!accessors.is_array()) return false; m_accessors.resize(accessors.size()); for ( ui32 i = 0; i < accessors.size(); ++i) { nlohmann::json& accessor = accessors[i]; // bufferView if (!parseJsonValueI32(m_accessors[i].m_bufferView, accessor, "bufferView", false)) return false; // byteOffset if (!parseJsonValueI32(m_accessors[i].m_byteOffset, accessor, "byteOffset", false)) return false; // componentType if (accessor.find("componentType") == accessor.end()) return false; if (!accessor["componentType"].is_number()) return false; m_accessors[i].m_componentType = static_cast<GltfAccessorInfo::ComponentType>(accessor["componentType"].get<ui16>()); // normalized if (!parseJsonValueBool(m_accessors[i].m_normalized, accessor, "normalized", false)) return false; // count if (accessor.find("count") == accessor.end()) return false; else if (!accessor["count"].is_number()) return false; m_accessors[i].m_count = accessor["count"].get<ui32>(); // type if (accessor.find("type") == accessors[i].end()) return false; if (!accessor["type"].is_string()) return false; String type = accessor["type"].get<std::string>(); if (type == "SCALAR") m_accessors[i].m_type = GltfAccessorInfo::Type::Scalar; else if (type == "VEC2") m_accessors[i].m_type = GltfAccessorInfo::Type::Vec2; else if (type == "VEC3") m_accessors[i].m_type = GltfAccessorInfo::Type::Vec3; else if (type == "VEC4") m_accessors[i].m_type = GltfAccessorInfo::Type::Vec4; else if (type == "MAT2") m_accessors[i].m_type = GltfAccessorInfo::Type::Mat2; else if (type == "MAT3") m_accessors[i].m_type = GltfAccessorInfo::Type::Mat3; else if (type == "MAT4") m_accessors[i].m_type = GltfAccessorInfo::Type::Mat4; else return false; // TODO: accessors[i]["sparse"] // TODO: accessors[i]["extensions"] // TODO: accessors[i]["min"] // TODO: accessors[i]["max"] } return true; } bool GltfRes::loadBufferViews(nlohmann::json& json) { if (json.find("bufferViews") == json.end()) return true; nlohmann::json& bufferViews = json["bufferViews"]; if (!bufferViews.is_array()) return false; m_bufferViews.resize(bufferViews.size()); for (ui32 i = 0; i < bufferViews.size(); i++) { nlohmann::json& bufferView = bufferViews[i]; // name if (!parseJsonValueString(m_bufferViews[i].m_name, bufferView, "name", false)) return false; // buffer index if (!parseJsonValueUI32(m_bufferViews[i].m_bufferIdx, bufferView, "buffer", true)) return false; // byteOffset if (!parseJsonValueUI32(m_bufferViews[i].m_byteOffset, bufferView, "byteOffset", false)) return false; // byteLength if (!parseJsonValueUI32(m_bufferViews[i].m_byteLength, bufferView, "byteLength", true)) return false; // byteStride if (!parseJsonValueUI32(m_bufferViews[i].m_byteStride, bufferView, "byteStride", false)) return false; // target ui32 target = 0; if (parseJsonValueUI32(target, bufferView, "target", false)) m_bufferViews[i].m_target = static_cast<GltfBufferViewInfo::TargetType>(target); else return false; } return true; } bool GltfRes::loadAnimations(nlohmann::json& json) { // animations may not exist if (json.find("animations") == json.end()) return true; nlohmann::json& animations = json["animations"]; if (!animations.is_array()) return true; m_animations.resize(animations.size()); for (ui32 i = 0; i < animations.size(); i++) { nlohmann::json& animation = animations[i]; // name if (!parseJsonValueString(m_animations[i].m_name, animation, "name", false)) return false; // channels nlohmann::json& channels = animation["channels"]; if (!channels.is_array()) return false; m_animations[i].m_channels.resize(channels.size()); for (ui32 j = 0; j < channels.size(); j++) { nlohmann::json& channel = channels[j]; GltfAnimChannel& animChannel = m_animations[i].m_channels[j]; if (!parseJsonValueI32(animChannel.m_node, channel["target"], "node", true)) return false; String path; if (parseJsonValueString(path, channel["target"], "path", true)) { if (StringUtil::Equal(path, "Rotation", false)) animChannel.m_path = GltfAnimChannel::Path::Rotation; else if (StringUtil::Equal(path, "Scale", false)) animChannel.m_path = GltfAnimChannel::Path::Scale; else if (StringUtil::Equal(path, "Translation", false)) animChannel.m_path = GltfAnimChannel::Path::Translation; else if (StringUtil::Equal(path, "Weigths", false)) animChannel.m_path = GltfAnimChannel::Path::Weights; else EchoLogError("Unknow gltf anim chanel path"); } if (!parseJsonValueI32(animChannel.m_sampler, channel, "sampler", true)) return false; } // samplers nlohmann::json& samplers = animation["samplers"]; if (!samplers.is_array()) return false; m_animations[i].m_samplers.resize(samplers.size()); for (ui32 j = 0; j < samplers.size(); j++) { nlohmann::json& sampler = samplers[j]; GltfAnimSampler& animSampler = m_animations[i].m_samplers[j]; if (!parseJsonValueI32(animSampler.m_input, sampler, "input", true)) return false; if (!parseJsonValueString(animSampler.m_interpolation, sampler, "interpolation", true)) return false; if (!parseJsonValueI32(animSampler.m_output, sampler, "output", true)) return false; } } buildAnimationData(); return true; } static AnimProperty::Type MapAnimPropertyType(GltfAccessorInfo::Type type) { switch (type) { case GltfAccessorInfo::Type::Scalar: return AnimProperty::Type::Float; case GltfAccessorInfo::Type::Vec3: return AnimProperty::Type::Vector3; case GltfAccessorInfo::Type::Vec4: return AnimProperty::Type::Quaternion; default: return AnimProperty::Type::Unknown; } } static AnimCurve::InterpolationType MappingInterpolationType(const String& type) { if (StringUtil::Equal(type, "LINEAR", false)) { return AnimCurve::InterpolationType::Linear; } else { EchoLogError("Unknow gltf animation interpolation type [%s]", type.c_str()); return AnimCurve::InterpolationType::Linear; } } bool GltfRes::buildAnimationData() { for (GltfAnimInfo& anim : m_animations) { AnimClip* animClip = EchoNew(AnimClip); animClip->m_name = anim.m_name; for (GltfAnimChannel& channel : anim.m_channels) { GltfAnimSampler& sampler = anim.m_samplers[channel.m_sampler]; { AnimObject* animNode = EchoNew(AnimObject); // node path animNode->m_userData = channel.m_node; // properties GltfAccessorInfo& timeAccess = m_accessors[sampler.m_input]; GltfAccessorInfo& keyAccess = m_accessors[sampler.m_output]; // add property AnimProperty* animProperty = animNode->addProperty(std::string(magic_enum::enum_name(channel.m_path)).c_str(), MapAnimPropertyType(keyAccess.m_type)); if (timeAccess.m_count == keyAccess.m_count) { // interpolate type animProperty->setInterpolationType(MappingInterpolationType(sampler.m_interpolation)); // key values switch (keyAccess.m_type) { case GltfAccessorInfo::Type::Scalar: addKeyToAnimProperty<float, AnimPropertyFloat>(timeAccess, keyAccess, animProperty); break; case GltfAccessorInfo::Type::Vec3: addKeyToAnimProperty<Vector3, AnimPropertyVec3>(timeAccess, keyAccess, animProperty); break; case GltfAccessorInfo::Type::Vec4: addKeyToAnimProperty<Quaternion, AnimPropertyQuat>(timeAccess, keyAccess, animProperty);break; default: break; } } animClip->m_objects.emplace_back(animNode); } } animClip->optimize(); animClip->calcLength(); anim.m_clip = animClip; } return true; } bool GltfRes::loadMeshes(nlohmann::json& json) { if (json.find("meshes") == json.end()) return false; nlohmann::json& meshes = json["meshes"]; if (!meshes.is_array()) return false; m_meshes.resize(meshes.size()); for (ui32 i = 0; i < meshes.size(); i++) { nlohmann::json& mesh = meshes[i]; // name if (!parseJsonValueString(m_meshes[i].m_name, mesh, "name", false)) return false; if (mesh.find("primitives") == mesh.end()) return false; nlohmann::json& primitives = mesh["primitives"]; if (!primitives.is_array()) return false; m_meshes[i].m_primitives.resize(primitives.size()); for (ui32 j = 0; j < primitives.size(); j++) { nlohmann::json& primitive = primitives[j]; // indices can be not exist if (!parseJsonValueUI32(m_meshes[i].m_primitives[j].m_indices, primitive, "indices", false)) return false; // material if (!parseJsonValueUI32(m_meshes[i].m_primitives[j].m_material, primitive, "material", false)) return false; // mode if (primitive.find("mode") != primitive.end()) { if (!primitive["mode"].is_number()) return false; m_meshes[i].m_primitives[j].m_mode = GltfPrimitive::Mode(primitive["mode"].get<ui8>()); } if (primitive.find("attributes") == primitive.end()) return false; nlohmann::json& attributes = primitive["attributes"]; if (!attributes.is_object()) return false; for (nlohmann::json::iterator it = attributes.begin(); it != attributes.end(); it++) { m_meshes[i].m_primitives[j].m_attributes[it.key()] = it.value(); } if (!buildPrimitiveData(i, j)) { EchoLogError("gltf build primitive data error"); } } } return true; } bool GltfRes::buildPrimitiveData(int meshIdx, int primitiveIdx) { GltfPrimitive& primitive = m_meshes[meshIdx].m_primitives[primitiveIdx]; const GltfAttributes& attributes = primitive.m_attributes; // indices void* indicesDataVoid = nullptr; ui32 indicesCount = 0; ui32 indicesStride = 0; if (primitive.m_indices != -1) { GltfAccessorInfo& access = m_accessors[primitive.m_indices]; indicesDataVoid = getAccessData<Byte*>(access); indicesCount = access.m_count; // stride if (access.m_componentType == GltfAccessorInfo::UnsignedByte) indicesStride = 1; else if (access.m_componentType == GltfAccessorInfo::UnsignedShort) indicesStride = 2; else if (access.m_componentType == GltfAccessorInfo::UnsignedInt) indicesStride = 4; else { EchoLogError("gltf mesh index type isn't UnsignedShort when buildPrimitiveData()"); return false; } } // parse vertex format MeshVertexFormat vertFormat; vertFormat.m_isUseNormal = attributes.find("NORMAL") != attributes.end(); vertFormat.m_isUseUV = attributes.find("TEXCOORD_0") != attributes.end(); vertFormat.m_isUseVertexColor = attributes.find("COLOR_0") != attributes.end(); vertFormat.m_isUseBlendingData = attributes.find("WEIGHTS_0") != attributes.end() && attributes.find("JOINTS_0") != attributes.end(); // parse vertex count int vertCount = 0; for (auto& it : primitive.m_attributes) { GltfAccessorInfo& access = m_accessors[it.second]; if (vertCount != 0 && vertCount != access.m_count) return false; vertCount = access.m_count; } // init vertex data MeshVertexData vertexData; vertexData.set(vertFormat, vertCount); // vertices data for (auto& it : primitive.m_attributes) { int attributeIdx = it.second; GltfAccessorInfo& access = m_accessors[attributeIdx]; vertexData.set(vertFormat, access.m_count); if (it.first == "POSITION") { if (access.m_type == GltfAccessorInfo::Vec3 && access.m_componentType == GltfAccessorInfo::ComponentType::Float) { Vector3* positions = getAccessData<Vector3*>(access); for (int i = 0; i < vertCount; i++) vertexData.setPosition(i, positions[i]); } else { return false; } } else if (it.first == "NORMAL") { if (access.m_type == GltfAccessorInfo::Vec3 && access.m_componentType == GltfAccessorInfo::ComponentType::Float) { Vector3* normals = getAccessData<Vector3*>(access); for (int i = 0; i < vertCount; i++) vertexData.setNormal(i, normals[i]); } else { return false; } } else if (it.first == "TEXCOORD_0") { if (access.m_type == GltfAccessorInfo::Vec2 && access.m_componentType == GltfAccessorInfo::ComponentType::Float) { Vector2* uv0s = getAccessData<Vector2*>(access); for (int i = 0; i < vertCount; i++) vertexData.setUV0(i, uv0s[i]); } else { return false; } } else if (it.first == "COLOR_0") { if (access.m_type == GltfAccessorInfo::Vec4 && access.m_componentType == GltfAccessorInfo::ComponentType::Float) { Color* color0s = getAccessData<Color*>(access); for (int i = 0; i < vertCount; i++) vertexData.setColor(i, color0s[i]); } else { return false; } } else if (it.first == "WEIGHTS_0") { if (access.m_type == GltfAccessorInfo::Vec4 && access.m_componentType == GltfAccessorInfo::ComponentType::Float) { Vector4* weights = getAccessData<Vector4*>(access); for (int i = 0; i < vertCount; i++) { vertexData.setWeight(i, weights[i]); } } else { return false; } } else if (it.first == "JOINTS_0") { if (access.m_type == GltfAccessorInfo::Vec4 && access.m_componentType==GltfAccessorInfo::ComponentType::UnsignedShort) { ui8 joint[4]; ui16* joints = getAccessData<ui16*>(access); for (int i = 0; i < vertCount; i++) { joint[0] = (ui8)joints[i * 4 + 0]; joint[1] = (ui8)joints[i * 4 + 1]; joint[2] = (ui8)joints[i * 4 + 2]; joint[3] = (ui8)joints[i * 4 + 3]; vertexData.setJoint(i, *(const Dword*)joint); } } else { return false; } } } // create mesh if (!primitive.m_mesh) { primitive.m_mesh = Mesh::create(true, true); // update indices if(indicesDataVoid) primitive.m_mesh->updateIndices(indicesCount, indicesStride, indicesDataVoid); // update vertices primitive.m_mesh->updateVertexs(vertexData); } if (!buildMaterial(meshIdx, primitiveIdx)) return false; return true; } bool GltfRes::loadSkins(nlohmann::json& json) { if (json.find("skins") == json.end()) return true; nlohmann::json& skins = json["skins"]; if (!skins.is_array()) return false; m_skins.resize(skins.size()); for (ui32 i = 0; i < skins.size(); i++) { GltfSkinInfo& skin = m_skins[i]; nlohmann::json& skinJson = skins[i]; // name if (!parseJsonValueString(skin.m_name, skinJson, "name", false)) return false; // skeleton if (!parseJsonValueI32(skin.m_skeleton, skinJson, "skeleton", false)) return false; // joints if (skinJson.find("joints") == skinJson.end()) return false; nlohmann::json& joints = skinJson["joints"]; if (!joints.is_array()) return false; skin.m_joints.resize(joints.size()); for (ui32 j = 0; j < joints.size(); j++) { skin.m_joints[j] = joints[j].get<i32>(); } // inverse bind matrices if (parseJsonValueI32(skin.m_inverseBindMatrices, skinJson, "inverseBindMatrices", false)) { GltfAccessorInfo& access = m_accessors[skin.m_inverseBindMatrices]; if (access.m_type == GltfAccessorInfo::Type::Mat4) { Matrix4* inverseMatrixData = getAccessData<Matrix4*>(access); skin.m_inverseMatrixs.resize(joints.size()); for (ui32 j = 0; j < joints.size(); j++) { skin.m_inverseMatrixs[j] = inverseMatrixData[j]; } } else { EchoLogError("gltf assert skin inverse matrix's type must be mat4..."); } } else { return false; } } return true; } bool GltfRes::buildMaterial(int meshIdx, int primitiveIdx) { GltfPrimitive& primitive = m_meshes[meshIdx].m_primitives[primitiveIdx]; GltfMaterialInfo& matInfo = primitive.m_material!=-1 ? m_materials[primitive.m_material] : GltfMaterialInfo::DEFAULT; i32 baseColorTextureIdx = matInfo.m_pbr.m_baseColorTexture.m_index; i32 metalicRoughnessIdx = matInfo.m_pbr.m_metallicRoughnessTexture.m_index; i32 normalTextureIdx = matInfo.m_normalTexture.m_index; i32 emissiveTextureIdx = matInfo.m_emissiveTexture.m_index; i32 occusionTextureIdx = matInfo.m_occlusionTexture.m_index; primitive.m_shader = GltfMaterial::getPbrMetalicRoughnessContent(); primitive.m_shader->setBlendMode("Opaque"); primitive.m_materialInst = ECHO_CREATE_RES(Material); primitive.m_materialInst->setShaderPath(primitive.m_shader->getPath()); // macros const MeshVertexFormat& vertexFormat = primitive.m_mesh->getVertexData().getFormat(); primitive.m_materialInst->setMacro("MANUAL_SRGB", true); primitive.m_materialInst->setMacro("SRGB_FAST_APPROXIMATION", true); primitive.m_materialInst->setMacro("HAS_NORMALS", vertexFormat.m_isUseNormal); primitive.m_materialInst->setMacro("HAS_VERTEX_COLOR", vertexFormat.m_isUseVertexColor); primitive.m_materialInst->setMacro("HAS_UV", vertexFormat.m_isUseUV); primitive.m_materialInst->setMacro("HAS_SKIN", vertexFormat.m_isUseBlendingData); primitive.m_materialInst->setMacro("HAS_BASECOLORMAP", baseColorTextureIdx != -1); primitive.m_materialInst->setMacro("HAS_METALROUGHNESSMAP", metalicRoughnessIdx != -1); primitive.m_materialInst->setMacro("HAS_NORMALMAP", normalTextureIdx != -1); primitive.m_materialInst->setMacro("HAS_EMISSIVEMAP", emissiveTextureIdx != -1); primitive.m_materialInst->setMacro("HAS_OCCLUSIONMAP", occusionTextureIdx != -1); primitive.m_materialInst->setMacro("USE_IBL", LightModule::instance()->isIBLEnable()); //primitive.m_materialInst->setMacro("USE_TEX_LOD", true); // temp variables Vector2 metalicRoughnessFactor(matInfo.m_pbr.m_metallicFactor, matInfo.m_pbr.m_roughnessFactor); // params primitive.m_materialInst->setUniformValue("u_MetallicRoughnessValues", &metalicRoughnessFactor); primitive.m_materialInst->setUniformValue("u_BaseColorFactor", &matInfo.m_pbr.m_baseColorFactor); // base color texture if (baseColorTextureIdx != -1) { i32 imageIdx = m_textures[baseColorTextureIdx].m_source; primitive.m_materialInst->setUniformTexture("BaseColor", m_images[imageIdx].m_uri); } // normal map if (normalTextureIdx != -1) { i32 imageIdx = m_textures[normalTextureIdx].m_source; primitive.m_materialInst->setUniformTexture("u_NormalSampler", m_images[imageIdx].m_uri); primitive.m_materialInst->setUniformValue("u_NormalScale", &matInfo.m_normalTexture.m_scale); } // emissive map if (emissiveTextureIdx != -1) { i32 imageIdx = m_textures[emissiveTextureIdx].m_source; primitive.m_materialInst->setUniformTexture("u_EmissiveSampler", m_images[imageIdx].m_uri); primitive.m_materialInst->setUniformValue("u_EmissiveFactor", &matInfo.m_emissiveTexture.m_factor); } // metallic roughness texture if (metalicRoughnessIdx != -1) { i32 imageIdx = m_textures[metalicRoughnessIdx].m_source; primitive.m_materialInst->setUniformTexture("u_MetallicRoughnessSampler", m_images[imageIdx].m_uri); } // occlusion map if (occusionTextureIdx != -1) { i32 imageIdx = m_textures[occusionTextureIdx].m_source; primitive.m_materialInst->setUniformTexture("u_OcclusionSampler", m_images[imageIdx].m_uri); primitive.m_materialInst->setUniformValue("u_OcclusionStrength", &matInfo.m_occlusionTexture.m_strength); } return true; } bool GltfRes::loadMaterials(nlohmann::json& json) { if (json.find("materials") == json.end()) return true; nlohmann::json& materials = json["materials"]; if (!materials.is_array()) return false; m_materials.resize(materials.size()); for (ui32 i = 0; i < materials.size(); i++) { nlohmann::json& material = materials[i]; // name if (!parseJsonValueString(m_materials[i].m_name, material, "name", false)) return false; // pbr metalic roughness if (material.find("pbrMetallicRoughness") != material.end()) { nlohmann::json& pbrMetallicRoughness = material["pbrMetallicRoughness"]; if (!pbrMetallicRoughness.is_object()) return false; // pbrMetallicRoughness.baseColorFactor if (pbrMetallicRoughness.find("baseColorFactor") != pbrMetallicRoughness.end()) { nlohmann::json& baseColorFactor = pbrMetallicRoughness["baseColorFactor"]; if (!baseColorFactor.is_array()) return false; if (baseColorFactor.size() != 4) return false; for (ui32 j = 0; j < 4; j++) { if (!baseColorFactor[j].is_number()) return false; m_materials[i].m_pbr.m_baseColorFactor[j] = baseColorFactor[j].get<float>(); } } // pbrMetallicRoughness.baseColorTexture if (pbrMetallicRoughness.find("baseColorTexture") != pbrMetallicRoughness.end()) { if (!loadTextureInfo(m_materials[i].m_pbr.m_baseColorTexture, pbrMetallicRoughness["baseColorTexture"])) return false; } // pbrMetallicRoughness.metallicFactor if (!parseJsonValueFloat(m_materials[i].m_pbr.m_metallicFactor, pbrMetallicRoughness, "metallicFactor", false)) return false; // pbrMetallicRoughness.roughnessFactor if (!parseJsonValueFloat(m_materials[i].m_pbr.m_roughnessFactor, pbrMetallicRoughness, "roughnessFactor", false)) return false; // pbrMetallicRoughness.metallicRoughnessTexture if (pbrMetallicRoughness.find("metallicRoughnessTexture") != pbrMetallicRoughness.end()) { if (!loadTextureInfo(m_materials[i].m_pbr.m_metallicRoughnessTexture, pbrMetallicRoughness["metallicRoughnessTexture"])) return false; } } // normal texture if (material.find("normalTexture") != material.end()) { nlohmann::json& normalTexture = material["normalTexture"]; if (!loadTextureInfo(m_materials[i].m_normalTexture, normalTexture)) return false; // scale if (!parseJsonValueFloat(m_materials[i].m_normalTexture.m_scale, normalTexture, "scale", false)) return false; } // occlusion texture if (material.find("occlusionTexture") != material.end()) { nlohmann::json& occlusionTexture = material["occlusionTexture"]; if (!loadTextureInfo(m_materials[i].m_occlusionTexture, occlusionTexture)) return false; // scale if (!parseJsonValueFloat(m_materials[i].m_occlusionTexture.m_strength, occlusionTexture, "strength", false)) return false; } // emissiveTexture if (material.find("emissiveTexture") != material.end()) { if (!loadTextureInfo(m_materials[i].m_emissiveTexture, material["emissiveTexture"])) return false; } // emissiveFactor if (material.find("emissiveFactor") != material.end()) { nlohmann::json& emissiveFactor = material["emissiveFactor"]; if (!emissiveFactor.is_array()) return false; if (emissiveFactor.size() != 3) return false; for (uint32_t j = 0; j < 3; ++j) { if (!emissiveFactor[j].is_number()) return false; m_materials[i].m_emissiveTexture.m_factor[j] = emissiveFactor[j].get<float>(); } } // alphaMode if (material.find("alphaMode") != material.end()) { if (!material["alphaMode"].is_string()) return false; std::string type = material["alphaMode"].get<std::string>(); if (type == "OPAQUE") m_materials[i].m_alphaMode = GltfMaterialInfo::AlphaMode::Opaque; else if (type == "MASK") m_materials[i].m_alphaMode = GltfMaterialInfo::AlphaMode::Mask; else if (type == "BLEND") m_materials[i].m_alphaMode = GltfMaterialInfo::AlphaMode::Blend; else return false; } // alphaCutoff if (!parseJsonValueFloat(m_materials[i].m_alphaCutoff, material, "alphaCutoff", false)) return false; // doubleSided if (!parseJsonValueBool(m_materials[i].m_isDoubleSided, material, "doubleSided", false)) return false; // TODO: materials[i]["extensions"] // TODO: materials[i]["extras"] } return true; } bool GltfRes::loadTextureInfo(GltfMaterialInfo::Texture& texture, nlohmann::json& json) { if (!json.is_object()) return false; // index if (json.find("index") == json.end()) return false; if (!json["index"].is_number()) return false; texture.m_index = json["index"].get<i32>(); // texCoord if (!parseJsonValueI32(texture.m_texCoord, json, "texCoord", false)) return false; // TODO json["extensions"] // TODO json["extras"] return true; } bool GltfRes::loadImages(nlohmann::json& json) { if (json.find("images") == json.end()) return true; nlohmann::json& images = json["images"]; if (!images.is_array()) return false; m_images.resize(images.size()); for (ui32 i = 0; i < images.size(); i++) { nlohmann::json& image = images[i]; // name if (!parseJsonValueString(m_images[i].m_name, image, "name", false)) return false; // uri if (parseJsonValueString(m_images[i].m_uri, image, "uri", false)) m_images[i].m_uri = PathUtil::GetFileDirPath(m_path.getPath()) + m_images[i].m_uri; else return false; // mimeType if (!parseJsonValueString(m_images[i].m_mimeType, image, "mimeType", false)) return false; // bufferView if (!parseJsonValueI32(m_images[i].m_bufferView, image, "bufferView", false)) return false; } // TODO: Handle dependencies between mimeType and bufferView // TODO: Handle the fact that we want an uri OR a bufferView // TODO: images[i]["extensions"] // TODO: images[i]["extras"] return true; } bool GltfRes::loadSamplers(nlohmann::json& json) { if (json.find("samplers") == json.end()) return true; nlohmann::json& samplers = json["samplers"]; if (!samplers.is_array()) return false; m_samplers.resize(samplers.size()); for (ui32 i = 0; i < samplers.size(); i++) { nlohmann::json& sampler = samplers[i]; // name if (!parseJsonValueString(m_samplers[i].m_name, sampler, "name", false)) return false; i32 iValue; // magFilter if (parseJsonValueI32(iValue, sampler, "magFilter", false)) m_samplers[i].m_magFilter = GltfSamplerInfo::MagFilter(iValue); else return false; // minFilter if (parseJsonValueI32(iValue, sampler, "minFilter", false)) m_samplers[i].m_minFilter = GltfSamplerInfo::MinFilter(iValue); else return false; // wrapS if (parseJsonValueI32(iValue, sampler, "wrapS", false)) m_samplers[i].m_wrapS = GltfSamplerInfo::WrappingMode(iValue); else return false; // wrapT if (parseJsonValueI32(iValue, sampler, "wrapT", false)) m_samplers[i].m_wrapT = GltfSamplerInfo::WrappingMode(iValue); else return false; // TODO: samplers[i]["extensions"] // TODO: samplers[i]["extras"] } return true; } bool GltfRes::loadTextures(nlohmann::json& json) { if (json.find("textures") == json.end()) return true; nlohmann::json& textures = json["textures"]; if (!textures.is_array()) return false; m_textures.resize(textures.size()); for (ui32 i = 0; i < textures.size(); i++) { nlohmann::json& texture = textures[i]; // name if (!parseJsonValueString(m_textures[i].m_name, texture, "name", false)) return false; // sampler if (!parseJsonValueI32(m_textures[i].m_sampler, texture, "sampler", false)) return false; // source if (!parseJsonValueI32(m_textures[i].m_source, texture, "source", false)) return false; } // TODO: textures[i]["extensions"] // TODO: textures[i]["extras"] return true; } i32 GltfRes::getNodeIdxByMeshIdx(i32 meshIdx) { for (size_t i=0; i<m_nodes.size(); i++) { const GltfNodeInfo& node = m_nodes[i]; if (node.m_mesh != -1 && node.m_mesh == meshIdx) return static_cast<i32>(i); } return -1; } static String calcSkeletonNodePath(Node* node) { String result = "skeleton"; while (node->getParent()) { result = "../" +result; node = node->getParent(); } return result; } void GltfRes::bindSkeleton(Node* parent) { GltfMesh* mesh = ECHO_DOWN_CAST<GltfMesh*>(parent); if (mesh) { mesh->setSkeletonPath(calcSkeletonNodePath(parent)); } for (Node* child : parent->getChildren()) { bindSkeleton(child); } } // build echo node Node* GltfRes::build() { if (!m_isLoaded) return nullptr; vector<Node*>::type nodes; for (GltfSceneInfo& scene : m_scenes) { for (ui32 rootNodeIdx : scene.m_nodes) { createNode( nodes, rootNodeIdx); } } // animations if (m_animations.size()) { Node* node = createSkeleton(); if (node) nodes.emplace_back(node); } // only have one root node if (nodes.size() == 1) { String resPureName = PathUtil::GetPureFilename(m_path.getPath(), false); nodes[0]->setName( resPureName); bindSkeleton(nodes[0]); return nodes[0]; } // have multi root node if (nodes.size() > 1) { String resPureName = PathUtil::GetPureFilename(m_path.getPath(), false); Node* node = Class::create<Node*>("Node"); node->setName( resPureName); for (Node* child : nodes) { child->setParent(node); } bindSkeleton(node); return node; } // no root node return nullptr; } void GltfRes::createNode(vector<Node*>::type& nodes, int idx) { if (idx < 0 || idx >= (int)m_nodes.size()) return ; vector<Node*>::type curNodes; // create node base info GltfNodeInfo& info = m_nodes[idx]; if (info.m_mesh != -1) { GltfMeshInfo& meshInfo = m_meshes[info.m_mesh]; if (meshInfo.m_primitives.size()) { // create multi mesh nodes for (size_t i = 0; i < meshInfo.m_primitives.size(); i++) { GltfMesh* mesh = Class::create<GltfMesh*>("GltfMesh"); mesh->setName(m_meshes[info.m_mesh].m_name); mesh->setGltfRes(m_path); mesh->setMeshIdx(info.m_mesh); mesh->setPrimitiveIdx(static_cast<int>(i)); curNodes.emplace_back(mesh); } } } else { // do nothing } for (Node* node : curNodes) { // rotation node->setLocalOrientation(info.m_rotation); // scale node->setLocalScaling(info.m_scale); // translation node->setLocalPosition(info.m_translation); // set node name if( node->getName().empty()) node->setName(info.m_name.empty() ? node->getClassName() : info.m_name); } nodes.insert(nodes.end(), curNodes.begin(), curNodes.end()); // create children for (ui32 childIdx : info.m_children) { createNode(nodes, childIdx); } } Node* GltfRes::createSkeleton() { if (m_animations.size()) { GltfSkeleton* skeleton = Class::create<GltfSkeleton*>("GltfSkeleton"); skeleton->setName("skeleton"); skeleton->setGltfRes(m_path); return skeleton; } return nullptr; } }

[ "qq79402005@gmail.com" ]

qq79402005@gmail.com

14bf65a3e4a854cda2e6f5212fbf4ccc8554ca50

64443c653af8246bf56f7630da7645136363bfcd

/graph.h

10bfe05fa6c3c6fb7e9edf5f445ac0a2bfcbfecb

[]

no_license

tallisson/fluxo_carga

4bb9e438973ee2dab2722f4710adb22897a9a33b

b0adb0508bc3003a68dc3e7ac4c529d30b9a8283

refs/heads/master

2020-07-21T01:58:32.210617

2016-11-14T19:28:46

null

0

null

UTF-8

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1,018

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#ifndef GRAPH_H_ #define GRAPH_H_ #include "branch.h" #include "bus.h" #include "ns3/ptr.h" #include "ns3/object.h" #include "ns3/type-id.h" #include <string> #include <map> namespace ns3 { class Graph : public Object { private: uint32_t m_numBus; uint32_t m_numBranch; uint32_t m_numPQ; uint32_t m_numPV; uint32_t m_numSlack; uint32_t m_posSlack; //uint32_t m_noSlack; std::map<uint32_t, Ptr<Bus> > m_buses; std::vector<Ptr<Branch> > m_branches; public: Graph(); virtual ~Graph(); static TypeId GetTypeId (void); void AddBus(Ptr<Bus> bus); void Assoc(Ptr<Branch> branch); uint32_t GetPosSlack(void) const; void SetPosSlack (uint32_t posSlack); std::map<uint32_t, Ptr<Bus> > GetBuses() const; Ptr<Bus> GetBus(uint32_t idBus); std::vector<Ptr<Branch> > GetBranches() const; uint32_t GetNumBus() const; uint32_t GetNumBranch() const; uint32_t GetNumPQ() const; void SetNumPQ (uint32_t numPQ); void SetNumPV (uint32_t numPV); uint32_t GetNumPV() const; }; } #endif // GRAPH_H_

[ "allissonribeiro02@gmail.com" ]

allissonribeiro02@gmail.com

f813dcb17b351f08c8ad0f141d8f1e7497c36864

522c65b867a502894dfb73b3525bde3d58d087a5

/C++/Leetcode/354.cpp

44e5fa59410ee25791ffb051ce871ce613a3fb7f

[]

no_license

QiuBiuBiu/LeetCode

57f34a4a2850151edaa7b84fb66ea485a3a5fc7e

dc14ef27dfee8379e8b5ec7f1518ba4a24c9c01e

refs/heads/master

2023-04-09T04:10:53.709832

2023-03-30T11:50:33

148,468,830

1

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cpp

/* 354. 俄罗斯套娃信封问题给你一个二维整数数组 envelopes ，其中 envelopes[i] = [wi, hi] ，表示第 i 个信封的宽度和高度。当另一个信封的宽度和高度都比这个信封大的时候，这个信封就可以放进另一个信封里，如同俄罗斯套娃一样。请计算最多能有多少个信封能组成一组“俄罗斯套娃”信封（即可以把一个信封放到另一个信封里面）。 */ /* PS：此题是300题的二维扩展，由于此题数据量较大，所以动态规划方法TLE 1）动态规划，T=O(n^2)，S=O(n) 记f[i]为以i封信为最外层信封的最多信封序列。因为信封一开始是无序的，所以我们需要对其排序。 */ class Solution { public: int maxEnvelopes(vector<vector<int>>& envelopes) { sort(envelopes.begin(), envelopes.end(), [](vector<int>& a, vector<int>& b){ if (a[0] == b[0]) return a[1] < b[1]; return a[0] < b[0]; }); int res = 1; vector<int> f(envelopes.size(), 1); for (int i = 0; i < envelopes.size(); i++) { for (int j = 0; j < envelopes.size(); j++) { if (envelopes[i][0] > envelopes[j][0] && envelopes[i][1] > envelopes[j][1]) { f[i] = max(f[i], f[j] + 1); } } res = max(res, f[i]); } return res; } }; /* 2）二分法，T=O(nlogn)，S=O(n) */ class Solution { public: int maxEnvelopes(vector<vector<int>>& envelopes) { sort(envelopes.begin(), envelopes.end(), [](vector<int>& a, vector<int>& b){ if (a[0] == b[0]) return a[1] > b[1]; // 注意这里，我们排序时，当宽度一致时，我们把高度按从大到小排序，而不是从小大到排（因为如果高度从小大到排序，可能导致高度一致的两封信封却被塞进了一起） return a[0] < b[0]; }); int k = -1; vector<int> cpy(envelopes.size()); // 因为宽度已经按照从小大到排好了，后面的信封的宽度一定大于等于前面的信封，所以我们只用考虑高度的情况来做二分 for (int i = 0; i < envelopes.size(); i++) { if (i == 0) cpy[++k] = envelopes[i][1]; else { if (envelopes[i][1] > cpy[k]) { cpy[++k] = envelopes[i][1]; } else { int le = 0, ri = k; while (le != ri) { int mid = (ri - le) / 2 + le; if (envelopes[i][1] > cpy[mid]) le = mid + 1; else ri = mid; } cpy[le] = envelopes[i][1]; } } } return k + 1; } };

[ "yongjie.qiu@qq.com" ]

yongjie.qiu@qq.com

8f4b13baa0b3d61774802cc93660f787f697799e

87a522ab62ce1dc073579bf8acf400e87fe4eb71

/ros_ws/devel/include/stdr_msgs/DeleteRobotFeedback.h

1c20d854b955ebbdc862c66cf717c6c2665bdd7f

[]

no_license

ElchananHaas/mdas-backup

410ed0798c2a0f3b069bb4141e706aab03cd0de7

e37e0a9cdbc3f22b8762640cc91a4a3f3e8a4f54

refs/heads/master

2021-09-17T23:32:17.228338

2018-07-06T19:28:35

null

0

null

UTF-8

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5,178

h

// Generated by gencpp from file stdr_msgs/DeleteRobotFeedback.msg // DO NOT EDIT! #ifndef STDR_MSGS_MESSAGE_DELETEROBOTFEEDBACK_H #define STDR_MSGS_MESSAGE_DELETEROBOTFEEDBACK_H #include <string> #include <vector> #include <map> #include <ros/types.h> #include <ros/serialization.h> #include <ros/builtin_message_traits.h> #include <ros/message_operations.h> namespace stdr_msgs { template <class ContainerAllocator> struct DeleteRobotFeedback_ { typedef DeleteRobotFeedback_<ContainerAllocator> Type; DeleteRobotFeedback_() { } DeleteRobotFeedback_(const ContainerAllocator& _alloc) { (void)_alloc; } typedef boost::shared_ptr< ::stdr_msgs::DeleteRobotFeedback_<ContainerAllocator> > Ptr; typedef boost::shared_ptr< ::stdr_msgs::DeleteRobotFeedback_<ContainerAllocator> const> ConstPtr; }; // struct DeleteRobotFeedback_ typedef ::stdr_msgs::DeleteRobotFeedback_<std::allocator<void> > DeleteRobotFeedback; typedef boost::shared_ptr< ::stdr_msgs::DeleteRobotFeedback > DeleteRobotFeedbackPtr; typedef boost::shared_ptr< ::stdr_msgs::DeleteRobotFeedback const> DeleteRobotFeedbackConstPtr; // constants requiring out of line definition template<typename ContainerAllocator> std::ostream& operator<<(std::ostream& s, const ::stdr_msgs::DeleteRobotFeedback_<ContainerAllocator> & v) { ros::message_operations::Printer< ::stdr_msgs::DeleteRobotFeedback_<ContainerAllocator> >::stream(s, "", v); return s; } } // namespace stdr_msgs namespace ros { namespace message_traits { // BOOLTRAITS {'IsFixedSize': True, 'IsMessage': True, 'HasHeader': False} // {'nav_msgs': ['/opt/ros/indigo/share/nav_msgs/cmake/../msg'], 'geometry_msgs': ['/opt/ros/indigo/share/geometry_msgs/cmake/../msg'], 'actionlib_msgs': ['/opt/ros/indigo/share/actionlib_msgs/cmake/../msg'], 'std_msgs': ['/opt/ros/indigo/share/std_msgs/cmake/../msg'], 'stdr_msgs': ['/home/mdas/ros_ws/src/stdr_simulator/stdr_msgs/msg', '/home/mdas/ros_ws/devel/share/stdr_msgs/msg']} // !!!!!!!!!!! ['__class__', '__delattr__', '__dict__', '__doc__', '__eq__', '__format__', '__getattribute__', '__hash__', '__init__', '__module__', '__ne__', '__new__', '__reduce__', '__reduce_ex__', '__repr__', '__setattr__', '__sizeof__', '__str__', '__subclasshook__', '__weakref__', '_parsed_fields', 'constants', 'fields', 'full_name', 'has_header', 'header_present', 'names', 'package', 'parsed_fields', 'short_name', 'text', 'types'] template <class ContainerAllocator> struct IsFixedSize< ::stdr_msgs::DeleteRobotFeedback_<ContainerAllocator> > : TrueType { }; template <class ContainerAllocator> struct IsFixedSize< ::stdr_msgs::DeleteRobotFeedback_<ContainerAllocator> const> : TrueType { }; template <class ContainerAllocator> struct IsMessage< ::stdr_msgs::DeleteRobotFeedback_<ContainerAllocator> > : TrueType { }; template <class ContainerAllocator> struct IsMessage< ::stdr_msgs::DeleteRobotFeedback_<ContainerAllocator> const> : TrueType { }; template <class ContainerAllocator> struct HasHeader< ::stdr_msgs::DeleteRobotFeedback_<ContainerAllocator> > : FalseType { }; template <class ContainerAllocator> struct HasHeader< ::stdr_msgs::DeleteRobotFeedback_<ContainerAllocator> const> : FalseType { }; template<class ContainerAllocator> struct MD5Sum< ::stdr_msgs::DeleteRobotFeedback_<ContainerAllocator> > { static const char* value() { return "d41d8cd98f00b204e9800998ecf8427e"; } static const char* value(const ::stdr_msgs::DeleteRobotFeedback_<ContainerAllocator>&) { return value(); } static const uint64_t static_value1 = 0xd41d8cd98f00b204ULL; static const uint64_t static_value2 = 0xe9800998ecf8427eULL; }; template<class ContainerAllocator> struct DataType< ::stdr_msgs::DeleteRobotFeedback_<ContainerAllocator> > { static const char* value() { return "stdr_msgs/DeleteRobotFeedback"; } static const char* value(const ::stdr_msgs::DeleteRobotFeedback_<ContainerAllocator>&) { return value(); } }; template<class ContainerAllocator> struct Definition< ::stdr_msgs::DeleteRobotFeedback_<ContainerAllocator> > { static const char* value() { return "# ====== DO NOT MODIFY! AUTOGENERATED FROM AN ACTION DEFINITION ======\n\ #feedback\n\ \n\ "; } static const char* value(const ::stdr_msgs::DeleteRobotFeedback_<ContainerAllocator>&) { return value(); } }; } // namespace message_traits } // namespace ros namespace ros { namespace serialization { template<class ContainerAllocator> struct Serializer< ::stdr_msgs::DeleteRobotFeedback_<ContainerAllocator> > { template<typename Stream, typename T> inline static void allInOne(Stream&, T) {} ROS_DECLARE_ALLINONE_SERIALIZER }; // struct DeleteRobotFeedback_ } // namespace serialization } // namespace ros namespace ros { namespace message_operations { template<class ContainerAllocator> struct Printer< ::stdr_msgs::DeleteRobotFeedback_<ContainerAllocator> > { template<typename Stream> static void stream(Stream&, const std::string&, const ::stdr_msgs::DeleteRobotFeedback_<ContainerAllocator>&) {} }; } // namespace message_operations } // namespace ros #endif // STDR_MSGS_MESSAGE_DELETEROBOTFEEDBACK_H

[ "cxy231@case.edu" ]

cxy231@case.edu

ee44fb7c2ad56cab13e4bdeddf3d0b93bf1b2ce9

eda9f799bfb03649423aab3438f4fab339c6287c

/products/cardframes/framecardoptions.cpp

0711323c9057750994bb1ac97c6c6cf12ab80d66

[]

no_license

MaratHmit/shopadmin_qt

0dc56e90c74927b139183135cd8e9e6158509227

d9345c5f20d7d2e6bac42d28901207f85fef29a8

refs/heads/master

2020-12-22T04:14:04.213302

2020-01-28T05:50:17

236,667,356

0

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#include "framecardoptions.h" #include "ui_framecardoptions.h" #include "formoptionsparams.h" #include "formproducts.h" FrameCardOptions::FrameCardOptions(QWidget *parent, DataProduct *item, const int &typeDialog) : QDialog(parent), ui(new Ui::FrameCardOptions) { ui->setupUi(this); product = item; mTypeDialog = typeDialog; mOptions = item->listOptions(); mListPages = new QList<WidgetPageOptions *>(); mIsFilled = false; ui->widgetOrder->hide(); if (typeDialog) { setWindowFlags(Qt::Window); connect(ui->buttonOK, &QPushButton::clicked, this, &FrameCardOptions::onOk); connect(ui->buttonCancel, &QPushButton::clicked, this, &QDialog::reject); if (typeDialog == 2) { ui->widgetButtons->hide(); ui->tabWidget->setTabsClosable(false); ui->widgetOrder->show(); ui->lineEditName->setText(item->getName()); ui->lineEditPrice->setText(item->priceTitle()); } } else { setWindowFlags(Qt::Widget); ui->buttonOK->hide(); ui->buttonCancel->hide(); } initSignals(); } FrameCardOptions::~FrameCardOptions() { delete ui; delete mListPages; } bool FrameCardOptions::isAddOptions() const { return false; } void FrameCardOptions::fillControls() { if (mIsFilled) return; initOptions(); mOptions->setUnModified(); mIsFilled = true; } void FrameCardOptions::onAddOptions() { FormOptionsParams formParams(this, true); if (mOptions->size()) { ListOptions list; for (int i = 0; i < mOptions->size(); i++) list.append(mOptions->at(i)); formParams.setExludingOptions(&list); } if (formParams.exec() == QDialog::Accepted) { for (int i = 0; i < formParams.selectedList()->size(); i++) addPage(formParams.selectedList()->at(i), true); } } void FrameCardOptions::onCopyFromOtherProduct() { FormProducts *form = new FormProducts(this, false); if (form->exec() == QDialog::Accepted && form->getSelectedProducts()->size()) { DataProduct *cProduct = new DataProduct(form->getSelectedProducts()->at(0)); setCursor(Qt::WaitCursor); if (ApiAdapter::getApi()->getInfoProduct(cProduct)) { for (int i = 0; i < cProduct->listOptions()->size(); ++i) product->listOptions()->append(new DataOption(cProduct->listOptions()->at(i)), false); mIsFilled = false; fillControls(); product->listOptions()->setModified(); emit modified(); } delete cProduct; setCursor(Qt::ArrowCursor); } delete form; } void FrameCardOptions::onRemoveOption(const int &index) { WidgetPageOptions *page = 0; for (int i = 0; i < mListPages->size(); i++) if (ui->tabWidget->indexOf(mListPages->at(i)) == index) { page = mListPages->takeAt(i); break; } if (page) { ui->tabWidget->removeTab(index); mOptions->deleteItem(page->optionInfo()); } emit modified(); } void FrameCardOptions::onChecked() { QString originalName = product->getName(); QString nameOptions = QString(); qreal basePrice = product->price(); qreal price = 0; for (int i = 0; i < product->listOptions()->size(); i++) { DataOption *option = product->listOptions()->at(i); int type = option->property("type").toInt(); int typePrice = option->property("typePrice").toInt(); QString optionValue = QString(); for (int j = 0; j < option->optionValues()->size(); j++) { if (option->optionValues()->at(j)->getIsChecked()) { if (!optionValue.isEmpty()) optionValue = optionValue + ", "; optionValue = optionValue + option->optionValues()->at(j)->getName(); int count = 1; if (option->optionValues()->at(j)->count() > 1) count = option->optionValues()->at(j)->count(); if (typePrice == 0) price += option->optionValues()->at(j)->price() * count; else price += basePrice * option->optionValues()->at(j)->price() / 100; if (type != 2) break; } } if (!optionValue.isEmpty()) { if (!nameOptions.isEmpty()) nameOptions = nameOptions + "; "; nameOptions = nameOptions + option->getName() + ": " + optionValue; } } if (!nameOptions.isEmpty()) { ui->lineEditName->setText(originalName + " (" + nameOptions + ")"); price += basePrice; ui->lineEditPrice->setText(QString::number(price, 'f', 2)); } else { ui->lineEditName->setText(originalName); ui->lineEditPrice->setText(QString::number(basePrice, 'f', 2)); } } void FrameCardOptions::onOk() { product->setName(ui->lineEditName->text()); product->setPrice(ui->lineEditPrice->text().toDouble()); accept(); } void FrameCardOptions::addPage(DataOption *option, const bool &isNew) { if (WidgetPageOptions *page = getPageById(option->getId())) { ui->tabWidget->addTab(page, option->getName()); if (!option->property("position").isNull()) page->setPosition(option->property("position").toInt()); for (int i = 0; i < mOptions->size(); i++) if (mOptions->at(i)->getId() == option->getId()) { mOptions->at(i)->setIsChecked(true); break; } return; } DataOption *newOption; if (isNew) { newOption = new DataOption(option); mOptions->append(newOption); } else newOption = option; WidgetPageOptions *page = new WidgetPageOptions(this, newOption, mTypeDialog == 2); if (!newOption->property("position").isNull()) page->setPosition(newOption->property("position").toInt()); connect(page, SIGNAL(modified()), SIGNAL(modified())); if (mTypeDialog == 2) connect(page, SIGNAL(checked()), SLOT(onChecked())); ui->tabWidget->addTab(page, newOption->getName()); mListPages->push_back(page); } WidgetPageOptions *FrameCardOptions::getPageById(const QString &id) const { for (int i = 0; i < mListPages->size(); i++) { if (mListPages->at(i)->optionInfo()->getId() == id) return mListPages->at(i); } return 0; } void FrameCardOptions::initOptions() { if (!mOptions) return; for (int i = 0; i < mOptions->size(); i++) { mOptions->at(i)->setIsChecked(true); mOptions->at(i)->setUnModified(); addPage(mOptions->at(i)); } } void FrameCardOptions::initSignals() { connect(ui->toolButtonAddOption, SIGNAL(clicked()), SLOT(onAddOptions())); connect(ui->tabWidget, &QTabWidget::tabCloseRequested, this, &FrameCardOptions::onRemoveOption); connect(ui->toolButtonCopy, SIGNAL(clicked(bool)), SLOT(onCopyFromOtherProduct())); }

[ "hmm19792@gmail.com" ]

hmm19792@gmail.com

6615bbd13750a2da07b1f2389c80b3a1f2e3b0f4

4d603466d7abe1d9dced9bd4530cd6dffd6b9e17

/external/Box2d/Testbed/Tests/Breakable.h

bcb2927c438ec196c21f7e358ef47254c0b4696f

[ "MIT", "Zlib" ]

permissive

tearsofphoenix/TauEngine

92debd43f046ddc4b3e46952eb7046695d5513dc

61407d83b3167362631634bb75d975a77ee00acb

refs/heads/master

2021-01-09T05:36:28.708356

2012-10-31T02:07:07

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/* * Copyright (c) 2008-2009 Erin Catto http://www.box2d.org * * This software is provided 'as-is', without any express or implied * warranty. In no event will the authors be held liable for any damages * arising from the use of this software. * Permission is granted to anyone to use this software for any purpose, * including commercial applications, and to alter it and redistribute it * freely, subject to the following restrictions: * 1. The origin of this software must not be misrepresented; you must not * claim that you wrote the original software. If you use this software * in a product, an acknowledgment in the product documentation would be * appreciated but is not required. * 2. Altered source versions must be plainly marked as such, and must not be * misrepresented as being the original software. * 3. This notice may not be removed or altered from any source distribution. */ #ifndef BREAKABLE_TEST_H #define BREAKABLE_TEST_H // This is used to test sensor shapes. class Breakable : public Test { public: enum { e_count = 7 }; Breakable() { // Ground body { b2BodyDef bd; b2Body* ground = m_world->CreateBody(&bd); b2EdgeShape shape; shape.Set(b2Vec2(-40.0f, 0.0f), b2Vec2(40.0f, 0.0f)); ground->CreateFixture(&shape, 0.0f); } // Breakable dynamic body { b2BodyDef bd; bd.type = b2_dynamicBody; bd.position.Set(0.0f, 40.0f); bd.angle = 0.25f * b2_pi; m_body1 = m_world->CreateBody(&bd); m_shape1.SetAsBox(0.5f, 0.5f, b2Vec2(-0.5f, 0.0f), 0.0f); m_piece1 = m_body1->CreateFixture(&m_shape1, 1.0f); m_shape2.SetAsBox(0.5f, 0.5f, b2Vec2(0.5f, 0.0f), 0.0f); m_piece2 = m_body1->CreateFixture(&m_shape2, 1.0f); } m_break = false; m_broke = false; } virtual void PostSolve(b2Contact* contact, const b2ContactImpulse* impulse) { if (m_broke) { // The body already broke. return; } // Should the body break? int32 count = contact->GetManifold()->pointCount; float32 maxImpulse = 0.0f; for (int32 i = 0; i < count; ++i) { maxImpulse = b2Max(maxImpulse, impulse->normalImpulses[i]); } if (maxImpulse > 40.0f) { // Flag the body for breaking. m_break = true; } } void Break() { // Create two bodies from one. b2Body* body1 = m_piece1->GetBody(); b2Vec2 center = body1->GetWorldCenter(); body1->DestroyFixture(m_piece2); m_piece2 = NULL; b2BodyDef bd; bd.type = b2_dynamicBody; bd.position = body1->GetPosition(); bd.angle = body1->GetAngle(); b2Body* body2 = m_world->CreateBody(&bd); m_piece2 = body2->CreateFixture(&m_shape2, 1.0f); // Compute consistent velocities for new bodies based on // cached velocity. b2Vec2 center1 = body1->GetWorldCenter(); b2Vec2 center2 = body2->GetWorldCenter(); b2Vec2 velocity1 = m_velocity + b2Cross(m_angularVelocity, center1 - center); b2Vec2 velocity2 = m_velocity + b2Cross(m_angularVelocity, center2 - center); body1->SetAngularVelocity(m_angularVelocity); body1->SetLinearVelocity(velocity1); body2->SetAngularVelocity(m_angularVelocity); body2->SetLinearVelocity(velocity2); } void Step(Settings* settings) { if (m_break) { Break(); m_broke = true; m_break = false; } // Cache velocities to improve movement on breakage. if (m_broke == false) { m_velocity = m_body1->GetLinearVelocity(); m_angularVelocity = m_body1->GetAngularVelocity(); } Test::Step(settings); } static Test* Create() { return new Breakable; } b2Body* m_body1; b2Vec2 m_velocity; float32 m_angularVelocity; b2PolygonShape m_shape1; b2PolygonShape m_shape2; b2Fixture* m_piece1; b2Fixture* m_piece2; bool m_broke; bool m_break; }; #endif

[ "tearsofphoenix@yahoo.cn" ]

tearsofphoenix@yahoo.cn

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/往年测试/排序/t1.cpp

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/*5.1 插入排序 b. 折半插入排序 void BinaryInsertionSort(T Data[], int n) */ #include <iostream> using namespace std; /* TODO:折半插入排序,使得排序后Data中的数据按递增排序 */ template <class T> void BinaryInsertionSort(T Data[], int n) //参数：待排序数据和待排序元 //素个数 { int left,mid,right,p; for( p = 1; p < n; p++) { T temp = Data[p]; left = 0,right = p-1; while(left <= right) { mid = (left + right) / 2; if( Data[mid] > temp ) right = mid -1; else left = mid + 1; } for( int i = p-1; i >= left; i--) Data[i+1] = Data[i]; Data[left] = temp; } } int main() { int n, num; cin >> n; int* a = new int[n]; for (int i = 0; i < n; i++) { cin >> num; a[i] = num; } BinaryInsertionSort<int>(a, n); //a为待排序的数组，10为数组的大小 for (int i = 0; i < n; i++) { cout << a[i] << " "; } }

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////////////////////////////////////////////////////////////////////////////// // // (C) Copyright 1994-2009 by Autodesk, Inc. // // Permission to use, copy, modify, and distribute this software in // object code form for any purpose and without fee is hereby granted, // provided that the above copyright notice appears in all copies and // that both that copyright notice and the limited warranty and // restricted rights notice below appear in all supporting // documentation. // // AUTODESK PROVIDES THIS PROGRAM "AS IS" AND WITH ALL FAULTS. // AUTODESK SPECIFICALLY DISCLAIMS ANY IMPLIED WARRANTY OF // MERCHANTABILITY OR FITNESS FOR A PARTICULAR USE. AUTODESK, INC. // DOES NOT WARRANT THAT THE OPERATION OF THE PROGRAM WILL BE // UNINTERRUPTED OR ERROR FREE. // // Use, duplication, or disclosure by the U.S. Government is subject to // restrictions set forth in FAR 52.227-19 (Commercial Computer // Software - Restricted Rights) and DFAR 252.227-7013(c)(1)(ii) // (Rights in Technical Data and Computer Software), as applicable. // ////////////////////////////////////////////////////////////////////////////// #ifndef _acuiComboBox_h #define _acuiComboBox_h #pragma pack (push, 8) #if _MSC_VER >= 1000 #pragma once #endif // _MSC_VER >= 1000 //prevent the MS header "use_ansi.h" from outputing //its linker directives, we expect clients to specify //what flavor (debug/release) of the C++ runtime they want to //link against. #pragma push_macro("_USE_ANSI_CPP") #define _USE_ANSI_CPP #include <map> #pragma pop_macro("_USE_ANSI_CPP") typedef std::map<int, AcCmColor*> AcCmColorTable; ///////////////////////////////////////////////////////////////////////////// // CAcUiComboBox window class ACUI_PORT CAcUiComboBox : public CAdUiComboBox { DECLARE_DYNAMIC(CAcUiComboBox); public: CAcUiComboBox (); virtual ~CAcUiComboBox (); // Subclassed EditBox and Validation public: CAcUiEdit *AcUiEditBox (); BOOL Validate (); ACUI_ERROR_CODE ValidateData (CString& x); void Convert (); BOOL ConvertData (CString& x); void SetRange (double vMin, double vMax); // ClassWizard-controlled public: //{{AFX_VIRTUAL(CAcUiComboBox) //}}AFX_VIRTUAL protected: //{{AFX_MSG(CAcUiComboBox) //}}AFX_MSG DECLARE_MESSAGE_MAP() }; ///////////////////////////////////////////////////////////////////////////// // CAcUiAngleComboBox window // // ComboBox with the persistent CAcUiAngleEdit control for the Edit box class ACUI_PORT CAcUiAngleComboBox : public CAcUiComboBox { DECLARE_DYNAMIC(CAcUiAngleComboBox); public: CAcUiAngleComboBox (); virtual ~CAcUiAngleComboBox (); // ClassWizard-controlled public: //{{AFX_VIRTUAL(CAcUiAngleComboBox) //}}AFX_VIRTUAL protected: //{{AFX_MSG(CAcUiAngleComboBox) //}}AFX_MSG DECLARE_MESSAGE_MAP() }; ///////////////////////////////////////////////////////////////////////////// // CAcUiNumericComboBox window // // ComboBox with the persistent CAcUiNumericEdit control for the Edit box class ACUI_PORT CAcUiNumericComboBox : public CAcUiComboBox { DECLARE_DYNAMIC(CAcUiNumericComboBox); public: CAcUiNumericComboBox (); virtual ~CAcUiNumericComboBox (); // ClassWizard-controlled public: //{{AFX_VIRTUAL(CAcUiNumericComboBox) //}}AFX_VIRTUAL protected: //{{AFX_MSG(CAcUiNumericComboBox) //}}AFX_MSG DECLARE_MESSAGE_MAP() }; ///////////////////////////////////////////////////////////////////////////// // CAcUiStringComboBox window // // ComboBox with the persistent CAcUiStringEdit control for the Edit box class ACUI_PORT CAcUiStringComboBox : public CAcUiComboBox { DECLARE_DYNAMIC(CAcUiStringComboBox); public: CAcUiStringComboBox (); virtual ~CAcUiStringComboBox (); // ClassWizard-controlled public: //{{AFX_VIRTUAL(CAcUiStringComboBox) //}}AFX_VIRTUAL protected: //{{AFX_MSG(CAcUiStringComboBox) //}}AFX_MSG DECLARE_MESSAGE_MAP() }; ///////////////////////////////////////////////////////////////////////////// // CAcUiSymbolComboBox window // // ComboBox with the persistent CAcUiSymbolEdit control for the Edit box class ACUI_PORT CAcUiSymbolComboBox : public CAcUiComboBox { DECLARE_DYNAMIC(CAcUiSymbolComboBox); public: CAcUiSymbolComboBox (); virtual ~CAcUiSymbolComboBox (); // ClassWizard-controlled public: //{{AFX_VIRTUAL(CAcUiSymbolComboBox) //}}AFX_VIRTUAL protected: //{{AFX_MSG(CAcUiSymbolComboBox) //}}AFX_MSG DECLARE_MESSAGE_MAP() }; ////////////////////////////////////////////////////////////////////////////// // MRU Prototypes #define ACUI_MAX_COMBOBOX_MRU 6 #define ACUI_MAX_TRUECOLOR_COMBOBOX_MRU 16 class ACUI_PORT CAcUiMRUComboBox; class ACUI_PORT CAcUiMRUListBox; typedef enum { kAcUiMRUCargo_Last = -106, // Make sure this is the last entry kAcUiMRUCargo_Option2 = -105, kAcUiMRUCargo_Option1 = -104, kAcUiMRUCargo_Other2 = -103, kAcUiMRUCargo_Other1 = -102, kAcUiMRUCargo_None = -101 } ACUI_MRU_CARGO; ////////////////////////////////////////////////////////////////////////////// // ComboLBox for MRU ComboBox - Provides DrawTip support class ACUI_PORT CAcUiMRUListBox : public CAcUiListBox { public: CAcUiMRUListBox (); virtual ~CAcUiMRUListBox (); // Misc. public: virtual void GetContentExtent ( int item, LPCTSTR text, int& width, int& height ); // AdUi message handler protected: virtual BOOL OnGetTipRect (CRect& r); // MRU control protected: int ExtraWidth (); CAcUiMRUComboBox *MRUComboBox (); // ClassWizard-controlled public: //{{AFX_VIRTUAL(CAcUiMRUListBox) //}}AFX_VIRTUAL protected: //{{AFX_MSG(CAcUiMRUListBox) //}}AFX_MSG DECLARE_MESSAGE_MAP() }; ////////////////////////////////////////////////////////////////////////////// // MRU ComboBox class ACUI_PORT CAcUiMRUComboBox : public CAcUiComboBox { public: CAcUiMRUComboBox (); virtual ~CAcUiMRUComboBox (); // Misc. virtual void GetContentExtent (LPCTSTR text, int& width, int& height); virtual BOOL GetItemColors(DRAWITEMSTRUCT& dis, COLORREF& fgColor, COLORREF& bgColor, COLORREF& fillColor); // AdUi message handler protected: virtual BOOL OnGetTipRect (CRect& r); // MRU control protected: BOOL m_bIsDynamicCreation : 1; // TRUE if Create() is used, else FALSE. BOOL m_bUseOption1 : 1; BOOL m_bUseOption2 : 1; BOOL m_bUseOther1 : 1; BOOL m_bUseOther2 : 1; BOOL m_bOther1Selected : 1; BOOL m_bOther2Selected : 1; int m_cargoOption1; int m_cargoOption2; LOGPALETTE* m_logPalette; HPALETTE m_hPalette; CPalette* m_pOldPalette; int m_itemHeight; int m_lastSelection; int m_mruCargo[ACUI_MAX_COMBOBOX_MRU]; int m_mruLen; CString m_mruName[ACUI_MAX_COMBOBOX_MRU]; virtual int CalcItemHeight (); // The methods below are subfunctions to support the virtual DrawItem(..) // method which is called via message handler OnDrawItem(..). Derived // classes may override the DrawItem(..) method and use these subfunctions // to customize the way DrawItemImage(..) is called. For example, the linetype // control does not use the cargo value as an index, thus it must replace // the cargo parameter of DrawItemImage(..) to instead pass the index of the // selection being drawn, then it's derived DrawItemImage(..) must resolve // that index to the object id of the linetype virtual void DrawItemImage (CDC& dc, CRect& r, INT_PTR cargo); void DrawItemImageFromCargo(CDC* dc, CRect& r, int i); void DrawTextAndFocusRect(LPDRAWITEMSTRUCT lpDrawItemStruct, CDC* dc, CRect& rItem, int i, COLORREF& fgColor, COLORREF& bgColor); void CreateAndSelectPalette (LPDRAWITEMSTRUCT lpDrawItemStruct, CDC* dc); void SetupForImageDraw(LPDRAWITEMSTRUCT lpDrawItemStruct, CDC* dc, CRect& rItem, CRect& rImage, COLORREF& fgColor, COLORREF& bgColor); void ResetAndRestorePalette(CDC* dc, int savedState); // end DrawItem(..) supporting methods BOOL FindCargoInMRU (int cargo); int GenerateCargoFromMRU (int seed); virtual BOOL GetOptionName (BOOL isOption2, CString& name); virtual BOOL GetOtherName (BOOL isOther2, CString& name); virtual void OnAddItems (); virtual void OnComboBoxInit (); virtual BOOL OnSelectOther (BOOL isOther2, int curSel, int& newSel); void SelectOther (BOOL isOther2); public: int AddItemToList (LPCTSTR name, INT_PTR cargo); int AddItemToMRU (LPCTSTR name, int cargo); // Returns item index (or -1). void AddItems (); virtual BOOL Create (DWORD dwStyle, const RECT& rect, CWnd* pParentWnd, UINT nID); virtual int ExtraWidth (); int FindItemByCargo (INT_PTR cargo); // Get corresponding item index. int GetCargoOption1 (); int GetCargoOption2 (); INT_PTR GetCurrentItemCargo (); // Get current item's cargo (or -1). INT_PTR GetItemCargo (int item); // Get item's cargo (or -1). LOGPALETTE *GetLogPalette (); HPALETTE GetPalette (); BOOL GetUseOption1 (); BOOL GetUseOption2 (); BOOL GetUseOther1 (); BOOL GetUseOther2 (); virtual int ImageWidth (); int InsertItemInList (int index, LPCTSTR name, INT_PTR cargo); int ItemHeight (); void RecalcHeight (); void RemoveItemFromMRU (int cargo); void SetCargoOption1 (int cargo); void SetCargoOption2 (int cargo); void SetLastSelection (int sel); void SetLogPalette (LOGPALETTE *logPalette); void SetPalette (HPALETTE hPalette); void SetUseOption1 (BOOL use); void SetUseOption2 (BOOL use); void SetUseOther1 (BOOL use); void SetUseOther2 (BOOL use); // Aliases for OptionX and OtherX public: BOOL GetUseByBlock (); BOOL GetUseByLayer (); BOOL GetUseOther (); BOOL GetUseWindows (); void SetUseByBlock (BOOL use); void SetUseByLayer (BOOL use); void SetUseOther (BOOL use); void SetUseWindows (BOOL use); // ClassWizard-controlled public: //{{AFX_VIRTUAL(CAcUiMRUComboBox) public: virtual void DrawItem(LPDRAWITEMSTRUCT lpDrawItemStruct); virtual void MeasureItem(LPMEASUREITEMSTRUCT lpMeasureItemStruct); protected: virtual void PreSubclassWindow(); virtual LRESULT WindowProc(UINT message, WPARAM wParam, LPARAM lParam); //}}AFX_VIRTUAL protected: //{{AFX_MSG(CAcUiMRUComboBox) afx_msg BOOL OnCloseUp(); afx_msg int OnCreate(LPCREATESTRUCT lpCreateStruct); afx_msg BOOL OnDropDown(); afx_msg BOOL OnSelEndOk(); //}}AFX_MSG DECLARE_MESSAGE_MAP() }; ////////////////////////////////////////////////////////////////////////////// class CAcUiLTypeRecord : public CObject { public: CString & ltypeName(); void setLTypeName(CString sName); AcDbObjectId objectId(); void setObjectId(AcDbObjectId id); BOOL isDependent(); void setIsDependent(BOOL bValue); private: CString m_strLTypeName; AcDbObjectId m_idObjectId; BOOL m_bIsDependent; }; ///////////////////////////////////////////////////////////////////////////// // Inlines for CAcUiLTypeRecord ///////////////////////////////////////////////////////////////////////////// ////////////////////////////////////////////////////////////////////////////// inline CString& CAcUiLTypeRecord::ltypeName() { return m_strLTypeName; } inline void CAcUiLTypeRecord::setLTypeName(CString sName) { m_strLTypeName = sName; } inline AcDbObjectId CAcUiLTypeRecord::objectId() { return m_idObjectId; } inline void CAcUiLTypeRecord::setObjectId(AcDbObjectId id) { m_idObjectId = id; } inline BOOL CAcUiLTypeRecord::isDependent() { return m_bIsDependent; } inline void CAcUiLTypeRecord::setIsDependent(BOOL bValue) { m_bIsDependent = bValue; } ////////////////////////////////////////////////////////////////////////////// class ACUI_PORT CAcUiLineTypeComboBox : public CAcUiMRUComboBox { public: CAcUiLineTypeComboBox (); virtual ~CAcUiLineTypeComboBox (); virtual void OnComboBoxInit (); void AddItems (); // Get/Set AcDbObjectId of current selection AcDbObjectId getOIDSel(int sel); AcDbObjectId getOIDCurSel(); void setCurSelByOID(const AcDbObjectId& oidCurSel); bool isOtherSelected(); void forceSelectOther (BOOL isOther2); int getLastSelection(); bool getDbReload(); void setDbReload(bool bReload); void emptyLTypeLocalList(); protected: virtual void DrawItemImage (CDC& dc, CRect& r, INT_PTR cargo); virtual void OnAddItems (); virtual BOOL OnSelectOther (BOOL isOther2, int curSel, int& newSel); INT_PTR GetItemCargo (int item); // Cargo for this class is just the // combobox item index. That needs to // be resolved to the item data pointer // which is actually a CAcUiLTypeRecord // pointer, not an integer int FindItemByCargo (AcDbObjectId cargo); void LoadContentsFromDatabase(); void ShowLTypes(bool bForceReloadDB = false); int AddLTypeToControl(CAcUiLTypeRecord * pLTypeRecord); CAcUiLTypeRecord* CreateLTRecord(CString& cstrLTName, AcDbObjectId& oidLT); virtual int ImageWidth(); // Get/Set current DB pointer AcDbDatabase* getLTLocalMapDB(); void setLTLocalMapDB(AcDbDatabase* pDb); // Member data CObList m_LTypeLocalList; AcDbDatabase* m_pLTLocalMapDB; bool m_bDbReload; public: // ClassWizard-controlled public: //{{AFX_VIRTUAL(CAcUiLineTypeComboBox) virtual void DrawItem(LPDRAWITEMSTRUCT lpDrawItemStruct); //}}AFX_VIRTUAL protected: //{{AFX_MSG(CAcUiLineTypeComboBox) //}}AFX_MSG DECLARE_MESSAGE_MAP() }; // Test for and set whether to reload from the db or not inline bool CAcUiLineTypeComboBox::getDbReload() { return m_bDbReload; } inline void CAcUiLineTypeComboBox::setDbReload(bool bReload) { m_bDbReload = bReload; } // Test for the "Other" selection of the linetype combo inline void CAcUiLineTypeComboBox::forceSelectOther (BOOL isOther2) { SelectOther(isOther2); } inline int CAcUiLineTypeComboBox::getLastSelection() { return m_lastSelection; } inline bool CAcUiLineTypeComboBox::isOtherSelected() { CString otherName; CString curSelName; GetOtherName (false, otherName); GetLBText(GetCurSel(), curSelName); return curSelName == otherName; } // Get/Set AcDbObjectId of given selection inline AcDbObjectId CAcUiLineTypeComboBox::getOIDSel(int sel) { AcDbObjectId oidLT; CAcUiLTypeRecord* pLTRec = (CAcUiLTypeRecord*)(GetItemDataPtr(sel)); if (NULL != pLTRec) oidLT = pLTRec->objectId(); return oidLT; } // Get/Set AcDbObjectId of current selection inline AcDbObjectId CAcUiLineTypeComboBox::getOIDCurSel() { return getOIDSel(GetCurSel()); } inline void CAcUiLineTypeComboBox::setCurSelByOID(const AcDbObjectId& oidCurSel) { int i = FindItemByCargo(oidCurSel); SetCurSel(i >= 0 ? i : m_lastSelection); if (i >= 0) m_lastSelection = i; } ////////////////////////////////////////////////////////////////////////////// class ACUI_PORT CAcUiColorComboBox : public CAcUiMRUComboBox { public: CAcUiColorComboBox (); virtual ~CAcUiColorComboBox (); // MRU control protected: virtual void DrawItemImage (CDC& dc, CRect& r, INT_PTR cargo); virtual void OnAddItems (); virtual BOOL OnSelectOther (BOOL isOther2, int curSel, int& newSel); // Color control protected: int m_blockColorIndex; virtual BOOL GetOtherColorIndex ( int defaultColorIndex, int layerColorIndex, BOOL enableMetaColors, int& colorIndex ); virtual BOOL GetWindowsColor (COLORREF& color); virtual BOOL GetOtherName (BOOL isOther2, CString& name); void RGBFill (CDC& dc, CRect& rFill); public: int AddColorToMRU (int colorIndex); // Returns item index (or -1). int FindItemByColorIndex (int colorIndex); // Get corresponding item index. int GetBlockColorIndex (); virtual COLORREF GetColorFromIndex (int colorIndex); // Returns corresponding color. virtual int GetColorIndex (COLORREF color); // Returns color index (or -1). int GetCurrentItemColorIndex (); // Get current item's color index (or -1). virtual int GetCurrentLayerColorIndex (); int GetItemColorIndex (int item); // Get item's color index (or -1). virtual COLORREF LookupColor ( // Returns corresponding raw color. int colorIndex, LOGPALETTE *logPalette ); void SetBlockColorIndex (int colorIndex); // ClassWizard-controlled public: //{{AFX_VIRTUAL(CAcUiColorComboBox) //}}AFX_VIRTUAL protected: //{{AFX_MSG(CAcUiColorComboBox) //}}AFX_MSG DECLARE_MESSAGE_MAP() }; ////////////////////////////////////////////////////////////////////////////// #define ACUI_TRUECOLOR_COMBOBOX_TABLE_SIZE ACUI_MAX_TRUECOLOR_COMBOBOX_MRU + 9 class ACUI_PORT CAcUiTrueColorComboBox : public CAcUiMRUComboBox { public: enum ColorTableIndex { kCargoOption1 = 0, // index of byLayer kCargoOption2 = 1, // index of byBlock kCargoStockItem1 = 2, // index of Red kCargoStockItem2 = 3, // index of Yellow kCargoStockItem3 = 4, // index of Green kCargoStockItem4 = 5, // index of Cyan kCargoStockItem5 = 6, // index of Blue kCargoStockItem6 = 7, // index of Magenta kCargoStockItem7 = 8, // index of White kIndexOfFirstMRUItem = 9, // default newt table index kCargoOther1 = -1, // place holder for select color dialog kCargoOther2 = -2, // place holder for windows dialog kLastIndex = ACUI_TRUECOLOR_COMBOBOX_TABLE_SIZE-1 // last index in table }; CAcUiTrueColorComboBox (); virtual ~CAcUiTrueColorComboBox (); // MRU List void AddItems (); int AddItemToList (LPCTSTR name, int index, INT_PTR cargo); int AddItemToMRU (LPCTSTR name, int cargo); // INTERNAL USE ONLY - Override to sort correctly int AddColorToMRU (const AcCmColor& color); // Drop down list int FindItemByColor (const AcCmColor& color); void GetCurrentItemColor (AcCmColor& color); DWORD getColorByCargo (int cargo); // Members const AcCmColor& GetBlockColor (); void SetBlockColor (const AcCmColor& color); virtual COLORREF GetColorFromIndex (int colorIndex); DWORD getColorData (AcCmColor color); int GetColorIndex (COLORREF color); protected: // Color Control int m_cargoOther1; int m_cargoOther2; AcCmColor m_blockColor; virtual void DrawItemImage (CDC& dc, CRect& r, INT_PTR cargo); virtual void OnAddItems (); // Color Pickers virtual BOOL OnSelectOther (BOOL isOther2,int curSel,int& newSel); BOOL GetOtherColor (AcCmColor& defaultColor, const AcCmColor& layerColor, BOOL enableMetaColors); BOOL GetWindowsColor (AcCmColor& color); virtual BOOL GetOtherName (BOOL isOther2, CString& name); // AcCmColor Table AcCmColor * m_AcCmColorTable[ACUI_TRUECOLOR_COMBOBOX_TABLE_SIZE]; int m_nextAcCmColorTableIndex; void initAcCmColorTable (void); // Color Utilities void RGBFill (CDC& dc, CRect& rFill); bool GetCurrentLayerColor (AcCmColor& color); virtual COLORREF LookupColor (int colorIndex, LOGPALETTE *logPalette); afx_msg void OnDrawItem (int nIDCtl, LPDRAWITEMSTRUCT lpDrawItemStruct); // ClassWizard-controlled public: //{{AFX_VIRTUAL(CAcUiTrueColorComboBox) //}}AFX_VIRTUAL protected: //{{AFX_MSG(CAcUiTrueColorComboBox) //}}AFX_MSG DECLARE_MESSAGE_MAP() }; ////////////////////////////////////////////////////////////////////////////// class ACUI_PORT CAcUiLineWeightComboBox : public CAcUiMRUComboBox { public: CAcUiLineWeightComboBox (); virtual ~CAcUiLineWeightComboBox (); // MRU control protected: virtual void DrawItemImage (CDC& dc, CRect& r, INT_PTR cargo); virtual void OnAddItems (); // LineWeight control protected: double m_lineWeightScale; public: int FindItemByLineWeight (int lw); // Get corresponding item index. int GetCurrentItemLineWeight (); // Get current item's LW (or -1). int GetCurrentLayerLineWeight (); int GetItemLineWeight (int item); // Get item's LW (or -1). double GetLineWeightScale (); void SetLineWeightScale (double scale); void SetUseDefault(BOOL b); virtual int ImageWidth (); private: BOOL m_bUseDefault; // ClassWizard-controlled public: //{{AFX_VIRTUAL(CAcUiLineWeightComboBox) //}}AFX_VIRTUAL protected: //{{AFX_MSG(CAcUiLineWeightComboBox) //}}AFX_MSG DECLARE_MESSAGE_MAP() }; ////////////////////////////////////////////////////////////////////////////// class ACUI_PORT CAcUiArrowHeadComboBox : public CAcUiMRUComboBox { public: CAcUiArrowHeadComboBox (); virtual ~CAcUiArrowHeadComboBox (); // MRU control protected: virtual void DrawItemImage (CDC& dc, CRect& r, INT_PTR cargo); virtual int CalcItemHeight (); virtual BOOL GetOtherName (BOOL isOther2, CString& name); virtual void OnAddItems (); virtual void OnComboBoxInit (); // Aliases for Option2 public: BOOL GetUseOrigin2 (); void SetUseOrigin2 (BOOL use); // ArrowHead control private: CBitmap m_arrowBitmap; int m_arrowCount; // Number of images in bitmap int m_arrowSize; // Image height and width in pixels BOOL m_bUseOrigin2; public: int AddArrowHeadToMRU (LPCTSTR name); // Returns item index (or -1). // ClassWizard-controlled public: //{{AFX_VIRTUAL(CAcUiArrowHeadComboBox) //}}AFX_VIRTUAL protected: //{{AFX_MSG(CAcUiArrowHeadComboBox) //}}AFX_MSG DECLARE_MESSAGE_MAP() }; ////////////////////////////////////////////////////////////////////////////// class ACUI_PORT CAcUiPlotStyleTablesComboBox : public CAcUiMRUComboBox { public: CAcUiPlotStyleTablesComboBox (); CAcUiPlotStyleTablesComboBox (BOOL bInitialize); virtual ~CAcUiPlotStyleTablesComboBox (); // NOTE: to show color style tables, set both currentDrawing and named to false void SetFileType(bool currentDrawing, bool named); int AddMissingStyleTable(LPCTSTR fullFileName, bool bMissing = true); bool IsMissing(int index); virtual int ImageWidth (); // Override to allow setting of 0 image width. INTERNAL USE ONLY // override getLBText to account for the (missing) string thing void GetLBText(int nIndex, CString& rString) const; // INTERNAL USE ONLY // Override to sort correctly. // INTERNAL USE ONLY int AddItemToList (LPCTSTR name, INT_PTR cargo); // MRU control protected: virtual void DrawItemImage (CDC& dc, CRect& r, INT_PTR cargo); // INTERNAL USE ONLY virtual int CalcItemHeight (); // INTERNAL USE ONLY virtual void OnAddItems (); virtual void OnComboBoxInit (); // INTERNAL USE ONLY // ArrowHead control private: CBitmap m_plotStyleTablesBitmap; int m_plotStyleTableBitmapSize; // Image height and width in pixels BOOL m_bImageDisplayed; // TRUE if image is displayed in the list. bool m_bCurrentDrawing; // Which kind of style table to populate the list with. bool m_bNamed; BOOL m_bInitialize; // TRUE to initialize the contents at create time. // ClassWizard-controlled public: //{{AFX_VIRTUAL(CAcUiPlotStyleTablesComboBox) virtual BOOL OnChildNotify(UINT, WPARAM, LPARAM, LRESULT*); //}}AFX_VIRTUAL protected: //{{AFX_MSG(CAcUiPlotStyleTablesComboBox) afx_msg BOOL OnDropDown(); //}}AFX_MSG DECLARE_MESSAGE_MAP() private: BOOL AdjustDropDownListWidth(void); }; ////////////////////////////////////////////////////////////////////////////// class ACUI_PORT CAcUiPlotStyleNamesComboBox : public CAcUiMRUComboBox { public: CAcUiPlotStyleNamesComboBox (); virtual ~CAcUiPlotStyleNamesComboBox (); virtual int ImageWidth (); // Override to allow setting of 0 image width. INTERNAL USE ONLY void OtherRunsSelectPlotStyle() {m_whatOtherDoes = 0; } void OtherRunsCurrentPlotStyle() {m_whatOtherDoes = 1; } void OtherRunsDefault() {m_whatOtherDoes = -1;} void SetAllowByLayerByBlock(BOOL bAllow) {m_bAllowByLayerByBlock = bAllow;} void SetColorDependentMode(); void SetNamedMode(); protected: virtual void OnAddItems (); virtual BOOL OnSelectOther (BOOL isOther2, int curSel, int& newSel); // INTERNAL USE ONLY virtual void OnComboBoxInit (); // INTERNAL USE ONLY private: // -1 to leave up to control, 0 to run select plot style, 1 to run curent plot style. int m_whatOtherDoes; // TRUE if this control is in color depedent mode. BOOL m_bColorDependentMode; // If TRUE the following allows the selection of ByLayer/ByBlock in // the "Other..." dialog. BOOL m_bAllowByLayerByBlock; // Save the last set named mode settings for using ByBlock, ByLayer // and Other... when switched to color dependent mode. BOOL m_bLastByBlock; BOOL m_bLastByLayer; BOOL m_bLastUseOther; // ClassWizard-controlled public: //{{AFX_VIRTUAL(CAcUiPlotStyleNamesComboBox) //}}AFX_VIRTUAL protected: //{{AFX_MSG(CAcUiPlotStyleNamesComboBox) //}}AFX_MSG DECLARE_MESSAGE_MAP() }; ////////////////////////////////////////////////////////////////////////////// class ACUI_PORT CAcUiPredefBlockComboBox : public CAcUiMRUComboBox { public: CAcUiPredefBlockComboBox (); virtual ~CAcUiPredefBlockComboBox (); // MRU control protected: virtual void DrawItemImage (CDC& dc, CRect& r, INT_PTR cargo); virtual int CalcItemHeight (); virtual BOOL GetOtherName (BOOL isOther2, CString& name); virtual void OnAddItems (); virtual void OnComboBoxInit (); // PredefBlock control private: CBitmap m_blockBitmap; int m_blockCount; // Number of images in bitmap int m_blockSize; // Image height and width in pixels public: int AddPredefBlockToMRU (LPCTSTR name); // Returns item index (or -1). // ClassWizard-controlled public: //{{AFX_VIRTUAL(CAcUiPredefBlockComboBox) //}}AFX_VIRTUAL protected: //{{AFX_MSG(CAcUiPredefBlockComboBox) //}}AFX_MSG DECLARE_MESSAGE_MAP() }; ///////////////////////////////////////////////////////////////////////////// //{{AFX_INSERT_LOCATION}} // Microsoft Developer Studio will insert additional declarations immediately before the previous line. #pragma pack (pop) #endif /////////////////////////////////////////////////////////////////////////////

[ "lixiaolei2005-12@163.com" ]

lixiaolei2005-12@163.com

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c619b43718441c6faef4cafa01eb7a81c4009a3d

/components/safe_browsing/core/verdict_cache_manager.cc

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refs/heads/master

2022-12-31T23:35:23.038391

2020-11-11T07:12:22

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// Copyright 2019 The Chromium Authors. All rights reserved. // Use of this source code is governed by a BSD-style license that can be // found in the LICENSE file. #include "components/safe_browsing/core/verdict_cache_manager.h" #include "base/base64.h" #include "base/command_line.h" #include "base/metrics/histogram_functions.h" #include "base/metrics/histogram_macros.h" #include "base/optional.h" #include "base/strings/string_number_conversions.h" #include "base/strings/string_split.h" #include "base/task/post_task.h" #include "base/time/time.h" #include "components/history/core/browser/history_service_observer.h" #include "components/safe_browsing/core/common/thread_utils.h" #include "components/safe_browsing/core/db/v4_protocol_manager_util.h" #include "components/safe_browsing/core/proto/csd.pb.h" namespace safe_browsing { namespace { // Keys for storing password protection verdict into a DictionaryValue. const char kCacheCreationTime[] = "cache_creation_time"; const char kVerdictProto[] = "verdict_proto"; const char kRealTimeThreatInfoProto[] = "rt_threat_info_proto"; const char kPasswordOnFocusCacheKey[] = "password_on_focus_cache_key"; const char kRealTimeUrlCacheKey[] = "real_time_url_cache_key"; // Command-line flag for caching an artificial unsafe verdict. const char kUnsafeUrlFlag[] = "mark_as_real_time_phishing"; // The maximum number of entries to be removed in a single cleanup. Removing too // many entries all at once could cause jank. const int kMaxRemovedEntriesCount = 1000; // The interval between the construction and the first cleanup is performed. const int kCleanUpIntervalInitSecond = 120; // The interval between every cleanup task. const int kCleanUpIntervalSecond = 1800; // A helper class to include all match params. It is used as a centralized // place to determine if the current cache entry should be considered as a // match. struct MatchParams { MatchParams() : is_exact_host(false), is_exact_path(false), is_only_exact_match_allowed(true) {} bool ShouldMatch() { return !is_only_exact_match_allowed || (is_exact_host && is_exact_path); } // Indicates whether the current cache entry and the url have the same host. bool is_exact_host; // Indicates whether the current cache entry and the url have the same path. bool is_exact_path; // Indicates whether the current cache entry is only applicable for exact // match. bool is_only_exact_match_allowed; }; // Given a URL of either http or https scheme, return its http://hostname. // e.g., "https://www.foo.com:80/bar/test.cgi" -> "http://www.foo.com". GURL GetHostNameWithHTTPScheme(const GURL& url) { DCHECK(url.SchemeIsHTTPOrHTTPS()); std::string result(url::kHttpScheme); result.append(url::kStandardSchemeSeparator).append(url.host()); return GURL(result); } // e.g, ("www.foo.com", "/bar/test.cgi") -> "http://www.foo.com/bar/test/cgi" GURL GetUrlWithHostAndPath(const std::string& host, const std::string& path) { std::string result(url::kHttpScheme); result.append(url::kStandardSchemeSeparator).append(host).append(path); return GURL(result); } // e.g, "www.foo.com/bar/test/cgi" -> "http://www.foo.com" GURL GetHostNameFromCacheExpression(const std::string& cache_expression) { std::string cache_expression_url(url::kHttpScheme); cache_expression_url.append(url::kStandardSchemeSeparator) .append(cache_expression); return GetHostNameWithHTTPScheme(GURL(cache_expression_url)); } // Convert a Proto object into a DictionaryValue. template <class T> std::unique_ptr<base::DictionaryValue> CreateDictionaryFromVerdict( const T& verdict, const base::Time& receive_time, const char* proto_name) { DCHECK(proto_name == kVerdictProto || proto_name == kRealTimeThreatInfoProto); std::unique_ptr<base::DictionaryValue> result = std::make_unique<base::DictionaryValue>(); result->SetInteger(kCacheCreationTime, static_cast<int>(receive_time.ToDoubleT())); std::string serialized_proto(verdict.SerializeAsString()); // Performs a base64 encoding on the serialized proto. base::Base64Encode(serialized_proto, &serialized_proto); result->SetString(proto_name, serialized_proto); return result; } // Generate path variants of the given URL. void GeneratePathVariantsWithoutQuery(const GURL& url, std::vector<std::string>* paths) { std::string canonical_path; V4ProtocolManagerUtil::CanonicalizeUrl( url, /*canonicalized_hostname=*/nullptr, &canonical_path, /*canonicalized_query=*/nullptr); V4ProtocolManagerUtil::GeneratePathVariantsToCheck(canonical_path, std::string(), paths); } template <class T> bool ParseVerdictEntry(base::Value* verdict_entry, int* out_verdict_received_time, T* out_verdict, const char* proto_name) { DCHECK(proto_name == kVerdictProto || proto_name == kRealTimeThreatInfoProto); if (!verdict_entry || !verdict_entry->is_dict() || !out_verdict) return false; base::Value* cache_creation_time_value = verdict_entry->FindKey(kCacheCreationTime); if (!cache_creation_time_value || !cache_creation_time_value->is_int()) return false; *out_verdict_received_time = cache_creation_time_value->GetInt(); base::Value* verdict_proto_value = verdict_entry->FindKey(proto_name); if (!verdict_proto_value || !verdict_proto_value->is_string()) return false; std::string serialized_proto = verdict_proto_value->GetString(); return base::Base64Decode(serialized_proto, &serialized_proto) && out_verdict->ParseFromString(serialized_proto); } // Return the path of the cache expression. e.g.: // "www.google.com" -> "" // "www.google.com/abc" -> "/abc" // "foo.com/foo/bar/" -> "/foo/bar/" std::string GetCacheExpressionPath(const std::string& cache_expression) { DCHECK(!cache_expression.empty()); size_t first_slash_pos = cache_expression.find_first_of("/"); if (first_slash_pos == std::string::npos) return ""; return cache_expression.substr(first_slash_pos); } // Returns the number of path segments in |cache_expression_path|. // For example, return 0 for "/", since there is no path after the leading // slash; return 3 for "/abc/def/gh.html". size_t GetPathDepth(const std::string& cache_expression_path) { return base::SplitString(base::StringPiece(cache_expression_path), "/", base::KEEP_WHITESPACE, base::SPLIT_WANT_NONEMPTY) .size(); } size_t GetHostDepth(const std::string& hostname) { return base::SplitString(base::StringPiece(hostname), ".", base::KEEP_WHITESPACE, base::SPLIT_WANT_NONEMPTY) .size(); } bool PathVariantsMatchCacheExpression( const std::vector<std::string>& generated_paths, const std::string& cache_expression_path) { return base::Contains(generated_paths, cache_expression_path); } bool IsCacheExpired(int cache_creation_time, int cache_duration) { // Note that we assume client's clock is accurate or almost accurate. return base::Time::Now().ToDoubleT() > static_cast<double>(cache_creation_time + cache_duration); } template <class T> size_t RemoveExpiredEntries(base::Value* verdict_dictionary, const char* proto_name) { DCHECK(proto_name == kVerdictProto || proto_name == kRealTimeThreatInfoProto); std::vector<std::string> expired_keys; for (const auto& item : verdict_dictionary->DictItems()) { int verdict_received_time; T verdict; if (!ParseVerdictEntry<T>(&item.second, &verdict_received_time, &verdict, proto_name) || IsCacheExpired(verdict_received_time, verdict.cache_duration_sec())) { expired_keys.push_back(item.first); } } for (const std::string& key : expired_keys) verdict_dictionary->RemoveKey(key); return expired_keys.size(); } std::string GetKeyOfTypeFromTriggerType( LoginReputationClientRequest::TriggerType trigger_type, ReusedPasswordAccountType password_type) { return trigger_type == LoginReputationClientRequest::UNFAMILIAR_LOGIN_PAGE ? kPasswordOnFocusCacheKey : base::NumberToString( static_cast<std::underlying_type_t< ReusedPasswordAccountType::AccountType>>( password_type.account_type())); } // If the verdict doesn't have |cache_expression_match_type| field, always // interpret it as exact match only. template <typename T> bool IsOnlyExactMatchAllowed(T verdict) { NOTREACHED(); return true; } template <> bool IsOnlyExactMatchAllowed<RTLookupResponse::ThreatInfo>( RTLookupResponse::ThreatInfo verdict) { return verdict.cache_expression_match_type() == RTLookupResponse::ThreatInfo::EXACT_MATCH; } // Always do fuzzy matching for password protection verdicts. template <> bool IsOnlyExactMatchAllowed<LoginReputationClientResponse>( LoginReputationClientResponse verdict) { return false; } template <typename T> std::string GetCacheExpression(T verdict) { NOTREACHED(); return ""; } template <> std::string GetCacheExpression<RTLookupResponse::ThreatInfo>( RTLookupResponse::ThreatInfo verdict) { // The old cache doesn't have |cache_expression_using_match_type| field // setup, so it should fallback to |cache_expression| field. This check // should be removed once |cache_expression| field is deprecated in // RTLookupResponse. if (verdict.cache_expression_match_type() == RTLookupResponse::ThreatInfo::MATCH_TYPE_UNSPECIFIED) return verdict.cache_expression(); return verdict.cache_expression_using_match_type(); } template <> std::string GetCacheExpression<LoginReputationClientResponse>( LoginReputationClientResponse verdict) { return verdict.cache_expression(); } template <class T> typename T::VerdictType GetMostMatchingCachedVerdictWithPathMatching( const GURL& url, const std::string& type_key, scoped_refptr<HostContentSettingsMap> content_settings, const ContentSettingsType contents_setting_type, const char* proto_name, T* out_response, MatchParams match_params) { DCHECK(proto_name == kVerdictProto || proto_name == kRealTimeThreatInfoProto); GURL hostname = GetHostNameWithHTTPScheme(url); std::unique_ptr<base::DictionaryValue> cache_dictionary = base::DictionaryValue::From(content_settings->GetWebsiteSetting( hostname, GURL(), contents_setting_type, nullptr)); if (!cache_dictionary || cache_dictionary->empty()) return T::VERDICT_TYPE_UNSPECIFIED; base::Value* verdict_dictionary = cache_dictionary->FindKeyOfType(type_key, base::Value::Type::DICTIONARY); if (!verdict_dictionary) { return T::VERDICT_TYPE_UNSPECIFIED; } std::vector<std::string> paths; GeneratePathVariantsWithoutQuery(url, &paths); std::string root_path; V4ProtocolManagerUtil::CanonicalizeUrl( url, /*canonicalized_hostname*/ nullptr, &root_path, /*canonicalized_query*/ nullptr); int max_path_depth = -1; typename T::VerdictType most_matching_verdict_type = T::VERDICT_TYPE_UNSPECIFIED; // For all the verdicts of the same origin, we key them by |cache_expression|. // Its corresponding value is a DictionaryValue contains its creation time and // the serialized verdict proto. for (const auto& item : verdict_dictionary->DictItems()) { int verdict_received_time; T verdict; // Ignore any entry that we cannot parse. These invalid entries will be // cleaned up during shutdown. if (!ParseVerdictEntry<T>(&item.second, &verdict_received_time, &verdict, proto_name)) continue; // Since verdict content settings are keyed by origin, we only need to // compare the path part of the cache_expression and the given url. std::string cache_expression_path = GetCacheExpressionPath(GetCacheExpression(verdict)); match_params.is_only_exact_match_allowed = IsOnlyExactMatchAllowed(verdict); match_params.is_exact_path = (root_path == cache_expression_path); // Finds the most specific match. int path_depth = static_cast<int>(GetPathDepth(cache_expression_path)); if (path_depth > max_path_depth && PathVariantsMatchCacheExpression(paths, cache_expression_path) && match_params.ShouldMatch()) { max_path_depth = path_depth; // If the most matching verdict is expired, set the result to // VERDICT_TYPE_UNSPECIFIED. most_matching_verdict_type = IsCacheExpired(verdict_received_time, verdict.cache_duration_sec()) ? T::VERDICT_TYPE_UNSPECIFIED : verdict.verdict_type(); out_response->CopyFrom(verdict); } } return most_matching_verdict_type; } template <class T> typename T::VerdictType GetMostMatchingCachedVerdictWithHostAndPathMatching( const GURL& url, const std::string& type_key, scoped_refptr<HostContentSettingsMap> content_settings, const ContentSettingsType contents_setting_type, const char* proto_name, T* out_response) { DCHECK(proto_name == kVerdictProto || proto_name == kRealTimeThreatInfoProto); auto most_matching_verdict_type = T::VERDICT_TYPE_UNSPECIFIED; MatchParams match_params; std::string root_host, root_path; V4ProtocolManagerUtil::CanonicalizeUrl(url, &root_host, &root_path, /*canonicalized_query*/ nullptr); std::vector<std::string> host_variants; V4ProtocolManagerUtil::GenerateHostVariantsToCheck(root_host, &host_variants); int max_path_depth = -1; for (const auto& host : host_variants) { int depth = static_cast<int>(GetHostDepth(host)); GURL url_to_check = GetUrlWithHostAndPath(host, root_path); match_params.is_exact_host = (root_host == host); auto verdict_type = GetMostMatchingCachedVerdictWithPathMatching<T>( url_to_check, type_key, content_settings, contents_setting_type, proto_name, out_response, match_params); if (depth > max_path_depth && verdict_type != T::VERDICT_TYPE_UNSPECIFIED) { max_path_depth = depth; most_matching_verdict_type = verdict_type; } } return most_matching_verdict_type; } } // namespace VerdictCacheManager::VerdictCacheManager( history::HistoryService* history_service, scoped_refptr<HostContentSettingsMap> content_settings) : stored_verdict_count_password_on_focus_(base::nullopt), stored_verdict_count_password_entry_(base::nullopt), stored_verdict_count_real_time_url_check_(base::nullopt), content_settings_(content_settings) { if (history_service) history_service_observer_.Add(history_service); if (!content_settings->IsOffTheRecord()) { ScheduleNextCleanUpAfterInterval( base::TimeDelta::FromSeconds(kCleanUpIntervalInitSecond)); } CacheArtificialVerdict(); } void VerdictCacheManager::Shutdown() { CleanUpExpiredVerdicts(); history_service_observer_.RemoveAll(); weak_factory_.InvalidateWeakPtrs(); } VerdictCacheManager::~VerdictCacheManager() {} void VerdictCacheManager::CachePhishGuardVerdict( LoginReputationClientRequest::TriggerType trigger_type, ReusedPasswordAccountType password_type, const LoginReputationClientResponse& verdict, const base::Time& receive_time) { DCHECK(content_settings_); DCHECK(trigger_type == LoginReputationClientRequest::UNFAMILIAR_LOGIN_PAGE || trigger_type == LoginReputationClientRequest::PASSWORD_REUSE_EVENT); GURL hostname = GetHostNameFromCacheExpression(GetCacheExpression(verdict)); std::unique_ptr<base::DictionaryValue> cache_dictionary = base::DictionaryValue::From(content_settings_->GetWebsiteSetting( hostname, GURL(), ContentSettingsType::PASSWORD_PROTECTION, nullptr)); if (!cache_dictionary) cache_dictionary = std::make_unique<base::DictionaryValue>(); std::unique_ptr<base::DictionaryValue> verdict_entry( CreateDictionaryFromVerdict<LoginReputationClientResponse>( verdict, receive_time, kVerdictProto)); std::string type_key = GetKeyOfTypeFromTriggerType(trigger_type, password_type); base::Value* verdict_dictionary = cache_dictionary->FindKeyOfType(type_key, base::Value::Type::DICTIONARY); if (!verdict_dictionary) { verdict_dictionary = cache_dictionary->SetKey( type_key, base::Value(base::Value::Type::DICTIONARY)); } // Increases stored verdict count if we haven't seen this cache expression // before. if (!verdict_dictionary->FindKey(GetCacheExpression(verdict))) { base::Optional<size_t>* stored_verdict_count = trigger_type == LoginReputationClientRequest::UNFAMILIAR_LOGIN_PAGE ? &stored_verdict_count_password_on_focus_ : &stored_verdict_count_password_entry_; *stored_verdict_count = GetStoredPhishGuardVerdictCount(trigger_type) + 1; } // If same cache_expression is already in this verdict_dictionary, we simply // override it. verdict_dictionary->SetKey( GetCacheExpression(verdict), base::Value::FromUniquePtrValue(std::move(verdict_entry))); content_settings_->SetWebsiteSettingDefaultScope( hostname, GURL(), ContentSettingsType::PASSWORD_PROTECTION, std::move(cache_dictionary)); } LoginReputationClientResponse::VerdictType VerdictCacheManager::GetCachedPhishGuardVerdict( const GURL& url, LoginReputationClientRequest::TriggerType trigger_type, ReusedPasswordAccountType password_type, LoginReputationClientResponse* out_response) { DCHECK(trigger_type == LoginReputationClientRequest::UNFAMILIAR_LOGIN_PAGE || trigger_type == LoginReputationClientRequest::PASSWORD_REUSE_EVENT); std::string type_key = GetKeyOfTypeFromTriggerType(trigger_type, password_type); return GetMostMatchingCachedVerdictWithHostAndPathMatching< LoginReputationClientResponse>(url, type_key, content_settings_, ContentSettingsType::PASSWORD_PROTECTION, kVerdictProto, out_response); } size_t VerdictCacheManager::GetStoredPhishGuardVerdictCount( LoginReputationClientRequest::TriggerType trigger_type) { DCHECK(content_settings_); DCHECK(trigger_type == LoginReputationClientRequest::UNFAMILIAR_LOGIN_PAGE || trigger_type == LoginReputationClientRequest::PASSWORD_REUSE_EVENT); base::Optional<size_t>* stored_verdict_count = trigger_type == LoginReputationClientRequest::UNFAMILIAR_LOGIN_PAGE ? &stored_verdict_count_password_on_focus_ : &stored_verdict_count_password_entry_; // If we have already computed this, return its value. if (stored_verdict_count->has_value()) return stored_verdict_count->value(); ContentSettingsForOneType settings; content_settings_->GetSettingsForOneType( ContentSettingsType::PASSWORD_PROTECTION, &settings); stored_verdict_count_password_on_focus_ = 0; stored_verdict_count_password_entry_ = 0; for (const ContentSettingPatternSource& source : settings) { for (const auto& item : source.setting_value.DictItems()) { if (item.first == base::StringPiece(kPasswordOnFocusCacheKey)) { stored_verdict_count_password_on_focus_.value() += item.second.DictSize(); } else { stored_verdict_count_password_entry_.value() += item.second.DictSize(); } } } return stored_verdict_count->value(); } size_t VerdictCacheManager::GetStoredRealTimeUrlCheckVerdictCount() { // If we have already computed this, return its value. if (stored_verdict_count_real_time_url_check_.has_value()) return stored_verdict_count_real_time_url_check_.value(); ContentSettingsForOneType settings; content_settings_->GetSettingsForOneType( ContentSettingsType::SAFE_BROWSING_URL_CHECK_DATA, &settings); stored_verdict_count_real_time_url_check_ = 0; for (const ContentSettingPatternSource& source : settings) { for (const auto& item : source.setting_value.DictItems()) { if (item.first == base::StringPiece(kRealTimeUrlCacheKey)) { stored_verdict_count_real_time_url_check_.value() += item.second.DictSize(); } } } return stored_verdict_count_real_time_url_check_.value(); } void VerdictCacheManager::CacheRealTimeUrlVerdict( const GURL& url, const RTLookupResponse& verdict, const base::Time& receive_time, bool store_old_cache) { std::vector<std::string> visited_cache_expressions; for (const auto& threat_info : verdict.threat_info()) { // If |cache_expression_match_type| is unspecified, ignore this entry. if (threat_info.cache_expression_match_type() == RTLookupResponse::ThreatInfo::MATCH_TYPE_UNSPECIFIED && !store_old_cache) { continue; } std::string cache_expression = store_old_cache ? threat_info.cache_expression() : GetCacheExpression(threat_info); // TODO(crbug.com/1033692): For the same cache_expression, threat_info is in // decreasing order of severity. To avoid lower severity threat being // overridden by higher one, only store threat info that is first seen for a // cache expression. if (base::Contains(visited_cache_expressions, cache_expression)) continue; GURL hostname = GetHostNameFromCacheExpression(cache_expression); std::unique_ptr<base::DictionaryValue> cache_dictionary = base::DictionaryValue::From(content_settings_->GetWebsiteSetting( hostname, GURL(), ContentSettingsType::SAFE_BROWSING_URL_CHECK_DATA, nullptr)); if (!cache_dictionary) cache_dictionary = std::make_unique<base::DictionaryValue>(); base::Value* verdict_dictionary = cache_dictionary->FindKeyOfType( kRealTimeUrlCacheKey, base::Value::Type::DICTIONARY); if (!verdict_dictionary) { verdict_dictionary = cache_dictionary->SetKey( kRealTimeUrlCacheKey, base::Value(base::Value::Type::DICTIONARY)); } std::unique_ptr<base::DictionaryValue> threat_info_entry( CreateDictionaryFromVerdict<RTLookupResponse::ThreatInfo>( threat_info, receive_time, kRealTimeThreatInfoProto)); // Increases stored verdict count if we haven't seen this cache expression // before. if (!verdict_dictionary->FindKey(cache_expression)) { stored_verdict_count_real_time_url_check_ = GetStoredRealTimeUrlCheckVerdictCount() + 1; } verdict_dictionary->SetKey( cache_expression, base::Value::FromUniquePtrValue(std::move(threat_info_entry))); visited_cache_expressions.push_back(cache_expression); content_settings_->SetWebsiteSettingDefaultScope( hostname, GURL(), ContentSettingsType::SAFE_BROWSING_URL_CHECK_DATA, std::move(cache_dictionary)); } base::UmaHistogramCounts10000( "SafeBrowsing.RT.CacheManager.RealTimeVerdictCount", GetStoredRealTimeUrlCheckVerdictCount()); } RTLookupResponse::ThreatInfo::VerdictType VerdictCacheManager::GetCachedRealTimeUrlVerdict( const GURL& url, RTLookupResponse::ThreatInfo* out_threat_info) { return GetMostMatchingCachedVerdictWithHostAndPathMatching< RTLookupResponse::ThreatInfo>( url, kRealTimeUrlCacheKey, content_settings_, ContentSettingsType::SAFE_BROWSING_URL_CHECK_DATA, kRealTimeThreatInfoProto, out_threat_info); } void VerdictCacheManager::ScheduleNextCleanUpAfterInterval( base::TimeDelta interval) { cleanup_timer_.Stop(); cleanup_timer_.Start(FROM_HERE, interval, this, &VerdictCacheManager::CleanUpExpiredVerdicts); } void VerdictCacheManager::CleanUpExpiredVerdicts() { DCHECK(content_settings_); SCOPED_UMA_HISTOGRAM_TIMER("SafeBrowsing.RT.CacheManager.CleanUpTime"); CleanUpExpiredPhishGuardVerdicts(); CleanUpExpiredRealTimeUrlCheckVerdicts(); ScheduleNextCleanUpAfterInterval( base::TimeDelta::FromSeconds(kCleanUpIntervalSecond)); } void VerdictCacheManager::CleanUpExpiredPhishGuardVerdicts() { if (GetStoredPhishGuardVerdictCount( LoginReputationClientRequest::UNFAMILIAR_LOGIN_PAGE) <= 0 && GetStoredPhishGuardVerdictCount( LoginReputationClientRequest::PASSWORD_REUSE_EVENT) <= 0) return; ContentSettingsForOneType password_protection_settings; content_settings_->GetSettingsForOneType( ContentSettingsType::PASSWORD_PROTECTION, &password_protection_settings); int removed_count = 0; for (ContentSettingPatternSource& source : password_protection_settings) { // Find all verdicts associated with this origin. std::unique_ptr<base::Value> cache_dictionary = base::Value::ToUniquePtrValue(std::move(source.setting_value)); bool has_expired_password_on_focus_entry = RemoveExpiredPhishGuardVerdicts( LoginReputationClientRequest::UNFAMILIAR_LOGIN_PAGE, cache_dictionary.get()); bool has_expired_password_reuse_entry = RemoveExpiredPhishGuardVerdicts( LoginReputationClientRequest::PASSWORD_REUSE_EVENT, cache_dictionary.get()); if (!cache_dictionary->DictEmpty() && !has_expired_password_on_focus_entry && !has_expired_password_reuse_entry) { continue; } // Set the website setting of this origin with the updated // |cache_dictionary|. content_settings_->SetWebsiteSettingCustomScope( source.primary_pattern, source.secondary_pattern, ContentSettingsType::PASSWORD_PROTECTION, cache_dictionary->DictEmpty() ? nullptr : std::move(cache_dictionary)); if ((++removed_count) == kMaxRemovedEntriesCount) { return; } } } void VerdictCacheManager::CleanUpExpiredRealTimeUrlCheckVerdicts() { if (GetStoredRealTimeUrlCheckVerdictCount() == 0) { return; } ContentSettingsForOneType safe_browsing_url_check_data_settings; content_settings_->GetSettingsForOneType( ContentSettingsType::SAFE_BROWSING_URL_CHECK_DATA, &safe_browsing_url_check_data_settings); int removed_count = 0; for (ContentSettingPatternSource& source : safe_browsing_url_check_data_settings) { // Find all verdicts associated with this origin. std::unique_ptr<base::Value> cache_dictionary = base::Value::ToUniquePtrValue(std::move(source.setting_value)); bool has_expired_entry = RemoveExpiredRealTimeUrlCheckVerdicts(cache_dictionary.get()); if (!cache_dictionary->DictEmpty() && !has_expired_entry) { continue; } // Set the website setting of this origin with the updated // |cache_dictionary|. content_settings_->SetWebsiteSettingCustomScope( source.primary_pattern, source.secondary_pattern, ContentSettingsType::SAFE_BROWSING_URL_CHECK_DATA, cache_dictionary->DictEmpty() ? nullptr : std::move(cache_dictionary)); if ((++removed_count) == kMaxRemovedEntriesCount) { return; } } } // Overridden from history::HistoryServiceObserver. void VerdictCacheManager::OnURLsDeleted( history::HistoryService* history_service, const history::DeletionInfo& deletion_info) { base::PostTask(FROM_HERE, CreateTaskTraits(ThreadID::UI), base::BindRepeating( &VerdictCacheManager::RemoveContentSettingsOnURLsDeleted, GetWeakPtr(), deletion_info.IsAllHistory(), deletion_info.deleted_rows())); } // Overridden from history::HistoryServiceObserver. void VerdictCacheManager::HistoryServiceBeingDeleted( history::HistoryService* history_service) { history_service_observer_.Remove(history_service); } bool VerdictCacheManager::RemoveExpiredPhishGuardVerdicts( LoginReputationClientRequest::TriggerType trigger_type, base::Value* cache_dictionary) { DCHECK(trigger_type == LoginReputationClientRequest::UNFAMILIAR_LOGIN_PAGE || trigger_type == LoginReputationClientRequest::PASSWORD_REUSE_EVENT); if (!cache_dictionary || cache_dictionary->DictEmpty()) return false; size_t verdicts_removed = 0; std::vector<std::string> empty_keys; for (auto item : cache_dictionary->DictItems()) { if (trigger_type == LoginReputationClientRequest::UNFAMILIAR_LOGIN_PAGE && item.first == std::string(kPasswordOnFocusCacheKey)) { size_t removed_cnt = RemoveExpiredEntries<LoginReputationClientResponse>( &item.second, kVerdictProto); verdicts_removed += removed_cnt; if (stored_verdict_count_password_on_focus_.has_value()) stored_verdict_count_password_on_focus_.value() -= removed_cnt; } else { size_t removed_cnt = RemoveExpiredEntries<LoginReputationClientResponse>( &item.second, kVerdictProto); verdicts_removed += removed_cnt; if (stored_verdict_count_password_entry_.has_value()) stored_verdict_count_password_entry_.value() -= removed_cnt; } if (item.second.DictSize() == 0U) empty_keys.push_back(item.first); } for (const auto& key : empty_keys) cache_dictionary->RemoveKey(key); return verdicts_removed > 0U; } bool VerdictCacheManager::RemoveExpiredRealTimeUrlCheckVerdicts( base::Value* cache_dictionary) { if (!cache_dictionary || cache_dictionary->DictEmpty()) return false; size_t verdicts_removed = 0; std::vector<std::string> empty_keys; for (auto item : cache_dictionary->DictItems()) { size_t removed_cnt = RemoveExpiredEntries<RTLookupResponse::ThreatInfo>( &item.second, kRealTimeThreatInfoProto); verdicts_removed += removed_cnt; if (stored_verdict_count_real_time_url_check_.has_value()) stored_verdict_count_real_time_url_check_.value() -= removed_cnt; if (item.second.DictSize() == 0U) empty_keys.push_back(item.first); } for (const auto& key : empty_keys) cache_dictionary->RemoveKey(key); return verdicts_removed > 0U; } void VerdictCacheManager::RemoveContentSettingsOnURLsDeleted( bool all_history, const history::URLRows& deleted_rows) { DCHECK(CurrentlyOnThread(ThreadID::UI)); DCHECK(content_settings_); if (all_history) { content_settings_->ClearSettingsForOneType( ContentSettingsType::PASSWORD_PROTECTION); stored_verdict_count_password_on_focus_ = 0; stored_verdict_count_password_entry_ = 0; stored_verdict_count_real_time_url_check_ = 0; content_settings_->ClearSettingsForOneType( ContentSettingsType::SAFE_BROWSING_URL_CHECK_DATA); return; } // For now, if a URL is deleted from history, we simply remove all the // cached verdicts of the same origin. This is a pretty aggressive deletion. // We might revisit this logic later to decide if we want to only delete the // cached verdict whose cache expression matches this URL. for (const history::URLRow& row : deleted_rows) { if (!row.url().SchemeIsHTTPOrHTTPS()) continue; GURL url_key = GetHostNameWithHTTPScheme(row.url()); stored_verdict_count_password_on_focus_ = GetStoredPhishGuardVerdictCount( LoginReputationClientRequest::UNFAMILIAR_LOGIN_PAGE) - GetPhishGuardVerdictCountForURL( url_key, LoginReputationClientRequest::UNFAMILIAR_LOGIN_PAGE); stored_verdict_count_password_entry_ = GetStoredPhishGuardVerdictCount( LoginReputationClientRequest::PASSWORD_REUSE_EVENT) - GetPhishGuardVerdictCountForURL( url_key, LoginReputationClientRequest::PASSWORD_REUSE_EVENT); stored_verdict_count_real_time_url_check_ = GetStoredRealTimeUrlCheckVerdictCount() - GetRealTimeUrlCheckVerdictCountForURL(url_key); content_settings_->SetWebsiteSettingDefaultScope( url_key, GURL(), ContentSettingsType::PASSWORD_PROTECTION, nullptr); content_settings_->SetWebsiteSettingDefaultScope( url_key, GURL(), ContentSettingsType::SAFE_BROWSING_URL_CHECK_DATA, nullptr); } } size_t VerdictCacheManager::GetPhishGuardVerdictCountForURL( const GURL& url, LoginReputationClientRequest::TriggerType trigger_type) { DCHECK(trigger_type == LoginReputationClientRequest::UNFAMILIAR_LOGIN_PAGE || trigger_type == LoginReputationClientRequest::PASSWORD_REUSE_EVENT); std::unique_ptr<base::DictionaryValue> cache_dictionary = base::DictionaryValue::From(content_settings_->GetWebsiteSetting( url, GURL(), ContentSettingsType::PASSWORD_PROTECTION, nullptr)); if (!cache_dictionary || cache_dictionary->empty()) return 0; int verdict_cnt = 0; if (trigger_type == LoginReputationClientRequest::UNFAMILIAR_LOGIN_PAGE) { base::Value* password_on_focus_dict = nullptr; password_on_focus_dict = cache_dictionary->FindKey(kPasswordOnFocusCacheKey); verdict_cnt += password_on_focus_dict ? password_on_focus_dict->DictSize() : 0; } else { for (const auto& item : cache_dictionary->DictItems()) { if (item.first == kPasswordOnFocusCacheKey) continue; verdict_cnt += item.second.DictSize(); } } return verdict_cnt; } size_t VerdictCacheManager::GetRealTimeUrlCheckVerdictCountForURL( const GURL& url) { std::unique_ptr<base::DictionaryValue> cache_dictionary = base::DictionaryValue::From(content_settings_->GetWebsiteSetting( url, GURL(), ContentSettingsType::SAFE_BROWSING_URL_CHECK_DATA, nullptr)); if (!cache_dictionary || cache_dictionary->empty()) return 0; base::Value* verdict_dictionary = cache_dictionary->FindKey(kRealTimeUrlCacheKey); return verdict_dictionary ? verdict_dictionary->DictSize() : 0; } void VerdictCacheManager::CacheArtificialVerdict() { std::string phishing_url_string = base::CommandLine::ForCurrentProcess()->GetSwitchValueASCII( kUnsafeUrlFlag); if (phishing_url_string.empty()) return; GURL artificial_unsafe_url(phishing_url_string); if (!artificial_unsafe_url.is_valid()) return; has_artificial_unsafe_url_ = true; RTLookupResponse response; RTLookupResponse::ThreatInfo* threat_info = response.add_threat_info(); threat_info->set_verdict_type(RTLookupResponse::ThreatInfo::DANGEROUS); threat_info->set_threat_type( RTLookupResponse::ThreatInfo::SOCIAL_ENGINEERING); threat_info->set_cache_duration_sec(3000); threat_info->set_cache_expression_using_match_type( artificial_unsafe_url.GetContent()); threat_info->set_cache_expression_match_type( RTLookupResponse::ThreatInfo::EXACT_MATCH); RemoveContentSettingsOnURLsDeleted(/*all_history=*/false, {history::URLRow(artificial_unsafe_url)}); CacheRealTimeUrlVerdict(artificial_unsafe_url, response, base::Time::Now(), /*store_old_cache=*/false); } void VerdictCacheManager::StopCleanUpTimerForTesting() { if (cleanup_timer_.IsRunning()) { cleanup_timer_.AbandonAndStop(); } } // static bool VerdictCacheManager::has_artificial_unsafe_url_ = false; // static bool VerdictCacheManager::has_artificial_unsafe_url() { return has_artificial_unsafe_url_; } } // namespace safe_browsing

[ "commit-bot@chromium.org" ]

commit-bot@chromium.org

5a15cc8fdeb4ecd5ed92e6ff251da804e3db1cc4

d9432b3c1895a1c9a264c1d96dbf5e0dc12a9641

/UVa/volume-129/12938.cpp

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[]

no_license

TheMartian0x48/CP

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refs/heads/master

2023-06-28T08:04:22.659100

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/* * TheMartian0x48 * UVa 12938 */ #include <bits/stdc++.h> using namespace std; // clang-format off #define rep(i, a, b) for (int i = a; i < (b); ++i) #define per(i, a, b) for (int i = a; i >= (b); --i) #define trav(a, x) for (auto &a : x) #define all(x) x.begin(), x.end() #define rll(x) x.rbegin(), x.rend() #define sz(x) (int)x.size() using ll = long long; using ull = unsigned long long; using pii = pair<int, int>; using vi = vector<int>; using vii = vector<long long>; // (* read and write *) template <class T> void re(vector<T> &v, int n) {v.resize(n); for (auto &e : v) cin >> e;} template <class T> void re(vector<T> &v){for (auto &e : v) cin >> e;} // clang-format on void solve() { string s; cin >> s; int res = 0; for (int i = 0; i < 4; i++) { string t = s; for (char j = i ? '0' : '1'; j <= '9'; j++) { t[i] = j; if(t == s) continue; int n = stoi(t); int r = sqrt(n); res += r * r == n; } } cout << res << "\n"; } int main() { ios_base::sync_with_stdio(false); cin.tie(NULL); cout.tie(NULL); int test; int testcase = 1; cin >> test; while (test--) { cout << "Case " << testcase++ << ": "; solve(); } }

[ "cr7.aditya.cs@gmail.com" ]

cr7.aditya.cs@gmail.com

098892b6e0b904d39fb73cf0e0e7db1237ee79bd

fe9795077d87188a1a8d202ff0142b2f1a788f8f

/B_Trainning/SpeechReg_src/SpeechReg/vcmd.h

9117a6ec829856457d58c4ca44c4167d14df22e8

[]

no_license

kumbhar-p/backup

209ebd0ff22ca94890505bcbfc88e4c7f5473705

4146a8d41573caa65a8c3227741df39fac3a77a3

refs/heads/master

2021-09-16T00:01:21.600606

2018-06-13T10:29:46

137,190,787

0

null

UTF-8

C++

false

1,539

h

/******************************************************************************\ * This code and information is provided "as is" without warranty * of any kind, either expressed or implied, including but not * limited to the implied warranties of merchantability and/or * fitness for a particular purpose. * * Copyright (C) 1995 Microsoft Corporation. All Rights Reserved. * \******************************************************************************/ // Voice Command notifications class CIVCmdNotifySink : public IVCmdNotifySink { private: DWORD m_dwRefCnt; HWND m_hwnd; public: CIVCmdNotifySink(void); ~CIVCmdNotifySink(void); // IUnkown members that delegate to m_punkOuter // Non-delegating object IUnknown STDMETHODIMP QueryInterface (REFIID, LPVOID FAR *); STDMETHODIMP_(ULONG) AddRef(void); STDMETHODIMP_(ULONG) Release(void); // IVCmdNotifySink members STDMETHODIMP CommandRecognize (DWORD, PVCMDNAME, DWORD, DWORD, PVOID, DWORD, PSTR, PSTR); STDMETHODIMP CommandOther (PVCMDNAME, PTSTR); STDMETHODIMP CommandStart (void); STDMETHODIMP MenuActivate (PVCMDNAME, BOOL); STDMETHODIMP UtteranceBegin (void); STDMETHODIMP UtteranceEnd (void); STDMETHODIMP VUMeter (WORD); STDMETHODIMP AttribChanged (DWORD); STDMETHODIMP Interference (DWORD); }; typedef CIVCmdNotifySink * PCIVCmdNotifySink; BOOL BeginOLE(); BOOL EndOLE();

[ "kl.punam@globaledgesoft.com" ]

kl.punam@globaledgesoft.com

5c1dd35e3bfda706384f93b103612e726a81b8c0

3ff1fe3888e34cd3576d91319bf0f08ca955940f

/redis/src/v20180412/model/DescribeSSLStatusRequest.cpp

d924b045df8cca49880bc6a7eca3304c3feb2ec9

[ "Apache-2.0" ]

permissive

TencentCloud/tencentcloud-sdk-cpp

9f5df8220eaaf72f7eaee07b2ede94f89313651f

42a76b812b81d1b52ec6a217fafc8faa135e06ca

refs/heads/master

2023-08-30T03:22:45.269556

2023-08-30T00:45:39

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37

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2023-08-17T03:13:20

2019-05-28T08:56:08

C++

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C++

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cpp

/* * Copyright (c) 2017-2019 THL A29 Limited, a Tencent company. All Rights Reserved. * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. */ #include <tencentcloud/redis/v20180412/model/DescribeSSLStatusRequest.h> #include <tencentcloud/core/utils/rapidjson/document.h> #include <tencentcloud/core/utils/rapidjson/writer.h> #include <tencentcloud/core/utils/rapidjson/stringbuffer.h> using namespace TencentCloud::Redis::V20180412::Model; using namespace std; DescribeSSLStatusRequest::DescribeSSLStatusRequest() : m_instanceIdHasBeenSet(false) { } string DescribeSSLStatusRequest::ToJsonString() const { rapidjson::Document d; d.SetObject(); rapidjson::Document::AllocatorType& allocator = d.GetAllocator(); if (m_instanceIdHasBeenSet) { rapidjson::Value iKey(rapidjson::kStringType); string key = "InstanceId"; iKey.SetString(key.c_str(), allocator); d.AddMember(iKey, rapidjson::Value(m_instanceId.c_str(), allocator).Move(), allocator); } rapidjson::StringBuffer buffer; rapidjson::Writer<rapidjson::StringBuffer> writer(buffer); d.Accept(writer); return buffer.GetString(); } string DescribeSSLStatusRequest::GetInstanceId() const { return m_instanceId; } void DescribeSSLStatusRequest::SetInstanceId(const string& _instanceId) { m_instanceId = _instanceId; m_instanceIdHasBeenSet = true; } bool DescribeSSLStatusRequest::InstanceIdHasBeenSet() const { return m_instanceIdHasBeenSet; }

[ "tencentcloudapi@tencent.com" ]

tencentcloudapi@tencent.com

e8cc0241f395c14e3cefdc0ba2d999382d65ce49

f81124e4a52878ceeb3e4b85afca44431ce68af2

/re20_2/processor0/45/U

75746fc545ff35b0f35f409eaa3169b303e43943

[]

no_license

chaseguy15/coe-of2

7f47a72987638e60fd7491ee1310ee6a153a5c10

dc09e8d5f172489eaa32610e08e1ee7fc665068c

refs/heads/master

2023-03-29T16:59:14.421456

2021-04-06T23:26:52

355,040,336

0

1

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false

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/*--------------------------------*- C++ -*----------------------------------*\ ========= | \\ / F ield | OpenFOAM: The Open Source CFD Toolbox \\ / O peration | Website: https://openfoam.org \\ / A nd | Version: 7 \\/ M anipulation | \*---------------------------------------------------------------------------*/ FoamFile { version 2.0; format ascii; class volVectorField; location "45"; object U; } // * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * // dimensions [0 1 -1 0 0 0 0]; internalField nonuniform List<vector> 392 ( (0.993942 0.0185084 0) (0.99449 0.01981 0) (0.995082 0.0210212 0) (0.995699 0.0221266 0) (0.996324 0.0230905 0) (0.996942 0.0239042 0) (0.997547 0.0245686 0) (0.998131 0.0250858 0) (0.998693 0.0254588 3.34829e-27) (0.999231 0.0256923 -3.34829e-27) (0.999742 0.0257922 -5.55775e-11) (1.00023 0.0257655 5.55775e-11) (1.00069 0.0256199 -2.40849e-27) (1.00112 0.0253635 2.40849e-27) (1.00153 0.0250047 3.05979e-27) (1.00192 0.0245519 -3.05979e-27) 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boundaryField { inlet { type uniformFixedValue; uniformValue constant (1 0 0); value uniform (1 0 0); } outlet { type pressureInletOutletVelocity; value nonuniform 0(); } cylinder { type fixedValue; value nonuniform 0(); } top { type symmetryPlane; } bottom { type symmetryPlane; } defaultFaces { type empty; } procBoundary0to1 { type processor; value nonuniform List<vector> 130 ( (0.98512 0.0278504 0) (0.986342 0.0297895 0) (0.987678 0.0315773 0) (0.989095 0.0331661 0) (0.990564 0.0345135 0) (0.992055 0.0356197 0) (0.993546 0.0364962 0) (0.995018 0.0371539 0) (0.996453 0.0376042 -5.73654e-11) (0.997838 0.0378583 5.73654e-11) (0.999162 0.0379281 -5.5397e-11) (1.00041 0.0378249 5.5397e-11) (1.00159 0.03756 0) (1.00268 0.0371441 0) (1.00369 0.0365879 0) (1.00461 0.0359018 0) (1.00546 0.0350959 -4.99681e-11) (1.00622 0.03418 4.99681e-11) (1.00691 0.0331639 3.49782e-27) (1.00753 0.0320566 -3.49782e-27) (1.00808 0.0308673 0) (1.00857 0.0296043 0) (1.009 0.0282756 2.03774e-27) (1.00938 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[ "chaseh13@login4.stampede2.tacc.utexas.edu" ]

chaseh13@login4.stampede2.tacc.utexas.edu

85517c51434d9f27ff2100d639ad460c577a44c2

d0fb46aecc3b69983e7f6244331a81dff42d9595

/paifeaturestore/src/model/CreateInstanceResult.cc

975621821ff84dbc99f2ce1d83586169680ed155

[ "Apache-2.0" ]

permissive

aliyun/aliyun-openapi-cpp-sdk

3d8d051d44ad00753a429817dd03957614c0c66a

e862bd03c844bcb7ccaa90571bceaa2802c7f135

refs/heads/master

2023-08-29T11:54:00.525102

2023-08-29T03:32:48

115,379,460

104

82

NOASSERTION

2023-09-14T06:13:33

2017-12-26T02:53:27

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/* * Copyright 2009-2017 Alibaba Cloud All rights reserved. * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. */ #include <alibabacloud/paifeaturestore/model/CreateInstanceResult.h> #include <json/json.h> using namespace AlibabaCloud::PaiFeatureStore; using namespace AlibabaCloud::PaiFeatureStore::Model; CreateInstanceResult::CreateInstanceResult() : ServiceResult() {} CreateInstanceResult::CreateInstanceResult(const std::string &payload) : ServiceResult() { parse(payload); } CreateInstanceResult::~CreateInstanceResult() {} void CreateInstanceResult::parse(const std::string &payload) { Json::Reader reader; Json::Value value; reader.parse(payload, value); setRequestId(value["RequestId"].asString()); if(!value["InstanceId"].isNull()) instanceId_ = value["InstanceId"].asString(); if(!value["Code"].isNull()) code_ = value["Code"].asString(); } std::string CreateInstanceResult::getInstanceId()const { return instanceId_; } std::string CreateInstanceResult::getCode()const { return code_; }

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#include "Parque.h" #include <vector> using namespace std; ParqueEstacionamento::ParqueEstacionamento(unsigned int lot, unsigned int nMaxCli): lotacao(lot), numMaximoClientes(nMaxCli), vagas(lot) { }; unsigned int ParqueEstacionamento::getNumLugares() const{ return this->lotacao; }; unsigned int ParqueEstacionamento::getNumMaximoClientes() const { return this->numMaximoClientes; } int ParqueEstacionamento::posicaoCliente(const string & nome) const { for (unsigned int i = 0; i < this->clientes.size(); i++) { if(this->clientes[i].nome == nome) return i; } return -1; }; bool ParqueEstacionamento::adicionaCliente(const string & nome) { if(clientes.size() == this->numMaximoClientes) return false; for (unsigned int i = 0; i < this->clientes.size(); i++){ if(this->clientes[i].nome == nome) { return false; } } InfoCartao c; c.nome = nome; c.presente = false; this->clientes.push_back(c); return true; }; bool ParqueEstacionamento::entrar(const string & nome){ if(vagas == 0) return false; for (unsigned int i = 0; i < clientes.size(); i++) { if(this->clientes[i].nome == nome) { if(this->clientes[i].presente) return false; else { this->clientes[i].presente = true; vagas--; return true; } } } return false; }; bool ParqueEstacionamento::retiraCliente(const string & nome){ for(unsigned int i =0; i < clientes.size(); i++){ if(this->clientes[i].nome == nome) { if(this->clientes[i].presente) return false; else { this->clientes.erase(this->clientes.begin()+i); return true; } } } return false; }; bool ParqueEstacionamento::sair(const string & nome){ for(unsigned int i = 0; i < clientes.size(); i++){ if(this->clientes[i].nome == nome){ if(this->clientes[i].presente){ this->clientes[i].presente = false; vagas++; return true; } else return false; } } return false; } unsigned int ParqueEstacionamento::getNumLugaresOcupados() const{ return (this->lotacao - this->vagas); } unsigned int ParqueEstacionamento::getNumClientesAtuais() const{ return this->clientes.size(); } const ParqueEstacionamento & ParqueEstacionamento::operator += (const ParqueEstacionamento & p2){ for(unsigned int i = 0; i < p2.getNumClientesAtuais() && this->clientes.size() != this->numMaximoClientes;i++){ this->clientes.push_back(p2.clientes[i]); } };

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//P1508 Likecloud-吃、吃、吃 #include<iostream> #include "memory.h" #define MAXN 220 using namespace std; int f[MAXN][MAXN],a[MAXN][MAXN],n=0,m=0,ans=0x80808080; inline void max(int&,const int&); int main() { register int i=0,j=0; ios::sync_with_stdio(false);cin.tie(0); memset(f,0xc0,sizeof(f)); cin>>n>>m; for(i=1;i<=n;++i) { for(j=1;j<=m;++j) { cin>>a[i][j]; } } f[n][m+1>>1]=a[n][m+1>>1]; f[n][(m+1>>1)-1]=a[n][(m+1>>1)-1]; f[n][(m+1>>1)+1]=a[n][(m+1>>1)+1]; //cout<<(m+1>>1)<<endl; for(i=n-1;i;--i) { for(j=1;j<=m;++j) { max(f[i][j],f[i+1][j-1]+a[i][j]); max(f[i][j],f[i+1][j]+a[i][j]); max(f[i][j],f[i+1][j+1]+a[i][j]); } } for(i=1;i<=m;++i) { max(ans,f[1][i]); } cout<<ans<<endl; /*for(i=1;i<=n;++i) { for(j=1;j<=m;++j) { cout<<f[i][j]<<' '; } cout<<endl; }*/ return 0; } inline void max(int &x,const int &y) { if(x<y) { x=y; } return; }

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#pragma once #ifndef SQLITEGRAMMAR_H #define SQLITEGRAMMAR_H #include "orm/query/grammars/grammar.hpp" #ifdef TINYORM_COMMON_NAMESPACE namespace TINYORM_COMMON_NAMESPACE { #endif namespace Orm::Query::Grammars { /*! SQLite grammar. */ class SHAREDLIB_EXPORT SQLiteGrammar : public Grammar { Q_DISABLE_COPY(SQLiteGrammar) public: /*! Default constructor. */ SQLiteGrammar() = default; /*! Compile an insert ignore statement into SQL. */ QString compileInsertOrIgnore(const QueryBuilder &query, const QVector<QVariantMap> &values) const override; /*! Compile an update statement into SQL. */ QString compileUpdate(QueryBuilder &query, const QVector<UpdateItem> &values) const override; /*! Compile a delete statement into SQL. */ QString compileDelete(QueryBuilder &query) const override; /*! Compile a truncate table statement into SQL. Returns a map of the query string and bindings. */ std::unordered_map<QString, QVector<QVariant>> compileTruncate(const QueryBuilder &query) const override; /*! Compile the lock into SQL. */ QString compileLock(const QueryBuilder &query) const override; /*! Get the grammar specific operators. */ const QVector<QString> &getOperators() const override; protected: /*! Compile the columns for an update statement. */ QString compileUpdateColumns(const QVector<UpdateItem> &values) const override; /*! Map the ComponentType to a Grammar::compileXx() methods. */ const QMap<SelectComponentType, SelectComponentValue> & getCompileMap() const override; /*! Map the WhereType to a Grammar::whereXx() methods. */ const std::function<QString(const WhereConditionItem &)> & getWhereMethod(WhereType whereType) const override; private: /*! Compile an update statement with joins or limit into SQL. */ QString compileUpdateWithJoinsOrLimit(QueryBuilder &query, const QVector<UpdateItem> &values) const; /*! Compile a delete statement with joins or limit into SQL. */ QString compileDeleteWithJoinsOrLimit(QueryBuilder &query) const; }; } // namespace Orm::Query::Grammars #ifdef TINYORM_COMMON_NAMESPACE } // namespace TINYORM_COMMON_NAMESPACE #endif #endif // SQLITEGRAMMAR_H

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/* Wiring Sensor Arduino GND ------> GND OUT ------> Analog 0 VCC ------> 5V */ int AnalogInputPin = 0; // Define analog input pin int PowerLedPin = 2; // Power LED on digital pin 2 int calibration = -7; // Calibration offset void setup(){ Serial.begin(9600); pinMode(PowerLedPin, OUTPUT); digitalWrite(PowerLedPin, HIGH); } void loop(){ int maxRawVoltage = maxVoltage(); currentSensor(maxRawVoltage); Serial.print("\n"); delay(1000); } // Find largest current value int maxVoltage() { int MaxADC = 0; for (int x = 0; x < 300; x++) { int RawADC = analogRead(AnalogInputPin) + calibration; if (RawADC > MaxADC) { MaxADC = RawADC; } delay(2); } return MaxADC; } // -------------------------------------------------------------------------------------------------------- // Print decimal numbers void printDouble(double val, byte precision) { Serial.print (int(val)); // Print int part if( precision > 0) { // Print decimal part Serial.print("."); unsigned long frac, mult = 1; byte padding = precision -1; while(precision--) mult *=10; if(val >= 0) frac = (val - int(val)) * mult; else frac = (int(val) - val) * mult; unsigned long frac1 = frac; while(frac1 /= 10) padding--; while(padding--) Serial.print("0"); Serial.print(frac,DEC) ; } } // Read 1.1V reference against AVcc long readInternalVcc() { long result; ADMUX = _BV(REFS0) | _BV(MUX3) | _BV(MUX2) | _BV(MUX1); delay(2); // Wait for Vref to settle ADCSRA |= _BV(ADSC); // Convert while (bit_is_set(ADCSRA,ADSC)); result = ADCL; result |= ADCH<<8; result = 1126400L / result; // Back-calculate AVcc in mV return result; } // Calculate current with Allegro ACS714 void currentSensor(int RawADC) { int Sensitivity = 185; // mV/A 185 for 5A, 66 for 30A long InternalVcc = readInternalVcc(); double ZeroCurrentVcc = InternalVcc / 2; double SensedVoltage = (RawADC * InternalVcc) / 1024; double Difference = SensedVoltage - ZeroCurrentVcc; // actual voltage in millivolts double SensedCurrent = Difference / Sensitivity; // actual current in amps double RMS = ((Difference * 0.7)/1000)*2; //Serial.print("Sensed current (A): "); //printDouble(SensedCurrent, 3); //Serial.print(" || InternalVCC (mV): "); //printDouble(InternalVcc, 3); //Serial.print(" || ZeroCurrentVCC (mV): "); //printDouble(ZeroCurrentVcc, 3); //Serial.print(" || Sensed Voltage (mV): "); //printDouble(SensedVoltage, 3); //Serial.print(" || Difference (mV): "); //printDouble(Difference, 3); //Serial.print(" || RMS (A): "); printDouble(RMS, 3); //return SensedCurrent; // Return the Current }

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/second/download/git/gumtree/git_old_log_128.cpp

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;/** * @file * @author Aapo Kyrola <akyrola@cs.cmu.edu> * @version 1.0 * * @section LICENSE * * Copyright [2012] [Aapo Kyrola, Guy Blelloch, Carlos Guestrin / Carnegie Mellon University] * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. * * @section DESCRIPTION * * Graph conversion and parsing routines. */ #ifndef GRAPHCHI_CONVERSIONS_DEF #define GRAPHCHI_CONVERSIONS_DEF #include <fcntl.h> #include <unistd.h> #include <sys/types.h> #include <dirent.h> #include <sys/stat.h> #include <fstream> #include <iostream> #include "graphchi_types.hpp" #include "logger/logger.hpp" #include "preprocessing/sharder.hpp" /** * GNU COMPILER HACK TO PREVENT WARNINGS "Unused variable", if * the particular app being compiled does not use a function. */ #ifdef __GNUC__ #define VARIABLE_IS_NOT_USED __attribute__ ((unused)) #else #define VARIABLE_IS_NOT_USED #endif namespace graphchi { struct dummy { }; template <typename T> struct dummyC { operator T() { return T(); } }; /* Simple string to number parsers */ static void VARIABLE_IS_NOT_USED parse(int &x, const char * s); static void VARIABLE_IS_NOT_USED parse(unsigned int &x, const char * s); static void VARIABLE_IS_NOT_USED parse(float &x, const char * s); static void VARIABLE_IS_NOT_USED parse(long &x, const char * s); static void VARIABLE_IS_NOT_USED parse(char &x, const char * s); static void VARIABLE_IS_NOT_USED parse(bool &x, const char * s); static void VARIABLE_IS_NOT_USED parse(double &x, const char * s); static void VARIABLE_IS_NOT_USED parse(short &x, const char * s); static void FIXLINE(char * s); static void parse(int &x, const char * s) { x = atoi(s); } static void parse(unsigned int &x, const char * s) { x = (unsigned int) strtoul(s, NULL, 10); } static void parse(float &x, const char * s) { x = (float) atof(s); } static void parse(dummy &x, const char *s) {} /** * Special templated parser for PairContainers. */ template <typename T> void parse(PairContainer<T> &x, const char * s) { parse(x.left, s); parse(x.right, s); } static void parse(long &x, const char * s) { x = atol(s); } static void parse(char &x, const char * s) { x = s[0]; } static void parse(bool &x, const char * s) { x = atoi(s) == 1; } static void parse(double &x, const char * s) { x = atof(s); } static void parse(short &x, const char * s) { x = (short) atoi(s); } #ifdef DYNAMICEDATA static void VARIABLE_IS_NOT_USED parse_multiple(std::vector<dummy> &values, char * s); static void VARIABLE_IS_NOT_USED parse_multiple(std::vector<dummy> & values, char * s) { assert(false); } /** * Parse ':' -delimited values into a vector. */ template <typename T> static void parse_multiple(typename std::vector<T> & values, char * s) { char delims[] = ":"; char * t; t = strtok(s, delims); T x; parse(x, (const char*) t); values.push_back(x); while((t = strtok(NULL, delims)) != NULL) { parse(x, (const char*) t); values.push_back(x); } } #endif // Catch all template <typename T> void parse(T &x, const char * s) { logstream(LOG_FATAL) << "You need to define parse<your-type>(your-type &x, const char *s) function" << " to support parsing the edge value." << std::endl; assert(false); } // Removes \n from the end of line inline void FIXLINE(char * s) { int len = (int) strlen(s)-1; if(s[len] == '\n') s[len] = 0; } // http://www.linuxquestions.org/questions/programming-9/c-list-files-in-directory-379323/ static int VARIABLE_IS_NOT_USED getdir (std::string dir, std::vector<std::string> &files); static int VARIABLE_IS_NOT_USED getdir (std::string dir, std::vector<std::string> &files) { DIR *dp; struct dirent *dirp; if((dp = opendir(dir.c_str())) == NULL) { std::cout << "Error(" << errno << ") opening " << dir << std::endl; return errno; } while ((dirp = readdir(dp)) != NULL) { files.push_back(std::string(dirp->d_name)); } closedir(dp); return 0; } static VARIABLE_IS_NOT_USED std::string get_dirname(std::string arg); static VARIABLE_IS_NOT_USED std::string get_dirname(std::string arg) { size_t a = arg.find_last_of("/"); if (a != arg.npos) { std::string dir = arg.substr(0, a); return dir; } else { assert(false); return "n/a"; } } static std::string VARIABLE_IS_NOT_USED get_filename(std::string arg); static std::string VARIABLE_IS_NOT_USED get_filename(std::string arg) { size_t a = arg.find_last_of("/"); if (a != arg.npos) { std::string f = arg.substr(a + 1); return f; } else { assert(false); return "n/a"; } } /** * Converts graph from an edge list format. Input may contain * value for the edges. Self-edges are ignored. */ template <typename EdgeDataType, typename FinalEdgeDataType> void convert_edgelist(std::string inputfile, sharder<EdgeDataType, FinalEdgeDataType> &sharderobj, bool multivalue_edges=false) { mkdir((inputfile+"_GraphChi/").c_str(), 0777); FILE * inf = fopen(inputfile.c_str(), "r"); size_t bytesread = 0; size_t linenum = 0; if (inf == NULL) { logstream(LOG_FATAL) << "Could not load :" << inputfile << " error: " << strerror(errno) << std::endl; } assert(inf != NULL); logstream(LOG_INFO) << "Reading in edge list format!" << std::endl; char s[1024]; while(fgets(s, 1024, inf) != NULL) { linenum++; if (linenum % 10000000 == 0) { logstream(LOG_DEBUG) << "Read " << linenum << " lines, " << bytesread / 1024 / 1024. << " MB" << std::endl; } FIXLINE(s); bytesread += strlen(s); if (s[0] == '#') continue; // Comment if (s[0] == '%') continue; // Comment char delims[] = "\t, "; char * t; t = strtok(s, delims); if (t == NULL) { logstream(LOG_ERROR) << "Input file is not in right format. " << "Expecting \"<from>\t<to>\". " << "Current line: \"" << s << "\"\n"; assert(false); } vid_t from = atoi(t); t = strtok(NULL, delims); if (t == NULL) { logstream(LOG_ERROR) << "Input file is not in right format. " << "Expecting \"<from>\t<to>\". " << "Current line: \"" << s << "\"\n"; assert(false); } vid_t to = atoi(t); /* Check if has value */ t = strtok(NULL, delims); if (!multivalue_edges) { EdgeDataType val; if (t != NULL) { parse(val, (const char*) t); } if (from != to) { if (t != NULL) { sharderobj.preprocessing_add_edge(from, to, val); } else { sharderobj.preprocessing_add_edge(from, to); } } } else { #ifdef DYNAMICEDATA std::vector<EdgeDataType> vals; parse_multiple(vals, (char*) t); if (from != to) { if (vals.size() == 0) { // TODO: go around this problem logstream(LOG_FATAL) << "Each edge needs at least one value." << std::endl; assert(vals.size() > 0); } sharderobj.preprocessing_add_edge_multival(from, to, vals); } #else logstream(LOG_FATAL) << "To support multivalue-edges, dynamic edge data needs to be used." << std::endl; assert(false); #endif } } fclose(inf); } /** * Converts a graph from adjacency list format. Edge values are not supported, * and each edge gets the default value for the type. Self-edges are ignored. */ template <typename EdgeDataType, typename FinalEdgeDataType> void convert_adjlist(std::string inputfile, sharder<EdgeDataType, FinalEdgeDataType> &sharderobj) { FILE * inf = fopen(inputfile.c_str(), "r"); if (inf == NULL) { logstream(LOG_FATAL) << "Could not load :" << inputfile << " error: " << strerror(errno) << std::endl; } assert(inf != NULL); logstream(LOG_INFO) << "Reading in adjacency list format!" << std::endl; int maxlen = 100000000; char * s = (char*) malloc(maxlen); size_t bytesread = 0; char delims[] = " \t"; size_t linenum = 0; size_t lastlog = 0; /*** PHASE 1 - count ***/ while(fgets(s, maxlen, inf) != NULL) { linenum++; if (bytesread - lastlog >= 500000000) { logstream(LOG_DEBUG) << "Read " << linenum << " lines, " << bytesread / 1024 / 1024. << " MB" << std::endl; lastlog = bytesread; } FIXLINE(s); bytesread += strlen(s); if (s[0] == '#') continue; // Comment if (s[0] == '%') continue; // Comment char * t = strtok(s, delims); vid_t from = atoi(t); t = strtok(NULL,delims); if (t != NULL) { vid_t num = atoi(t); vid_t i = 0; while((t = strtok(NULL,delims)) != NULL) { vid_t to = atoi(t); if (from != to) { sharderobj.preprocessing_add_edge(from, to, EdgeDataType()); } i++; } if (num != i) { logstream(LOG_ERROR) << "Mismatch when reading adjacency list: " << num << " != " << i << " s: " << std::string(s) << " on line: " << linenum << std::endl; continue; } } } free(s); fclose(inf); } /** * Extract a vector of node indices from a line in the file. * * @param[in] line line from input file containing node indices * @param[out] adjacencies node indices extracted from line */ static std::vector<vid_t> VARIABLE_IS_NOT_USED parseLine(std::string line); static std::vector<vid_t> VARIABLE_IS_NOT_USED parseLine(std::string line) { std::stringstream stream(line); std::string token; char delim = ' '; std::vector<vid_t> adjacencies; // split string and push adjacent nodes while (std::getline(stream, token, delim)) { if (token.size() != 0) { vid_t v = atoi(token.c_str()); adjacencies.push_back(v); } } return adjacencies; } /** * Converts a graph from the METIS adjacency format. * See http://people.sc.fsu.edu/~jburkardt/data/metis_graph/metis_graph.html for format documentation. * NOTE: contributed by clstaudt */ template <typename EdgeDataType, typename FinalEdgeDataType> void convert_metis(std::string inputPath, sharder<EdgeDataType, FinalEdgeDataType> &sharderobj) { std::cout << "[INFO] reading METIS graph file" << std::endl; std::ifstream graphFile(inputPath.c_str()); if (! graphFile.good()) { logstream(LOG_FATAL) << "Could not load :" << inputPath << " error: " << strerror(errno) << std::endl; } std::string line; // current line // handle header line int n = 0; // number of nodes int m = 0; // number of edges int weighted; // indicates weight scheme: if (std::getline(graphFile, line)) { while (line[0] == '%') { // skip comments std::getline(graphFile, line); } std::vector<uint> tokens = parseLine(line); n = tokens[0]; m = tokens[1]; if (tokens.size() == 2) { weighted = 0; } if (tokens.size() == 3) { weighted = tokens[2]; if (weighted != 0) { logstream(LOG_FATAL) << "node and edge weights currently not supported by parser" << std::endl; } } } else { logstream(LOG_FATAL) << "getting METIS file header failed" << std::endl; } logstream(LOG_INFO) << "reading graph with n=" << n << ", m=" << m << std::endl; vid_t u = 0; // starting node index // handle content lines while (graphFile.good()) { do { std::getline(graphFile, line); } while (line[0] == '%'); // skip comments // parse adjacency line std::vector<vid_t> adjacencies = parseLine(line); for (std::vector<vid_t>::iterator it=adjacencies.begin(); it != adjacencies.end(); ++it) { vid_t v = *it; if (u <= v) { // add edge only once; self-loops are allowed sharderobj.preprocessing_add_edge(u, v, EdgeDataType()); } } u++; } } /** * Converts a graph from cassovary's (Twitter) format. Edge values are not supported, * and each edge gets the default value for the type. Self-edges are ignored. */ template <typename EdgeDataType, typename FinalEdgeDataType> void convert_cassovary(std::string basefilename, sharder<EdgeDataType, FinalEdgeDataType> &sharderobj) { std::vector<std::string> parts; std::string dirname = get_dirname(basefilename); std::string prefix = get_filename(basefilename); std::cout << "dir=[" << dirname << "] prefix=[" << prefix << "]" << std::endl; getdir(dirname, parts); for(std::vector<std::string>::iterator it=parts.begin(); it != parts.end(); ++it) { std::string inputfile = *it; if (inputfile.find(prefix) == 0 && inputfile.find("tmp") == inputfile.npos) { std::cout << "Going to process: " << inputfile << std::endl; } } for(std::vector<std::string>::iterator it=parts.begin(); it != parts.end(); ++it) { std::string inputfile = *it; if (inputfile.find(prefix) == 0 && inputfile.find(".tmp") == inputfile.npos) { inputfile = dirname + "/" + inputfile; std::cout << "Process: " << inputfile << std::endl; FILE * inf = fopen(inputfile.c_str(), "r"); if (inf == NULL) { logstream(LOG_FATAL) << "Could not load :" << inputfile << " error: " << strerror(errno) << std::endl; } assert(inf != NULL); logstream(LOG_INFO) << "Reading in cassovary format!" << std::endl; int maxlen = 100000000; char * s = (char*) malloc(maxlen); size_t bytesread = 0; char delims[] = " \t"; size_t linenum = 0; size_t lastlog = 0; while(fgets(s, maxlen, inf) != NULL) { linenum++; if (bytesread - lastlog >= 500000000) { logstream(LOG_DEBUG) << "Read " << linenum << " lines, " << bytesread / 1024 / 1024. << " MB" << std::endl; lastlog = bytesread; } FIXLINE(s); bytesread += strlen(s); if (s[0] == '#') continue; // Comment if (s[0] == '%') continue; // Comment char * t = strtok(s, delims); vid_t from = atoi(t); t = strtok(NULL,delims); if (t != NULL) { vid_t num = atoi(t); // Read next line linenum += num + 1; for(vid_t i=0; i < num; i++) { s = fgets(s, maxlen, inf); FIXLINE(s); vid_t to = atoi(s); if (from != to) { sharderobj.preprocessing_add_edge(from, to, EdgeDataType()); } } } } free(s); fclose(inf); } } } /** * Converts a set of files in the binedgelist format (binary edge list) */ template <typename EdgeDataType, typename FinalEdgeDataType> void convert_binedgelist(std::string basefilename, sharder<EdgeDataType, FinalEdgeDataType> &sharderobj) { std::vector<std::string> parts; std::string dirname = get_dirname(basefilename); std::string prefix = get_filename(basefilename); std::cout << "dir=[" << dirname << "] prefix=[" << prefix << "]" << std::endl; getdir(dirname, parts); for(std::vector<std::string>::iterator it=parts.begin(); it != parts.end(); ++it) { std::string inputfile = *it; if (inputfile.find(prefix) == 0 && inputfile.find("tmp") == inputfile.npos) { std::cout << "Going to process: " << inputfile << std::endl; } } for(std::vector<std::string>::iterator it=parts.begin(); it != parts.end(); ++it) { std::string inputfile = *it; if (inputfile.find(prefix) == 0 && inputfile.find(".tmp") == inputfile.npos) { inputfile = dirname + "/" + inputfile; std::cout << "Process: " << inputfile << std::endl; FILE * inf = fopen(inputfile.c_str(), "r"); while(!feof(inf)) { vid_t from; vid_t to; size_t res1 = fread(&from, sizeof(vid_t), 1, inf); size_t res2 = fread(&to, sizeof(vid_t), 1, inf); assert(res1 > 0 && res2 > 0); if (from != to) { sharderobj.preprocessing_add_edge(from, to, EdgeDataType()); } } fclose(inf); } } } // TODO: remove code duplication. template <typename EdgeDataType, typename FinalEdgeDataType> void convert_binedgelistval(std::string basefilename, sharder<EdgeDataType, FinalEdgeDataType> &sharderobj) { std::vector<std::string> parts; std::string dirname = get_dirname(basefilename); std::string prefix = get_filename(basefilename); std::cout << "dir=[" << dirname << "] prefix=[" << prefix << "]" << std::endl; getdir(dirname, parts); for(std::vector<std::string>::iterator it=parts.begin(); it != parts.end(); ++it) { std::string inputfile = *it; if (inputfile.find(prefix) == 0 && inputfile.find("tmp") == inputfile.npos) { std::cout << "Going to process: " << inputfile << std::endl; } } for(std::vector<std::string>::iterator it=parts.begin(); it != parts.end(); ++it) { std::string inputfile = *it; if (inputfile.find(prefix) == 0 && inputfile.find(".tmp") == inputfile.npos) { inputfile = dirname + "/" + inputfile; std::cout << "Process: " << inputfile << std::endl; FILE * inf = fopen(inputfile.c_str(), "r"); while(!feof(inf)) { vid_t from; vid_t to; EdgeDataType edgeval; size_t res1 = fread(&from, sizeof(vid_t), 1, inf); size_t res2 = fread(&to, sizeof(vid_t), 1, inf); size_t res3 = fread(&edgeval, sizeof(EdgeDataType), 1, inf); assert(res1 > 0 && res2 > 0 && res3 > 0); if (from != to) { sharderobj.preprocessing_add_edge(from, to, edgeval); } } fclose(inf); } } } /** * Converts a graph input to shards. Preprocessing has several steps, * see sharder.hpp for more information. */ template <typename EdgeDataType, typename FinalEdgeDataType> int convert(std::string basefilename, std::string nshards_string) { sharder<EdgeDataType, FinalEdgeDataType> sharderobj(basefilename); // std::string file_type_str = get_option_string_interactive("filetype", "edgelist, adjlist, binedgelist, metis"); // if (file_type_str != "adjlist" && file_type_str != "edgelist" && file_type_str != "binedgelist" && // file_type_str != "multivalueedgelist" && file_type_str != "metis") { // logstream(LOG_ERROR) << "You need to specify filetype: 'edgelist', 'adjlist', 'binedgelist', or 'metis'." << std::endl; // assert(false); // } std::string file_type_str = "edgelist"; /* Start preprocessing */ sharderobj.start_preprocessing(); if (file_type_str == "adjlist") { convert_adjlist<EdgeDataType, FinalEdgeDataType>(basefilename, sharderobj); } else if (file_type_str == "edgelist") { convert_edgelist<EdgeDataType, FinalEdgeDataType>(basefilename, sharderobj); #ifdef DYNAMICEDATA } else if (file_type_str == "multivalueedgelist" ) { convert_edgelist<EdgeDataType, FinalEdgeDataType>(basefilename, sharderobj, true); #endif } else if (file_type_str == "binedgelist") { convert_binedgelistval<EdgeDataType, FinalEdgeDataType>(basefilename, sharderobj); } else if (file_type_str == "metis") { convert_metis<EdgeDataType, FinalEdgeDataType>(basefilename, sharderobj); } else { assert(false); } /* Finish preprocessing */ sharderobj.end_preprocessing(); vid_t max_vertex_id = get_option_int("maxvertex", 0); if (max_vertex_id > 0) { sharderobj.set_max_vertex_id(max_vertex_id); } int nshards = sharderobj.execute_sharding(nshards_string); logstream(LOG_INFO) << "Successfully finished sharding for " << basefilename << std::endl; logstream(LOG_INFO) << "Created " << nshards << " shards." << std::endl; return nshards; } /** * Converts a graph input to shards with no edge values. Preprocessing has several steps, * see sharder.hpp for more information. */ static int VARIABLE_IS_NOT_USED convert_none(std::string basefilename, std::string nshards_string); static int VARIABLE_IS_NOT_USED convert_none(std::string basefilename, std::string nshards_string) { sharder<dummy> sharderobj(basefilename); sharderobj.set_no_edgevalues(); std::string file_type_str = get_option_string_interactive("filetype", "edgelist, adjlist, cassovary, binedgelist"); if (file_type_str != "adjlist" && file_type_str != "edgelist" && file_type_str != "cassovary" && file_type_str != "binedgelist" && file_type_str != "metis") { logstream(LOG_ERROR) << "You need to specify filetype: 'edgelist' or 'adjlist'." << std::endl; assert(false); } /* Start preprocessing */ sharderobj.start_preprocessing(); if (file_type_str == "adjlist") { convert_adjlist<dummy>(basefilename, sharderobj); } else if (file_type_str == "edgelist") { convert_edgelist<dummy>(basefilename, sharderobj); } else if (file_type_str == "cassovary") { convert_cassovary<dummy>(basefilename, sharderobj); } else if (file_type_str == "binedgelist") { convert_binedgelist<dummy>(basefilename, sharderobj); } else if (file_type_str == "metis") { convert_metis<dummy>(basefilename, sharderobj); } /* Finish preprocessing */ sharderobj.end_preprocessing(); if (get_option_int("skipsharding", 0) == 1) { std::cout << "Skip sharding..." << std::endl; exit(0); } vid_t max_vertex_id = get_option_int("maxvertex", 0); if (max_vertex_id > 0) { sharderobj.set_max_vertex_id(max_vertex_id); } int nshards = sharderobj.execute_sharding(nshards_string); logstream(LOG_INFO) << "Successfully finished sharding for " << basefilename << std::endl; logstream(LOG_INFO) << "Created " << nshards << " shards." << std::endl; return nshards; } template <typename EdgeDataType> int convert_if_notexists_novalues(std::string basefilename, std::string nshards_string, bool &didexist) { int nshards; /* Check if input file is already sharded */ if ((nshards = find_shards<EdgeDataType>(basefilename, nshards_string))) { logstream(LOG_INFO) << "Found preprocessed files for " << basefilename << ", num shards=" << nshards << std::endl; didexist = true; if (check_origfile_modification_earlier<EdgeDataType>(basefilename, nshards)) { return nshards; } } didexist = false; logstream(LOG_INFO) << "Did not find preprocessed shards for " << basefilename << std::endl; logstream(LOG_INFO) << "(Edge-value size: " << sizeof(EdgeDataType) << ")" << std::endl; logstream(LOG_INFO) << "Will try create them now..." << std::endl; nshards = convert<dummyC<EdgeDataType>, EdgeDataType>(basefilename, nshards_string); return nshards; } template <typename EdgeDataType> int convert_if_notexists(std::string basefilename, std::string nshards_string, bool &didexist) { int nshards; /* Check if input file is already sharded */ if ((nshards = find_shards<EdgeDataType>(basefilename, nshards_string))) { logstream(LOG_INFO) << "Found preprocessed files for " << basefilename << ", num shards=" << nshards << std::endl; didexist = true; if (check_origfile_modification_earlier<EdgeDataType>(basefilename, nshards)) { return nshards; } } didexist = false; logstream(LOG_INFO) << "Did not find preprocessed shards for " << basefilename << std::endl; logstream(LOG_INFO) << "(Edge-value size: " << sizeof(EdgeDataType) << ")" << std::endl; logstream(LOG_INFO) << "Will try create them now..." << std::endl; nshards = convert<EdgeDataType, EdgeDataType>(basefilename, nshards_string); return nshards; } // First type is for the input phase, second is what is needed in computation template <typename EdgeDataType, typename FinalEdgeType> int convert_if_notexists(std::string basefilename, std::string nshards_string, bool &didexist) { int nshards; /* Check if input file is already sharded */ if ((nshards = find_shards<FinalEdgeType>(basefilename, nshards_string))) { logstream(LOG_INFO) << "Found preprocessed files for " << basefilename << ", num shards=" << nshards << std::endl; didexist = true; if (check_origfile_modification_earlier<FinalEdgeType>(basefilename, nshards)) { return nshards; } } didexist = false; logstream(LOG_INFO) << "Did not find preprocessed shards for " << basefilename << std::endl; logstream(LOG_INFO) << "(Edge-value size: " << sizeof(FinalEdgeType) << ")" << std::endl; logstream(LOG_INFO) << "Will try create them now..." << std::endl; nshards = convert<EdgeDataType, FinalEdgeType>(basefilename, nshards_string); return nshards; } template <typename EdgeDataType, typename FinalEdgeType> int convert_if_notexists(std::string basefilename, std::string nshards_string) { bool b; return convert_if_notexists<EdgeDataType, FinalEdgeType>(basefilename, nshards_string, b); } template <typename EdgeDataType> int convert_if_notexists(std::string basefilename, std::string nshards_string) { bool b; return convert_if_notexists<EdgeDataType, EdgeDataType>(basefilename, nshards_string, b); } template <typename EdgeDataType> int convert_if_notexists_novalues(std::string basefilename, std::string nshards_string) { bool b; return convert_if_notexists_novalues<EdgeDataType>(basefilename, nshards_string, b); } } // end namespace #endif

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/* * To change this license header, choose License Headers in Project Properties. * To change this template file, choose Tools | Templates * and open the template in the editor. */ /* * File: bala.cpp * Author: alberto * * Created on 21 de mayo de 2018, 17:16 */ #include "bala.h" bala::bala() { } bala::bala(const bala& orig) { } bala::~bala() { }

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#include <iostream> #include <stack> using namespace std; int main(void) { stack<int> theStack; theStack.push(1); theStack.push(2); theStack.push(3); while (theStack.size()) { cout << theStack.top() << " "; theStack.pop(); } return 0; }

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#ifndef PROCESS_H #define PROCESS_H #include "Random.h" using namespace std; class Process{ public: int quantum; int referenceSize; int residencytime; int evictioncount; int faultcount; int nextWord; int processSize; Process(int processSize, int processnumber, int referenceSize); bool hasended(); bool hasfinishedquantum(); void nextreference(double A, double B, double C, Random* rand); int getnextWord(); }; #endif

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/* *********************************************** Author :Maltub Email :xiang578@foxmail.com Blog :htttp://www.xiang578.top ************************************************ */ #include <cstdio> #include <cstring> #include <iostream> #include <algorithm> #include <vector> #include <queue> #include <set> #include <map> #include <string> #include <math.h> #include <stdlib.h> #include <time.h> //#include <bits/stdc++.h> #define rep(i,a,n) for(int i=a;i<n;i++) #define per(i,a,n) for(int i=n-1;i>=a;i--) #define pb push_back using namespace std; typedef vector<int> VI; typedef long long ll; const ll mod=1000000007; const int N=2048; int main() { //freopen("in.txt","r",stdin); //freopen("out.txt","w",stdout); ll a1,a2,b1,b2,t1,t2; while(~scanf("%lld%lld%lld%lld",&a1,&b1,&a2,&b2)) { t1=a2-a1; t2=b2-b1; if(t1<0) t1=-t1; if(t2<0) t2=-t2; printf("%lld\n",max(t1,t2)); } return 0; }

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/* ----------------------------------------------------------------------------- This source file is part of OGRE (Object-oriented Graphics Rendering Engine) For the latest info, see http://www.ogre3d.org/ Copyright (c) 2000-2009 Torus Knot Software Ltd Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. ----------------------------------------------------------------------------- */ #include "OgreStableHeaders.h" #include "OgreMovableObject.h" #include "OgreSceneNode.h" #include "OgreTagPoint.h" #include "OgreLight.h" #include "OgreEntity.h" #include "OgreRoot.h" #include "OgreSceneManager.h" #include "OgreCamera.h" #include "OgreLodListener.h" namespace Ogre { //----------------------------------------------------------------------- //----------------------------------------------------------------------- uint32 MovableObject::msDefaultQueryFlags = 0xFFFFFFFF; uint32 MovableObject::msDefaultVisibilityFlags = 0xFFFFFFFF; //----------------------------------------------------------------------- MovableObject::MovableObject() : mCreator(0) , mManager(0) , mParentNode(0) , mParentIsTagPoint(false) , mVisible(true) , mDebugDisplay(false) , mUpperDistance(0) , mSquaredUpperDistance(0) , mBeyondFarDistance(false) , mRenderQueueID(RENDER_QUEUE_MAIN) , mRenderQueueIDSet(false) , mRenderQueuePriority(100) , mRenderQueuePrioritySet(false) , mQueryFlags(msDefaultQueryFlags) , mVisibilityFlags(msDefaultVisibilityFlags) , mCastShadows(true) , mRenderingDisabled(false) , mListener(0) , mLightListUpdated(0) , mLightMask(0xFFFFFFFFFFFFFFFF) , mLightMaskGroup(0xFFFFFFFF) { } //----------------------------------------------------------------------- MovableObject::MovableObject(const String& name) : mName(name) , mCreator(0) , mManager(0) , mParentNode(0) , mParentIsTagPoint(false) , mVisible(true) , mDebugDisplay(false) , mUpperDistance(0) , mSquaredUpperDistance(0) , mBeyondFarDistance(false) , mRenderQueueID(RENDER_QUEUE_MAIN) , mRenderQueueIDSet(false) , mRenderQueuePriority(100) , mRenderQueuePrioritySet(false) , mQueryFlags(msDefaultQueryFlags) , mVisibilityFlags(msDefaultVisibilityFlags) , mCastShadows(true) , mRenderingDisabled(false) , mListener(0) , mLightListUpdated(0) , mLightMask(0xFFFFFFFFFFFFFFFF) , mLightMaskGroup(0xFFFFFFFF) { } //----------------------------------------------------------------------- MovableObject::~MovableObject() { // Call listener (note, only called if there's something to do) if (mListener) { mListener->objectDestroyed(this); } if (mParentNode) { // detach from parent if (mParentIsTagPoint) { // May be we are a lod entity which not in the parent entity child object list, // call this method could safely ignore this case. static_cast<TagPoint*>(mParentNode)->getParentEntity()->detachObjectFromBone(this); } else { // May be we are a lod entity which not in the parent node child object list, // call this method could safely ignore this case. static_cast<SceneNode*>(mParentNode)->detachObject(this); } } } //----------------------------------------------------------------------- void MovableObject::_notifyAttached(Node* parent, bool isTagPoint) { assert(!mParentNode || !parent); bool different = (parent != mParentNode); mParentNode = parent; mParentIsTagPoint = isTagPoint; // Mark light list being dirty, simply decrease // counter by one for minimise overhead --mLightListUpdated; // Call listener (note, only called if there's something to do) if (mListener && different) { if (mParentNode) mListener->objectAttached(this); else mListener->objectDetached(this); } } //----------------------------------------------------------------------- Node* MovableObject::getParentNode(void) const { return mParentNode; } //----------------------------------------------------------------------- SceneNode* MovableObject::getParentSceneNode(void) const { if (mParentIsTagPoint) { TagPoint* tp = static_cast<TagPoint*>(mParentNode); return tp->getParentEntity()->getParentSceneNode(); } else { return static_cast<SceneNode*>(mParentNode); } } //----------------------------------------------------------------------- bool MovableObject::isAttached(void) const { return (mParentNode != 0); } //--------------------------------------------------------------------- void MovableObject::detachFromParent(void) { if (isAttached()) { if (mParentIsTagPoint) { TagPoint* tp = static_cast<TagPoint*>(mParentNode); tp->getParentEntity()->detachObjectFromBone(this); } else { SceneNode* sn = static_cast<SceneNode*>(mParentNode); sn->detachObject(this); } } } //----------------------------------------------------------------------- bool MovableObject::isInScene(void) const { if (mParentNode != 0) { if (mParentIsTagPoint) { TagPoint* tp = static_cast<TagPoint*>(mParentNode); return tp->getParentEntity()->isInScene(); } else { SceneNode* sn = static_cast<SceneNode*>(mParentNode); return sn->isInSceneGraph(); } } else { return false; } } //----------------------------------------------------------------------- void MovableObject::_notifyMoved(void) { // Mark light list being dirty, simply decrease // counter by one for minimise overhead --mLightListUpdated; // Notify listener if exists if (mListener) { mListener->objectMoved(this); } } //----------------------------------------------------------------------- void MovableObject::setVisible(bool visible) { mVisible = visible; } //----------------------------------------------------------------------- bool MovableObject::getVisible(void) const { return mVisible; } //----------------------------------------------------------------------- bool MovableObject::isVisible(void) const { if (!mVisible || mBeyondFarDistance || mRenderingDisabled) return false; SceneManager* sm = Root::getSingleton()._getCurrentSceneManager(); if (sm && !(getVisibilityFlags() & sm->_getCombinedVisibilityMask())) return false; return true; } //----------------------------------------------------------------------- void MovableObject::_notifyCurrentCamera(Camera* cam) { if (mParentNode) { if (cam->getUseRenderingDistance() && mUpperDistance > 0) { Real rad = getBoundingRadius(); Real squaredDepth = mParentNode->getSquaredViewDepth(cam->getLodCamera()); const Vector3& scl = mParentNode->_getDerivedScale(); Real factor = std::max(std::max(scl.x, scl.y), scl.z); // Max distance to still render Real maxDist = mUpperDistance + rad * factor; if (squaredDepth > Math::Sqr(maxDist)) { mBeyondFarDistance = true; } else { mBeyondFarDistance = false; } } else { mBeyondFarDistance = false; } // Construct event object MovableObjectLodChangedEvent evt; evt.movableObject = this; evt.camera = cam; // Notify lod event listeners cam->getSceneManager()->_notifyMovableObjectLodChanged(evt); } mRenderingDisabled = mListener && !mListener->objectRendering(this, cam); } //----------------------------------------------------------------------- void MovableObject::setRenderQueueGroup(uint8 queueID) { assert(queueID <= RENDER_QUEUE_MAX && "Render queue out of range!"); mRenderQueueID = queueID; mRenderQueueIDSet = true; } //----------------------------------------------------------------------- void MovableObject::setRenderQueueGroupAndPriority(uint8 queueID, ushort priority) { setRenderQueueGroup(queueID); mRenderQueuePriority = queueID; mRenderQueuePrioritySet = true; } //----------------------------------------------------------------------- uint8 MovableObject::getRenderQueueGroup(void) const { return mRenderQueueID; } //----------------------------------------------------------------------- const Matrix4& MovableObject::_getParentNodeFullTransform(void) const { if(mParentNode) { // object attached to a sceneNode return mParentNode->_getFullTransform(); } // fallback return Matrix4::IDENTITY; } //----------------------------------------------------------------------- const AxisAlignedBox& MovableObject::getWorldBoundingBox(bool derive) const { if (derive) { mWorldAABB = this->getBoundingBox(); mWorldAABB.transformAffine(_getParentNodeFullTransform()); } return mWorldAABB; } //----------------------------------------------------------------------- const Sphere& MovableObject::getWorldBoundingSphere(bool derive) const { if (derive) { const Vector3& scl = mParentNode->_getDerivedScale(); Real factor = std::max(std::max(scl.x, scl.y), scl.z); mWorldBoundingSphere.setRadius(getBoundingRadius() * factor); mWorldBoundingSphere.setCenter(mParentNode->_getDerivedPosition()); } return mWorldBoundingSphere; } //----------------------------------------------------------------------- const LightList& MovableObject::queryLights(void) const { // Try listener first if (mListener) { const LightList* lightList = mListener->objectQueryLights(this); if (lightList) { return *lightList; } } // Query from parent entity if exists if (mParentIsTagPoint) { TagPoint* tp = static_cast<TagPoint*>(mParentNode); return tp->getParentEntity()->queryLights(); } if (mParentNode) { SceneNode* sn = static_cast<SceneNode*>(mParentNode); // Make sure we only update this only if need. ulong frame = sn->getCreator()->_getLightsDirtyCounter(); if (mLightListUpdated != frame) { mLightListUpdated = frame; const Vector3& scl = mParentNode->_getDerivedScale(); Real factor = std::max(std::max(scl.x, scl.y), scl.z); sn->findLights(mLightList, this->getBoundingRadius() * factor, this->getLightMask(), this->getLightMaskGroup()); } } else { mLightList.clear(); } return mLightList; } //----------------------------------------------------------------------- ShadowCaster::ShadowRenderableListIterator MovableObject::getShadowVolumeRenderableIterator( ShadowTechnique shadowTechnique, const Light* light, HardwareIndexBufferSharedPtr* indexBuffer, bool inExtrudeVertices, Real extrusionDist, unsigned long flags ) { static ShadowRenderableList dummyList; return ShadowRenderableListIterator(dummyList.begin(), dummyList.end()); } //----------------------------------------------------------------------- const AxisAlignedBox& MovableObject::getLightCapBounds(void) const { // Same as original bounds return getWorldBoundingBox(); } //----------------------------------------------------------------------- const AxisAlignedBox& MovableObject::getDarkCapBounds(const Light& light, Real extrusionDist) const { // Extrude own light cap bounds mWorldDarkCapBounds = getLightCapBounds(); this->extrudeBounds(mWorldDarkCapBounds, light.getAs4DVector(), extrusionDist); return mWorldDarkCapBounds; } //----------------------------------------------------------------------- Real MovableObject::getPointExtrusionDistance(const Light* l) const { if (mParentNode) { return getExtrusionDistance(mParentNode->_getDerivedPosition(), l); } else { return 0; } } //----------------------------------------------------------------------- uint32 MovableObject::getTypeFlags(void) const { if (mCreator) { return mCreator->getTypeFlags(); } else { return 0xFFFFFFFF; } } //--------------------------------------------------------------------- void MovableObject::setLightMask(uint64 lightMask) { this->mLightMask = lightMask; //make sure to request a new light list from the scene manager if mask changed mLightListUpdated = 0; } //--------------------------------------------------------------------- void MovableObject::setLightMaskGroup(uint32 lightMaskGroup) { this->mLightMaskGroup = lightMaskGroup; //make sure to request a new light list from the scene manager if mask changed mLightListUpdated = 0; } //--------------------------------------------------------------------- class MORecvShadVisitor : public Renderable::Visitor { public: bool anyReceiveShadows; MORecvShadVisitor() : anyReceiveShadows(false) { } void visit(Renderable* rend, ushort lodIndex, bool isDebug, Any* pAny = 0) { Technique* tech = rend->getTechnique(); bool techReceivesShadows = tech && tech->getParent()->getReceiveShadows(); anyReceiveShadows = anyReceiveShadows || techReceivesShadows || !tech; } }; //--------------------------------------------------------------------- bool MovableObject::getReceivesShadows() { MORecvShadVisitor visitor; visitRenderables(&visitor); return visitor.anyReceiveShadows; } //----------------------------------------------------------------------- //----------------------------------------------------------------------- MovableObject* MovableObjectFactory::createInstance( const String& name, SceneManager* manager, const NameValuePairList* params) { MovableObject* m = createInstanceImpl(name, params); m->_notifyCreator(this); m->_notifyManager(manager); return m; } }

[ "Olganix@hotmail.fr" ]

Olganix@hotmail.fr

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/allcxxs/mgr_r_vs_dz_tracker_1.cxx

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hroskes/geometry-comparison-style

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void mgr_r_vs_dz_tracker_1() { //=========Macro generated from canvas: c_r_vs_dz_tracker_1/r vs. dz at tracker level //========= (Mon Jul 6 19:49:37 2015) by ROOT version6.02/05 TCanvas *c_r_vs_dz_tracker_1 = new TCanvas("c_r_vs_dz_tracker_1", "r vs. dz at tracker level",0,0,3508,2480); c_r_vs_dz_tracker_1->Range(0,0,1,1); c_r_vs_dz_tracker_1->SetFillColor(0); c_r_vs_dz_tracker_1->SetBorderMode(0); c_r_vs_dz_tracker_1->SetBorderSize(2); c_r_vs_dz_tracker_1->SetTickx(1); c_r_vs_dz_tracker_1->SetTicky(1); c_r_vs_dz_tracker_1->SetLeftMargin(0.18); c_r_vs_dz_tracker_1->SetRightMargin(0.05); c_r_vs_dz_tracker_1->SetBottomMargin(0.16); c_r_vs_dz_tracker_1->SetFrameBorderMode(0); TMultiGraph *multigraph = new TMultiGraph(); multigraph->SetName("mgr_r_vs_dz_tracker_1"); multigraph->SetTitle(";r /cm;#Deltaz /#mum"); Double_t rdzTECn_fx25[3200] = { 27.59087, 27.58715, 27.64504, 27.64568, 36.51542, 36.51775, 36.56906, 36.56431, 44.53479, 44.55751, 44.58357, 55.98195, 56.00969, 56.02939, 56.04897, 67.48962, 67.48344, 67.53697, 67.52145, 81.66449, 81.687, 81.67883, 81.7355, 98.82522, 98.88354, 98.87969, 98.8628, 98.92861, 27.49409, 27.49194, 27.51682, 27.52011, 36.41575, 36.41507, 36.43979, 36.44025, 44.48356, 44.48928, 44.46977, 55.89499, 55.88516, 55.90468, 55.92302, 67.39601, 67.39399, 67.41535, 67.42419, 81.57262, 81.58784, 81.58891, 81.61621, 98.75112, 98.82475, 98.78635, 98.74831, 98.74266, 27.55287, 27.55241, 27.52797, 27.52517, 36.46814, 36.46893, 36.4443, 36.44712, 44.54903, 44.5271, 44.50523, 55.93845, 55.93184, 55.922, 55.91495, 67.44229, 67.43477, 67.42137, 67.41987, 81.63888, 81.62299, 81.61609, 81.60255, 98.81279, 98.78678, 98.8511, 98.80733, 98.79053, 27.75138, 27.75161, 27.67932, 27.68412, 36.67681, 36.67348, 36.59789, 36.59683, 44.74741, 44.69547, 44.62484, 56.16664, 56.12846, 56.0864, 56.05933, 67.61905, 67.62798, 67.5962, 67.59966, 81.86275, 81.81947, 81.78772, 81.74574, 99.03928, 98.99642, 99.01102, 98.91953, 98.94858, 27.95551, 27.95254, 27.88147, 27.88177, 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28.00541, 36.9352, 36.93258, 44.99384, 44.93682, 56.40432, 56.39755, 56.38859, 67.91711, 67.91084, 67.88854, 67.89141, 67.87605, 67.88052, 82.10699, 82.06387, 82.06931, 99.27361, 99.27977, 99.22783, 99.29424, 99.24374, 28.03693, 28.0352, 36.96819, 36.97104, 44.98202, 44.98503, 56.44195, 56.44309, 56.43927, 67.91389, 67.92027, 67.92802, 67.93228, 67.9269, 67.93109, 82.11876, 82.13571, 82.11586, 99.29329, 99.27731, 99.33115, 99.31292, 99.2709, 27.94328, 27.9423, 36.8707, 36.86391, 44.90815, 44.89703, 56.31529, 56.3492, 56.37374, 67.8018, 67.7925, 67.83807, 67.83652, 67.86665, 67.86153, 82.00655, 82.02755, 82.05543, 99.13596, 99.15782, 99.17072, 99.23589, 99.21029, 27.74319, 27.747, 36.67814, 36.68387, 44.69384, 44.75086, 56.11906, 56.14071, 56.18198, 67.58139, 67.57049, 67.62389, 67.62122, 67.68541, 67.69347, 81.7978, 81.82462, 81.87523, 99.03295, 98.98814, 98.97453, 99.07352, 99.01628, 27.58679, 27.59338, 27.63821, 27.63827, 36.53028, 36.53046, 36.59152, 36.59767, 44.5327, 44.555, 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99.4113, 99.3395, 99.35069, 99.33636, 99.38409, 56.47711, 56.48313, 56.39582, 67.94462, 67.93671, 67.95506, 67.94518, 68.00016, 67.98677, 82.13859, 82.13299, 82.14413, 99.3232, 99.32459, 99.34431, 99.37041, 99.37953, 56.28302, 56.35747, 56.35018, 67.70168, 67.71278, 67.79447, 67.81197, 67.82117, 67.83889, 81.91591, 81.98811, 82.00464, 99.12122, 99.11864, 99.11677, 99.18593, 99.20055, 56.00041, 56.22283, 56.08108, 67.55637, 67.56052, 67.60226, 67.59421, 67.58869, 67.57009, 81.7595, 81.77369, 81.7924, 98.8546, 98.94086, 98.90839, 99.02945, 98.96516}; Double_t rdzTECn_fy25[3200] = { -49.20144, -22.42077, -50.58578, -22.73964, -2.79759, -32.39873, -0.1106522, -23.14961, -10.32875, -3.955437, -2.513322, -18.27704, -33.53188, -40.98718, -29.03741, -9.048943, -1.040701, -57.1413, -61.72125, -7.747826, -24.95849, -37.63637, -32.64681, 4.651509, -2.42078, 34.79012, -51.17395, -5.103788, -30.30979, -7.726524, -19.13225, 14.59003, -14.28075, -35.64466, 0.2104621, -13.52342, -28.28016, -15.92678, 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247.5181, 133.492, 144.4296, 230.6552, 279.5762, 347.958}; TGraph *graph = new TGraph(3200,rdzTECn_fx25,rdzTECn_fy25); graph->SetName("rdzTECn"); graph->SetTitle("TEC at z<0;r /cm;#Deltaz /#mum"); graph->SetFillColor(1); graph->SetMarkerColor(7); graph->SetMarkerStyle(6); multigraph->Add(graph,"P"); Double_t rdzTOBn_fx26[2604] = { 58.26049, 58.68097, 59.32225, 59.74799, 58.2348, 58.66196, 59.29082, 59.71632, 58.2179, 58.64145, 59.28043, 59.70414, 61.42261, 61.86228, 62.47141, 62.91399, 61.39949, 61.84397, 62.44699, 62.88721, 61.38267, 61.82001, 62.44029, 62.87768, 58.20881, 58.6291, 59.25804, 59.6878, 58.16811, 58.5963, 59.23441, 59.65731, 58.15006, 58.56853, 59.21277, 59.63103, 61.3706, 61.80931, 62.42859, 62.86397, 61.34409, 61.7821, 62.41093, 62.84926, 61.33305, 61.77547, 62.40767, 62.83994, 58.16138, 58.59019, 59.20694, 59.65219, 58.136, 58.56417, 59.19967, 59.63763, 58.12666, 58.55161, 59.18157, 59.61887, 61.34641, 61.78052, 62.40535, 62.84753, 61.33915, 61.77608, 62.39806, 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134.9031, 135.1013, 134.8904, 135.2184, 134.929, 135.0619, 138.7377, 138.8769, 138.7718, 138.9708, 138.7316, 138.8568, 140.8897, 141.0393, 140.8517, 141.111, 140.848, 140.8846, 145.034, 145.1224, 144.855, 145.1996, 145.018, 145.1251, 147.7512, 147.9246, 147.6625, 147.83, 147.7011, 147.8665, 152.0474, 152.121, 152.0118, 152.1408, 152.0278, 152.2527, 155.377, 155.3589, 155.0441, 155.3972, 155.2936, 155.4331, 159.6547, 159.6675, 159.6022, 159.6925, 159.641, 159.7668, 163.3856, 163.4345, 163.3555, 163.6423, 163.1992, 163.5448, 167.5827, 167.5714, 167.5029, 167.5701, 167.6564, 167.6079, 171.6364, 171.6554, 171.5795, 171.6751, 171.6176, 171.7096, 175.6205, 175.6965, 175.6804, 175.6883, 175.6781, 175.7615, 179.8836, 179.9106, 179.9683, 179.9655, 179.8872, 179.8076, 183.5441, 183.4906, 183.5957, 183.585, 183.5166, 183.5815, 187.9456, 187.8131, 187.8504, 187.8708, 187.9273, 187.8325, 191.1513, 191.0781, 191.1998, 191.1352, 191.0827, 191.0548, 195.5265, 195.3122, 195.4428, 195.4053, 195.4779, 195.4408}; graph = new TGraph(2604,rdzTOBn_fx26,rdzTOBn_fy26); graph->SetName("rdzTOBn"); graph->SetTitle("TOB at z<0;r /cm;#Deltaz /#mum"); graph->SetFillColor(1); graph->SetMarkerColor(6); graph->SetMarkerStyle(6); multigraph->Add(graph,"P"); Double_t rdzTIDn_fx27[408] = { 28.53669, 28.53476, 28.36146, 28.36057, 28.27429, 28.27457, 28.29843, 28.29734, 28.4258, 28.42577, 28.62421, 28.62624, 28.80216, 28.80226, 28.97163, 28.97209, 29.04532, 29.04605, 29.05019, 29.05094, 28.93246, 28.93195, 28.73572, 28.73837, 28.45673, 28.45475, 28.32909, 28.33081, 28.2965, 28.29539, 28.36906, 28.37027, 28.53108, 28.53208, 28.7179, 28.71729, 28.90187, 28.9023, 29.02145, 29.01805, 29.04692, 29.04859, 28.98624, 28.98592, 28.83443, 28.83211, 28.63828, 28.63305, 36.5704, 36.56993, 36.40133, 36.40173, 36.32199, 36.32019, 36.33757, 36.33502, 36.45086, 36.4514, 36.64795, 36.64859, 36.85114, 36.85362, 37.00404, 37.00397, 37.07194, 37.0735, 37.04791, 37.04634, 36.94312, 36.94097, 36.76578, 36.76029, 36.53954, 36.48073, 36.35588, 36.35519, 36.31125, 36.31384, 36.37686, 36.37894, 36.53322, 36.5336, 36.72585, 36.7224, 36.90643, 36.90556, 37.03944, 37.04089, 37.08147, 37.08548, 37.02074, 37.01971, 36.86447, 36.86303, 36.66461, 36.66639, 44.59457, 44.49166, 44.41383, 44.37529, 44.37813, 44.40437, 44.46411, 44.56837, 44.67938, 44.7924, 44.90389, 45.00556, 45.08502, 45.13265, 45.12901, 45.09612, 45.02571, 44.93379, 44.80373, 44.70598, 44.54885, 44.44609, 44.39363, 44.34756, 44.35374, 44.39708, 44.46688, 44.57736, 44.70555, 44.84631, 44.93964, 45.04883, 45.11721, 45.14359, 45.13613, 45.10742, 45.02261, 44.91308, 44.79379, 44.66696, 28.56149, 28.56154, 28.36446, 28.36118, 28.25611, 28.25282, 28.26007, 28.25928, 28.37572, 28.37064, 28.57504, 28.57659, 28.80152, 28.80351, 28.9942, 28.99747, 29.10536, 29.10885, 29.09633, 29.09406, 28.99139, 28.9869, 28.78718, 28.78602, 28.40198, 28.40533, 28.26429, 28.26984, 28.24593, 28.24932, 28.34983, 28.35271, 28.52803, 28.52974, 28.74424, 28.74317, 28.95026, 28.94854, 29.08369, 29.07976, 29.09658, 29.09571, 29.00215, 29.00287, 28.8219, 28.8213, 28.60948, 28.60772, 36.51068, 36.50739, 36.3381, 36.333, 36.26002, 36.25353, 36.30144, 36.30068, 36.44916, 36.44928, 36.65474, 36.6586, 36.88667, 36.90262, 37.05729, 37.05939, 37.13834, 37.13661, 37.09115, 37.0918, 36.95259, 36.95136, 36.73427, 36.73009, 36.39222, 36.40861, 36.27478, 36.2756, 36.26029, 36.26086, 36.3583, 36.36319, 36.56323, 36.56205, 36.78284, 36.78803, 37.00198, 36.9955, 37.11902, 37.11808, 37.12773, 37.12772, 37.02933, 37.03231, 36.84417, 36.85642, 36.60159, 36.60041, 44.64695, 44.52653, 44.44072, 44.36725, 44.33859, 44.33996, 44.38734, 44.47791, 44.59443, 44.72128, 44.86335, 44.97848, 45.07181, 45.12841, 45.15753, 45.14619, 45.10428, 45.00666, 44.9025, 44.77077, 44.59237, 44.46442, 44.3728, 44.32383, 44.29734, 44.34364, 44.41257, 44.51774, 44.63647, 44.78258, 44.9131, 45.03271, 45.1117, 45.17945, 45.18395, 45.16744, 45.09391, 44.98577, 44.85489, 44.72533, 28.50518, 28.50646, 28.28981, 28.29039, 28.17985, 28.18327, 28.21679, 28.21393, 28.36908, 28.36604, 28.60011, 28.59885, 28.86644, 28.8631, 29.07185, 29.0675, 29.16884, 29.16416, 29.14381, 29.14502, 28.99551, 28.99652, 28.76152, 28.75908, 28.40096, 28.40109, 28.24571, 28.24476, 28.20082, 28.20063, 28.2933, 28.29532, 28.48495, 28.48833, 28.72976, 28.73088, 28.96073, 28.95758, 29.11009, 29.10893, 29.1524, 29.15115, 29.06003, 29.05572, 28.86944, 28.86957, 28.62905, 28.63122, 36.52883, 36.52752, 36.32227, 36.31966, 36.21885, 36.21785, 36.25443, 36.24985, 36.398, 36.39725, 36.63739, 36.63083, 36.87676, 36.87451, 37.0724, 37.07423, 37.17556, 37.16978, 37.14539, 37.14592, 37.00278, 37.00097, 36.7725, 36.77602, 36.41896, 36.41773, 36.26213, 36.26498, 36.22076, 36.22191, 36.30347, 36.30432, 36.49643, 36.49481, 36.75008, 36.74846, 36.98024, 36.97656, 37.14414, 37.14038, 37.17262, 37.17237, 37.08733, 37.08442, 36.89321, 36.89245, 36.65388, 36.65385, 44.57159, 44.45027, 44.34635, 44.29305, 44.27879, 44.31098, 44.3906, 44.51254, 44.64658, 44.78883, 44.93874, 45.06091, 45.16306, 45.20249, 45.21381, 45.19063, 45.09425, 44.98103, 44.85279, 44.71676, 44.49129, 44.38039, 44.29108, 44.24493, 44.25171, 44.30859, 44.41556, 44.5377, 44.69072, 44.85941, 45.0034, 45.12597, 45.20914, 45.24691, 45.24782, 45.18074, 45.1, 44.96227, 44.80064, 44.63688}; Double_t rdzTIDn_fy27[408] = { 101.4789, 88.27944, 91.23936, 80.71027, 62.30209, 53.07048, 46.29416, 41.86959, 51.8897, 40.59861, 53.14589, 43.15212, 62.35523, 62.35511, 74.0393, 74.0392, 86.4133, 86.41319, 103.6391, 97.53623, 100.715, 98.19634, 115.4812, 107.4708, 94.00611, 100.7197, 78.20322, 89.26536, 59.8391, 60.82986, 51.53263, 56.41566, 53.93004, 64.76481, 48.60298, 60.88735, 97.51434, 111.0962, 118.5061, 124.0769, 94.98278, 102.9945, 100.933, 117.3361, 108.9863, 120.2011, 99.81544, 111.2617, 63.36796, 66.34281, 88.80206, 88.42024, 103.8434, 100.7918, 63.26388, 63.49296, 32.59461, 27.40762, 43.02493, 35.32069, 53.61447, 55.82698, 86.92972, 86.16779, 112.0169, 121.7834, 123.684, 128.2622, 76.15056, 67.45261, 86.62573, 83.57256, 87.07577, 96.91766, 104.4855, 98.6105, 87.68429, 87.6074, 47.70716, 48.69902, 33.63365, 32.10813, 44.74763, 46.12115, 84.85239, 87.06581, 114.2747, 106.6457, 119.0995, 115.2084, 92.85273, 98.27052, 84.87609, 91.66685, 76.7394, 72.08589, 70.42615, 91.02328, 77.89183, 66.69592, 24.8569, -19.02574, -28.47503, 0.8175004, 16.2137, 29.05763, 36.71666, 54.64242, 84.33582, 96.06269, 78.7009, 56.88826, 48.25632, 78.31775, 85.05125, 69.61164, 93.04417, 97.61972, 73.01771, 56.705, 9.664688, -30.46015, -6.581481, 13.78777, 32.22178, 36.11459, 53.84593, 72.68833, 112.3229, 82.32246, 84.5009, 52.44925, 57.63107, 93.95307, 90.62733, 87.81059, 62.64338, 57.07348, 44.16393, 34.8551, 40.17865, 39.26179, 26.68891, 22.64416, 18.08889, 2.907989, 54.43452, 54.43466, 62.41812, 62.41869, 74.186, 74.18533, 86.48898, 86.48813, 89.4531, 79.23026, 97.89745, 87.29221, 89.93146, 81.38657, 41.89243, 51.0488, 38.51902, 50.72604, 60.73905, 60.74055, 53.41808, 53.41825, 52.45839, 52.45798, 57.74378, 57.74305, 67.97633, 67.97663, 80.50235, 80.50352, 88.79925, 93.52962, 88.34038, 98.487, 88.91843, 95.3284, 69.36931, 75.397, 41.38848, 36.88741, 40.49508, 55.37341, 51.10371, 58.81158, 37.29658, 44.69842, 31.87706, 40.57541, 48.11406, 48.19098, 58.48267, 123.3308, 73.56605, 73.56562, 105.7556, 116.5885, 92.54978, 104.0691, 107.2822, 84.16257, 53.58292, 59.30527, 56.4573, 45.77651, 64.18417, 51.06311, 59.96651, 49.9736, 37.99386, 30.05941, 61.68565, 45.51074, 71.50182, 61.96347, 86.58836, 73.31317, 100.4526, 88.62737, 109.6285, 95.89592, 94.98512, 102.3101, 88.15361, 100.132, 79.09988, 77.95655, 93.08933, 84.00938, 60.64937, 55.86244, 47.59042, 34.99096, 41.48124, 62.31009, 73.27767, 70.71439, 83.71479, 93.40441, 88.99497, 98.89121, 76.34183, 78.03204, 88.62782, 103.3531, 109.4741, 83.42764, 88.3924, 82.36674, 53.86819, 62.65835, 47.96074, 27.97754, 40.27176, 72.61117, 71.58556, 71.5139, 80.17138, 97.63681, 87.37979, 95.52471, 71.76676, 72.7499, 102.6513, 117.7696, 106.1993, 85.75187, 125.9554, 117.2569, 100.4548, 93.51221, 87.23258, 75.17837, 71.29813, 61.22752, 61.86089, 57.97102, 78.67896, 71.35468, 91.24088, 92.23206, 107.2806, 110.0265, 114.403, 106.2383, 117.8223, 118.1271, 126.9533, 125.1228, 131.3446, 124.4761, 128.4031, 132.2175, 105.7291, 110.5353, 80.87942, 86.98176, 67.37845, 82.02832, 79.31257, 86.79028, 85.35681, 84.74696, 98.79572, 102.0005, 113.6851, 127.4178, 116.9423, 124.2679, 120.4517, 131.7458, 138.4254, 150.0222, 132.8378, 147.105, 134.1558, 151.6269, 88.78384, 104.7289, 89.93769, 89.93814, 67.7407, 65.07274, 46.53201, 47.90561, 59.71159, 68.56145, 65.50022, 74.65591, 98.96877, 101.562, 99.64474, 109.5624, 117.035, 125.3495, 113.0686, 105.0575, 129.5638, 133.8362, 123.8237, 125.6552, 105.1556, 103.8584, 93.69499, 96.28823, 53.94077, 47.9908, 59.62923, 53.2198, 69.5185, 52.42824, 96.43088, 80.79095, 123.4899, 123.8715, 125.4928, 131.9019, 122.1375, 118.4, 131.639, 122.3327, 133.3391, 129.0673, 83.76146, 92.38628, 98.24329, 57.44257, -29.56741, -54.37131, -0.8031644, 68.61897, 64.48385, 37.2759, 30.66852, 47.91329, 94.08578, 101.2414, 92.5778, 93.19889, 133.9326, 162.9995, 134.2561, 89.51757, 85.47151, 102.869, 81.31175, 21.43668, -59.17771, -37.50503, 35.81829, 79.9863, 56.37791, 30.90187, 37.57545, 81.36536, 100.8652, 95.43201, 83.5757, 119.7348, 156.6596, 166.3542, 112.0605, 83.44717}; graph = new TGraph(408,rdzTIDn_fx27,rdzTIDn_fy27); graph->SetName("rdzTIDn"); graph->SetTitle("TID at z<0;r /cm;#Deltaz /#mum"); graph->SetFillColor(1); graph->SetMarkerColor(4); graph->SetMarkerStyle(6); multigraph->Add(graph,"P"); Double_t rdzTIBn_fx28[1362] = { 23.51643, 23.7351, 23.52174, 23.74664, 23.49732, 23.71904, 23.41737, 23.64017, 23.41935, 23.63427, 23.41289, 23.63688, 23.34031, 23.55599, 23.32617, 23.54609, 23.31986, 23.54922, 23.29555, 23.5174, 23.30144, 23.52148, 23.27231, 23.49244, 23.24874, 23.48122, 23.23886, 23.46054, 23.22202, 23.44736, 23.25715, 23.4755, 23.26149, 23.48318, 23.13995, 23.3668, 23.2794, 23.50121, 23.27757, 23.49739, 23.28622, 23.50671, 23.34571, 23.57404, 23.35007, 23.57287, 23.3628, 23.58355, 23.44888, 23.67114, 23.459, 23.68381, 23.49123, 23.71629, 23.54831, 23.77291, 23.5658, 23.78409, 23.59438, 23.81721, 23.6488, 23.87036, 23.65487, 23.87535, 23.65684, 23.87747, 23.78171, 24.00756, 23.7836, 24.00589, 23.7935, 24.02161, 23.89157, 24.11264, 23.91621, 24.13889, 23.93548, 24.15424, 27.04695, 26.82809, 26.99727, 26.77498, 26.93404, 26.71434, 26.91273, 26.69551, 26.89996, 26.67746, 26.84857, 26.62944, 26.88485, 26.66598, 26.84624, 26.62376, 26.78618, 26.5597, 26.83723, 26.61971, 26.79746, 26.57587, 26.72902, 26.503, 26.80154, 26.57276, 26.74805, 26.52691, 26.69073, 26.46908, 26.71924, 26.49615, 26.71315, 26.49374, 26.68923, 26.46998, 26.7125, 26.49125, 26.69736, 26.47949, 26.71555, 26.49015, 26.76625, 26.54679, 26.76216, 26.53883, 26.77058, 26.54292, 26.84779, 26.62481, 26.83589, 26.61434, 26.83539, 26.60991, 26.96188, 26.73902, 26.94434, 26.71586, 26.92023, 26.69795, 26.99402, 26.77359, 27.00431, 26.77897, 27.00176, 26.77715, 27.0739, 26.85519, 27.09025, 26.86963, 27.09605, 26.8758, 27.18578, 26.95942, 27.20328, 26.98294, 27.19817, 26.97596, 27.30335, 27.08273, 27.30875, 27.09336, 27.3028, 27.07851, 27.40246, 27.18017, 27.42488, 27.20394, 27.40507, 27.18581, 23.99892, 24.21726, 24.05292, 24.28715, 24.08321, 24.29902, 24.05548, 24.27442, 24.14089, 24.3653, 24.15508, 24.38254, 24.09327, 24.31595, 24.14605, 24.36417, 24.18736, 24.40286, 24.11851, 24.34411, 24.16271, 24.38198, 24.22514, 24.44797, 24.11776, 24.34479, 24.15394, 24.38935, 24.22095, 24.44718, 24.12326, 24.34377, 24.17997, 24.40147, 24.23088, 24.44764, 24.1043, 24.33098, 24.15226, 24.36814, 24.19937, 24.39965, 24.07121, 24.30128, 24.09631, 24.30708, 24.13256, 24.34096, 24.01159, 24.23369, 24.0283, 24.23722, 24.07042, 24.28318, 23.9492, 24.17674, 23.96588, 24.19664, 23.99689, 24.21646, 23.86464, 24.08697, 23.86893, 24.08844, 23.89296, 24.11128, 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56.88256, 59.95961, 58.48508, 59.90228, 59.41015, 59.86055, 60.01618, 63.22897, 63.34689, 63.40311, 63.26241, 63.4729, 63.78781, 66.43758, 66.41764, 66.44994, 66.20117, 66.44497, 66.196, 68.81567, 68.64973, 68.80014, 68.70972, 68.83289, 68.09538, 70.71142, 71.42197, 70.628, 70.47062, 70.58369, 69.85412, 71.80293, 72.51157, 71.68087, 71.91302, 71.71387, 70.49569, 72.14632, 72.75932, 72.11182, 72.35183, 72.14429, 71.05016, 71.7851, 72.16631, 71.76556, 72.12783, 71.67925, 70.43897, 70.71246, 71.64479, 70.66407, 70.34756, 70.61627, 69.87917, 68.87601, 69.61454, 68.8923, 68.88573, 68.81113, 68.38638, 66.43962, 67.35414, 66.36184, 67.50631, 66.39037, 66.19794, 63.34037, 64.05033, 63.29579, 64.59695, 63.20436, 64.08472, 58.10058, 61.16295, 58.09541, 60.14603, 58.00237, 62.07581, 54.21746, 56.5331, 54.21122, 55.99423, 54.1265, 56.59646, 49.70456, 50.47503, 49.9488, 51.27371, 49.86883, 52.33675, 45.47461, 44.96939, 45.35522, 45.45956, 45.34642, 46.78665, 40.85324, 40.10365, 40.96238, 40.80223, 40.88448, 41.52576, 36.78537, 35.67822, 36.64436, 36.14495, 36.64119, 37.9749, 32.53849, 30.82723, 32.7773, 31.6751, 32.54419, 32.62415, 28.8485, 27.2959, 28.91884, 27.55678, 28.91059, 28.12041, 25.70297, 26.00766, 25.71582, 24.62813, 25.78462, 24.01098, 23.25968, 23.68694, 23.36791, 23.89102, 23.31757, 24.60384, 21.58522, 21.48825, 21.74555, 20.90473, 21.62057, 20.70267, 20.60746, 20.82439, 20.71421, 19.57545, 20.81512, 19.33427, 20.5312, 19.53511, 20.55939, 18.3238, 20.47034, 18.88314, 21.32973, 19.61863, 21.2798, 19.39756, 21.26789, 19.07957, 22.78361, 20.37162, 22.90409, 19.80638, 22.81932, 19.7603, 25.14458, 22.74061, 25.24385, 22.53351, 25.23603, 21.80119, 28.25318, 26.44532, 28.29936, 25.48018, 28.29691, 24.71412, 59.79045, 60.43755, 59.6734, 60.10138, 59.58007, 59.70254, 55.95441, 56.51997, 55.85241, 56.85449, 55.79369, 56.98879, 51.73071, 52.47599, 51.65488, 52.7734, 51.60277, 52.60651, 47.32671, 47.24135, 47.28811, 47.90918, 47.23955, 49.15845, 42.84089, 43.09753, 42.75229, 43.8675, 42.74431, 44.92859, 38.39211, 37.6251, 38.31632, 38.77956, 38.35176, 39.11823, 34.06288, 33.64525, 34.12261, 33.89525, 34.15747, 34.96022, 30.10878, 29.42786, 30.10971, 29.83805, 30.06474, 31.28158, 26.50426, 26.38801, 26.57348, 26.71447, 26.60268, 26.93497, 23.48865, 23.23184, 23.55734, 23.349, 23.58882, 23.68352, 20.97478, 20.89162, 21.04199, 20.4433, 21.10508, 20.58367, 19.30893, 19.27417, 19.28843, 19.14026, 19.23869, 19.20279, 18.17892, 17.84205, 18.19881, 17.92624, 18.22342, 17.19036, 17.82662, 17.72859, 17.8846, 16.68925, 17.8335, 16.48575, 18.20071, 17.24676, 18.19885, 17.22591, 18.19045, 16.60587, 19.30399, 17.96924, 19.2605, 17.66942, 19.32425, 17.80933, 21.04586, 19.61031, 21.10952, 19.62618, 21.09708, 18.81271, 23.50113, 22.10783, 23.52703, 22.61028, 23.55477, 22.29543, 26.61552, 26.17102, 26.48418, 26.70602, 26.54951, 26.65911, 27.82773, 27.88102, 27.85581, 31.63467, 31.68733, 31.46652, 35.72451, 35.77916, 35.67392, 40.00999, 39.99716, 40.00415, 44.27296, 44.37642, 44.24009, 48.67429, 48.762, 48.55637, 52.90535, 52.8856, 52.77711, 57.15196, 57.03549, 56.99022, 60.96388, 60.9881, 60.88565, 64.50177, 64.47364, 64.4444, 67.66659, 67.63862, 67.64507, 70.41221, 70.33662, 70.32529, 72.60598, 72.56652, 72.53608, 74.0974, 74.1443, 74.15066, 75.2776, 75.24297, 75.11694, 75.70057, 75.71766, 75.49678, 75.418, 75.44668, 75.31939, 74.61463, 74.56406, 74.60983, 73.17594, 73.15212, 73.16235, 71.17138, 71.1622, 71.11317, 68.62383, 68.6091, 68.52259, 65.54227, 65.54301, 65.53384, 26.49723, 26.4867, 26.40519, 30.35589, 30.34762, 30.34623, 34.54578, 34.49858, 34.49563, 38.98465, 38.97576, 38.93067, 43.4758, 43.42607, 43.42011, 47.94195, 47.9296, 47.96041, 52.43524, 52.23505, 52.21735, 56.72872, 56.58357, 56.53109, 60.78057, 60.80801, 60.91989, 64.6356, 64.66695, 64.62035, 68.05193, 68.08255, 68.07771, 71.12806, 71.08091, 71.15072, 73.63174, 73.60366, 73.63496, 75.61897, 75.63073, 75.62374, 77.04308, 77.07535, 77.1051, 77.94563, 77.91375, 77.86564, 78.19244, 78.14224, 78.13306, 77.73673, 77.67058, 77.69767, 76.72669, 76.63258, 76.73372, 75.06437, 75.08416, 75.1116, 72.89507, 72.83027, 72.85682, 70.24102, 70.26183, 70.1746, 67.09303, 67.05625, 66.96723, 62.13706, 62.11672, 62.10834, 58.32918, 58.37411, 58.38219, 54.25764, 54.25574, 54.45214, 50.02431, 49.97327, 50.15028, 45.72895, 45.62275, 45.72386, 41.29423, 41.2785, 41.29285, 37.02898, 37.01978, 36.99641, 32.81533, 32.83258, 32.8674, 28.93003, 28.92186, 29.01368, 25.35029, 25.31929, 25.33548, 22.13242, 22.12134, 22.25092, 19.51189, 19.49725, 19.45882, 17.32541, 17.30778, 17.2882, 15.62368, 15.71523, 15.78985, 14.73985, 14.72903, 14.67232, 14.36372, 14.4005, 14.35185, 14.56702, 14.57771, 14.60513, 15.36374, 15.37873, 15.35213, 16.83441, 16.82775, 16.8801, 18.81784, 18.84173, 18.85163, 21.39847, 21.39131, 21.39924, 24.49141, 24.4959, 24.47129, 63.43667, 63.32875, 63.50029, 59.45713, 59.61712, 59.57116, 55.36886, 55.32119, 55.30442, 50.97336, 50.99202, 50.98458, 46.46601, 46.57729, 46.5316, 41.9057, 42.0388, 42.06917, 37.5122, 37.43496, 37.50919, 33.16966, 33.16162, 33.19589, 29.12523, 29.04505, 28.9974, 25.24523, 25.30533, 25.21868, 21.83754, 21.88708, 21.84224, 18.80897, 18.8138, 18.80808, 16.30732, 16.29, 16.32149, 14.34803, 14.34186, 14.33377, 12.90484, 12.85982, 12.92936, 12.09672, 12.13123, 12.05063, 11.86916, 11.79111, 11.82402, 12.32162, 12.30122, 12.29863, 13.30651, 13.26526, 13.33817, 14.85567, 14.9241, 14.92192, 17.07018, 17.06534, 17.06541, 19.75014, 19.74577, 19.51931, 22.93748, 22.87099, 22.26542, 24.03257, 24.08216, 24.11041, 27.92327, 27.91446, 27.87066, 31.70228, 31.84387, 31.86854, 36.10273, 36.18485, 36.06315, 40.42748, 40.37557, 40.48038, 45.2775, 44.83409, 44.93179, 49.1459, 49.28412, 49.45995, 53.85222, 53.85331, 53.80207, 57.52997, 57.93163, 57.8804, 61.81949, 61.83773, 61.89901, 65.73962, 65.39088, 65.595, 69.43678, 69.43647, 69.37555, 72.1717, 71.95862, 72.20166, 75.1339, 74.89105, 74.79757, 77.36105, 77.02313, 77.16006, 79.16599, 79.09496, 79.07841, 80.4565, 80.63051, 80.50188, 81.39499, 81.45657, 81.443, 81.64324, 81.70355, 81.61385, 81.41486, 81.47376, 81.42239, 80.74228, 80.74832, 80.7001, 79.40403, 79.38658, 79.45351, 77.59321, 77.5197, 77.54608, 75.32944, 75.31592, 75.19186, 72.61229, 72.52785, 72.43874, 69.26289, 69.31708, 69.3387, 22.72991, 22.69703, 22.6679, 26.29728, 26.42956, 26.40351, 30.26076, 30.30828, 30.29938, 34.61018, 34.56868, 34.60034, 38.76124, 38.68396, 38.78963, 43.05795, 43.02616, 43.14496, 47.52353, 47.5425, 47.54757, 51.88315, 51.94777, 51.90201, 56.12834, 56.21013, 56.21755, 60.28426, 60.32614, 60.28976, 64.21683, 64.22266, 64.27938, 67.88659, 67.73977, 67.81359, 71.339, 71.04993, 71.20406, 74.42065, 74.17351, 74.41912, 77.14742, 76.95337, 76.97916, 79.45476, 79.26982, 79.31305, 81.32748, 81.20902, 81.21365, 82.69563, 82.57494, 82.6935, 83.65271, 83.64786, 83.69282, 84.12061, 84.16108, 84.07156, 84.10455, 84.09716, 84.1079, 83.57892, 83.57436, 83.49042, 82.49491, 82.49525, 82.56275, 81.02922, 81.04808, 81.08017, 79.06469, 79.06378, 79.13338, 76.69083, 76.73679, 76.76569, 73.86812, 73.9509, 73.95997, 70.78744, 70.77659, 70.8064, 65.79095, 65.80056, 65.9479, 62.03287, 62.0506, 62.07592, 58.01998, 58.01491, 58.04334, 53.82875, 53.71061, 53.81639, 49.464, 49.36371, 49.39258, 44.98254, 45.01697, 44.89665, 40.61682, 40.5947, 40.58635, 36.24955, 36.20292, 36.27874, 32.00741, 32.08018, 32.00215, 27.94861, 28.05903, 27.97986, 24.14804, 24.16637, 24.24359, 20.6038, 20.73823, 20.69708, 17.56604, 17.71719, 17.48741, 14.78403, 14.8188, 14.77566, 12.51915, 12.49803, 12.52998, 10.659, 10.80842, 10.6502, 9.386785, 9.308297, 9.302789, 8.54377, 8.522231, 8.555541, 8.303845, 8.304787, 8.340709, 8.5549, 8.572004, 8.53202, 9.28375, 9.369379, 9.320817, 10.62754, 10.77151, 10.65216, 12.3499, 12.45517, 12.44857, 14.59549, 14.69974, 14.80169, 17.40659, 17.45169, 17.59738, 20.43175, 20.63275, 20.77564, 67.238, 67.34055, 67.27696, 63.58252, 63.62013, 63.55307, 59.52989, 59.56848, 59.61992, 55.42371, 55.50126, 55.47405, 51.16169, 51.21397, 51.20506, 46.87955, 46.79384, 46.80543, 42.32709, 42.38474, 42.43344, 38.09917, 38.09279, 38.04272, 33.67117, 33.7864, 33.75611, 29.6783, 29.66989, 29.67952, 25.46087, 25.70168, 25.69061, 21.85458, 21.99764, 22.00606, 18.44243, 18.63223, 18.58462, 15.20793, 15.53128, 15.52135, 12.85159, 12.82392, 12.84444, 10.85883, 10.59987, 10.5863, 8.608462, 8.713315, 8.720572, 7.215522, 7.2909, 7.24229, 6.355817, 6.335169, 6.322336, 5.931267, 5.916916, 5.90395, 5.973896, 5.968297, 5.937606, 6.519051, 6.513335, 6.521103, 7.537836, 7.534521, 7.522651, 8.974422, 9.018179, 9.044644, 10.99134, 11.00532, 10.91919, 13.37634, 13.37072, 13.28227, 16.1428, 16.13801, 16.16909, 19.19333, 19.18023, 19.17879}; graph = new TGraph(1362,rdzTIBn_fx28,rdzTIBn_fy28); graph->SetName("rdzTIBn"); graph->SetTitle("TIB at z<0;r /cm;#Deltaz /#mum"); graph->SetFillColor(1); graph->SetMarkerColor(3); graph->SetMarkerStyle(6); multigraph->Add(graph,"P"); Double_t rdzPXFn_fx29[336] = { 6.090453, 8.553477, 11.42126, 13.88496, 7.249039, 10.16592, 13.09396, 5.988542, 8.448001, 11.31387, 13.79256, 7.127621, 10.02826, 12.98209, 5.880697, 8.34839, 11.21427, 13.68651, 7.051502, 9.972571, 12.90246, 5.80092, 8.27234, 11.15047, 13.63327, 6.976398, 9.906002, 12.83427, 5.758087, 8.236194, 11.1055, 13.57837, 6.946638, 9.87816, 12.80596, 5.760213, 8.226215, 11.09703, 13.5756, 6.929648, 9.859048, 12.7805, 6.690555, 9.170884, 12.02925, 14.51861, 7.863796, 10.7922, 13.72163, 6.636504, 9.112585, 11.98391, 14.44567, 7.806471, 10.74068, 13.67221, 6.553238, 9.015395, 11.88867, 14.35616, 7.728478, 10.64651, 13.57028, 6.454512, 8.922779, 11.79433, 14.26714, 7.631309, 10.55385, 13.47066, 6.335814, 8.801602, 11.66941, 14.14223, 7.498204, 10.42383, 13.35109, 6.208178, 8.676886, 11.54592, 14.01066, 7.383637, 10.30521, 13.2446, 6.108884, 8.567852, 11.43937, 13.91628, 7.276234, 10.20838, 13.1316, 5.975992, 8.455853, 11.31473, 13.79123, 7.167102, 10.08212, 13.00989, 5.868651, 8.350986, 11.22389, 13.70169, 7.05091, 9.984129, 12.9154, 5.785697, 8.274575, 11.14489, 13.61835, 6.976818, 9.901198, 12.83978, 5.737956, 8.221829, 11.09973, 13.57665, 6.919716, 9.847572, 12.77284, 5.740235, 8.197845, 11.06512, 13.54575, 6.910231, 9.840356, 12.77064, 6.683514, 9.170507, 12.04061, 14.50574, 7.864486, 10.79445, 13.72187, 6.633679, 9.117276, 11.97726, 14.45651, 7.815224, 10.73468, 13.67731, 6.554899, 9.0247, 11.89847, 14.37244, 7.744459, 10.67562, 13.59823, 6.475046, 8.952916, 11.8121, 14.29264, 7.647736, 10.57038, 13.49802, 6.357856, 8.816862, 11.68812, 14.1579, 7.503355, 10.42841, 13.36453, 6.227358, 8.687447, 11.56175, 14.04066, 7.399182, 10.31361, 13.25159, 5.81735, 8.285975, 11.16177, 13.62815, 6.9959, 9.939433, 12.86548, 5.906643, 8.367805, 11.23968, 13.71886, 7.085088, 10.01176, 12.95296, 5.9958, 8.475327, 11.34516, 13.81367, 7.197817, 10.12215, 13.03958, 6.12625, 8.596668, 11.46357, 13.94145, 7.296258, 10.22207, 13.14822, 6.238758, 8.708011, 11.57576, 14.06267, 7.447596, 10.36608, 13.2866, 6.365893, 8.821733, 11.70296, 14.17441, 7.564085, 10.4842, 13.4192, 6.476633, 8.958203, 11.83431, 14.30604, 7.687935, 10.61218, 13.53401, 6.58053, 9.043353, 11.92049, 14.40596, 7.77615, 10.70331, 13.62797, 6.662018, 9.118082, 11.98705, 14.47104, 7.825353, 10.75431, 13.6897, 6.683803, 9.181643, 12.0423, 14.53075, 7.879209, 10.80725, 13.73401, 6.695301, 9.192938, 12.06702, 14.53972, 7.903214, 10.8295, 13.76846, 6.709623, 9.159146, 12.03408, 14.51725, 7.880524, 10.80729, 13.74153, 5.826606, 8.298418, 11.17202, 13.65139, 7.024576, 9.945642, 12.87836, 5.909302, 8.379614, 11.24827, 13.73502, 7.112674, 10.02377, 12.96002, 6.007825, 8.455112, 11.3417, 13.81301, 7.209785, 10.12138, 13.05715, 6.119111, 8.591737, 11.45979, 13.94295, 7.324453, 10.24658, 13.16744, 6.256484, 8.710257, 11.57471, 14.05518, 7.439933, 10.3625, 13.29156, 6.327653, 8.812431, 11.6869, 14.15976, 7.558739, 10.47803, 13.4098, 6.47803, 8.951065, 11.82415, 14.30397, 7.673491, 10.5921, 13.51522, 6.56377, 9.03582, 11.90557, 14.37729, 7.756217, 10.68625, 13.6134, 6.637022, 9.108074, 11.97892, 14.4509, 7.82767, 10.75191, 13.68551, 6.671311, 9.161541, 12.0237, 14.48633, 7.882243, 10.80782, 13.74436, 6.688168, 9.168689, 12.04034, 14.50945, 7.896389, 10.823, 13.7501, 6.694081, 9.154744, 12.02198, 14.50744, 7.880587, 10.79385, 13.73415}; Double_t rdzPXFn_fy29[336] = { -5470.489, -5532.138, -5550.871, -5444.141, -5444.523, -5382.488, -5417.04, -5476.176, -5486.974, -5444.279, -5384.54, -5434.49, -5438.213, -5383.024, -5465.437, -5433.427, -5413.422, -5355.624, -5433.828, -5387.07, -5407.908, -5482.37, -5457.83, -5446.708, -5582.191, -5478.218, -5365.691, -5411.399, -5537.08, -5632.689, -5507.586, -5419.784, -5438.135, -5483.577, -5376.125, -5471.321, -5474.792, -5480.87, -5409.262, -5486.266, -5448.165, -5408.615, -5689.792, -5484.068, -5532.167, -5622.235, -5510.563, -5504.156, -5444.344, -5587.45, -5512.7, -5403.976, -5385.95, -5667.206, -5507.176, -5316.588, -5680.742, -5636.294, -5480.066, -5433.861, -5610.896, -5529.052, -5399.828, -5539.518, -5530.026, -5512.146, -5455.849, -5577.639, -5515.469, -5458.372, -5551.521, -5569.979, -5506.257, -5434.956, -5545.797, -5564.923, -5493.524, -5563.161, -5586.091, -5522.132, -5439.243, -5517.567, -5505.06, -5469.204, -5595.496, -5485.869, -5417.549, -5373.569, -5527.681, -5396.864, -5305.149, -5732.833, -5497.693, -5339.985, -5325.947, -5580.623, -5304.191, -5330.338, -5587.967, -5402.68, -5304.09, -5298.055, -5413.762, -5263.204, -5306.547, -5302.432, -5520.998, -5400.778, -5334.426, -5502.249, -5339.026, -5377.026, -5715.495, -5397.361, -5323.487, -5380.834, -5546.399, -5327.253, -5355.492, -6135.272, -5510.114, -5414.267, -5350.746, -5729.608, -5407.807, -5350.747, -6040.21, -5992.146, -5574.739, -5783.251, -6054.306, -5439.954, -5533.949, -5797.676, -5504.271, -5408.401, -5578.903, -5540.251, -5357.103, -5378.424, -5880.56, -5509.803, -5541.333, -5449.618, -5524.72, -5307.378, -5375.796, -5731.058, -5587.403, -5391.415, -5406.607, -5598.658, -5298.108, -5415.802, -5728.407, -5434.063, -5422.64, -5460.859, -5601.303, -5326.965, -5418.112, -5901.749, -5441.779, -5450.337, -5373.818, -5552.394, -5311.233, -5332.79, -4628.841, -4765.025, -4749.385, -4698.112, -4621.763, -4700.261, -4642.883, -4875.383, -4798.266, -4756.421, -4675.265, -4740.004, -4751.374, -4678.284, -4699.8, -4735.359, -4742.089, -4737.784, -4746.109, -4719.804, -4738.056, -4915.945, -4813.744, -4758.835, -4741.851, -4732.865, -4769.134, -4717.32, -4830.627, -4739.725, -4713.573, -4834.656, -4735.605, -4700.494, -4733.782, -4890.822, -4710.759, -4646.813, -4804.085, -4736.445, -4695.851, -4750.551, -4757.084, -4769.554, -4724.578, -4801.97, -4732.054, -4728.287, -4664.094, -4766.126, -4762.308, -4715.283, -4800.619, -4759.753, -4768.625, -4623.383, -4761.343, -4702.37, -4754.876, -4726.198, -4774.716, -4644.016, -4514.384, -4884.826, -4782.572, -4681.232, -4683.73, -4786.9, -4690.61, -4600.157, -4755.884, -4790.511, -4695.013, -4640.792, -4879.398, -4758.806, -4597.363, -4785.443, -4828.82, -4655.923, -4815.042, -4849.35, -4698.476, -4638.65, -5244.797, -4694.107, -4672.593, -4738.314, -4672.262, -4629.039, -4707.12, -4761.273, -4689.122, -4706.752, -4762.504, -4767.998, -4675.343, -4743.591, -4759.381, -4777.7, -4661.638, -4647.304, -4793.143, -4628.331, -4587.837, -4903.476, -4680.38, -4728.698, -4550.739, -4808.932, -4596.901, -4613.371, -4812.201, -4612.197, -4621.216, -4575.485, -4571.534, -4477.755, -4642.725, -3960.298, -4580.753, -4631.97, -4625.215, -4424.095, -4496.798, -4569.006, -4719.66, -4526.861, -4499.393, -4503.319, -4647.783, -4385.761, -4569.18, -4621.238, -4602.927, -4517.564, -4561.013, -4396.932, -4383.031, -4544.071, -4497.054, -4503.926, -4490.515, -4563.419, -4757.395, -4548.951, -4501.984, -4942.464, -5152.745, -4708.047, -4765.203, -4682.569, -4933.987, -4574.906, -4722.773, -5101.864, -4580.988, -5091.302, -4802.493, -5257.803, -4514.925, -4944.359, -4903.513, -4875.573, -4705.136, -4907.869, -5188.772, -4505.595}; graph = new TGraph(336,rdzPXFn_fx29,rdzPXFn_fy29); graph->SetName("rdzPXFn"); graph->SetTitle("PXF at z<0;r /cm;#Deltaz /#mum"); graph->SetFillColor(1); graph->SetMarkerColor(2); graph->SetMarkerStyle(6); multigraph->Add(graph,"P"); Double_t rdzPXBn_fx30[384] = { 4.523388, 4.52317, 4.524249, 4.521479, 3.998126, 3.994468, 3.992195, 3.991977, 4.435585, 4.434838, 4.434898, 4.436898, 3.942807, 3.940778, 3.942843, 3.947046, 4.444305, 4.436052, 4.436644, 4.440749, 4.312324, 4.313771, 4.318915, 4.31454, 4.75811, 4.761925, 4.763273, 4.761307, 4.237387, 4.239858, 4.240841, 4.239485, 4.653893, 4.65538, 4.659987, 4.659092, 4.114781, 4.114025, 4.113689, 4.11159, 6.988857, 6.983074, 6.982277, 6.981256, 7.427639, 7.429594, 7.426576, 7.427097, 6.916946, 6.917582, 6.914989, 6.915358, 7.367474, 7.370652, 7.369609, 7.370364, 6.876975, 6.874684, 6.874905, 6.876513, 7.343357, 7.344016, 7.342111, 7.342559, 6.85617, 6.858416, 6.862165, 6.865029, 7.343176, 7.356389, 7.35808, 7.359685, 7.229564, 7.237867, 7.24214, 7.243568, 7.693333, 7.696243, 7.694946, 7.695295, 7.191013, 7.190989, 7.19125, 7.188597, 7.640778, 7.640991, 7.641325, 7.641535, 7.138593, 7.139356, 7.138009, 7.135974, 7.583564, 7.58282, 7.58457, 7.580439, 7.066741, 7.069931, 7.072502, 7.070038, 7.50439, 7.504394, 7.504766, 7.504411, 10.34636, 10.35338, 10.35423, 10.35157, 9.847074, 9.856418, 9.862347, 9.86353, 10.30161, 10.31119, 10.3148, 10.31674, 9.81112, 9.81797, 9.822012, 9.822298, 10.25696, 10.26662, 10.27267, 10.27904, 9.764318, 9.773201, 9.779387, 9.784746, 10.22153, 10.23173, 10.23842, 10.2414, 9.74192, 9.745252, 9.749827, 9.753107, 10.20863, 10.21225, 10.217, 10.2167, 9.735202, 9.737864, 9.741851, 9.743299, 10.22537, 10.23409, 10.23655, 10.24051, 10.11043, 10.11898, 10.1159, 10.12761, 10.57327, 10.57789, 10.58095, 10.5846, 10.08545, 10.0875, 10.09213, 10.08854, 10.53817, 10.54051, 10.54425, 10.54413, 10.05151, 10.0551, 10.05916, 10.05584, 10.51002, 10.51735, 10.51805, 10.51804, 10.00886, 10.01786, 10.01935, 10.01981, 10.46348, 10.47108, 10.47628, 10.47463, 9.959049, 9.971454, 9.9735, 9.969586, 10.40823, 10.41316, 10.41422, 10.41482, 9.906322, 9.903372, 9.904457, 9.904022, 3.97253, 3.968499, 3.979288, 3.982541, 4.496637, 4.498002, 4.499488, 4.504639, 4.102874, 4.10461, 4.106209, 4.108986, 4.659471, 4.662348, 4.666219, 4.670468, 4.255382, 4.257733, 4.259912, 4.264576, 4.789244, 4.793248, 4.797941, 4.800062, 4.348695, 4.354811, 4.3568, 4.358887, 4.84142, 4.843462, 4.848947, 4.852821, 4.346394, 4.350457, 4.359069, 4.363251, 4.812494, 4.814049, 4.824813, 4.829914, 6.881552, 6.875665, 6.87279, 6.875049, 7.375898, 7.373158, 7.37143, 7.369489, 6.945179, 6.942906, 6.944047, 6.943983, 7.467673, 7.469808, 7.472659, 7.474256, 7.0355, 7.044884, 7.04871, 7.053627, 7.560314, 7.569069, 7.578969, 7.58568, 7.13222, 7.144273, 7.154913, 7.16013, 7.656566, 7.66398, 7.673357, 7.681336, 7.218051, 7.22267, 7.231678, 7.239929, 7.721584, 7.728761, 7.735266, 7.74194, 7.264625, 7.270168, 7.27698, 7.282127, 7.749779, 7.758799, 7.766613, 7.771516, 7.279943, 7.287104, 7.289318, 7.295003, 7.753432, 7.75799, 7.765097, 7.768568, 7.263604, 7.271805, 7.279478, 7.281749, 7.741324, 7.744734, 7.750391, 7.761096, 9.772173, 9.764093, 9.759162, 9.757502, 10.26086, 10.25781, 10.25417, 10.2542, 9.811219, 9.808495, 9.810629, 9.813954, 10.31278, 10.31837, 10.32011, 10.32464, 9.877657, 9.886162, 9.891336, 9.895005, 10.40609, 10.41189, 10.41599, 10.42184, 9.978406, 9.987317, 9.99341, 10.00007, 10.48605, 10.50016, 10.50859, 10.51601, 10.04098, 10.05675, 10.06784, 10.07195, 10.53794, 10.5502, 10.563, 10.57214, 10.08689, 10.09372, 10.105, 10.11376, 10.58206, 10.59091, 10.59923, 10.6073, 10.12738, 10.14201, 10.15266, 10.1594, 10.62845, 10.63961, 10.65302, 10.65948, 10.17008, 10.17999, 10.18755, 10.19496, 10.64459, 10.65506, 10.66306, 10.67078, 10.16643, 10.1764, 10.18566, 10.19137, 10.63872, 10.6456, 10.65453, 10.66028, 10.15514, 10.15903, 10.16431, 10.16739, 10.61419, 10.61529, 10.62127, 10.62404, 10.11795, 10.1243, 10.12934, 10.14052, 10.58507, 10.60368, 10.61371, 10.62721}; Double_t rdzPXBn_fy30[384] = { -782.1629, -711.1111, -705.4824, -708.2705, -813.1655, -730.8813, -726.5218, -728.5539, -779.4054, -739.7506, -741.1602, -740.6387, -820.9823, -761.0514, -762.4418, -763.8135, -818.8147, -796.7254, -780.1781, -778.4278, -849.847, -759.2276, -756.849, -758.4462, -795.5216, -763.2655, -741.244, -739.0259, -789.9383, -727.7001, -725.5244, -725.2791, -787.9676, -715.1244, -703.6789, -706.2814, -832.0369, -715.7064, -707.7792, -711.4134, -688.385, -657.2178, -654.9079, -659.5456, -675.8297, -665.9858, -659.195, -661.8223, -673.0995, -675.9202, -677.34, -681.2814, -694.8937, -659.0336, -592.9233, -682.8196, -752.6083, -710.3023, -712.6564, -715.1655, -775.9397, -744.716, -732.9738, -734.9692, -785.8866, -767.1364, -757.388, -759.3676, -810.937, -779.7094, -777.8246, -780.6966, -783.8502, -750.259, -740.1604, -741.9029, -742.8546, -733.8898, -723.3315, -720.8651, -734.0734, -701.8574, -703.9052, -702.5332, -722.6458, -677.0015, -680.015, -679.913, -681.1877, -674.9878, -671.46, -670.9337, -679.0074, -665.1586, -652.2358, -654.5433, -691.2073, -663.3749, -654.3129, -656.559, -680.9225, -654.924, -646.6917, -649.1912, -627.6395, -626.4724, -525.2287, -584.5311, -619.7388, -611.9137, -617.7957, -621.3112, -616.7463, -625.5927, -624.2067, -610.1619, -628.1577, -636.2418, -642.4954, -646.3966, -640.0267, -651.5436, -653.3051, -657.2745, -695.1016, -667.0978, -678.4632, -679.512, -707.131, -700.1467, -690.1112, -696.3337, -747.0098, -635.3871, -614.902, -509.4375, -768.7912, -751.7181, -740.397, -741.5345, -781.1714, -758.5299, -766.5671, -764.9439, -814.8692, -782.0042, -781.2278, -782.2675, -745.4813, -740.8096, -729.4588, -731.7014, -731.1848, -714.8932, -708.4617, -711.0803, -700.4483, -693.8475, -689.3254, -690.8257, -668.2282, -668.6861, -665.8807, -666.324, -654.1423, -649.2949, -648.7313, -651.2833, -633.5676, -639.2892, -626.2515, -628.5898, -632.3891, -627.1988, -619.8932, -620.3057, -630.159, -604.1396, -603.3088, -605.7543, -625.1415, -615.8855, -605.9847, -607.4087, -593.8669, -607.998, -716.5331, -805.1326, -612.3959, -605.3363, -610.0175, -608.7983, -86.8298, -66.44399, -55.29491, -60.46789, -112.1434, -77.24256, -58.41515, -60.47626, -149.2733, -65.06342, -58.25028, -57.03707, -140.2583, -73.65468, -57.9197, -54.99754, -146.1808, -77.8988, -54.90647, -52.38948, -157.4895, -68.09349, -55.14315, -53.80366, -122.7664, -71.32633, -56.50667, -53.16696, -135.3945, -68.77016, -52.97907, -53.0658, -115.8479, -57.27353, -50.80941, -50.9479, -138.2519, -57.30492, -43.44304, -49.7528, -106.631, -79.45322, -61.94515, -65.6849, -76.10042, -72.03703, -62.54571, -65.00004, -88.31583, -66.86069, -60.50739, -64.30302, -91.58152, -71.11411, -65.12515, -63.66103, -99.13865, -59.9829, -60.34549, -60.0602, -74.9614, -63.91726, -60.48779, -57.72392, -88.41759, -58.83768, -58.57358, -58.11879, -99.46338, -63.39746, -59.58483, -55.82794, -112.2395, -54.16256, -56.27129, -56.73737, -87.0277, -59.46807, -58.77294, -55.48426, -79.03933, -58.82274, -57.6322, -55.59958, -76.03156, -59.63018, -55.31191, -54.17111, -93.2753, -63.65492, -52.46001, -54.7645, -198.0826, -47.17363, -49.98728, -51.72429, -64.90082, -53.21205, -51.38213, -50.58813, -55.88958, -62.87258, -44.47884, -47.58943, -81.755, -74.33441, -65.76212, -66.47677, -83.9616, -73.81527, -67.39772, -70.15729, -85.93185, -71.646, -66.85981, -67.6093, -69.05296, -70.73431, -65.47092, -68.79229, -79.5569, -65.19759, -66.69519, -66.3341, -64.24241, -70.49832, -66.61816, -65.48721, -68.16308, -60.72247, -62.70888, -62.86712, -83.1953, -68.39393, -60.65209, -59.77509, -69.11495, -62.40354, -60.78369, -63.00764, -63.69439, -55.97327, -63.89844, -59.51322, -78.17519, -52.77189, -56.50207, -57.06623, -78.0604, -67.28397, -58.42612, -61.21126, -78.15675, -49.45429, -56.16969, -56.51999, -78.99448, -55.47918, -56.82641, -56.12183, -68.86029, -53.52751, -59.63254, -56.07698, -69.08483, -54.19038, -53.89688, -55.53166, -44.90879, -57.44176, -52.33212, -54.42718, -52.83147, -57.50594, -49.72625, -53.69237, -54.53255, -45.96959, -48.78403, -50.76198, -44.67247, -40.80127, -49.6622, -49.44866, -65.43906, -46.56035, -46.25524, -46.44827, -54.9183, -45.32983, -42.83202, -46.27171}; graph = new TGraph(384,rdzPXBn_fx30,rdzPXBn_fy30); graph->SetName("rdzPXBn"); graph->SetTitle("PXB at z<0;r /cm;#Deltaz /#mum"); graph->SetFillColor(1); graph->SetMarkerStyle(6); multigraph->Add(graph,"P"); Double_t rdzTECp_fx31[3200] = { 27.55346, 27.55584, 27.49171, 27.48982, 36.48767, 36.4875, 36.42944, 36.42746, 44.54957, 44.49746, 44.47242, 55.94625, 55.93644, 55.90013, 55.88713, 67.43884, 67.42934, 67.38269, 67.38773, 81.66479, 81.59843, 81.573, 81.55558, 98.85175, 98.75569, 98.7788, 98.76163, 98.68604, 27.42544, 27.43095, 27.43955, 27.44301, 36.34534, 36.34307, 36.35556, 36.35606, 44.37259, 44.37483, 44.38821, 55.8221, 55.82906, 55.82655, 55.83087, 67.31707, 67.31893, 67.32803, 67.32178, 81.51673, 81.50489, 81.51263, 81.52778, 98.67876, 98.66934, 98.72532, 98.68227, 98.68731, 27.54522, 27.54967, 27.62414, 27.62696, 36.47372, 36.47258, 36.54292, 36.54576, 44.53477, 44.52713, 44.6202, 55.9392, 55.96579, 55.99308, 56.0356, 67.4407, 67.45063, 67.49692, 67.49476, 81.62941, 81.6639, 81.69083, 81.72087, 98.78519, 98.83159, 98.82543, 98.87179, 98.87636, 27.75713, 27.76459, 27.85677, 27.85798, 36.68177, 36.67647, 36.77674, 36.77979, 44.73594, 44.79448, 44.85033, 56.14362, 56.18127, 56.23121, 56.25592, 67.67565, 67.67943, 67.73003, 67.73444, 81.82719, 81.87626, 81.91868, 81.94773, 99.00673, 99.05938, 99.05893, 99.06258, 99.13926, 28.01472, 28.01759, 28.0715, 28.07336, 36.93268, 36.93655, 37.00198, 37.00243, 44.95819, 44.98767, 45.02225, 56.39428, 56.42009, 56.45163, 56.47979, 67.92259, 67.91148, 67.94701, 67.98342, 82.08669, 82.14308, 82.12493, 82.15511, 99.22403, 99.3018, 99.30989, 99.3796, 99.22537, 28.12652, 28.13107, 28.09567, 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67.95664, 82.15956, 82.17132, 82.17281, 99.28661, 99.33697, 99.30831, 99.41331, 99.25981, 44.95113, 44.98607, 56.43485, 56.46778, 56.42698, 67.93201, 67.96576, 67.92773, 67.9388, 67.89366, 67.86974, 82.11103, 82.11332, 82.09943, 99.29684, 99.25821, 99.27584, 99.29596, 99.25739, 44.8043, 44.82736, 56.31279, 56.23359, 56.21557, 67.79688, 67.80247, 67.72683, 67.71866, 67.67109, 67.66859, 81.97602, 81.92858, 81.8763, 99.17839, 99.1112, 99.07324, 99.07401, 99.04581, 44.56809, 44.534, 56.05925, 56.02679, 56.01564, 67.53664, 67.53353, 67.49718, 67.49356, 67.46308, 67.4573, 81.72655, 81.71075, 81.68163, 98.90439, 98.8765, 98.89198, 98.81643, 99.03534, 55.99824, 55.89099, 55.91922, 55.9417, 67.44479, 67.44394, 67.3754, 67.37082, 81.60431, 81.66297, 81.57481, 81.60432, 98.79373, 98.79531, 98.75094, 98.74371, 98.80837, 55.91222, 55.91568, 55.92787, 55.91285, 67.46612, 67.44381, 67.43031, 67.47337, 81.59909, 81.62989, 81.56606, 81.63976, 98.7646, 98.74341, 98.79227, 98.82461, 98.80002, 56.01756, 55.94166, 56.13537, 56.08357, 67.50777, 67.52433, 67.53557, 67.54936, 81.66598, 81.70715, 81.74622, 81.7579, 98.88158, 98.88728, 98.90572, 98.9245, 98.93868, 56.22918, 56.25802, 56.24849, 56.28035, 67.73936, 67.70938, 67.76903, 67.77589, 81.86509, 81.88355, 81.94895, 81.96038, 99.06097, 99.15794, 99.09189, 99.21377, 99.09128, 56.38434, 56.3848, 56.38991, 56.49404, 67.88552, 67.8753, 67.88459, 67.91061, 82.07956, 82.08607, 82.0775, 82.10694, 99.35679, 99.22872, 99.25321, 99.33037, 99.31464, 56.47287, 56.49459, 56.44141, 56.68289, 67.97466, 67.95763, 67.94162, 67.93789, 82.16838, 82.15002, 82.16561, 82.16872, 99.36796, 99.29771, 99.44221, 99.34344, 99.32277, 56.40884, 56.34709, 56.38617, 56.34078, 67.86182, 67.87154, 67.8358, 67.82391, 82.08573, 82.04977, 82.01176, 82.00514, 99.27177, 99.2605, 99.22114, 99.23073, 99.19434, 56.18224, 56.13852, 56.14508, 56.0809, 67.67464, 67.67565, 67.58524, 67.58984, 81.87245, 81.83961, 81.76164, 81.75097, 99.0448, 99.00121, 99.0147, 98.98447, 98.92266, 55.91244, 55.91595, 55.89844, 67.40177, 67.42319, 67.4041, 67.38998, 67.39116, 67.39011, 81.5929, 81.57587, 81.58449, 98.78766, 98.81409, 98.64606, 98.70312, 98.83115, 56.00623, 56.09496, 55.96886, 67.43249, 67.44363, 67.44285, 67.47357, 67.4799, 67.49374, 81.62772, 81.65525, 81.67586, 98.82647, 98.79052, 98.84317, 98.83392, 98.86843, 56.13624, 56.10933, 56.1911, 67.55929, 67.57165, 67.59824, 67.60825, 67.62039, 67.65096, 81.77233, 81.79948, 81.81219, 98.94835, 98.95143, 98.95562, 99.02119, 98.9977, 56.29015, 56.32965, 56.36484, 67.78629, 67.77051, 67.83426, 67.81796, 67.88129, 67.86092, 81.9926, 82.02879, 82.06351, 99.21488, 99.18497, 99.1458, 99.2104, 99.03725, 56.37417, 56.48929, 56.40064, 67.94804, 67.95254, 67.91364, 67.91708, 67.92642, 67.92815, 82.10696, 82.09571, 82.12159, 99.28764, 99.32207, 99.24815, 99.30865, 99.26277, 56.49296, 56.48408, 56.48032, 67.96473, 67.98666, 67.96375, 67.96624, 67.919, 67.9271, 82.15018, 82.13766, 82.13344, 99.33624, 99.28422, 99.32906, 99.32646, 99.3079, 56.34991, 56.33505, 56.25392, 67.8001, 67.78778, 67.75464, 67.76038, 67.70579, 67.69202, 81.98373, 81.92168, 81.87344, 99.17802, 99.17364, 99.09695, 99.10591, 99.0548, 56.09859, 56.08, 56.04622, 67.57805, 67.56546, 67.54626, 67.54091, 67.47115, 67.47366, 81.75072, 81.7506, 81.64054, 98.85782, 98.91736, 98.82194, 98.86526, 98.7664}; Double_t rdzTECp_fy31[3200] = { 345.4332, 317.2799, 321.3365, 293.1832, 308.4064, 330.8343, 290.1543, 304.343, 317.5998, 314.7872, 292.6186, 364.7798, 363.9686, 359.8251, 347.1562, 378.4807, 365.7437, 361.8021, 352.1913, 411.5291, 401.6536, 400.9001, 379.6579, 441.2059, 388.0393, 390.5389, 358.8175, 363.525, 314.5572, 291.9745, 288.0435, 265.9181, 295.2958, 332.0694, 269.663, 298.198, 340.7072, 318.9776, 306.4727, 379.5315, 361.9916, 347.1943, 345.526, 408.6249, 390.8478, 410.1809, 388.4354, 418.1116, 424.6149, 427.5331, 409.6374, 417.6134, 438.4979, 416.9837, 479.4142, 426.5132, 375.8836, 348.7997, 339.2972, 315.5699, 321.9071, 349.0716, 323.9521, 302.1362, 352.9126, 349.4688, 339.4156, 369.5503, 384.3467, 379.3665, 372.176, 407.6725, 283.8419, 413.6442, 386.3258, 423.9859, 430.3556, 442.2394, 425.1745, 412.4602, 467.4427, 440.026, 493.7164, 461.5076, 282.8599, 249.5187, 292.7566, 274.5979, 286.7318, 312.9807, 297.1934, 322.5272, 332.8427, 350.0082, 325.9563, 390.5776, 399.5808, 417.1555, 404.8631, 429.6398, 404.0762, 459.6432, 441.8599, 426.9168, 477.1013, 494.6711, 432.4942, 471.114, 517.0256, 468.6559, 462.8861, 412.8306, 271.8701, 243.7937, 270.9407, 249.0444, 281.888, 307.221, 292.8134, 207.5185, 332.4352, 342.1149, 344.1424, 401.2964, 405.9216, 403.5039, 404.4257, 443.8999, 432.8329, 465.4613, 350.6389, 432.8277, 443.0084, 427.1283, 446.9967, 458.3848, 508.8823, 444.9683, 471.2707, 485.1783, 240.3365, 213.7108, 210.0083, 186.9682, 265.3959, 280.1963, 252.7287, 276.8357, 343.8091, 320.831, 315.1796, 409.7354, 413.7007, 394.0091, 387.8977, 446.7152, 428.0239, 444.1709, 429.6764, 478.1198, 467.8078, 474.6557, 474.2416, 476.2545, 474.1396, 447.5899, 510.2829, 467.513, 265.2215, 230.8872, 227.8787, 195.0719, 305.7828, 316.3087, 248.0438, 267.4196, 354.04, 324.7519, 298.9498, 457.1147, 435.1494, 412.6601, 371.6351, 475.2924, 442.7188, 453.6023, 429.4959, 490.265, 480.9987, 474.9129, 428.8074, 426.7935, 475.6445, 454.4664, 477.8334, 449.0852, 282.3326, 264.0975, 301.3518, 275.718, 285.5555, 305.6925, 306.525, 329.5616, 327.0376, 334.9661, 348.185, 372.1423, 381.7575, 384.6266, 394.3232, 423.9476, 405.8711, 435.4487, 418.5195, 421.4074, 427.6803, 446.2742, 438.8688, 421.312, 493.3507, 401.7984, 500.7992, 433.2849, 247.9607, 220.3424, 254.4651, 276.2849, 281.6684, 299.6334, 325.0323, 337.7077, 342.2938, 334.4114, 297.6402, 360.6295, 341.5572, 366.1963, 337.6625, 347.0649, 378.1949, 404.368, 300.5111, 294.287, 297.2418, 379.7146, 296.1906, 296.088, 271.8259, 261.6804, 292.9636, 264.908, 308.5805, 293.2099, 311.556, 326.8765, 342.5708, 333.1076, 343.6767, 329.1773, 367.9832, 331.663, 356.4386, 372.4679, 362.3725, 389.5085, 389.6144, 380.9087, 383.3835, 344.4054, 293.9892, 277.9662, 279.6794, 309.4377, 297.5196, 303.33, 343.2531, 336.1118, 335.6564, 359.5488, 337.1137, 369.0461, 340.509, 375.2764, 353.9077, 405.1141, 412.9222, 398.867, 446.1726, 525.5639, 405.1826, 455.6783, 484.9498, 290.5146, 275.4113, 266.0476, 292.5999, 285.8244, 296.6211, 324.4293, 329.9703, 324.7681, 352.0424, 337.6929, 349.7349, 331.267, 377.5413, 359.2278, 373.0014, 396.7772, 397.6376, 350.2307, 416.0254, 355.9933, 416.895, 352.1463, 259.4797, 242.8474, 261.6721, 277.8472, 309.6959, 302.1054, 352.8506, 355.2805, 326.5835, 399.7675, 372.4513, 406.8188, 366.8398, 377.4509, 339.456, 429.6939, 422.0641, 403.9755, 303.9768, 492.9999, 442.8954, 494.5486, 383.8246, 243.4009, 230.1248, 261.3292, 273.2293, 285.5665, 310.7139, 341.9566, 349.2412, 359.8623, 385.821, 361.4094, 386.2433, 380.9049, 388.488, 368.8049, 423.682, 413.9118, 406.3098, 417.6184, 474.8854, 389.2939, 427.4071, 371.9348, 325.5996, 286.842, 283.9127, 308.9328, 295.0635, 298.4096, 310.0649, 323.4642, 316.286, 339.2384, 329.4783, 338.8977, 327.4636, 354.6406, 344.7271, 339.0017, 388.7134, 402.7702, 442.2899, 486.8005, 460.5461, 492.7473, 411.7542, 298.8656, 284.8275, 264.8929, 294.6443, 282.9574, 275.671, 307.3716, 293.5911, 279.8728, 296.848, 285.4096, 327.5378, 308.3159, 307.8203, 303.7041, 366.2219, 341.5325, 337.0084, 385.3309, 537.2858, 564.8108, 543.7332, 484.7346, 376.1794, 359.8535, 364.826, 345.6002, 338.7667, 362.5683, 322.4996, 335.4679, 354.7512, 338.4384, 330.3072, 375.6117, 370.5261, 355.0938, 359.8185, 378.0231, 382.299, 378.6568, 403.5302, 384.8223, 389.2916, 395.8626, 356.3106, 343.0916, 458.6108, 398.6996, 378.8042, 348.2641, 300.3688, 286.7889, 304.9053, 286.1379, 292.3971, 307.0455, 292.8586, 313.4591, 321.1759, 319.4348, 327.9875, 348.7118, 349.9387, 363.5245, 363.6853, 379.1748, 365.5941, 388.8939, 385.8408, 386.9862, 387.689, 409.5282, 392.2444, 379.7713, 434.6832, 393.1795, 450.8803, 440.5505, 282.6475, 259.3017, 305.5703, 273.9844, 293.67, 315.3405, 302.5822, 334.9335, 335.5833, 343.0517, 347.6455, 364.9654, 383.2701, 385.9211, 398.7153, 414.6096, 394.768, 436.7553, 411.2685, 428.5563, 428.6678, 456.2679, 431.8752, 417.1812, 449.7339, 416.5938, 464.4051, 442.12, 296.9734, 284.0055, 320.1434, 294.3572, 304.5869, 321.3765, 328.3258, 346.9462, 340.3918, 357.6396, 356.6259, 393.1735, 398.0552, 415.6306, 420.8888, 437.9561, 391.8674, 450.639, 431.8649, 436.3796, 460.6237, 495.7412, 475.6752, 457.7629, 516.4908, 488.8728, 493.6332, 440.447, 351.2935, 330.3888, 359.4441, 323.2809, 333.6203, 354.5275, 327.1535, 346.6865, 345.2551, 352.2656, 346.0524, 377.0372, 377.2408, 375.7348, 374.2162, 404.2314, 384.8488, 407.2556, 392.7576, 414.3682, 412.4947, 413.8575, 410.8369, 454.5748, 464.94, 426.4315, 434.8811, 386.8388, 276.2009, 247.9722, 271.2032, 240.2285, 285.8476, 298.5123, 274.8577, 302.0176, 333.2068, 332.5072, 321.0569, 392.8022, 382.2691, 379.8223, 383.9324, 432.6796, 411.3182, 425.4043, 407.2478, 429.6013, 458.1983, 453.1401, 433.6514, 430.1007, 485.2048, 465.0629, 497.3884, 436.1548, 330.996, 305.6638, 326.9942, 299.8347, 321.3484, 340.5727, 328.1543, 344.0202, 340.3163, 351.1568, 355.4154, 398.2184, 402.6479, 404.1183, 406.2731, 415.5595, 409.6126, 438.5768, 415.5405, 444.4917, 448.4996, 460.4172, 443.7629, 422.6021, 455.3542, 458.5897, 471.0511, 427.5734, 344.1329, 317.1237, 356.82, 340.9509, 324.9241, 354.5223, 335.2121, 365.1158, 340.3888, 347.0992, 362.7608, 352.307, 362.6803, 376.9991, 392.6467, 385.1924, 371.6168, 392.8021, 391.8925, 418.051, 407.3867, 414.5364, 451.534, 447.9346, 456.4978, 440.4777, 504.9894, 491.6491, 257.5811, 238.203, 252.1828, 281.0208, 275.4175, 284.8394, 311.4597, 306.7371, 298.0477, 338.3892, 313.6721, 331.3414, 317.6095, 341.1756, 310.6583, 327.232, 326.165, 339.2178, 300.3607, 364.1751, 299.3806, 327.8382, 287.3448, 258.702, 238.409, 255.2719, 281.5197, 273.1469, 302.4777, 293.6688, 313.3877, 327.4888, 337.8376, 304.4189, 355.8829, 327.0408, 371.3385, 333.6457, 358.575, 378.5715, 355.9627, 395.9174, 409.4517, 367.1761, 404.4421, 356.6123, 269.2735, 252.3366, 254.3517, 307.9119, 295.5394, 303.3325, 349.6628, 355.0326, 346.6423, 384.4222, 360.3069, 380.7978, 361.4135, 381.0764, 362.9147, 404.8069, 422.0754, 399.7838, 389.2553, 437.2128, 414.0303, 426.6824, 400.7198, 303.3311, 278.6126, 277.7955, 292.4462, 298.4909, 299.368, 330.0753, 344.3141, 332.8539, 385.0009, 367.4494, 360.2641, 347.2896, 361.9794, 331.4586, 395.8908, 412.799, 397.792, 453.5349, 454.4748, 474.0992, 482.9653, 428.5929, 309.8338, 284.1993, 266.8611, 295.7006, 280.706, 306.5312, 304.4802, 315.9133, 319.7193, 364.5241, 374.7439, 354.3314, 384.2374, 358.0741, 328.3191, 383.4622, 387.5818, 375.1364, 427.2708, 498.0393, 433.1326, 472.1187, 420.7533, 295.8924, 259.7283, 273.2326, 299.1707, 306.4727, 312.8464, 334.0181, 333.2187, 339.7185, 352.8625, 332.1118, 377.3882, 353.8915, 386.6524, 364.9876, 409.4889, 412.382, 401.7264, 474.8365, 487.2409, 449.7133, 469.8195, 439.2185, 282.4323, 263.5086, 293.074, 312.7549, 316.7411, 323.2899, 365.0014, 355.3575, 323.9208, 387.6122, 358.0143, 387.1182, 372.6274, 368.9874, 360.5989, 397.2872, 417.0968, 405.8203, 397.425, 440.1065, 416.9008, 475.2002, 441.1979, 291.0927, 272.4747, 284.7389, 304.2673, 313.0236, 294.1397, 351.3242, 330.3695, 308.1075, 374.9775, 379.2538, 347.5322, 322.9695, 335.8962, 301.8728, 386.6707, 390.5163, 358.6779, 430.4999, 420.8637, 362.6339, 462.5617, 406.4608, 293.9355, 276.8455, 303.3317, 267.4724, 297.2697, 314.9673, 288.1729, 311.3651, 329.5751, 325.7694, 291.2408, 385.2289, 384.5679, 361.047, 347.1577, 404.1147, 390.9959, 401.0918, 376.5298, 404.9673, 391.7344, 390.218, 352.4978, 360.186, 382.9255, 339.1926, 336.5417, 338.6537, 271.8376, 256.7317, 279.5812, 256.9982, 274.6996, 304.3019, 283.7073, 313.9212, 322.7039, 330.7297, 326.4638, 358.7818, 373.7431, 372.2202, 359.4131, 391.8409, 375.2083, 406.7511, 376.5379, 397.0583, 262.5669, 410.5983, 413.7583, 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-138.2166, -52.39871, -142.8472, -52.14823, 3.832289, -32.79119, -47.40691, -55.95567, -47.05268, -99.54764, -67.9024, -44.54963, -46.09976, -123.6378, -46.01614, -21.91638, 23.43779, -17.67608, -67.96554, -87.61696, -89.29276, -47.70001, -87.07383, 4.064709, -36.53083, -31.21031, -93.1677, 7.778315, -1.199207, -72.77732, 112.6213, 100.3048, 74.22543, 106.7127, -29.26636, 327.6366, 331.348, 334.8416, 157.6538, 92.03397, 112.0079, 92.47143, 257.9212, 211.2246, 333.1847, 338.4948, 343.9335, 110.6784, 228.807, 118.4242, 112.4906, 183.8461, 177.0717, 139.8294, 153.095, 171.4961, 161.4248, 246.2975, 226.1564, 237.8289, 219.2141, 176.2475, 249.9462, 264.3581, 240.0445, 303.946, 288.6309, 289.6218, 309.6684, 234.5389, 107.3971, 179.965, 388.5806, 391.6353, 302.7726, 314.6789, 268.553, 284.122, 385.2318, 351.5011, 325.5841, 442.4914, 453.6742, 405.1567, 428.1621, 367.9563, 199.7599, 77.505, 130.145, 288.7441, 286.9197, 294.6607, 278.4922, 253.6386, 248.7637, 279.3492, 320.0618, 293.678, 294.4392, 301.8712, 269.0502, 278.6716, 239.79, 187.1402, 10.08882, 88.07655, 164.5591, 173.4145, 171.4416, 127.8067, 106.7178, 89.32437, 178.5442, 145.1573, 133.6144, 192.6187, 121.4852, 85.9964, 125.4975, 88.62502}; graph = new TGraph(3200,rdzTECp_fx31,rdzTECp_fy31); graph->SetName("rdzTECp"); graph->SetTitle("TEC at z>=0;r /cm;#Deltaz /#mum"); graph->SetFillColor(1); graph->SetMarkerColor(7); graph->SetMarkerStyle(6); multigraph->Add(graph,"P"); Double_t rdzTOBp_fx32[2604] = { 59.3151, 59.75829, 58.24118, 58.67993, 59.29279, 59.73839, 58.22366, 58.66062, 59.27739, 59.70834, 58.19576, 58.6369, 62.47055, 62.91405, 61.41713, 61.851, 62.47203, 62.9137, 61.39753, 61.83267, 62.45545, 62.89413, 61.37991, 61.8153, 59.25236, 59.68304, 58.1837, 58.61771, 59.2467, 59.68243, 58.17258, 58.61919, 59.24826, 59.68252, 58.18065, 58.62555, 62.43835, 62.86633, 61.36935, 61.79004, 62.43296, 62.85514, 61.36138, 61.78606, 62.42017, 62.84129, 61.34231, 61.76884, 59.21426, 59.66466, 58.15226, 58.58063, 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97.96986, 98.61087, 97.96751, 98.60406, 97.94463, 95.41696, 94.78704, 95.42316, 94.79391, 95.42448, 94.77878, 98.63638, 97.99107, 98.6543, 97.9956, 98.64417, 97.98106, 95.44318, 94.81351, 95.45348, 94.81837, 95.45189, 94.8074, 98.65195, 98.02522, 98.66235, 98.01931, 98.6608, 98.00587, 95.46823, 94.82981, 95.47883, 94.82936, 95.46522, 94.81094, 98.65997, 98.04043, 98.67015, 98.03173, 98.671, 98.01076, 95.45893, 94.84111, 95.4847, 94.84883, 95.48131, 94.84506, 98.66045, 98.04573, 98.68166, 98.05289, 98.685, 98.03523, 95.47014, 94.82416, 95.4994, 94.85574, 95.5125, 94.85278, 98.67422, 98.03369, 98.68592, 98.03835, 98.68854, 98.03553, 95.47226, 94.82015, 95.48431, 94.82894, 95.47684, 94.82027, 98.64384, 98.02856, 98.66475, 98.03578, 98.66862, 98.03024, 95.4267, 94.81541, 95.46169, 94.83089, 95.46827, 94.84604, 98.62634, 98.00639, 98.63156, 98.0012, 98.63422, 97.99184, 95.40357, 94.77575, 95.43208, 94.78501, 95.4427, 94.78359, 98.594, 97.95576, 98.62627, 97.97299, 98.62001, 97.95852, 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109.6742, 105.8341, 106.478, 105.824, 106.4709, 105.8324, 106.4761, 109.0127, 109.6565, 109.0047, 109.6548, 108.9995, 109.6482, 105.812, 106.4548, 105.8094, 106.4496, 105.7949, 106.4465, 109.0103, 109.6274, 108.9991, 109.6247, 108.989, 109.6155, 105.7984, 106.424, 105.7866, 106.413, 105.7892, 106.424, 108.9931, 109.629, 108.9708, 109.625, 108.9765, 109.6307, 105.7891, 106.4286, 105.7779, 106.4245, 105.7719, 106.4212, 108.9582, 109.6133, 108.9584, 109.6106, 108.9602, 109.6148, 105.7827, 106.4221, 105.7685, 106.4129, 105.7635, 106.421, 108.9608, 109.6129, 108.957, 109.6129, 108.9594, 109.6211, 105.7793, 106.4217, 105.7677, 106.4221, 105.7624, 106.4233, 108.9867, 109.6295, 108.9739, 109.6278, 108.9783, 109.6342, 105.7914, 106.4275, 105.7807, 106.4394, 105.7895, 106.455, 109.0043, 109.6453, 108.9937, 109.643, 108.9889, 109.6428, 105.8042, 106.4477, 105.7922, 106.4521, 105.8019, 106.4525, 109.0159, 109.6597, 109.0045, 109.6592, 109.0126, 109.6661, 105.8285, 106.4717, 105.8183, 106.4729, 105.8267, 106.4818, 109.0472, 109.6929, 109.0335, 109.6949, 109.0412, 109.7063, 105.8611, 106.5062, 105.8504, 106.5064, 105.8612, 106.5201, 109.0786, 109.723, 109.0746, 109.7274, 109.077, 109.7313, 105.9003, 106.5383, 105.8923, 106.5411, 105.8967, 106.5585, 109.1165, 109.767, 109.1093, 109.7627, 109.1133, 109.7678, 105.9505, 106.5903, 105.9386, 106.5852, 105.9438, 106.6003, 109.1528, 109.7945, 109.1481, 109.7977, 109.1572, 109.8173, 105.9891, 106.632, 105.9819, 106.6338, 105.9871, 106.6419, 109.2086, 109.8495, 109.2035, 109.8515, 109.2082, 109.8675, 106.0386, 106.6833, 106.033, 106.6829, 106.0296, 106.6792, 109.2635, 109.9045, 109.2527, 109.9021, 109.2501, 109.907, 106.0961, 106.7382, 106.0774, 106.7275, 106.0812, 106.7301, 109.304, 109.9477, 109.296, 109.9374, 109.2947, 109.9462, 106.1409, 106.7777, 106.127, 106.771, 106.1275, 106.7811, 109.354, 109.9907, 109.3428, 109.9942, 109.3406, 109.9993, 106.1833, 106.8278, 106.1668, 106.816, 106.1721, 106.8126, 109.388, 110.032, 109.3846, 110.0344, 109.3835, 110.0304, 106.2139, 106.858, 106.2133, 106.8701, 106.2125, 106.8521, 109.4326, 110.0647, 109.4251, 110.0679, 109.428, 110.0678, 106.259, 106.8834, 106.2534, 106.8861, 106.2552, 106.878, 109.4698, 110.1065, 109.4561, 110.0975, 109.4472, 110.0961, 106.2909, 106.9301, 106.2951, 106.9221, 106.2839, 106.919, 109.5085, 110.1407, 109.502, 110.1374, 109.5028, 110.131, 106.304, 106.9538, 106.3044, 106.9536, 106.3053, 106.9545, 109.5057, 110.1515, 109.4996, 110.1497, 109.5071, 110.1522, 106.3236, 106.9736, 106.3248, 106.9849, 106.3163, 106.9739, 109.5381, 110.1639, 109.5292, 110.1678, 109.5307, 110.1586, 106.3362, 106.9803, 106.3393, 106.9979, 106.3351, 106.9814, 109.526, 110.1768, 109.525, 110.1824, 109.5283, 110.1752, 106.3323, 106.9816, 106.3394, 106.9982, 106.342, 106.9807, 109.5316, 110.1866, 109.5295, 110.1768, 109.5275, 110.1812, 106.333, 106.9777, 106.3377, 106.9831, 106.3293, 106.9761, 109.5269, 110.1674, 109.5208, 110.1811, 109.5263, 110.1801, 106.3201, 106.9607, 106.3242, 106.9664, 106.3289, 106.9727, 109.5313, 110.1495, 109.5059, 110.1562, 109.5045, 110.1566, 106.2967, 106.951, 106.2977, 106.9664, 106.2925, 106.9628, 109.475, 110.1226, 109.498, 110.1274, 109.4928, 110.1255, 106.2746, 106.9155, 106.2799, 106.9181, 106.2802, 106.9157, 109.4396, 110.0781, 109.4595, 110.0925, 109.4591, 110.0888, 106.2279, 106.874, 106.2253, 106.8811, 106.2307, 106.8729, 109.4201, 110.0467, 109.4159, 110.0502, 109.4181, 110.0452, 106.1951, 106.8169, 106.1964, 106.8341, 106.2004, 106.829, 109.3524, 110.006, 109.3625, 110.027, 109.3606, 110.0006, 106.1328, 106.7823, 106.1401, 106.7837, 106.1398, 106.7904, 109.318, 109.9584, 109.3088, 109.9634, 109.3062, 109.9559, 106.0852, 106.7308, 106.0831, 106.7347, 106.087, 106.7385, 109.253, 109.9086, 109.2536, 109.9161, 109.2539, 109.9076, 106.0377, 106.6878, 106.0371, 106.6959, 106.0386, 106.6888, 109.2052, 109.8531, 109.2076, 109.8576, 109.2109, 109.8489, 105.9949, 106.6346, 105.9927, 106.6389, 105.9859, 106.6227, 109.1624, 109.7933, 109.1583, 109.7921, 109.1606, 109.7923, 105.9554, 106.576, 105.9541, 106.5846, 105.9453, 106.5656, 109.112, 109.7404, 109.1102, 109.7384, 109.1043, 109.7343, 105.9055, 106.5246, 105.902, 106.5291, 105.8891, 106.5244, 109.0894, 109.7122, 109.073, 109.7051, 109.0665, 109.7141}; Double_t rdzTOBp_fy32[2604] = { 65.2851, 67.43521, 65.18243, 68.66151, 65.29137, 68.43069, 65.19638, 68.94492, 65.21251, 68.80753, 65.0778, 68.29547, 64.00339, 65.51665, 63.93745, 65.74288, 64.00416, 65.96561, 63.93452, 67.26746, 63.96313, 66.80161, 63.89209, 67.64414, 62.09371, 63.1111, 62.02578, 63.56882, 62.06415, 63.76193, 62.02438, 64.86708, 62.02737, 64.10498, 62.02674, 64.33539, 60.45131, 60.59338, 60.30275, 60.47217, 60.44049, 61.10636, 60.43516, 62.13129, 60.39972, 61.79004, 60.46962, 62.47079, 58.58253, 57.47942, 58.57125, 58.66486, 58.57121, 59.85032, 58.60461, 60.83567, 58.60594, 60.83792, 58.60238, 61.36692, 56.7238, 54.79284, 56.76728, 55.92038, 56.68447, 57.15547, 56.72532, 57.96006, 56.68168, 58.52763, 56.7625, 59.59846, 55.09512, 53.49342, 55.18631, 54.37849, 55.07187, 55.38686, 55.08425, 56.43119, 55.02827, 56.64193, 55.12079, 57.26826, 53.15188, 51.41111, 53.23648, 52.03893, 53.16468, 52.74918, 53.27336, 53.69838, 53.24162, 53.55338, 53.27727, 54.57908, 51.97978, 50.09004, 52.04182, 50.74727, 51.89645, 51.20634, 52.06431, 51.79268, 52.00955, 51.77533, 51.83654, 52.3653, 50.11334, 47.67462, 50.26984, 48.21091, 50.11444, 48.34386, 50.19402, 49.22323, 50.07738, 49.52394, 50.23422, 49.98572, 49.35779, 48.27311, 49.54361, 48.38867, 49.33755, 48.39514, 49.56262, 48.99955, 49.26555, 48.77819, 49.45066, 48.35205, 47.88616, 47.73959, 48.01748, 47.80334, 47.7639, 47.22911, 47.90224, 47.09937, 47.88098, 46.69391, 48.0194, 45.99622, 47.7312, 47.0776, 47.83901, 47.06392, 47.62907, 46.43038, 47.76159, 46.14468, 47.59135, 45.09722, 47.84238, 44.96747, 46.50443, 46.11293, 46.69186, 46.54951, 46.50652, 45.90552, 46.71376, 45.39035, 46.58455, 44.46042, 46.64193, 43.4408, 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51.69331, 53.79708, 52.33475, 53.84377, 52.45648, 53.76172, 52.83229, 55.18504, 50.33316, 55.25178, 52.16282, 55.15753, 52.73357, 55.23174, 54.75422, 55.11729, 54.79348, 55.34972, 56.47409, 57.09188, 51.94959, 57.08414, 53.1385, 57.05941, 54.75053, 57.06446, 56.13047, 57.06281, 56.35535, 57.1441, 58.19327, 58.87361, 54.61089, 58.87408, 55.89755, 58.86929, 57.24761, 58.87013, 58.92739, 58.90509, 59.03891, 58.90899, 59.42324, 60.56606, 55.12293, 60.48406, 56.50117, 60.67692, 58.2958, 60.59685, 59.39751, 60.52411, 60.20307, 60.67495, 61.34556, 62.54874, 62.59074, 62.56176, 60.1683, 62.57565, 62.60346, 62.48198, 62.62543, 62.46237, 62.52644, 62.44607, 63.66039, 64.00729, 60.89947, 63.96591, 61.66988, 63.99683, 62.61777, 63.92911, 63.88384, 63.95743, 64.25954, 63.92323, 64.68513, 65.88113, 64.44665, 65.83728, 65.09733, 65.94705, 65.56565, 65.74055, 66.1267, 65.9077, 66.52116, 65.77915, 66.70063, 66.97911, 65.83286, 66.6813, 66.31382, 66.95628, 67.53777, 66.6411, 67.95421, 66.90663, 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76.90401, 76.6974, 76.71321, 76.813, 77.9262, 77.8513, 77.9343, 77.75532, 78.00895, 77.86867, 77.59459, 77.45819, 77.57418, 77.53571, 77.61111, 77.4584, 78.32169, 78.20129, 78.29281, 78.2365, 78.3691, 78.20083, 77.64584, 77.5004, 77.58464, 77.44218, 77.7355, 77.40245, 78.0304, 77.88142, 78.03665, 77.92013, 78.03743, 77.92297, 77.00819, 76.84596, 76.95451, 76.901, 77.02996, 76.82529, 76.99982, 76.91621, 76.98062, 76.91846, 76.86499, 76.80088, 75.66529, 75.46343, 75.65546, 75.53986, 75.731, 75.57804, 75.33408, 75.16777, 75.29741, 75.24541, 75.33127, 75.16801, 73.74015, 73.63731, 73.74973, 73.69145, 73.71243, 73.61613, 73.03416, 72.94221, 73.04965, 72.98634, 72.93624, 72.9893, 71.27232, 71.20649, 71.28173, 71.20646, 71.32053, 71.13104, 71.61359, 71.70383, 71.60477, 71.72218, 71.60459, 71.72337, 70.39519, 70.50248, 70.31738, 70.48164, 70.50831, 70.55607, 68.634, 68.65068, 68.57561, 68.66825, 68.84488, 68.59196, 67.20844, 67.27582, 67.21643, 67.16128, 67.10176, 67.31248, 65.29839, 65.35122, 65.19444, 65.32986, 65.22986, 65.36812, 63.70897, 63.74739, 63.57367, 63.78505, 63.72458, 63.86026, 61.86369, 61.80943, 61.88025, 61.78739, 61.88093, 61.78978, 59.99023, 60.09056, 59.96775, 60.03244, 60.19727, 60.10927, 58.14106, 58.25062, 58.16801, 58.19188, 58.24319, 58.22992, 56.50373, 56.3088, 56.20899, 56.34573, 56.43738, 56.34673, 54.63313, 54.6322, 54.63069, 54.61075, 54.62877, 54.61217, 52.85744, 52.71177, 52.84835, 52.71156, 52.7714, 52.75457, 51.2025, 51.21465, 51.22001, 51.15376, 51.06567, 51.19227, 49.23574, 49.20172, 49.23353, 49.23898, 49.3862, 49.20048, 47.9818, 47.93842, 47.97773, 47.93708, 47.89942, 47.9367, 45.98232, 46.01852, 45.91192, 46.01647, 46.10106, 45.97833, 45.03392, 44.96686, 45.15676, 44.94733, 45.04221, 45.06367, 43.18639, 43.2149, 43.2597, 43.19488, 43.14444, 43.15676, 42.528, 42.45256, 42.64051, 42.37456, 42.5658, 42.41331, 40.92796, 40.78465, 40.90779, 40.78506, 40.83098, 40.82484, 40.43376, 40.34656, 40.44266, 40.31064, 40.40448, 40.31014, 39.02598, 38.97491, 38.98647, 38.91834, 39.17666, 38.91877, 38.90016, 38.80993, 38.88972, 38.77159, 38.96655, 38.77392, 37.82617, 37.64579, 37.79529, 37.62746, 37.75786, 37.62958, 37.89177, 37.87186, 37.86248, 37.75972, 38.05231, 37.83622, 37.12574, 36.91367, 37.06884, 36.9515, 37.06621, 36.91308, 37.60336, 37.45788, 37.54742, 37.45775, 37.63228, 37.45951, 36.98621, 36.91281, 36.88148, 36.89434, 37.07102, 36.89481, 37.79789, 37.67794, 37.79021, 37.67654, 37.78941, 37.67744, 37.55769, 37.43433, 37.54297, 37.4174, 37.5033, 37.45575, 38.66505, 38.52995, 38.6282, 38.53072, 38.66599, 38.53316, 38.69501, 38.55615, 38.66394, 38.63504, 38.70286, 38.55882, 40.07037, 39.95327, 40.05212, 39.93624, 40.05266, 39.8983, 40.41104, 40.3669, 40.51401, 40.38501, 40.47474, 40.38634, 42.01688, 41.90789, 42.00856, 41.94726, 42.03325, 41.94781, 42.75926, 42.61343, 42.75834, 42.6529, 42.52734, 42.65431, 44.46741, 44.41101, 44.46616, 44.39051, 44.42951, 44.47092, 45.46876, 45.3331, 45.52529, 45.37001, 45.33487, 45.29424, 47.26727, 47.24914, 47.31522, 47.22967, 47.35326, 47.15547, 48.58532, 48.50398, 48.54028, 48.4879, 48.57949, 48.44954, 50.47475, 50.47517, 50.56981, 50.47798, 50.42031, 50.36486, 51.93204, 51.88357, 51.96105, 52.01662, 51.92266, 51.94265, 53.87061, 53.87331, 53.93688, 53.91259, 53.8983, 53.91231, 55.52094, 55.52383, 55.53085, 55.50533, 55.56788, 55.58162, 57.43011, 57.4226, 57.42912, 57.5161, 57.35568, 57.44263, 59.23615, 59.28301, 59.24649, 59.30154, 59.28606, 59.2282, 61.01714, 61.03445, 61.01763, 61.14527, 61.01805, 61.18758, 62.92672, 62.98228, 62.96383, 62.9432, 63.00139, 62.94453, 64.56318, 64.4994, 64.57117, 64.78307, 64.49463, 64.67146, 66.45248, 66.52023, 66.34036, 66.52383, 66.53379, 66.33171, 67.9415, 67.84081, 67.90379, 67.97753, 67.90549, 68.01573, 69.7972, 69.78184, 69.79796, 70.02956, 69.83657, 69.87605, 70.9918, 71.06747, 70.96129, 71.12579, 70.95982, 71.00817, 72.83312, 72.90767, 72.85181, 72.98243, 72.8532, 72.67882, 73.71629, 73.85803, 73.79301, 73.93235, 73.68024, 73.81953, 75.40569, 75.57615, 75.44364, 75.57265, 75.34689, 75.42497, 76.02901, 76.13237, 76.04556, 76.20815, 76.13255, 76.05908, 77.5913, 77.67052, 77.49704, 77.74699, 77.6097, 77.63228, 77.8241, 77.89235, 77.85929, 77.77821, 77.90167, 78.0832, 79.13526, 79.24218, 79.04581, 79.27773, 79.08139, 79.12457, 79.18116, 79.18055, 79.08791, 79.29424, 79.05058, 79.1818, 80.11756, 80.24339, 80.11667, 80.41315, 80.2831, 80.33646, 79.7647, 79.89221, 79.73835, 79.93315, 79.77541, 79.85339, 80.50379, 80.62391, 80.55494, 80.68037, 80.43891, 80.68056, 79.82529, 79.96566, 79.80814, 79.90829, 79.73229, 79.8323, 80.24426, 80.3866, 80.34653, 80.46517, 80.15742, 80.34748, 79.28069, 79.42435, 79.26228, 79.50039, 79.264, 79.30885, 79.40347, 79.53123, 79.31786, 79.45654, 79.39789, 79.52867, 78.1721, 78.27048, 78.10525, 78.32806, 78.26392, 78.47917, 77.93172, 78.00205, 77.99857, 78.03847, 77.8857, 78.11473, 76.45853, 76.59027, 76.43017, 76.62924, 76.47105, 76.5521, 75.91628, 76.00283, 75.90493, 76.00201, 75.90443, 76.00013, 74.28907, 74.39142, 74.21378, 74.35464, 74.17169, 74.35405, 73.43156, 73.48473, 73.45, 73.48434, 73.22072, 73.48591}; graph = new TGraph(2604,rdzTOBp_fx32,rdzTOBp_fy32); graph->SetName("rdzTOBp"); graph->SetTitle("TOB at z>=0;r /cm;#Deltaz /#mum"); graph->SetFillColor(1); graph->SetMarkerColor(6); graph->SetMarkerStyle(6); multigraph->Add(graph,"P"); Double_t rdzTIDp_fx33[408] = { 28.50827, 28.50958, 28.36989, 28.37155, 28.32464, 28.32084, 28.37696, 28.36577, 28.50604, 28.5023, 28.67494, 28.67907, 28.84758, 28.84787, 28.97701, 28.97659, 29.02617, 29.02839, 28.9863, 28.9866, 28.84972, 28.85146, 28.67715, 28.68001, 28.42313, 28.42269, 28.34623, 28.34883, 28.36251, 28.3605, 28.45885, 28.45617, 28.61181, 28.61252, 28.79293, 28.79395, 28.92851, 28.93265, 29.00601, 29.0064, 28.98274, 28.98584, 28.89797, 28.89716, 28.74408, 28.74335, 28.57174, 28.56967, 36.51485, 36.50647, 36.40314, 36.39975, 36.3704, 36.36822, 36.42545, 36.42542, 36.55374, 36.55669, 36.72995, 36.72562, 36.88118, 36.88501, 36.99835, 36.99685, 37.03447, 37.03831, 36.96411, 36.96358, 36.82715, 36.82323, 36.66876, 36.67259, 36.4399, 36.43946, 36.36234, 36.36588, 36.38689, 36.38509, 36.48643, 36.48755, 36.64454, 36.64684, 36.81951, 36.81611, 36.96297, 36.94967, 37.02606, 37.02936, 37.0091, 37.01151, 36.91522, 36.91639, 36.75586, 36.7533, 36.58981, 36.59058, 44.59728, 44.51104, 44.44849, 44.41982, 44.4213, 44.45479, 44.51907, 44.60843, 44.70566, 44.79832, 44.9028, 44.98318, 45.04211, 45.08591, 45.08664, 45.04325, 44.9788, 44.89736, 44.79729, 44.69362, 44.53497, 44.44464, 44.41095, 44.38246, 44.41146, 44.45991, 44.5439, 44.63538, 44.7485, 44.85387, 44.96404, 45.03996, 45.0901, 45.11119, 45.10027, 45.04187, 44.96807, 44.86012, 44.74313, 44.62514, 28.50243, 28.49796, 28.36939, 28.36726, 28.32419, 28.32067, 28.37016, 28.37109, 28.51388, 28.51011, 28.69183, 28.69196, 28.86537, 28.86237, 28.98472, 28.98538, 29.03306, 29.03354, 28.98203, 28.97944, 28.85305, 28.8546, 28.6807, 28.67927, 28.42698, 28.4244, 28.34461, 28.34342, 28.35712, 28.35658, 28.45293, 28.45387, 28.60507, 28.60487, 28.7825, 28.78357, 28.93272, 28.92841, 29.0057, 29.00754, 29.00252, 29.00061, 28.90307, 28.90307, 28.74842, 28.75265, 28.57432, 28.57146, 36.52092, 36.52062, 36.39033, 36.38968, 36.34532, 36.35068, 36.39272, 36.39102, 36.54306, 36.54188, 36.70961, 36.71283, 36.88059, 36.87703, 36.99957, 37.00071, 37.04498, 37.04637, 36.99203, 36.99316, 36.85989, 36.86109, 36.6854, 36.69011, 36.45071, 36.45055, 36.36604, 36.367, 36.3643, 36.36707, 36.46244, 36.46293, 36.61929, 36.62719, 36.79446, 36.79625, 36.95159, 36.95004, 37.03716, 37.04306, 37.02877, 37.03404, 36.9365, 36.94012, 36.78428, 36.78255, 36.60469, 36.59724, 44.56472, 44.48045, 44.42609, 44.40902, 44.42067, 44.46978, 44.53207, 44.62403, 44.7233, 44.83733, 44.92648, 45.00663, 45.06509, 45.09456, 45.08681, 45.05116, 44.97683, 44.87434, 44.77435, 44.66248, 44.5065, 44.43155, 44.38596, 44.37645, 44.39271, 44.45573, 44.55634, 44.65455, 44.76519, 44.88524, 44.99472, 45.06013, 45.11044, 45.12323, 45.09473, 45.03568, 44.94655, 44.84013, 44.7262, 44.60649, 28.54307, 28.53978, 28.37986, 28.38069, 28.3085, 28.30861, 28.33249, 28.33258, 28.45276, 28.44908, 28.62764, 28.62801, 28.81918, 28.81943, 28.97287, 28.97294, 29.04827, 29.04526, 29.03166, 29.03373, 28.91188, 28.9119, 28.73122, 28.72814, 28.43904, 28.44193, 28.33942, 28.33967, 28.32513, 28.32458, 28.40454, 28.40423, 28.56016, 28.56277, 28.74083, 28.739, 28.90719, 28.90698, 29.01315, 29.01158, 29.03094, 29.02251, 28.94575, 28.94831, 28.79321, 28.79008, 28.61182, 28.60896, 36.54475, 36.54459, 36.39915, 36.38847, 36.33261, 36.33001, 36.36843, 36.36417, 36.50058, 36.49754, 36.66968, 36.66916, 36.85181, 36.85267, 36.99269, 36.99256, 37.05802, 37.05115, 37.02817, 37.02642, 36.90986, 36.90785, 36.72646, 36.72665, 36.4523, 36.45098, 36.34835, 36.34761, 36.33905, 36.34332, 36.42167, 36.42202, 36.56582, 36.56661, 36.76255, 36.76447, 36.9409, 36.93532, 37.04665, 37.03984, 37.05062, 37.05308, 36.97297, 36.97205, 36.81564, 36.81074, 36.69869, 36.63268, 44.60563, 44.51262, 44.4314, 44.39642, 44.38302, 44.41082, 44.46672, 44.55621, 44.66161, 44.78568, 44.90059, 44.98902, 45.05563, 45.10845, 45.12468, 45.09292, 45.02158, 44.93347, 44.83855, 44.72215, 44.55023, 44.45789, 44.38711, 44.36167, 44.36659, 44.41821, 44.49796, 44.59949, 44.71354, 44.84377, 44.94785, 45.04256, 45.10179, 45.14234, 45.12624, 45.07907, 45.00238, 44.897, 44.77934, 44.65274}; Double_t rdzTIDp_fy33[408] = { 167.3198, 171.7447, 183.0204, 208.4273, 193.4538, 239.1534, 194.6163, 239.0945, 216.0008, 222.101, 195.588, 202.3006, 155.5044, 154.5115, 130.8024, 130.8022, 121.2074, 121.4361, 124.3205, 129.6608, 117.8858, 121.7754, 131.7417, 134.182, 180.2981, 179.6109, 216.1406, 212.5541, 232.0271, 231.1145, 214.7897, 208.4589, 203.1507, 199.5647, 168.2997, 165.1726, 145.9608, 142.8322, 128.5042, 124.9944, 123.3748, 108.9564, 110.173, 108.2659, 111.3582, 113.6474, 142.4707, 139.1899, 169.7193, 168.5766, 227.4279, 227.504, 254.2181, 247.1225, 244.9199, 233.6262, 230.1143, 221.5713, 196.1499, 191.5675, 164.0906, 166.3023, 148.3459, 149.1847, 125.5981, 128.4203, 109.036, 111.8588, 116.9689, 117.8099, 126.3737, 125.1528, 193.344, 185.7904, 231.2821, 239.2921, 235.9951, 242.174, 230.269, 231.8701, 207.8746, 211.3064, 178.5575, 182.3715, 159.8481, 159.6972, 123.5082, 125.1102, 112.3899, 114.9074, 105.3698, 105.9783, 119.7504, 120.361, 138.7757, 143.0478, 198.833, 214.8501, 216.4396, 238.5075, 268.1523, 258.3759, 230.081, 204.6728, 204.1972, 195.3783, 170.0814, 142.4711, 133.3265, 116.7528, 124.4883, 117.9321, 116.402, 109.0807, 130.8402, 175.2098, 209.847, 211.2976, 222.0205, 251.5636, 274.7836, 253.812, 220.7833, 200.9379, 200.9103, 187.8604, 165.3866, 137.9964, 123.8433, 114.4394, 123.1116, 110.893, 107.839, 125.3225, 158.3066, 184.0148, 169.8368, 179.7552, 186.9865, 192.2508, 211.3817, 219.1633, 219.8683, 232.1506, 216.0787, 217.3743, 207.8706, 222.6706, 187.4638, 193.2625, 152.9218, 157.2697, 140.3531, 143.1754, 149.1084, 156.9711, 127.0402, 133.6774, 147.6068, 158.5928, 170.5325, 164.9622, 191.7265, 191.9547, 210.7453, 202.4296, 217.2339, 202.8144, 209.7904, 201.0167, 198.5166, 190.3528, 161.9838, 156.2614, 136.6676, 126.7486, 137.2521, 128.5539, 130.9961, 119.4001, 129.2069, 124.6291, 160.7036, 152.4628, 180.0182, 179.6378, 202.5539, 196.3738, 214.3876, 212.0976, 197.2308, 195.6292, 188.3011, 183.9508, 191.416, 194.391, 175.4586, 176.8315, 150.4064, 145.5233, 133.6854, 132.9987, 130.6251, 128.4122, 122.3113, 115.9791, 138.1997, 133.0122, 170.2996, 172.5121, 193.8266, 201.3799, 208.605, 208.9098, 192.7365, 184.8025, 194.4476, 184.3785, 188.7825, 184.4334, 157.3288, 153.0564, 126.7876, 119.5396, 116.8111, 119.1742, 105.3696, 110.1761, 104.794, 109.4473, 152.5094, 161.1272, 183.7971, 205.0801, 185.9186, 205.0115, 226.7939, 265.9249, 254.1819, 225.9537, 212.4314, 198.4267, 192.5088, 161.1504, 127.0669, 110.329, 125.6257, 151.2705, 135.5458, 128.8336, 138.4647, 169.6374, 189.5471, 185.2799, 186.3098, 217.2269, 248.3083, 258.693, 235.1994, 203.6034, 200.8272, 194.1894, 138.4537, 122.8884, 108.198, 113.1389, 140.1169, 149.0378, 128.3524, 122.9415, 152.7289, 179.8125, 160.7612, 169.612, 155.1737, 160.1338, 129.5966, 141.7278, 132.282, 133.6532, 120.8626, 130.5502, 114.4084, 121.6571, 115.9055, 124.9082, 109.0558, 117.3726, 91.60586, 105.644, 101.8135, 108.9094, 107.3611, 117.8891, 132.8853, 134.564, 155.886, 154.3597, 149.3831, 137.7095, 140.8575, 131.7027, 123.6931, 119.4204, 108.1661, 99.23592, 112.6063, 105.9688, 110.9426, 105.9073, 99.5134, 88.22195, 94.6879, 85.83776, 110.7085, 107.732, 109.5316, 108.845, 140.9442, 133.0089, 183.5321, 179.2592, 196.6035, 195.84, 173.1135, 171.2813, 158.0156, 164.0425, 152.6004, 155.7269, 149.299, 148.3067, 152.9472, 153.7101, 120.9565, 128.1282, 107.6742, 100.2001, 93.16927, 100.0362, 111.7893, 115.2997, 153.6862, 168.7172, 186.7811, 189.2221, 173.2228, 175.8925, 157.179, 154.6618, 149.241, 148.4026, 144.3211, 144.6266, 141.9281, 150.2449, 147.6382, 142.6796, 110.8433, 107.4101, 103.7659, 104.6059, 105.0707, 103.9259, 142.1093, 137.9894, 155.953, 167.8557, 195.2468, 185.5563, 181.5723, 172.2079, 206.8081, 226.9369, 227.9407, 180.6351, 164.0642, 128.0854, 140.1703, 127.8151, 107.1549, 102.0232, 117.9258, 133.2719, 127.0893, 126.6265, 139.5366, 157.2831, 195.1219, 180.8586, 178.2276, 195.5644, 226.7209, 234.3581, 192.9342, 164.3944, 145.8969, 138.5759, 135.0995, 119.612, 97.06743, 108.4924, 125.7809, 132.6441, 121.2661, 131.4237, 149.992, 176.9947}; graph = new TGraph(408,rdzTIDp_fx33,rdzTIDp_fy33); graph->SetName("rdzTIDp"); graph->SetTitle("TID at z>=0;r /cm;#Deltaz /#mum"); graph->SetFillColor(1); graph->SetMarkerColor(4); graph->SetMarkerStyle(6); multigraph->Add(graph,"P"); Double_t rdzTIBp_fx34[1362] = { 23.35734, 23.57722, 23.4385, 23.65866, 23.52421, 23.74446, 23.3166, 23.53957, 23.38934, 23.60786, 23.46615, 23.68741, 23.31085, 23.52127, 23.37704, 23.59381, 23.42614, 23.64791, 23.42192, 23.6416, 23.42843, 23.6436, 23.41368, 23.6326, 23.35802, 23.57873, 23.36095, 23.58344, 23.37289, 23.59761, 23.29953, 23.52085, 23.29533, 23.51442, 23.31718, 23.53802, 23.31312, 23.53776, 23.30662, 23.5274, 23.32463, 23.54691, 23.38487, 23.60983, 23.36759, 23.5909, 23.35876, 23.58457, 23.49259, 23.71688, 23.47193, 23.69642, 23.44457, 23.66387, 23.54682, 23.77292, 23.53506, 23.75783, 23.5211, 23.74593, 23.56022, 23.78275, 23.57284, 23.7948, 23.59737, 23.81491, 23.61164, 23.83531, 23.602, 23.83284, 23.64094, 23.86879, 23.68128, 23.9021, 23.67556, 23.90487, 23.71222, 23.93749, 26.83708, 26.62234, 26.8814, 26.66756, 26.96265, 26.75002, 26.78163, 26.56065, 26.81809, 26.58619, 26.90175, 26.68254, 26.75509, 26.53526, 26.79499, 26.57477, 26.86028, 26.64569, 26.78168, 26.56171, 26.79257, 26.58026, 26.79862, 26.58517, 26.79258, 26.57998, 26.8339, 26.63475, 26.7987, 26.59499, 26.78286, 26.56008, 26.79592, 26.58214, 26.7888, 26.57101, 26.76163, 26.5371, 26.72436, 26.50161, 26.74862, 26.52427, 26.77708, 26.55534, 26.72606, 26.50038, 26.73763, 26.51734, 26.77355, 26.55179, 26.78087, 26.5574, 26.80515, 26.57979, 26.8575, 26.63644, 26.88617, 26.65618, 26.89593, 26.67368, 26.95199, 26.7302, 26.99178, 26.77021, 26.95613, 26.73793, 26.97867, 26.76446, 26.99734, 26.7835, 27.0083, 26.78559, 27.01733, 26.78736, 27.02801, 26.80747, 27.08091, 26.85108, 27.07298, 26.85354, 27.08786, 26.86938, 27.14411, 26.92576, 27.15762, 26.92971, 27.16527, 26.94899, 27.18474, 26.97234, 23.8713, 24.09948, 23.84472, 24.07112, 23.86577, 24.09616, 24.03063, 24.25748, 24.02372, 24.2429, 24.02497, 24.2424, 24.1968, 24.41675, 24.1838, 24.40774, 24.16147, 24.38727, 24.36024, 24.58192, 24.31255, 24.53767, 24.26831, 24.48709, 24.45958, 24.68309, 24.38732, 24.61266, 24.31436, 24.53645, 24.45224, 24.67983, 24.38166, 24.60747, 24.32398, 24.54573, 24.39543, 24.61309, 24.3241, 24.54329, 24.30062, 24.5255, 24.324, 24.54449, 24.27244, 24.49117, 24.2615, 24.478, 24.23177, 24.45563, 24.21015, 24.43257, 24.19115, 24.41665, 24.07528, 24.29223, 24.0578, 24.27358, 24.06512, 24.28556, 23.89423, 24.11243, 23.8794, 24.09958, 23.91439, 24.13626, 23.72482, 23.94524, 23.74639, 23.96177, 23.81758, 24.03458, 23.52883, 23.75319, 23.57729, 23.79513, 23.65854, 23.87411, 27.31951, 27.10566, 27.31529, 27.09811, 27.37104, 27.10661, 27.45991, 27.24459, 27.44476, 27.22708, 27.46004, 27.23543, 27.61262, 27.39769, 27.59018, 27.3765, 27.53178, 27.31354, 27.73973, 27.52363, 27.72213, 27.49888, 27.66687, 27.45107, 27.82927, 27.61227, 27.80968, 27.59251, 27.72398, 27.50513, 27.86226, 27.64607, 27.81311, 27.58385, 27.69227, 27.48176, 27.83926, 27.622, 27.75161, 27.53495, 27.70428, 27.48749, 27.82416, 27.6044, 27.74142, 27.53307, 27.71812, 27.49447, 27.72999, 27.50878, 27.69356, 27.47461, 27.6846, 27.47949, 27.63861, 27.43088, 27.60085, 27.38762, 27.57238, 27.33728, 27.50443, 27.28753, 27.49338, 27.27429, 27.50113, 27.29011, 27.36262, 27.14716, 27.36344, 27.15565, 27.4108, 27.19178, 27.22679, 27.00905, 27.24564, 27.02702, 27.27572, 27.06008, 27.05882, 26.84018, 27.1067, 26.89045, 27.17725, 26.95675, 26.93713, 26.71899, 27.01595, 26.90528, 27.08735, 26.87011, 32.13894, 32.36449, 32.07682, 32.29796, 32.03685, 32.25848, 32.01309, 32.23428, 31.98074, 32.20914, 31.97523, 32.19975, 31.87844, 32.10579, 31.91807, 32.13455, 31.90247, 32.12391, 31.74414, 31.96643, 31.75956, 31.98065, 31.79695, 32.02161, 31.58704, 31.81433, 31.58942, 31.80943, 31.66525, 31.88787, 31.45234, 31.67339, 31.4839, 31.70091, 31.60325, 31.8219, 31.35528, 31.57557, 31.44679, 31.67287, 31.55177, 31.77227, 31.32327, 31.54773, 31.46517, 31.68025, 31.55939, 31.78182, 31.34053, 31.56807, 31.4736, 31.70341, 31.57796, 31.80565, 31.3633, 31.58192, 31.49727, 31.71667, 31.60001, 31.82599, 31.45739, 31.68089, 31.52714, 31.74903, 31.63993, 31.85721, 31.58724, 31.80757, 31.60632, 31.82598, 31.71461, 31.93394, 31.77255, 31.9962, 31.78666, 32.00745, 31.86128, 32.0868, 31.92988, 32.15064, 31.96216, 32.18709, 31.98565, 32.20514, 32.11364, 32.33274, 32.13047, 32.35111, 32.09986, 32.32201, 32.23139, 32.45204, 32.21701, 32.43444, 32.20944, 32.43113, 32.35619, 32.58412, 32.29237, 32.51266, 32.26379, 32.49011, 35.67596, 35.46017, 35.59679, 35.37331, 35.53327, 35.30372, 35.53632, 35.3092, 35.45943, 35.23977, 35.4453, 35.22667, 35.41372, 35.19047, 35.38595, 35.16943, 35.35248, 35.13366, 35.2948, 35.07297, 35.31857, 35.09995, 35.30391, 35.08011, 35.16864, 34.95038, 35.20941, 34.9827, 35.26239, 35.04143, 34.98922, 34.78846, 35.05447, 34.83696, 35.18572, 34.95823, 34.90246, 34.68053, 35.00487, 34.7846, 35.13559, 34.91514, 34.87036, 34.65217, 34.97888, 34.76194, 35.12273, 34.8983, 34.89077, 34.66776, 35.00919, 34.78901, 35.12721, 34.90888, 34.92722, 34.71051, 35.03496, 34.81411, 35.12833, 34.90807, 34.94525, 34.72203, 35.06655, 34.84793, 35.14355, 34.9198, 35.0039, 34.78508, 35.07204, 35.00518, 35.15478, 34.93576, 35.01903, 34.80096, 35.09945, 34.87701, 35.23679, 35.01273, 35.16061, 34.94013, 35.2106, 34.98985, 35.27996, 35.06236, 35.30915, 35.08737, 35.3344, 35.11086, 35.36854, 35.14122, 35.48182, 35.25885, 35.46633, 35.24701, 35.46156, 35.23869, 35.60011, 35.37753, 35.56567, 35.3413, 35.52205, 35.29942, 35.72297, 35.4988, 35.6853, 35.46538, 35.6269, 35.40322, 35.86413, 35.64439, 35.80706, 35.58505, 35.72649, 35.50542, 32.40521, 32.62631, 32.36297, 32.58585, 32.31458, 32.53579, 32.47143, 32.68707, 32.42391, 32.64302, 32.40355, 32.62679, 32.50076, 32.7216, 32.49839, 32.71242, 32.4638, 32.67833, 32.51343, 32.73252, 32.52028, 32.73214, 32.51329, 32.72966, 32.51703, 32.7307, 32.52501, 32.74563, 32.57042, 32.78565, 32.59289, 32.80946, 32.54242, 32.75987, 32.57601, 32.79276, 32.60214, 32.82395, 32.58995, 32.81434, 32.59724, 32.81474, 32.62556, 32.85, 32.62098, 32.82922, 32.62085, 32.83494, 32.64617, 32.86922, 32.63189, 32.85211, 32.61753, 32.84177, 32.67843, 32.89584, 32.65641, 32.87193, 32.62502, 32.84623, 32.66123, 32.87964, 32.62392, 32.84367, 32.59695, 32.8116, 32.60872, 32.82341, 32.5645, 32.78026, 32.54427, 32.76454, 32.54693, 32.79443, 32.52039, 32.74123, 32.49125, 32.72925, 32.50114, 32.72069, 32.46991, 32.69076, 32.41931, 32.63944, 32.44034, 32.66398, 32.39957, 32.62152, 32.34813, 32.5627, 32.38297, 32.60233, 32.30853, 32.5275, 32.24641, 32.46473, 32.28571, 32.50925, 32.18581, 32.40667, 32.13149, 32.34593, 35.93383, 35.71495, 35.86995, 35.64377, 35.79283, 35.56757, 35.94322, 35.71958, 35.89294, 35.66586, 35.84806, 35.62329, 35.95957, 35.73412, 35.92412, 35.69869, 35.88827, 35.66911, 35.99106, 35.7703, 35.96142, 35.73873, 35.95035, 35.73015, 35.9956, 35.77959, 35.98679, 35.77034, 35.99449, 35.76921, 36.02288, 35.79427, 35.984, 35.76681, 36.038, 35.80948, 36.00652, 35.78511, 36.00867, 35.79014, 36.06738, 35.84484, 36.06084, 35.83901, 36.05537, 35.83782, 36.09517, 35.87605, 36.07562, 35.85933, 36.0796, 35.85534, 36.11174, 35.88673, 36.12551, 35.90466, 36.10297, 35.88818, 36.12746, 35.9025, 36.12449, 35.89864, 36.1086, 35.88375, 36.0867, 35.87016, 36.09881, 35.76169, 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43.38945, 43.44487, 43.23149, 43.28594, 43.39212, 43.12572, 43.21345, 43.33733, 43.35371, 43.18463, 43.27076, 48.0751, 48.04994, 48.04356, 48.04893, 48.03688, 48.0103, 48.04005, 48.0317, 48.02376, 47.99961, 48.00881, 48.00362, 47.97672, 47.98831, 47.93718, 47.97941, 47.94089, 47.91373, 47.9448, 47.88119, 47.88576, 47.92974, 47.83232, 47.8372, 47.94666, 47.84396, 47.82115, 47.97588, 47.86983, 47.82335, 47.99445, 47.92258, 47.86229, 48.02268, 47.95766, 47.90881, 48.06334, 47.97928, 47.91462, 48.06553, 47.98803, 47.92557, 48.09851, 48.01485, 47.92834, 48.10733, 48.02069, 47.93938, 48.11569, 47.9874, 47.91644, 48.1074, 47.95434, 47.95647, 48.1107, 47.95294, 47.99033, 48.17661, 48.0452, 48.03289, 48.20968, 48.15427, 48.12377, 48.22911, 48.2339, 48.20027, 48.26118, 48.3085, 48.25959, 48.29729, 48.31039, 48.32078, 48.30141, 48.31848, 48.34405, 48.34108, 48.34977, 48.36037, 51.16004, 51.19824, 51.20378, 51.22713, 51.22309, 51.20796, 51.19262, 51.17706, 51.17383, 51.19579, 51.17505, 51.13881, 51.17417, 51.15326, 51.10626, 51.13655, 51.102, 51.07243, 51.10334, 51.06017, 51.06322, 51.07845, 51.03221, 51.02298, 51.08512, 51.01035, 50.98219, 51.06619, 50.99396, 50.9481, 51.11206, 51.00426, 50.95211, 51.12941, 51.04934, 50.97178, 51.15893, 51.07013, 50.97567, 51.1952, 51.09642, 51.00052, 51.19691, 51.12181, 51.0014, 51.2308, 51.15617, 51.0476, 51.21945, 51.14331, 51.05229, 51.20381, 51.13012, 51.06184, 51.21536, 51.16779, 51.1057, 51.22772, 51.16507, 51.15163, 51.26535, 51.22128, 51.17933, 51.32006, 51.27548, 51.23124, 51.35042, 51.3469, 51.3185, 51.44167, 51.39875, 51.37141, 51.44985, 51.43777, 51.4388, 51.48751, 51.48268, 51.46829, 51.59156, 51.59072, 51.57129, 51.52707, 51.52324, 51.51539, 48.39002, 48.36476, 48.36139, 48.40186, 48.39317, 48.38454, 48.41514, 48.40893, 48.43857, 48.40982, 48.43429, 48.43574, 48.40654, 48.44085, 48.44846, 48.40359, 48.41067, 48.46988, 48.4091, 48.4317, 48.46228, 48.42033, 48.44436, 48.47946, 48.41564, 48.46355, 48.49723, 48.41685, 48.43908, 48.56644, 48.4245, 48.4591, 48.5012, 48.4323, 48.46408, 48.49493, 48.41959, 48.46377, 48.52304, 48.3997, 48.47337, 48.54637, 48.39902, 48.46267, 48.52309, 48.38139, 48.44594, 48.4822, 48.36415, 48.42496, 48.48692, 48.33631, 48.37795, 48.43196, 48.2822, 48.34358, 48.38638, 48.27877, 48.29545, 48.3338, 48.22065, 48.26376, 48.28858, 48.21022, 48.22946, 48.24666, 48.17161, 48.20225, 48.19261, 48.15831, 48.14381, 48.15096, 48.1431, 48.13693, 48.11934, 48.126, 48.08309, 48.04969, 51.54268, 51.57365, 51.53549, 51.56879, 51.5806, 51.56904, 51.55639, 51.58102, 51.59744, 51.5758, 51.59464, 51.61125, 51.58469, 51.61414, 51.62904, 51.59748, 51.63005, 51.66534, 51.59016, 51.63692, 51.67757, 51.6279, 51.66344, 51.68761, 51.65467, 51.69717, 51.71056, 51.6582, 51.694, 51.72786, 51.65916, 51.70504, 51.74174, 51.679, 51.71595, 51.75117, 51.67055, 51.73019, 51.76364, 51.6561, 51.72052, 51.74743, 51.65955, 51.69009, 51.76282, 51.61558, 51.66054, 51.71395, 51.60918, 51.63824, 51.70293, 51.5932, 51.63754, 51.69194, 51.55577, 51.62943, 51.66264, 51.52226, 51.57393, 51.62646, 51.47486, 51.54996, 51.59352, 51.42704, 51.48727, 51.53447, 51.41304, 51.45042, 51.48435, 51.38192, 51.41071, 51.42374, 51.36359, 51.37543, 51.38154, 51.3449, 51.33985, 51.33027, 51.33833, 51.31725, 51.30035, 51.29893, 51.27356, 51.26491}; Double_t rdzTIBp_fy34[1362] = { 98.34487, 97.76353, 98.51294, 95.70049, 98.56764, 93.50435, 94.65406, 92.75915, 94.84093, 91.41884, 94.7794, 89.98474, 90.994, 89.20873, 90.91286, 87.33639, 90.96229, 86.73842, 87.10799, 86.57967, 87.34028, 87.07806, 87.11086, 85.78131, 83.89693, 84.16201, 84.0165, 84.74011, 83.90823, 83.25944, 81.09189, 81.73022, 81.07893, 82.06047, 81.013, 81.34608, 78.89471, 78.07351, 78.77055, 79.24537, 78.74285, 78.98927, 77.52914, 75.8185, 77.4021, 77.56094, 77.29993, 79.21413, 76.77883, 76.96182, 76.82568, 78.23045, 76.75903, 79.04066, 77.12396, 76.57063, 77.16533, 78.17652, 77.16492, 79.58846, 78.34296, 77.58953, 78.28802, 79.93769, 78.32413, 81.04118, 80.38697, 78.57497, 80.37199, 80.06606, 80.33049, 80.90333, 83.05196, 80.24215, 83.09467, 81.52283, 83.12617, 84.07307, 99.3803, 101.4783, 99.40096, 98.55788, 99.47092, 96.07209, 95.88992, 97.13428, 95.94894, 94.62031, 96.13578, 92.92221, 92.27352, 92.87836, 92.28633, 91.39887, 92.31895, 89.983, 88.67257, 88.9352, 88.61334, 88.26289, 88.73042, 87.73122, 85.21111, 84.78793, 85.12624, 83.2562, 85.19936, 83.25207, 81.96522, 81.40782, 81.90166, 80.8738, 81.92122, 80.96801, 79.13319, 78.72987, 79.21081, 78.39746, 79.17639, 79.14539, 76.87538, 76.0696, 77.03305, 76.83871, 77.05563, 77.56774, 75.49542, 74.40579, 75.53849, 76.19421, 75.48574, 77.34296, 74.75954, 73.32188, 74.69915, 74.84972, 74.69818, 76.37567, 74.79179, 73.22042, 74.66986, 74.62127, 74.67439, 76.01711, 75.52804, 73.3327, 75.53802, 74.73567, 75.50538, 76.66752, 77.01124, 73.73133, 77.09727, 75.29362, 76.97819, 76.70338, 79.21634, 75.04163, 79.30575, 77.92913, 79.30152, 78.61092, 81.87225, 76.8325, 82.02453, 77.73549, 81.91074, 79.35744, 86.26174, 79.68866, 86.23003, 80.99328, 86.22759, 81.67663, 89.74178, 83.35877, 89.78101, 84.65848, 89.70529, 85.4605, 93.60832, 87.74316, 93.63019, 89.07981, 93.59664, 89.46562, 97.16344, 94.65876, 97.24905, 93.88523, 97.25773, 94.88696, 100.752, 98.38707, 100.9375, 98.83852, 100.5328, 99.15929, 103.7167, 103.7249, 103.6346, 104.0628, 103.3429, 103.81, 105.914, 105.9149, 105.6801, 106.1955, 105.6902, 107.3879, 107.2002, 109.2535, 107.2719, 109.0965, 107.0932, 108.3455, 107.8963, 111.7925, 107.8124, 110.6406, 107.6349, 110.0053, 107.4455, 110.5332, 107.3182, 111.4946, 107.2519, 109.0636, 106.2653, 111.6722, 106.1174, 109.656, 106.1289, 107.4924, 104.1839, 108.6082, 104.1908, 107.4704, 104.1687, 105.2744, 101.5167, 104.7098, 101.6221, 103.8032, 101.7148, 101.9882, 85.08508, 80.70449, 85.05271, 81.24474, 85.03819, 81.77685, 88.50562, 82.96905, 88.5183, 83.45415, 88.57213, 84.69205, 92.22136, 87.57662, 92.15364, 87.52785, 92.16664, 88.70514, 95.78276, 91.8566, 95.76287, 91.36623, 95.81329, 92.61714, 99.247, 96.54302, 99.31039, 95.53825, 99.42553, 97.75122, 102.5854, 100.953, 102.759, 100.7755, 102.7234, 101.3852, 105.346, 105.2278, 105.2955, 105.2104, 105.3069, 105.2215, 107.526, 107.9043, 107.5662, 107.6051, 107.4606, 106.9486, 109.0805, 110.894, 109.0439, 110.5435, 109.0354, 110.229, 109.8361, 112.8184, 109.7721, 112.2722, 109.7847, 109.6083, 109.8028, 113.0901, 109.9069, 112.9884, 109.8083, 111.4788, 109.115, 113.6893, 109.0704, 112.3538, 109.0498, 109.6434, 107.6449, 111.8532, 107.5788, 109.5355, 107.6129, 107.7405, 105.459, 109.1868, 105.4471, 106.9587, 105.4097, 104.8417, 102.7408, 105.0805, 102.891, 102.5713, 102.8147, 100.6374, 101.1855, 101.2284, 101.1234, 101.1891, 101.1013, 101.1482, 97.55439, 97.57193, 97.49064, 97.50278, 97.47488, 97.44798, 93.77163, 93.76234, 93.74632, 93.71804, 93.72543, 93.66, 89.93559, 89.90269, 89.8952, 89.86671, 89.84486, 89.81716, 86.18121, 86.12049, 86.16324, 86.11265, 86.0996, 86.06851, 82.81836, 81.37404, 82.65226, 81.73941, 82.2095, 80.91565, 79.56675, 77.9152, 79.27416, 77.93857, 79.13473, 77.4548, 76.78965, 75.53813, 76.4911, 74.40323, 76.21501, 73.46027, 74.53906, 74.07631, 74.38177, 73.45129, 74.23687, 72.92451, 72.86864, 73.48399, 72.68272, 71.93409, 72.30964, 71.21804, 71.87682, 72.75459, 71.73925, 70.73285, 71.52123, 69.04575, 71.66338, 73.38863, 71.47401, 71.31774, 71.36935, 69.76419, 71.99989, 73.9474, 71.98044, 72.76926, 71.79523, 70.33286, 73.11827, 75.13589, 73.09241, 73.58656, 73.02531, 72.08846, 74.85835, 76.40549, 74.82036, 74.54268, 74.94286, 73.46399, 77.34255, 78.52563, 77.41955, 77.13552, 77.25317, 76.1104, 80.33214, 81.96505, 80.23566, 79.94626, 80.18518, 79.64635, 102.2282, 102.4968, 102.1051, 103.6591, 101.8321, 105.4066, 98.85927, 98.34151, 98.62975, 100.2973, 98.55586, 101.1392, 95.06307, 93.57298, 95.00247, 95.37316, 94.8839, 96.36034, 91.10257, 89.05128, 91.24169, 91.07914, 91.1245, 90.88454, 87.37467, 86.4232, 87.29559, 87.32459, 87.26607, 89.35622, 83.66641, 82.36345, 83.73746, 83.54356, 83.60722, 85.85258, 80.43438, 79.09987, 80.38261, 80.26955, 80.17355, 81.54823, 77.4566, 76.14784, 77.29915, 76.12476, 77.12788, 77.13457, 74.71626, 74.46321, 74.55095, 74.03138, 74.41341, 73.6653, 72.59464, 72.14935, 72.45816, 72.28931, 72.31933, 70.12917, 70.82573, 70.7324, 70.74324, 69.97219, 70.67888, 70.17557, 69.77236, 70.36307, 69.70636, 69.75494, 69.64381, 69.26302, 69.3253, 70.96429, 69.34889, 69.2805, 69.13335, 66.73814, 69.39503, 70.45023, 69.51323, 69.87166, 69.33378, 66.75507, 70.34271, 71.55812, 70.25184, 70.38938, 70.23489, 69.68593, 71.73081, 73.29572, 71.66979, 71.6991, 71.57662, 71.49236, 73.75947, 75.29308, 73.63177, 75.19329, 73.58087, 73.65504, 76.19574, 78.05817, 76.20857, 77.08794, 76.08222, 75.81767, 79.08016, 82.17598, 78.96738, 79.16485, 78.68911, 79.15315, 83.62788, 84.18255, 83.61655, 84.67581, 83.49468, 85.50788, 87.18644, 88.12815, 87.25851, 88.27831, 87.1291, 88.41484, 90.93002, 91.25526, 91.03084, 92.29942, 91.03812, 92.97405, 94.78237, 95.47643, 94.89765, 95.15706, 94.88051, 96.81723, 98.52755, 99.29502, 98.4694, 98.63448, 98.53726, 98.95147, 102.2873, 102.6073, 102.1904, 102.0937, 102.0507, 101.7821, 105.3516, 106.0966, 105.34, 105.7822, 105.3176, 105.0546, 108.1373, 108.4696, 108.126, 107.9669, 108.0489, 106.9162, 110.3655, 111.5307, 110.413, 110.3559, 110.3004, 110.3953, 112.079, 112.9969, 112.0106, 111.6188, 112.0528, 111.2026, 112.9851, 113.5975, 113.0024, 112.791, 112.9864, 111.3457, 113.2927, 114.0545, 113.2287, 113.0458, 113.1786, 112.9582, 112.6925, 114.4482, 112.8449, 112.8217, 112.6399, 111.3566, 111.7496, 112.8638, 111.7583, 111.8785, 111.647, 109.8031, 110.0366, 110.6538, 110.0288, 108.8985, 109.8043, 108.7676, 107.6092, 107.9072, 107.4738, 106.921, 107.3788, 106.5013, 104.5238, 104.5858, 104.5021, 104.8128, 104.407, 104.7167, 82.44066, 83.68866, 82.21225, 83.86229, 82.35075, 85.79333, 86.07791, 88.00598, 85.92062, 88.25978, 85.93466, 89.79893, 89.72345, 91.20408, 89.75274, 91.0619, 89.68561, 92.25224, 93.63325, 94.84539, 93.6007, 95.21381, 93.64175, 95.10164, 97.35736, 98.54749, 97.35732, 98.9668, 97.35321, 98.2018, 100.972, 102.1511, 100.9454, 101.2929, 101.0049, 101.9271, 104.304, 105.2109, 104.3431, 105.6782, 104.3246, 104.5923, 107.4623, 108.8215, 107.5019, 108.183, 107.4082, 105.6112, 110.0968, 110.7901, 110.0639, 110.0537, 110.0464, 109.6169, 112.254, 112.3691, 112.2334, 111.6045, 112.2922, 110.8248, 113.8565, 113.9076, 113.8941, 112.8758, 113.8158, 113.2938, 114.9355, 114.7008, 114.8895, 114.6934, 114.887, 114.6965, 115.3557, 115.9055, 115.324, 114.5192, 115.3992, 113.6401, 115.1006, 115.5564, 115.1203, 114.8425, 115.1602, 113.6985, 114.3658, 114.5951, 114.3556, 113.4598, 114.3596, 113.2721, 112.969, 113.4661, 113.0169, 113.103, 112.9416, 111.7701, 110.8849, 111.2137, 110.8634, 110.9445, 110.9009, 111.5918, 108.5593, 109.0163, 108.2848, 109.5051, 108.2466, 110.2286, 105.5894, 106.241, 105.2969, 107.0454, 105.2845, 108.1024, 103.7669, 103.8217, 104.0351, 100.3532, 100.2938, 100.2427, 96.68085, 96.56048, 96.70092, 92.84784, 92.86185, 92.86396, 89.37548, 89.1572, 89.24236, 85.72005, 85.66602, 85.62587, 82.11907, 82.3437, 82.21964, 78.85477, 79.23299, 78.98857, 75.89282, 75.9439, 75.82296, 73.27755, 73.24794, 73.05222, 70.82755, 70.83778, 70.68431, 68.97908, 68.89466, 68.8174, 67.54853, 67.56017, 67.55614, 66.49895, 66.62404, 66.73286, 66.19682, 66.2506, 66.13462, 66.24326, 66.44638, 66.2497, 67.00208, 67.03047, 66.94637, 68.26516, 68.1948, 68.22057, 69.98474, 69.91552, 69.8653, 72.08456, 72.03593, 72.02412, 74.68473, 74.63531, 74.61916, 77.61619, 77.56837, 77.62402, 104.7561, 104.6942, 104.814, 100.9806, 101.0387, 101.0846, 97.35918, 97.43056, 97.2992, 93.48805, 93.52493, 93.53908, 89.64947, 89.68449, 89.72007, 85.85159, 85.90955, 85.98033, 82.16302, 82.20602, 82.271, 78.59515, 79.08319, 79.07531, 75.43605, 75.56769, 75.94135, 72.63988, 72.79883, 72.77632, 70.09779, 70.11434, 70.28105, 67.87572, 67.95938, 68.04851, 66.15514, 66.30714, 66.45362, 64.93044, 64.97657, 65.12544, 64.21103, 64.22852, 64.35783, 63.95965, 64.15126, 64.16402, 64.35799, 64.45328, 64.50552, 65.27596, 65.30455, 65.25577, 66.62861, 66.66933, 66.65748, 68.4594, 68.55039, 68.47894, 70.77621, 70.83492, 70.7644, 73.46218, 73.53246, 73.45986, 76.61279, 76.5626, 76.50886, 80.84247, 80.73702, 80.9499, 84.26653, 84.18305, 84.24236, 87.87532, 87.79345, 87.78062, 91.54974, 91.50719, 91.42035, 95.32317, 95.20295, 95.34962, 99.02544, 98.92766, 98.81306, 102.5163, 102.5593, 102.4136, 105.9544, 105.9436, 105.9164, 109.0232, 108.9212, 108.8919, 111.679, 111.5788, 111.513, 113.8782, 113.9472, 113.7638, 115.7447, 115.7354, 115.665, 117.2137, 117.1089, 117.078, 118.0422, 118.0128, 117.9844, 118.4739, 118.4624, 118.315, 118.1349, 118.2217, 118.0761, 117.4763, 117.4504, 117.4202, 116.2128, 116.1706, 116.2211, 114.5308, 114.4893, 114.5424, 112.3734, 112.4449, 112.3872, 109.9243, 109.9199, 110.0939, 106.9719, 107.07, 107.3247, 79.878, 79.82044, 79.82822, 83.42173, 83.37448, 83.32333, 87.06047, 87.07887, 86.91441, 90.91412, 90.90398, 90.90137, 94.68543, 94.72768, 94.64847, 98.45178, 98.49839, 98.46088, 102.1968, 102.2222, 102.212, 105.6982, 105.7103, 105.7562, 108.986, 109.0059, 109.0357, 111.9234, 111.9038, 111.9339, 114.4326, 114.4717, 114.4627, 116.6417, 116.5876, 116.5783, 118.3097, 118.3163, 118.2873, 119.4803, 119.4683, 119.5137, 120.2377, 120.2253, 120.2365, 120.4046, 120.4116, 120.4193, 120.0332, 120.0304, 120.0379, 119.1399, 119.1664, 119.0985, 117.7837, 117.7828, 117.7754, 115.9665, 115.966, 115.9564, 113.7217, 113.7749, 113.7918, 111.106, 111.2311, 111.0613, 108.0734, 108.1893, 108.2029, 106.5331, 106.4171, 106.256, 102.9673, 102.889, 102.9149, 99.18309, 99.33234, 99.36526, 95.54938, 95.48951, 95.42871, 91.79001, 91.62788, 92.01688, 88.02791, 87.85409, 87.88728, 84.47465, 84.16994, 84.05973, 81.18266, 80.47128, 80.64845, 77.5407, 77.22727, 77.24971, 74.18313, 74.26955, 74.21222, 71.20212, 71.28057, 71.27762, 68.66325, 68.68601, 68.49478, 66.29023, 66.40614, 66.36493, 64.4623, 64.58955, 64.34073, 62.73208, 63.05743, 63.03281, 61.74592, 61.96493, 61.903, 61.2276, 61.32624, 61.29878, 61.19523, 60.97094, 61.09662, 61.50322, 61.21676, 61.34535, 62.1304, 62.01509, 62.0304, 63.17717, 63.29833, 63.20182, 64.77956, 64.88906, 64.77251, 66.75278, 66.76595, 66.90668, 69.05576, 69.11691, 69.12908, 71.85085, 71.86075, 71.79655, 74.78709, 74.84914, 74.88266, 107.2698, 107.3336, 107.2937, 103.8494, 103.9703, 103.8878, 100.3041, 100.3847, 100.3821, 96.64904, 96.74854, 96.85445, 92.9543, 93.12068, 93.03403, 89.21912, 89.38341, 89.41558, 85.61996, 85.61999, 85.66016, 81.99258, 81.87156, 82.13835, 78.61906, 78.40789, 78.48097, 75.12704, 75.15528, 75.18925, 72.17216, 72.08868, 71.93196, 69.22779, 69.33015, 69.51422, 66.7289, 66.80373, 66.71931, 64.61485, 64.64201, 64.47916, 62.59014, 62.85579, 62.64841, 61.17242, 61.37403, 61.28424, 59.96322, 60.06787, 60.05729, 59.27953, 59.37315, 59.32585, 59.02402, 58.95852, 58.98868, 59.08774, 59.10596, 59.17296, 59.61372, 59.63859, 59.67245, 60.60491, 60.58205, 60.65405, 61.83593, 61.97976, 61.93538, 63.59887, 63.69944, 63.65693, 65.69776, 65.64159, 65.71179, 68.12804, 68.16048, 68.15751, 70.73943, 70.76956, 70.76279, 73.91884, 73.8747, 73.83423, 78.21356, 78.12463, 78.10138, 81.64406, 81.65922, 81.56193, 85.2968, 85.25948, 85.11755, 88.92221, 88.92988, 89.02351, 92.63967, 92.67983, 92.69751, 96.48619, 96.49505, 96.48382, 100.1188, 100.0893, 100.0844, 103.7671, 103.7203, 103.6405, 107.1205, 107.06, 107.0364, 110.3486, 110.3682, 109.9503, 113.2553, 113.1709, 113.1655, 115.8432, 115.824, 115.7645, 118.1489, 118.0861, 118.042, 120.0644, 120.0564, 119.9871, 121.545, 121.5297, 121.4414, 122.6196, 122.6457, 122.5757, 123.2579, 123.2631, 123.0966, 123.4517, 123.4664, 123.3004, 123.1373, 123.1961, 123.01, 122.4534, 122.4521, 122.2869, 121.249, 121.2585, 121.186, 119.7095, 119.6486, 119.5762, 117.8037, 117.6435, 117.6257, 115.3791, 115.3427, 115.2154, 112.7908, 112.5879, 112.5149, 109.8416, 109.6334, 109.5027, 77.09907, 77.1693, 77.01794, 80.49039, 80.47318, 80.46888, 84.17417, 84.02106, 84.12915, 87.73057, 87.74202, 87.69833, 91.47449, 91.37226, 91.52049, 95.24341, 95.18021, 95.17326, 99.00507, 98.8264, 98.89635, 102.4977, 102.4547, 102.5665, 105.8799, 105.9503, 105.9505, 109.2821, 109.2025, 109.2752, 112.4069, 112.3848, 112.3423, 115.1216, 115.1479, 115.143, 117.727, 117.6729, 117.71, 119.9311, 119.916, 119.9521, 121.7433, 121.8188, 121.8114, 123.4319, 123.2964, 123.3286, 124.4771, 124.4484, 124.4781, 125.2554, 125.1403, 125.1741, 125.7595, 125.4789, 125.4348, 125.4286, 125.3291, 125.3272, 124.9617, 124.7988, 124.9752, 124.0176, 123.8186, 123.8443, 122.6307, 122.4951, 122.5185, 120.832, 120.7347, 120.7215, 118.6701, 118.7158, 118.8523, 116.2298, 116.2359, 116.2589, 113.524, 113.5494, 113.495, 110.4494, 110.4858, 110.4752}; graph = new TGraph(1362,rdzTIBp_fx34,rdzTIBp_fy34); graph->SetName("rdzTIBp"); graph->SetTitle("TIB at z>=0;r /cm;#Deltaz /#mum"); graph->SetFillColor(1); graph->SetMarkerColor(3); graph->SetMarkerStyle(6); multigraph->Add(graph,"P"); Double_t rdzPXFp_fx35[336] = { 6.106401, 8.563364, 11.43401, 13.90111, 7.251857, 10.18789, 13.11604, 5.982313, 8.451392, 11.31779, 13.79458, 7.14822, 10.0769, 13.00568, 5.876385, 8.356972, 11.2238, 13.70129, 7.051064, 9.990301, 12.92379, 5.817294, 8.280292, 11.14038, 13.61471, 6.977606, 9.907657, 12.84206, 5.759933, 8.228557, 11.09613, 13.56359, 6.943403, 9.87075, 12.80046, 5.754254, 8.22997, 11.09063, 13.56243, 6.944298, 9.873786, 12.79802, 6.692895, 9.153741, 12.02981, 14.49222, 7.855189, 10.78746, 13.71762, 6.623472, 9.084364, 11.95498, 14.43635, 7.79897, 10.72546, 13.66182, 6.549788, 9.017433, 11.87457, 14.3494, 7.72685, 10.65698, 13.58635, 6.454005, 8.921894, 11.78555, 14.25144, 7.613702, 10.54158, 13.4715, 6.348019, 8.816017, 11.69283, 14.15677, 7.493212, 10.42033, 13.35568, 6.213303, 8.67462, 11.54013, 14.00932, 7.378524, 10.30706, 13.23215, 6.082343, 8.549484, 11.40962, 13.87092, 7.246112, 10.16292, 13.09463, 5.975424, 8.435238, 11.29476, 13.76677, 7.121896, 10.04554, 12.97947, 5.867922, 8.330791, 11.20286, 13.66574, 7.024712, 9.96374, 12.89054, 5.776233, 8.238491, 11.11639, 13.60596, 6.953769, 9.873045, 12.80716, 5.745403, 8.208947, 11.07963, 13.56271, 6.915414, 9.851241, 12.77191, 5.723717, 8.213117, 11.08478, 13.54397, 6.909966, 9.843103, 12.76847, 6.6993, 9.160823, 12.03088, 14.51344, 7.873457, 10.80234, 13.7315, 6.6358, 9.101232, 11.97367, 14.44251, 7.812913, 10.74683, 13.66723, 6.547237, 9.012671, 11.88271, 14.35989, 7.722469, 10.65754, 13.58543, 6.467738, 8.922847, 11.78781, 14.25177, 7.616088, 10.5314, 13.46402, 6.325484, 8.798816, 11.65857, 14.12336, 7.499458, 10.42446, 13.35138, 6.193932, 8.66192, 11.52488, 13.98813, 7.363963, 10.29515, 13.21634, 5.852403, 8.328551, 11.19268, 13.67221, 7.042376, 9.972835, 12.89859, 5.933785, 8.388553, 11.25711, 13.75584, 7.122422, 10.05882, 12.97951, 6.027087, 8.502177, 11.37663, 13.83459, 7.237107, 10.15332, 13.08506, 6.135626, 8.614366, 11.48796, 13.95046, 7.338465, 10.25681, 13.18462, 6.252396, 8.7333, 11.597, 14.07544, 7.456499, 10.3768, 13.29442, 6.378231, 8.844039, 11.71822, 14.1944, 7.578437, 10.49614, 13.43414, 6.471997, 8.943899, 11.81668, 14.29861, 7.68961, 10.61216, 13.53092, 6.575089, 9.060486, 11.93002, 14.39889, 7.776586, 10.70387, 13.63515, 6.645149, 9.113589, 11.98539, 14.46824, 7.825317, 10.7478, 13.67759, 6.698929, 9.16975, 12.04232, 14.5097, 7.85635, 10.77776, 13.71474, 6.713793, 9.175447, 12.05279, 14.52155, 7.892173, 10.82422, 13.7499, 6.684303, 9.167706, 12.03627, 14.50524, 7.865965, 10.7957, 13.71681, 5.804626, 8.295797, 11.17136, 13.63895, 7.018672, 9.946726, 12.86819, 5.909084, 8.379898, 11.24628, 13.72541, 7.100149, 10.01755, 12.94286, 6.002181, 8.471779, 11.3406, 13.82072, 7.21245, 10.13009, 13.06135, 6.126344, 8.598741, 11.45599, 13.94933, 7.313463, 10.23971, 13.16042, 6.256428, 8.722215, 11.58859, 14.06345, 7.439849, 10.3593, 13.28372, 6.375036, 8.836886, 11.71193, 14.18812, 7.560885, 10.48145, 13.41186, 6.480867, 8.959374, 11.82967, 14.31648, 7.678825, 10.60947, 13.53926, 6.576517, 9.047961, 11.9189, 14.40415, 7.773538, 10.69928, 13.63344, 6.648513, 9.116757, 12.00297, 14.47463, 7.831963, 10.7564, 13.68716, 6.69787, 9.172207, 12.04711, 14.52133, 7.88098, 10.81161, 13.73324, 6.709542, 9.179335, 12.06113, 14.53843, 7.899485, 10.82994, 13.76492, 6.703675, 9.168508, 12.04334, 14.51259, 7.872284, 10.79655, 13.72922}; Double_t rdzPXFp_fy35[336] = { 693.4866, 638.7407, 572.0588, 571.6342, 664.559, 585.5302, 534.69, 691.7676, 670.5579, 630.8173, 621.6617, 706.6808, 602.6374, 562.0707, 735.3899, 646.4014, 531.8625, 651.8404, 681.0177, 631.5345, 596.4307, 740.5099, 699.2849, 573.608, 724.8349, 707.8864, 577.4558, 573.0625, 869.5878, 684.7151, 627.7434, 716.6857, 694.8278, 644.3137, 628.4741, 732.824, 739.1643, 638.3642, 651.6805, 704.6472, 676.1069, 591.6036, 650.1516, 599.2294, 675.7173, 534.0039, 584.9427, 605.6157, 617.0181, 573.0919, 588.4475, 605.5059, 613.4623, 526.0313, 604.5014, 466.5267, 577.7596, 657.1519, 543.9125, 366.6545, 623.917, 577.6642, 519.3558, 535.3095, 609.3459, 559.6663, 589.1489, 551.3944, 490.3867, 540.3504, 666.1683, 559.6283, 579.3299, 759.9222, 594.3365, 564.7965, 597.5129, 597.4652, 637.8546, 551.7426, 602.8571, 650.6075, 522.9254, 485.9554, 789.1894, 592.1955, 468.7125, 511.0877, 605.6954, 477.7971, 469.7587, 718.124, 666.5472, 561.0793, 505.9953, 652.6951, 534.5372, 511.4053, 666.0742, 669.0919, 607.1585, 566.3833, 641.3764, 589.4517, 579.0659, 953.5461, 688.5942, 644.0211, 396.656, 625.7895, 641.0765, 596.934, 947.6349, 633.861, 626.4788, 244.3509, 741.6294, 625.0445, 552.364, 1466.337, 579.1716, 717.2846, 586.2109, 709.559, 516.0328, 567.98, 733.5782, 358.596, 510.3494, 525.493, 487.2805, 437.3832, 431.3142, 589.4137, 199.0033, 374.5223, 141.122, 394.954, 431.6933, 420.5558, 532.1264, 549.9932, 585.4116, 517.3661, 548.9544, 472.2222, 459.1956, 607.8171, 514.4301, 445.1825, 392.1914, 605.1367, 356.6375, 344.1175, 533.5996, 512.1664, 447.792, 262.2146, 614.7808, 387.7171, 312.7836, 610.9606, 479.045, 423.2991, 203.6434, 539.2869, 422.2513, 359.8758, 543.6935, 555.5922, 440.9198, 382.5594, 511.3625, 452.3155, 390.3306, 479.4202, 438.0475, 378.0756, 456.1833, 350.395, 370.9178, 416.7683, 499.8531, 410.8493, 409.5366, 475.9034, 427.3338, 428.0045, 396.0586, 492.1787, 341.1639, 401.142, 430.7492, 355.3206, 383.7116, 424.3484, 407.8227, 416.3607, 385.2937, 465.2432, 340.7575, 388.7985, 383.8168, 381.4986, 410.4574, 325.7088, 376.0295, 338.1581, 343.9244, 356.2487, 366.3517, 421.5169, 412.1341, 403.1343, 337.2117, 408.8805, 411.7714, 446.6491, 376.9907, 436.5678, 516.0294, 305.8106, 395.1297, 395.4504, 360.1083, 410.1908, 434.0164, 434.4284, 330.2549, 345.9436, 405.5382, 393.4796, 369.0901, 419.3495, 384.0518, 326.083, 385.7919, 416.1244, 417.8209, 463.5782, 478.3951, 307.8147, 392.2379, 412.2337, 311.8377, 425.919, 511.2082, 506.7984, 362.0286, 369.87, 523.4573, 387.5485, 473.877, 496.9587, 598.0483, 457.0977, 498.471, 555.8494, 468.3055, 619.6487, 374.8376, 341.8337, 346.6225, 354.8971, 327.6212, 313.8456, 466.3208, 348.4422, 288.346, 212.4198, 299.0099, 309.2164, 210.2465, 535.8983, 371.2632, 267.86, 175.8897, 295.0121, 339.5401, 187.9162, 479.4211, 267.3974, 271.4648, 349.813, 262.2132, 204.3964, 259.1914, 308.9452, 319.0989, 287.2213, 260.3303, 272.703, 226.7027, 250.89, 306.9925, 282.8865, 239.4766, 351.8996, 267.1751, 245.535, 265.4386, 388.0551, 267.2831, 330.1404, 239.1568, 240.237, 265.3544, 252.5904, 231.0943, 277.6298, 353.1418, 368.5475, 245.7968, 230.1662, 307.0412, 350.6799, 204.0663, 276.335, 353.6469, 242.9961, 212.3698, 259.3755, -54.17115, 271.3542, 215.0275, 444.3795, 324.2216, 177.133, 260.6062, 307.5086, 361.1758, 284.3242, 208.1031, 249.5541, 244.8709, 237.4379}; graph = new TGraph(336,rdzPXFp_fx35,rdzPXFp_fy35); graph->SetName("rdzPXFp"); graph->SetTitle("PXF at z>=0;r /cm;#Deltaz /#mum"); graph->SetFillColor(1); graph->SetMarkerColor(2); graph->SetMarkerStyle(6); multigraph->Add(graph,"P"); Double_t rdzPXBp_fx36[384] = { 4.520971, 4.51712, 4.511529, 4.507627, 3.990603, 3.985824, 3.98403, 3.982569, 4.438158, 4.435699, 4.432567, 4.428424, 3.94854, 3.943701, 3.941618, 3.942089, 4.443572, 4.438277, 4.444355, 4.447337, 4.310318, 4.315725, 4.304344, 4.312159, 4.759063, 4.757807, 4.748774, 4.746475, 4.240433, 4.236061, 4.230169, 4.223161, 4.658806, 4.654442, 4.647574, 4.641169, 4.110007, 4.106161, 4.102052, 4.095303, 6.979017, 6.977035, 6.974021, 6.961808, 7.423466, 7.420777, 7.414745, 7.403735, 6.915228, 6.913854, 6.905672, 6.895509, 7.368865, 7.359093, 7.358468, 7.356373, 6.872542, 6.876792, 6.870285, 6.868338, 7.345367, 7.344158, 7.343361, 7.345363, 6.866235, 6.866145, 6.866264, 6.862849, 7.367031, 7.369114, 7.366051, 7.359412, 7.239245, 7.233403, 7.2283, 7.225578, 7.689486, 7.687809, 7.681639, 7.681225, 7.18818, 7.183018, 7.182146, 7.180476, 7.638049, 7.633437, 7.63042, 7.623448, 7.132067, 7.132123, 7.122808, 7.113876, 7.577268, 7.573233, 7.56879, 7.562268, 7.066072, 7.063608, 7.062075, 7.04541, 7.502887, 7.496597, 7.491049, 7.4841, 10.34698, 10.34137, 10.33324, 10.3184, 9.85685, 9.851836, 9.841142, 9.827841, 10.31493, 10.30636, 10.29359, 10.27738, 9.82255, 9.813275, 9.80517, 9.784388, 10.27557, 10.2708, 10.26292, 10.24925, 9.784771, 9.780236, 9.774925, 9.761862, 10.24363, 10.24071, 10.23326, 10.22472, 9.752596, 9.748299, 9.745046, 9.736834, 10.21613, 10.21584, 10.21461, 10.21141, 9.747232, 9.743312, 9.741329, 9.736722, 10.24557, 10.24677, 10.24694, 10.23058, 10.11977, 10.11436, 10.1019, 10.09946, 10.57933, 10.57283, 10.56804, 10.55961, 10.08576, 10.08372, 10.07653, 10.0651, 10.5423, 10.54053, 10.53716, 10.52602, 10.0534, 10.04466, 10.03571, 10.02664, 10.51252, 10.50384, 10.49322, 10.4819, 10.01835, 10.01255, 10.00196, 9.985186, 10.47268, 10.4644, 10.45495, 10.43919, 9.968198, 9.960086, 9.950783, 9.935868, 10.41063, 10.40477, 10.39138, 10.38106, 9.900677, 9.896361, 9.886766, 9.873756, 3.977036, 3.984616, 3.976661, 3.976134, 4.506651, 4.50221, 4.502262, 4.506268, 4.1126, 4.112009, 4.115196, 4.119688, 4.675509, 4.677744, 4.676831, 4.679824, 4.267737, 4.267028, 4.270046, 4.272111, 4.801983, 4.804609, 4.804388, 4.80514, 4.359286, 4.362916, 4.363044, 4.365351, 4.852251, 4.851669, 4.851492, 4.848798, 4.363569, 4.356168, 4.354143, 4.343155, 4.827172, 4.820339, 4.809636, 4.801926, 6.871407, 6.874119, 6.877707, 6.906256, 7.370211, 7.373506, 7.379864, 7.383733, 6.946558, 6.948784, 6.953452, 6.958353, 7.474966, 7.48048, 7.485308, 7.489622, 7.055875, 7.05997, 7.06331, 7.062027, 7.591082, 7.591823, 7.595546, 7.596334, 7.166083, 7.174082, 7.175938, 7.172704, 7.690037, 7.692054, 7.694698, 7.696853, 7.247155, 7.248341, 7.251415, 7.252576, 7.748528, 7.755507, 7.758177, 7.762556, 7.284755, 7.291275, 7.296006, 7.298459, 7.772605, 7.776162, 7.781236, 7.783733, 7.296512, 7.300069, 7.303204, 7.303231, 7.771213, 7.774855, 7.769156, 7.768324, 7.282285, 7.277606, 7.275052, 7.268327, 7.753811, 7.750781, 7.740415, 7.712788, 9.754573, 9.741997, 9.735867, 9.73586, 10.25058, 10.24798, 10.24574, 10.24414, 9.814328, 9.816496, 9.816427, 9.817379, 10.32856, 10.33052, 10.33397, 10.33388, 9.899015, 9.90168, 9.903547, 9.900428, 10.42437, 10.42392, 10.42378, 10.41608, 10.0027, 10.00064, 9.998707, 9.992083, 10.51906, 10.51922, 10.51464, 10.50187, 10.07575, 10.07596, 10.07347, 10.06221, 10.57285, 10.5736, 10.56976, 10.56347, 10.11777, 10.12012, 10.11561, 10.1108, 10.61298, 10.61468, 10.61654, 10.61294, 10.16768, 10.17032, 10.17037, 10.16333, 10.66593, 10.6631, 10.66125, 10.6538, 10.19972, 10.19944, 10.19495, 10.188, 10.67484, 10.67284, 10.67172, 10.66932, 10.19517, 10.1973, 10.1979, 10.19439, 10.66079, 10.66039, 10.66066, 10.65821, 10.17176, 10.16784, 10.1661, 10.1597, 10.62884, 10.62837, 10.62332, 10.6226, 10.14204, 10.14289, 10.13944, 10.13422, 10.63261, 10.63663, 10.61947, 10.60877}; Double_t rdzPXBp_fy36[384] = { -778.4373, -912.807, -788.638, -612.741, -726.8406, -726.8514, -712.6972, -635.2572, -764.2101, -736.9316, -729.0997, -678.344, -971.7753, -842.8898, -756.4849, -706.033, -765.892, -787.6036, -774.2481, -743.1402, -792.839, -765.7108, -800.1641, -723.0111, -641.8866, -745.9289, -603.9935, -688.1053, -722.7464, -718.8628, -703.5637, -684.0494, -868.237, -824.3138, -687.287, -632.9832, -709.7947, -711.9237, -689.1859, -640.0333, -551.0244, -473.2197, -586.0473, -605.5973, -606.3215, -610.0279, -632.5433, -505.9149, -857.0181, -538.233, -667.1207, -646.8651, -809.8524, -781.871, -744.8781, -654.3538, -625.9672, -660.0486, -797.3093, -631.8075, -740.4677, -730.682, -729.2039, -717.7751, -687.8864, -751.2608, -756.8282, -729.9141, -775.7825, -777.8074, -770.9688, -678.4636, -740.2224, -741.1835, -728.8129, -730.0707, -721.1468, -716.8407, -719.4418, -732.2559, -840.9233, -668.1104, -705.132, -767.0979, -680.634, -674.6869, -677.1269, -667.3606, -603.8762, -740.3376, -668.4025, -666.2091, -585.3488, -656.9135, -656.8367, -652.6204, -607.2164, -734.1975, -798.7327, -667.7171, -630.4728, -575.4656, -624.0922, -649.2883, -635.0054, -602.4334, -703.0076, -619.3131, -618.7499, -629.5426, -610.5549, -648.0919, -470.6472, -654.2056, -874.4006, -813.1567, -673.6511, -853.4164, -766.5654, -777.3819, -704.3136, -725.5892, -624.6429, -661.0169, -690.6875, -693.6216, -609.317, -693.2982, -738.116, -714.559, -826.979, -818.3374, -721.5156, -722.8541, -723.1586, -719.0203, -744.366, -816.9537, -853.6242, -781.6007, -837.963, -859.9847, -676.6237, -735.6143, -781.8699, -780.46, -791.7244, -771.1423, -732.0012, -731.3353, -739.9268, -632.0229, -713.672, -709.8707, -716.4882, -704.6613, -764.8148, -800.2561, -684.5926, -687.0498, -666.4315, -666.2911, -670.4387, -665.158, -753.0645, -652.0182, -654.1145, -661.7616, -630.8647, -631.5664, -625.9679, -629.3444, -622.6451, -624.5813, -626.89, -632.1145, -543.2191, -673.1392, -625.2257, -623.6238, -788.9463, -613.4404, -621.6205, -629.5557, -583.2349, -632.5193, -487.2172, -674.3661, -760.1473, -639.1018, -575.7849, -623.2973, -59.31518, -55.84321, -22.48124, -15.08115, -60.43278, -60.6995, -33.20582, -0.05498214, -56.88794, -61.63388, -38.26933, 8.535486, -55.49524, -52.49678, -32.68811, 19.00036, -51.21246, -56.75747, -19.99371, 3.90425, -54.63887, -52.40803, -30.36836, 7.625848, -53.12415, -49.0027, -15.27106, 1.322297, -50.92008, -41.66072, -12.12413, 9.371915, -47.44195, -38.84277, -1.999818, 12.8025, -45.899, -38.51289, -27.60884, 27.32617, -64.82507, -62.87423, -52.10761, -61.68104, -64.07487, -63.30627, -53.42555, -23.25355, -62.95919, -67.55811, -59.42417, -34.64694, -57.99789, -64.35664, -57.80623, -43.34984, -61.01358, -61.597, -60.11864, -32.08157, -60.55085, -60.8808, -56.94323, -25.3769, -58.51857, -62.37019, -52.77713, -32.38607, -55.94482, -56.72715, -54.05818, -29.93092, -59.17611, -62.09217, -51.17258, -39.46226, -56.69941, -58.02386, -53.92357, -15.45345, -55.28531, -54.77417, -45.57218, -24.24849, -55.91167, -48.88634, -47.71433, -30.68219, -52.79192, -48.48719, -41.61185, -19.69622, -52.33043, -39.83333, -46.10739, -6.130443, -48.6774, -44.1829, -39.13816, -6.96018, -46.93318, -36.46481, -35.75578, -41.07806, -68.61012, -68.1702, -45.40733, -31.50205, -67.08673, -69.19583, -44.84908, -38.44291, -65.65658, -67.46186, -63.54323, -41.45744, -66.05481, -70.41494, -61.27807, -67.82285, -66.39468, -66.92361, -65.38704, -67.25778, -66.90834, -68.98748, -53.96585, -50.34188, -64.67326, -62.44183, -54.86999, -52.4281, -63.54884, -60.17776, -64.65946, -60.52109, -62.17138, -63.86478, -60.32881, -47.94777, -61.22712, -63.79568, -79.47677, -42.66209, -58.65658, -58.17422, -69.17927, -69.38921, -62.56551, -62.04327, -54.51034, -73.98424, -57.12892, -63.93644, -51.9772, -53.61624, -55.82117, -60.43346, -46.13771, -49.68357, -55.68683, -56.48792, -51.96654, -34.81795, -56.53862, -51.07603, -57.70419, -29.15054, -54.75271, -54.22366, -45.736, -50.61848, -54.62277, -54.24826, -37.67397, -28.5764, -50.73156, -47.47124, -44.67535, -53.96539, -48.5647, -44.30317, -50.22604, -44.54358, -47.66586, -48.52052, -40.42327, -53.0686, -45.9026, -36.48824, -37.17184, -33.45267}; graph = new TGraph(384,rdzPXBp_fx36,rdzPXBp_fy36); graph->SetName("rdzPXBp"); graph->SetTitle("PXB at z>=0;r /cm;#Deltaz /#mum"); graph->SetFillColor(1); graph->SetMarkerStyle(6); multigraph->Add(graph,"P"); multigraph->Draw("A"); multigraph->GetXaxis()->SetTitle("r /cm"); multigraph->GetXaxis()->SetLabelFont(132); multigraph->GetXaxis()->SetLabelSize(0.08); multigraph->GetXaxis()->SetTitleSize(0.08); multigraph->GetYaxis()->SetTitle("#Deltaz /#mum"); multigraph->GetYaxis()->SetLabelFont(132); multigraph->GetYaxis()->SetLabelSize(0.08); multigraph->GetYaxis()->SetTitleSize(0.08); multigraph->GetYaxis()->SetTitleFont(42); TLegend *leg = new TLegend(0.1,0.92,0.9,1,NULL,"NBNDC"); leg->SetBorderSize(1); leg->SetLineColor(0); leg->SetLineStyle(1); leg->SetLineWidth(0); leg->SetFillColor(0); leg->SetFillStyle(1001); TLegendEntry *entry=leg->AddEntry("Graph","PXB","p"); entry->SetLineColor(1); entry->SetLineStyle(1); entry->SetLineWidth(1); entry->SetMarkerColor(1); entry->SetMarkerStyle(21); entry->SetMarkerSize(10); entry->SetTextFont(42); entry=leg->AddEntry("Graph","PXF","p"); entry->SetLineColor(1); entry->SetLineStyle(1); entry->SetLineWidth(1); entry->SetMarkerColor(2); entry->SetMarkerStyle(21); entry->SetMarkerSize(10); entry->SetTextFont(42); entry=leg->AddEntry("Graph","TIB","p"); entry->SetLineColor(1); entry->SetLineStyle(1); entry->SetLineWidth(1); entry->SetMarkerColor(3); entry->SetMarkerStyle(21); entry->SetMarkerSize(10); entry->SetTextFont(42); entry=leg->AddEntry("Graph","TID","p"); entry->SetLineColor(1); entry->SetLineStyle(1); entry->SetLineWidth(1); entry->SetMarkerColor(4); entry->SetMarkerStyle(21); entry->SetMarkerSize(10); entry->SetTextFont(42); entry=leg->AddEntry("Graph","TOB","p"); entry->SetLineColor(1); entry->SetLineStyle(1); entry->SetLineWidth(1); entry->SetMarkerColor(6); entry->SetMarkerStyle(21); entry->SetMarkerSize(10); entry->SetTextFont(42); entry=leg->AddEntry("Graph","TEC","p"); entry->SetLineColor(1); entry->SetLineStyle(1); entry->SetLineWidth(1); entry->SetMarkerColor(7); entry->SetMarkerStyle(21); entry->SetMarkerSize(10); entry->SetTextFont(42); leg->Draw(); c_r_vs_dz_tracker_1->Modified(); c_r_vs_dz_tracker_1->cd(); c_r_vs_dz_tracker_1->SetSelected(c_r_vs_dz_tracker_1); }

[ "jroskes1@jhu.edu" ]

jroskes1@jhu.edu

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b5470ee3328cf06f4e8a6bdc4f4cace1714b8740

/first_pass/Search_in_Rotated_Sorted_Array_II.cpp

0709c461cf824b2c2d207ed2dacb43cddef9ae3d

[]

no_license

Yaoxin/leetcode

481f1ac954778adc2a9a12c65bc812c3bbdaa1e0

9c91a1fe9297544712d89c2ad5282e81b21d8571

refs/heads/master

2020-12-24T06:29:43.701644

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#include <iostream> #include <vector> using namespace std; class Solution { public: //原则 1 逐渐递减 //确定值在哪个区间 //把握好解空间，就可以做好这道题 bool search(vector<int>& nums, int target) { if(nums.size() == 0) return false; int left = 0; int right = nums.size() - 1; int mid = 0; while(left <= right) { mid = left + (right - left)/2; if(nums[mid] == target) return true; if(nums[mid] > nums[left]) //递增 { if(nums[mid] > target && target >= nums[left]) { right = mid - 1; } else { left = mid + 1; } } else if(nums[mid] < nums[left]) //中间有转折 { if(nums[mid] < target && target <= nums[right]) { left = mid + 1; } else { right = mid - 1; } } else //nums[mid] == nums[left] 重复 { if(nums[left] == nums[right]) { //O(n) for(int i = left; i < right; i++) { if(nums[i] == target) { return true; } } return false; } else if(nums[left] > nums[right]) { if(target > nums[left]) { return false; } else { left = mid + 1; } } else { if(target < nums[left]) { return false; } else { left = mid + 1; } } } } } }; int main(int argc, char const *argv[]) { //int a[] = {4,5,6,7,9,1,2,3}; int a[] = {5, 1, 3}; std::vector<int> v(a, a + 3); Solution S; bool flag = S.search(v, 3); cout << flag << endl; return 0; }

[ "7936511@qq.com" ]

7936511@qq.com

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/Myapp/Myapp/Add.cpp

c840b2b1203a06fb6a701ee046acce06d5717536

[]

no_license

1473004165/small-demo

03a5ccda22982ba3bcd24999203ce29f83f8fa57

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refs/heads/master

2023-07-26T10:25:55.825911

2021-09-13T06:43:03

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#include "Add.h" void Add::add (int num1, int num2) { int result = num1 + num2; string str1; //被加数 string str2; //加数转 string answer; //答案 str1 = to_string(num1); //被加数转字符串 str2 = to_string(num2); //加数转字符串 answer = to_string(result); //运算结果转字符串 //cout << str1.append(" + ").append(str2).append(" = ").append(res) << endl; string question = str1.append(" + ").append(str2).append(" = ").append("?"); rx.outputAnswer(answer); rx.outputQuestion(question); }

[ "rx1473004165@outlook.com" ]

rx1473004165@outlook.com

47015cabe280ef4505459c2cac0a80583d517878

f4b81003fac9bcdc5f508268f5470b09f01c7adb

/Controller/mainwindow.cpp

34b498ce874ddcd7e17648aa80a7cc99e405c99e

[]

no_license

caozijian/vision_related

c46d72eb64212d3ef7040b6627c8a6069c9d7147

f74b18f79dea06b5909e547a3c49657e981874e1

refs/heads/master

2016-09-09T23:17:09.062087

2015-03-02T15:52:39

31,158,807

0

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cpp

#include "mainwindow.h" #include "ui_mainwindow.h" #include <QFileDialog> #include "main.h" MainWindow::MainWindow(QWidget *parent) : QMainWindow(parent), ui(new Ui::MainWindow) { ui->setupUi(this); } MainWindow::~MainWindow() { delete ui; } ColorDetectController colordetect; void MainWindow::on_pushButton_clicked() { QString fileName =QFileDialog::getOpenFileName(this,tr("Open Image"),".",tr("Image Files(*.png *.jpg *.jpeg *.bmp)")); colordetect.setInputImage(fileName.toLatin1().data()); cv::namedWindow("Input Image"); cv::imshow("Input Image",colordetect.getInputImage()); } void MainWindow::on_pushButton_2_clicked() { colordetect.setTargetColor(130,190,230); colordetect.process(); cv::namedWindow("Output Image"); cv::imshow("Output Image",colordetect.getLastResult()); }

[ "caozijian.cn@gmail.com" ]

caozijian.cn@gmail.com

5f995cab1a62e945593d7693b86ce9e60478646f

dcd772f567ef8a8a1173a9f437cd68f211fb9362

/crow/contrib/include/boost/fusion/sequence/intrinsic/detail/segmented_end.hpp

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[ "Apache-2.0", "LicenseRef-scancode-warranty-disclaimer", "BSD-2-Clause", "BSD-3-Clause", "BSL-1.0" ]

permissive

idaholab/raven

39cdce98ad916c638399232cdc01a9be00e200a2

2b16e7aa3325fe84cab2477947a951414c635381

refs/heads/devel

2023-08-31T08:40:16.653099

2023-08-29T16:21:51

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201

126

Apache-2.0

2023-09-13T21:55:43

2017-03-23T19:29:27

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C++

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1,225

hpp

/*============================================================================= Copyright (c) 2011 Eric Niebler Distributed under the Boost Software License, Version 1.0. (See accompanying file LICENSE_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) ==============================================================================*/ #if !defined(BOOST_FUSION_SEGMENTED_END_HPP_INCLUDED) #define BOOST_FUSION_SEGMENTED_END_HPP_INCLUDED #include <boost/fusion/sequence/intrinsic/detail/segmented_end_impl.hpp> #include <boost/fusion/iterator/segmented_iterator.hpp> #include <boost/fusion/container/list/cons.hpp> namespace boost { namespace fusion { namespace detail { //auto segmented_end( seq ) //{ // return make_segmented_iterator( segmented_end_impl( seq ) ); //} template <typename Sequence, typename Nil_ = fusion::nil_> struct segmented_end { typedef segmented_iterator< typename segmented_end_impl<Sequence, Nil_>::type > type; static type call(Sequence & seq) { return type( segmented_end_impl<Sequence, Nil_>::call(seq, Nil_())); } }; }}} #endif

[ "codypermann@gmail.com" ]

codypermann@gmail.com

7e39ae76a1184af8afb066ce7c69633af0dec855

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/src/InvoiceAPI.cpp

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[]

no_license

vinayvinu9876/StoreManagementSystem-Co-Seq

c8155ab5125020c0a72a9a99fc7c7fdaa7437322

25b5154f733c02a94686da4bf2d3f0cd4c367c9c

refs/heads/master

2022-07-05T03:52:39.452201

2020-05-08T22:44:23

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cpp

#include<iostream> #include<string> #include<list> #include <JavaScriptCore/JavaScript.h> #include "utilityFunctions.cpp" #include "convertJSStringToString.cpp" #include "InvoiceManager.cpp" using namespace std; void setInvoiceTable(JSContextRef ctx){ InvoiceManager im; list<string> all_Invoice_data = im.getAllInvoiceDetails(); string javascript_data_array = "["; //start; for(auto x : all_Invoice_data){ javascript_data_array = javascript_data_array + "\""+ x + "\"" + ","; } if(all_Invoice_data.size()>0) javascript_data_array = javascript_data_array.substr(0, javascript_data_array.size()-1); //remove last "," javascript_data_array = javascript_data_array + "]" ; //end string to_set_table = "setTable('"+javascript_data_array+"');"; cout<<to_set_table<<endl; cout.flush(); modifyHTML(ctx,to_set_table.c_str()); } JSValueRef addInvoice(JSContextRef ctx, JSObjectRef function, JSObjectRef thisObject, size_t argumentCount, const JSValueRef arguments[], JSValueRef* exception){ InvoiceManager im; string account_no = JSStringToStdString(JSValueToStringCopy(ctx,arguments[0],exception)); string check_no = JSStringToStdString(JSValueToStringCopy(ctx,arguments[1],exception)); string date = JSStringToStdString(JSValueToStringCopy(ctx,arguments[2],exception)); string description = JSStringToStdString(JSValueToStringCopy(ctx,arguments[3],exception)); string debit_credit = JSStringToStdString(JSValueToStringCopy(ctx,arguments[4],exception)); bool result = im.addInvoice(account_no,check_no,date,description,debit_credit); string message; if(result) message = "Invoice Succesfully"; else message = "Invoice Failed"; string to_notify = "showNotification( '"+message+"', 'Invoice Manager');"; modifyHTML(ctx,to_notify.c_str()); return JSValueMakeNull(ctx); } JSValueRef getInvoice(JSContextRef ctx, JSObjectRef function, JSObjectRef thisObject, size_t argumentCount, const JSValueRef arguments[], JSValueRef* exception){ setInvoiceTable(ctx); return JSValueMakeNull(ctx); } JSValueRef deleteInvoice(JSContextRef ctx, JSObjectRef function, JSObjectRef thisObject, size_t argumentCount, const JSValueRef arguments[], JSValueRef* exception){ InvoiceManager im; string Invoice_number = JSStringToStdString(JSValueToStringCopy(ctx,arguments[0],exception)); bool result = im.removeInvoice(Invoice_number); string message; if(result) message = "Invoice Deleted Succesfully"; else message = "Invoice Delete Failed"; string to_notify = "showNotification( '"+message+"', 'Invoice Manager');"; modifyHTML(ctx,to_notify.c_str()); setInvoiceTable(ctx); return JSValueMakeNull(ctx); }

[ "vvinu9876@gmail.com" ]

vvinu9876@gmail.com

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a2cd6385b587f686107fd4fb4f765a4e44da2da9

/Code/VC/XMLTagParser.cpp

472977b042523d3e7c0ad8946169822c0fee0b9e

[]

no_license

Liam-Maloney/SGMLTagValidator

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6e615bcccdeeac683f33e2352d7e4aa65c74eb6d

refs/heads/master

2021-01-10T16:55:39.432794

2016-02-26T16:59:09

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null

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cpp

#include "stdafx.h" #include "XMLTagParser.h" bool XMLTagParser::findOutIfNeedsClosingTag(std::string token) { return (token[token.length() - 2] == '/') ? false : true; } std::vector<Tag*> XMLTagParser::parseTagsFrom(std::string fileToParseFrom) { IO* source = ioHandle.getGenericIoHandle(fileToParseFrom); std::vector<Tag*> tags = getTagsAsVectorParsedFrom(source); delete source; return tags; } std::vector<Tag*> XMLTagParser::getTagsAsVectorParsedFrom(IO* source) { std::string sourceStr = source->getContent(); Lexer tokenizer; std::vector<Lexer::tokenLineNumPairs> tokenizedTags = tokenizer.readTokenizedTagsFrom(sourceStr); std::vector<Tag*> parsedTags = formTagsAsObjects(tokenizedTags); return parsedTags; } Tag* XMLTagParser::getTagAsObject(Lexer::tokenLineNumPairs token) { Tag* newTag = tagSupplier.getTagFor("xml"); newTag->updateRequiresClosing(findOutIfNeedsClosingTag(token.token)); newTag->updateIsClosing(findOutIfItIsAClosingTag(token.token)); newTag->setTagName(findOutTagName(token.token)); newTag->setLineNumber(token.lineNumber); newTag->setAttributes(findOutAttributesFrom(token.token)); return newTag; } std::vector<Tag*> XMLTagParser::formTagsAsObjects(std::vector<Lexer::tokenLineNumPairs> tokensToTurnInToTags) { std::vector<Tag*> tagObjects; for each (Lexer::tokenLineNumPairs token in tokensToTurnInToTags) { tagObjects.emplace_back(getTagAsObject(token)); } return tagObjects; } XMLTagParser::XMLTagParser() { } XMLTagParser::~XMLTagParser() { }

[ "liam@liammaloney.ie" ]

liam@liammaloney.ie

58033e446300b2db65e583d6ed683ea74547a781

6035fb168576b8fdbef1a3dbc871e1a06e191278

/final_test/15/u78729_436_C_6883614.cpp

0ce8221e63247281ebc79a7d72c434b20a7d6196

[]

no_license

pavellevap/code_antiplagiat

69ef3ecea5e8e88dfd3b800c0ce351fa32ee9762

d75603e4e25519d9bb9b9720923136e324328be4

refs/heads/master

2021-01-10T05:30:44.560926

2015-04-30T14:25:34

45,319,257

1

0

null

UTF-8

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#include <iostream> #include <cstdio> #include <string> #include <vector> #include <list> #include <algorithm> #include <map> #include <cmath> #include <assert.h> #define rep(i,n) for(int i=0; i<(n); i++) #define repf(i,a,b) for (int i=(a); i<=(b); i++) #define repb(i,a,b) for(int i=(a); i>=(b); i--) #define ABS(X) ( ((X)>0) ? (X) : -(X) ) #define pb push_back typedef long long int LL; using namespace std; template <typename T> ostream& operator<<(ostream &a, const vector<T> &v) { a << "("; if (v.size()>=1) a << v[0]; for (int i=1; i<v.size(); i++) { a << ", " << v[i]; } a << ")"; return a; } void init() { cin.sync_with_stdio(false); cout.sync_with_stdio(false); } class DSet { int N; int *parent; public: void clear() { rep(i,N) parent[i] = i; } DSet(int n) { N=n; parent=new int[N]; clear(); } ~DSet() {delete [] parent;} int find(int u) { if (parent[u]==u) return u; parent[u] = find(parent[u]); return parent[u]; } int un(int u, int v) { if (find(u) != find(v)) parent[find(u)] = find(v); } }; typedef vector<string> Board; typedef pair<int,int> ip; typedef pair<int,ip> Edge; int n,m,k,w; int cmpCost(const Board &a, const Board &b) { int ans=0; rep(i,n) rep(j,m) if (a[i][j] != b[i][j]) ans += w; return ans; } int solve(const vector<Board> &boards, vector<ip> &ans_edges) { int ans=0; vector<Edge> edges; DSet ds(k+1); int bcost = n*m; rep(i,k) { edges.pb( make_pair(bcost, make_pair(0,i+1)) ); repf(j,i+1,k-1) { int ocost = cmpCost(boards[i],boards[j]); edges.pb( make_pair(ocost, make_pair(i+1,j+1)) ); } } sort(edges.begin(),edges.end()); rep(i,edges.size()) { ip edge = edges[i].second; if (ds.find(edge.first) != ds.find(edge.second)) { ans += edges[i].first; ds.un(edge.first, edge.second); ans_edges.pb(edge); } } return ans; } int main(int argc, char **argv) { init(); while (cin >> n >> m >> k >> w) { vector<Board> boards; rep(i,k) { Board b; string l; rep(i,n) { cin >> l; b.pb(l); } boards.pb(b); } assert(boards.size() == k); vector<ip> edges; int ans = solve(boards,edges); cout << ans << endl; vector<bool> used(k+1,false); list<ip> ledges(edges.begin(),edges.end()); used[0]=true; while (!ledges.empty()) { for (list<ip>::iterator it=ledges.begin(); it!=ledges.end(); ) { list<ip>::iterator it2 = it; ++it2; if (used[it->first]) { cout << it->second << " " << it->first << endl; used[it->second] = true; ledges.erase(it); } else if (used[it->second]) { cout << it->first << " " << it->second << endl; used[it->first] = true; ledges.erase(it); } it = it2; } } } }

[ "prorochek@gmail.com" ]

prorochek@gmail.com

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/src/Http/HttpClient.h

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[ "MIT" ]

permissive

cleverdouble/ZLMediaKit

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refs/heads/master

2020-07-15T09:16:42.944283

2020-04-16T01:30:49

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2019-08-31T10:27:18

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/* * Copyright (c) 2016 The ZLMediaKit project authors. All Rights Reserved. * * This file is part of ZLMediaKit(https://github.com/xiongziliang/ZLMediaKit). * * Use of this source code is governed by MIT license that can be found in the * LICENSE file in the root of the source tree. All contributing project authors * may be found in the AUTHORS file in the root of the source tree. */ #ifndef Http_HttpClient_h #define Http_HttpClient_h #include <stdio.h> #include <string.h> #include <functional> #include <memory> #include "Util/util.h" #include "Util/mini.h" #include "Network/TcpClient.h" #include "Common/Parser.h" #include "HttpRequestSplitter.h" #include "HttpCookie.h" #include "HttpChunkedSplitter.h" #include "strCoding.h" #include "HttpBody.h" using namespace std; using namespace toolkit; namespace mediakit { class HttpArgs : public map<string, variant, StrCaseCompare> { public: HttpArgs(){} virtual ~HttpArgs(){} string make() const { string ret; for(auto &pr : *this){ ret.append(pr.first); ret.append("="); ret.append(strCoding::UrlEncode(pr.second)); ret.append("&"); } if(ret.size()){ ret.pop_back(); } return ret; } }; class HttpClient : public TcpClient , public HttpRequestSplitter { public: typedef StrCaseMap HttpHeader; typedef std::shared_ptr<HttpClient> Ptr; HttpClient(); virtual ~HttpClient(); virtual void sendRequest(const string &url,float fTimeOutSec); virtual void clear(){ _header.clear(); _body.reset(); _method.clear(); _path.clear(); _parser.Clear(); _recvedBodySize = 0; _totalBodySize = 0; _aliveTicker.resetTime(); _chunkedSplitter.reset(); HttpRequestSplitter::reset(); } void setMethod(const string &method){ _method = method; } void setHeader(const HttpHeader &header){ _header = header; } HttpClient & addHeader(const string &key,const string &val,bool force = false){ if(!force){ _header.emplace(key,val); }else{ _header[key] = val; } return *this; } void setBody(const string &body){ _body.reset(new HttpStringBody(body)); } void setBody(const HttpBody::Ptr &body){ _body = body; } const string &responseStatus() const{ return _parser.Url(); } const HttpHeader &responseHeader() const{ return _parser.getValues(); } const Parser& response() const{ return _parser; } const string &getUrl() const{ return _url; } protected: /** * 收到http回复头 * @param status 状态码，譬如:200 OK * @param headers http头 * @return 返回后续content的长度；-1:后续数据全是content；>=0:固定长度content * 需要指出的是，在http头中带有Content-Length字段时，该返回值无效 */ virtual int64_t onResponseHeader(const string &status,const HttpHeader &headers){ DebugL << status; //无Content-Length字段时默认后面全是content return -1; }; /** * 收到http conten数据 * @param buf 数据指针 * @param size 数据大小 * @param recvedSize 已收数据大小(包含本次数据大小),当其等于totalSize时将触发onResponseCompleted回调 * @param totalSize 总数据大小 */ virtual void onResponseBody(const char *buf,int64_t size,int64_t recvedSize,int64_t totalSize){ DebugL << size << " " << recvedSize << " " << totalSize; }; /** * 接收http回复完毕, */ virtual void onResponseCompleted(){ DebugL; } /** * http链接断开回调 * @param ex 断开原因 */ virtual void onDisconnect(const SockException &ex){} /** * 重定向事件 * @param url 重定向url * @param temporary 是否为临时重定向 * @return 是否继续 */ virtual bool onRedirectUrl(const string &url,bool temporary){ return true;}; //HttpRequestSplitter override int64_t onRecvHeader(const char *data,uint64_t len) override ; void onRecvContent(const char *data,uint64_t len) override; protected: virtual void onConnect(const SockException &ex) override; virtual void onRecv(const Buffer::Ptr &pBuf) override; virtual void onErr(const SockException &ex) override; virtual void onFlush() override; virtual void onManager() override; private: void onResponseCompleted_l(); void checkCookie(HttpHeader &headers ); protected: bool _isHttps; private: string _url; HttpHeader _header; HttpBody::Ptr _body; string _method; string _path; //recv int64_t _recvedBodySize; int64_t _totalBodySize; Parser _parser; string _lastHost; Ticker _aliveTicker; float _fTimeOutSec = 0; std::shared_ptr<HttpChunkedSplitter> _chunkedSplitter; }; } /* namespace mediakit */ #endif /* Http_HttpClient_h */

[ "771730766@qq.com" ]

771730766@qq.com

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/side_projects/Testing/I2CMasterDriverLidarAndPX4_SajanPtlCodes/Lidar_Defines.hpp

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[]

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MAAV-Software/embedded

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refs/heads/master

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#ifndef LIDAR_DEFINES_HPP_ #define LIDAR_DEFINES_HPP_ #include <stdint.h> #include <stdbool.h> #include <math.h> #include <stdlib.h> #define LIDAR_DIST_SIZE 2 #define LIDAR_VEL_SIZE 1 #endif /* LIDAR_DEFINES_HPP_ */

[ "sajanptl@umich.edu" ]

sajanptl@umich.edu

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53607bd9899204daf8482409032eb0d5a0da89e6

/Calculator_with_parenthesis/Calculator.cpp

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akfakf0509/Calculator-with-parenthesis

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refs/heads/master

2021-01-14T16:11:05.544461

2020-10-29T03:42:47

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#include <stack> #include <string> #include "Calculator.h" using namespace std; string ExchangePostFix(string str) { string tmp; stack<char> s; int line = -1; tmp.resize(100); for (int i = 0; i < str.length(); i++) { if (IsOperand(str[i])) { tmp[++line] = str[i]; if (!IsOperand(str[i + 1])) tmp[++line] = ' '; } else if (str[i] == '(') { s.push(str[i]); } else if (str[i] == ')') { while (!s.empty() && s.top() != '(') { tmp[++line] = s.top(); s.pop(); } s.pop(); } else if (IsOperator(str[i])) { while (!s.empty() && OperatorLevel(str[i]) <= OperatorLevel(s.top())) { tmp[++line] = s.top(); s.pop(); } s.push(str[i]); } } while (!s.empty()) { tmp[++line] = s.top(); s.pop(); } tmp.resize(line + 1); return tmp; } int ExpressionPostFix(string str) { stack<int> s; int num = 0; for (int i = 0; i < str.length(); i++) { if (IsOperand(str[i])) { num += str[i] - '0'; if (i + 1 < str.length()) { if (IsOperand(str[i + 1])) num *= 10; else if (str[i + 1] == ' ') { s.push(num); num = 0; } } } else if (IsOperator(str[i])) { int operand1 = s.top(); s.pop(); int operand2 = s.top(); s.pop(); switch (str[i]) { case '+': s.push(operand2 + operand1); break; case '-': s.push(operand2 - operand1); break; case '*': s.push(operand2 * operand1); break; case '/': s.push(operand2 / operand1); break; } } } return s.top(); } bool IsOperator(char ch) { return ch == '+' || ch == '-' || ch == '*' || ch == '/'; } bool IsOperand(char ch) { return '0' <= ch && ch <= '9'; } int OperatorLevel(char ch) { switch (ch) { case '+': case '-': return 1; case '*': case '/': return 2; } return -1; }

[ "50164284+akfakf0509@users.noreply.github.com" ]

50164284+akfakf0509@users.noreply.github.com

a74de5c322d9094e3434931f09823963ab579e26

bc0945070d150c8af7cc56bf6e045a8c2cc7873d

/2106/3936574_WA.cpp

8ef28881d09ae1af95d4e1691d688a8e7b34707b

[]

no_license

fengrenchang86/PKU

ab889d88cd62b3c0b3e00cde5d5c3a652a16221a

0c4adf6b740d2186b7f23124673cd56520d1c818

refs/heads/master

2021-01-10T12:12:18.100884

2016-03-07T14:14:33

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#include<iostream> using namespace std; char str[500000]; int pos; bool expression(); bool A(); bool B(); bool bracket(); bool GetData(); bool GetData() { if(str[pos] == '!') { pos++; return !GetData(); } else if(str[pos] == 'V') { pos++; return true; } else { pos++; return false; } } void Fix() { int i, j; i = j = 0; while(str[i] != 0) { if(str[i] != ' ') str[j++] = str[i]; i++; } str[j] = NULL; } bool expression() { bool x, y; x = A(); while(str[pos] == '|') { pos++; y = A(); x = x || y; } return x; } bool A() { bool x; x = B(); while(str[pos] == '&') { pos++; x = x && B(); } return x; } bool B() { if(str[pos] == '(') { return bracket(); } else { return GetData(); } } bool bracket() { pos++; bool x = expression(); pos++; return x; } int main () { int tc = 1; bool x; while(cin.getline(str, 500000, '\n')) { pos = 0; Fix(); x = expression(); printf("Expression %d: ", tc++); if(x) printf("V\n"); else printf("F\n"); } return 0; }

[ "fengrenchang86@gmail.com" ]

fengrenchang86@gmail.com

c2ce34bb9daf38908db3a9b3723f24becb2616b1

730b9b15a4d70a76f5cef101c9cc0f8fc5265008

/source/client/game/tech3/parse.cpp

ec39d261b7054219bd55918d58593fb4330ff27d

[]

no_license

msfwaifu/jlquake

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69498ea1ea09482b096f06ab7b433e715b7802a8

refs/heads/master

2021-01-23T06:35:48.219738

2014-05-10T22:49:20

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//************************************************************************** //** //** See jlquake.txt for copyright info. //** //** This program is free software; you can redistribute it and/or //** modify it under the terms of the GNU General Public License //** as published by the Free Software Foundation; either version 3 //** of the License, or (at your option) any later version. //** //** This program is distributed in the hope that it will be useful, //** but WITHOUT ANY WARRANTY; without even the implied warranty of //** MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the //** included (gnu.txt) GNU General Public License for more details. //** //************************************************************************** #include "local.h" #include "../../client_main.h" #include "../../system.h" #include "../../ui/console.h" #include "../et/local.h" #include "../et/dl_public.h" #include "../../../common/Common.h" #include "../../../common/common_defs.h" #include "../../../common/strings.h" #include "../../../common/command_buffer.h" #include "../../../common/message_utils.h" #include "../../../common/content_types.h" static int entLastVisible[ MAX_CLIENTS_WM ]; static const char* svct3_strings[ 256 ] = { "q3svc_bad", "q3svc_nop", "q3svc_gamestate", "q3svc_configstring", "q3svc_baseline", "q3svc_serverCommand", "q3svc_download", "q3svc_snapshot", "q3svc_EOF" }; // The systeminfo configstring has been changed, so parse // new information out of it. This will happen at every // gamestate, and possibly during gameplay. void CLT3_SystemInfoChanged() { const char* systemInfo = GGameType & GAME_WolfSP ? cl.ws_gameState.stringData + cl.ws_gameState.stringOffsets[ Q3CS_SYSTEMINFO ] : GGameType & GAME_WolfMP ? cl.wm_gameState.stringData + cl.wm_gameState.stringOffsets[ Q3CS_SYSTEMINFO ] : GGameType & GAME_ET ? cl.et_gameState.stringData + cl.et_gameState.stringOffsets[ Q3CS_SYSTEMINFO ] : cl.q3_gameState.stringData + cl.q3_gameState.stringOffsets[ Q3CS_SYSTEMINFO ]; // NOTE TTimo: // when the serverId changes, any further messages we send to the server will use this new serverId // in some cases, outdated cp commands might get sent with this news serverId cl.q3_serverId = String::Atoi( Info_ValueForKey( systemInfo, "sv_serverid" ) ); Com_Memset( &entLastVisible, 0, sizeof ( entLastVisible ) ); // don't set any vars when playing a demo if ( clc.demoplaying ) { return; } const char* s = Info_ValueForKey( systemInfo, "sv_cheats" ); if ( String::Atoi( s ) == 0 ) { Cvar_SetCheatState(); } // check pure server string s = Info_ValueForKey( systemInfo, "sv_paks" ); const char* t = Info_ValueForKey( systemInfo, "sv_pakNames" ); FS_PureServerSetLoadedPaks( s, t ); s = Info_ValueForKey( systemInfo, "sv_referencedPaks" ); t = Info_ValueForKey( systemInfo, "sv_referencedPakNames" ); FS_PureServerSetReferencedPaks( s, t ); bool gameSet = false; // scan through all the variables in the systeminfo and locally set cvars to match s = systemInfo; while ( s ) { char key[ BIG_INFO_KEY ]; char value[ BIG_INFO_VALUE ]; Info_NextPair( &s, key, value ); if ( !key[ 0 ] ) { break; } // ehw! if ( !String::ICmp( key, "fs_game" ) ) { gameSet = true; } Cvar_Set( key, value ); } // if game folder should not be set and it is set at the client side if ( GGameType & GAME_Quake3 && !gameSet && *Cvar_VariableString( "fs_game" ) ) { Cvar_Set( "fs_game", "" ); } if ( GGameType & GAME_ET ) { // Arnout: big hack to clear the image cache on a pure change if ( Cvar_VariableValue( "sv_pure" ) ) { if ( !cl_connectedToPureServer && cls.state <= CA_CONNECTED ) { CLET_PurgeCache(); } cl_connectedToPureServer = true; } else { if ( cl_connectedToPureServer && cls.state <= CA_CONNECTED ) { CLET_PurgeCache(); } cl_connectedToPureServer = false; } } else { cl_connectedToPureServer = Cvar_VariableValue( "sv_pure" ); } } // Command strings are just saved off until cgame asks for them // when it transitions a snapshot static void CLT3_ParseCommandString( QMsg* msg ) { int seq = msg->ReadLong(); const char* s = msg->ReadString(); // see if we have already executed stored it off if ( clc.q3_serverCommandSequence >= seq ) { return; } clc.q3_serverCommandSequence = seq; int maxReliableCommands = GGameType & GAME_Quake3 ? MAX_RELIABLE_COMMANDS_Q3 : MAX_RELIABLE_COMMANDS_WOLF; int index = seq & ( maxReliableCommands - 1 ); String::NCpyZ( clc.q3_serverCommands[ index ], s, sizeof ( clc.q3_serverCommands[ index ] ) ); } static bool CLWM_IsEntVisible( wmentityState_t* ent ) { vec3_t start; VectorCopy( cl.wm_cgameClientLerpOrigin, start ); start[ 2 ] += ( cl.wm_snap.ps.viewheight - 1 ); if ( cl.wm_snap.ps.leanf != 0 ) { vec3_t lright, v3ViewAngles; VectorCopy( cl.wm_snap.ps.viewangles, v3ViewAngles ); v3ViewAngles[ 2 ] += cl.wm_snap.ps.leanf / 2.0f; AngleVectors( v3ViewAngles, NULL, lright, NULL ); VectorMA( start, cl.wm_snap.ps.leanf, lright, start ); } vec3_t end; VectorCopy( ent->pos.trBase, end ); // Compute vector perpindicular to view to ent vec3_t forward; VectorSubtract( end, start, forward ); VectorNormalizeFast( forward ); vec3_t up; VectorSet( up, 0, 0, 1 ); vec3_t right; CrossProduct( forward, up, right ); VectorNormalizeFast( right ); vec3_t right2; VectorScale( right, 10, right2 ); VectorScale( right, 18, right ); // Set viewheight float view_height; if ( ent->animMovetype ) { view_height = 16; } else { view_height = 40; } // First, viewpoint to viewpoint end[ 2 ] += view_height; q3trace_t tr; CM_BoxTraceQ3( &tr, start, end, NULL, NULL, 0, BSP46CONTENTS_SOLID, false ); if ( tr.fraction == 1.f ) { return true; } // First-b, viewpoint to top of head end[ 2 ] += 16; CM_BoxTraceQ3( &tr, start, end, NULL, NULL, 0, BSP46CONTENTS_SOLID, false ); if ( tr.fraction == 1.f ) { return true; } end[ 2 ] -= 16; // Second, viewpoint to ent's origin end[ 2 ] -= view_height; CM_BoxTraceQ3( &tr, start, end, NULL, NULL, 0, BSP46CONTENTS_SOLID, false ); if ( tr.fraction == 1.f ) { return true; } // Third, to ent's right knee vec3_t temp; VectorAdd( end, right, temp ); temp[ 2 ] += 8; CM_BoxTraceQ3( &tr, start, temp, NULL, NULL, 0, BSP46CONTENTS_SOLID, false ); if ( tr.fraction == 1.f ) { return true; } // Fourth, to ent's right shoulder VectorAdd( end, right2, temp ); if ( ent->animMovetype ) { temp[ 2 ] += 28; } else { temp[ 2 ] += 52; } CM_BoxTraceQ3( &tr, start, temp, NULL, NULL, 0, BSP46CONTENTS_SOLID, false ); if ( tr.fraction == 1.f ) { return true; } // Fifth, to ent's left knee VectorScale( right, -1, right ); VectorScale( right2, -1, right2 ); VectorAdd( end, right2, temp ); temp[ 2 ] += 2; CM_BoxTraceQ3( &tr, start, temp, NULL, NULL, 0, BSP46CONTENTS_SOLID, false ); if ( tr.fraction == 1.f ) { return true; } // Sixth, to ent's left shoulder VectorAdd( end, right, temp ); if ( ent->animMovetype ) { temp[ 2 ] += 16; } else { temp[ 2 ] += 36; } CM_BoxTraceQ3( &tr, start, temp, NULL, NULL, 0, BSP46CONTENTS_SOLID, false ); if ( tr.fraction == 1.f ) { return true; } return false; } static bool CLET_IsEntVisible( etentityState_t* ent ) { vec3_t start; VectorCopy( cl.wm_cgameClientLerpOrigin, start ); start[ 2 ] += ( cl.et_snap.ps.viewheight - 1 ); if ( cl.et_snap.ps.leanf != 0 ) { vec3_t lright, v3ViewAngles; VectorCopy( cl.et_snap.ps.viewangles, v3ViewAngles ); v3ViewAngles[ 2 ] += cl.et_snap.ps.leanf / 2.0f; AngleVectors( v3ViewAngles, NULL, lright, NULL ); VectorMA( start, cl.et_snap.ps.leanf, lright, start ); } vec3_t end; VectorCopy( ent->pos.trBase, end ); // Compute vector perpindicular to view to ent vec3_t forward; VectorSubtract( end, start, forward ); VectorNormalizeFast( forward ); vec3_t up; VectorSet( up, 0, 0, 1 ); vec3_t right; CrossProduct( forward, up, right ); VectorNormalizeFast( right ); vec3_t right2; VectorScale( right, 10, right2 ); VectorScale( right, 18, right ); // Set viewheight float view_height; if ( ent->animMovetype ) { view_height = 16; } else { view_height = 40; } // First, viewpoint to viewpoint end[ 2 ] += view_height; q3trace_t tr; CM_BoxTraceQ3( &tr, start, end, NULL, NULL, 0, BSP46CONTENTS_SOLID, false ); if ( tr.fraction == 1.f ) { return true; } // First-b, viewpoint to top of head end[ 2 ] += 16; CM_BoxTraceQ3( &tr, start, end, NULL, NULL, 0, BSP46CONTENTS_SOLID, false ); if ( tr.fraction == 1.f ) { return true; } end[ 2 ] -= 16; // Second, viewpoint to ent's origin end[ 2 ] -= view_height; CM_BoxTraceQ3( &tr, start, end, NULL, NULL, 0, BSP46CONTENTS_SOLID, false ); if ( tr.fraction == 1.f ) { return true; } // Third, to ent's right knee vec3_t temp; VectorAdd( end, right, temp ); temp[ 2 ] += 8; CM_BoxTraceQ3( &tr, start, temp, NULL, NULL, 0, BSP46CONTENTS_SOLID, false ); if ( tr.fraction == 1.f ) { return true; } // Fourth, to ent's right shoulder VectorAdd( end, right2, temp ); if ( ent->animMovetype ) { temp[ 2 ] += 28; } else { temp[ 2 ] += 52; } CM_BoxTraceQ3( &tr, start, temp, NULL, NULL, 0, BSP46CONTENTS_SOLID, false ); if ( tr.fraction == 1.f ) { return true; } // Fifth, to ent's left knee VectorScale( right, -1, right ); VectorScale( right2, -1, right2 ); VectorAdd( end, right2, temp ); temp[ 2 ] += 2; CM_BoxTraceQ3( &tr, start, temp, NULL, NULL, 0, BSP46CONTENTS_SOLID, false ); if ( tr.fraction == 1.f ) { return true; } // Sixth, to ent's left shoulder VectorAdd( end, right, temp ); if ( ent->animMovetype ) { temp[ 2 ] += 16; } else { temp[ 2 ] += 36; } CM_BoxTraceQ3( &tr, start, temp, NULL, NULL, 0, BSP46CONTENTS_SOLID, false ); if ( tr.fraction == 1.f ) { return true; } return false; } // Parses deltas from the given base and adds the resulting entity // to the current frame static void CLQ3_DeltaEntity( QMsg* msg, q3clSnapshot_t* frame, int newnum, q3entityState_t* old, bool unchanged ) { // save the parsed entity state into the big circular buffer so // it can be used as the source for a later delta q3entityState_t* state = &cl.q3_parseEntities[ cl.parseEntitiesNum & ( MAX_PARSE_ENTITIES_Q3 - 1 ) ]; if ( unchanged ) { *state = *old; } else { MSGQ3_ReadDeltaEntity( msg, old, state, newnum ); } if ( state->number == ( MAX_GENTITIES_Q3 - 1 ) ) { return; // entity was delta removed } cl.parseEntitiesNum++; frame->numEntities++; } // Parses deltas from the given base and adds the resulting entity // to the current frame static void CLWS_DeltaEntity( QMsg* msg, wsclSnapshot_t* frame, int newnum, wsentityState_t* old, bool unchanged ) { // save the parsed entity state into the big circular buffer so // it can be used as the source for a later delta wsentityState_t* state = &cl.ws_parseEntities[ cl.parseEntitiesNum & ( MAX_PARSE_ENTITIES_Q3 - 1 ) ]; if ( unchanged ) { *state = *old; } else { MSGWS_ReadDeltaEntity( msg, old, state, newnum ); } if ( state->number == ( MAX_GENTITIES_Q3 - 1 ) ) { return; // entity was delta removed } cl.parseEntitiesNum++; frame->numEntities++; } // Parses deltas from the given base and adds the resulting entity // to the current frame static void CLWM_DeltaEntity( QMsg* msg, wmclSnapshot_t* frame, int newnum, wmentityState_t* old, bool unchanged ) { // save the parsed entity state into the big circular buffer so // it can be used as the source for a later delta wmentityState_t* state = &cl.wm_parseEntities[ cl.parseEntitiesNum & ( MAX_PARSE_ENTITIES_Q3 - 1 ) ]; if ( unchanged ) { *state = *old; } else { MSGWM_ReadDeltaEntity( msg, old, state, newnum ); } if ( state->number == ( MAX_GENTITIES_Q3 - 1 ) ) { return; // entity was delta removed } // DHM - Nerve :: Only draw clients if visible if ( clc.wm_onlyVisibleClients ) { if ( state->number < MAX_CLIENTS_WM ) { if ( CLWM_IsEntVisible( state ) ) { entLastVisible[ state->number ] = frame->serverTime; state->eFlags &= ~WMEF_NODRAW; } else { if ( entLastVisible[ state->number ] < ( frame->serverTime - 600 ) ) { state->eFlags |= WMEF_NODRAW; } } } } cl.parseEntitiesNum++; frame->numEntities++; } // Parses deltas from the given base and adds the resulting entity // to the current frame static void CLET_DeltaEntity( QMsg* msg, etclSnapshot_t* frame, int newnum, etentityState_t* old, bool unchanged ) { // save the parsed entity state into the big circular buffer so // it can be used as the source for a later delta etentityState_t* state = &cl.et_parseEntities[ cl.parseEntitiesNum & ( MAX_PARSE_ENTITIES_Q3 - 1 ) ]; if ( unchanged ) { *state = *old; } else { MSGET_ReadDeltaEntity( msg, old, state, newnum ); } if ( state->number == ( MAX_GENTITIES_Q3 - 1 ) ) { return; // entity was delta removed } // DHM - Nerve :: Only draw clients if visible if ( clc.wm_onlyVisibleClients ) { if ( state->number < MAX_CLIENTS_ET ) { if ( CLET_IsEntVisible( state ) ) { entLastVisible[ state->number ] = frame->serverTime; state->eFlags &= ~ETEF_NODRAW; } else { if ( entLastVisible[ state->number ] < ( frame->serverTime - 600 ) ) { state->eFlags |= ETEF_NODRAW; } } } } cl.parseEntitiesNum++; frame->numEntities++; } static void CLQ3_ParsePacketEntities( QMsg* msg, q3clSnapshot_t* oldframe, q3clSnapshot_t* newframe ) { newframe->parseEntitiesNum = cl.parseEntitiesNum; newframe->numEntities = 0; // delta from the entities present in oldframe int oldindex = 0; q3entityState_t* oldstate = NULL; int oldnum; if ( !oldframe ) { oldnum = 99999; } else { if ( oldindex >= oldframe->numEntities ) { oldnum = 99999; } else { oldstate = &cl.q3_parseEntities[ ( oldframe->parseEntitiesNum + oldindex ) & ( MAX_PARSE_ENTITIES_Q3 - 1 ) ]; oldnum = oldstate->number; } } while ( 1 ) { // read the entity index number int newnum = msg->ReadBits( GENTITYNUM_BITS_Q3 ); if ( newnum == ( MAX_GENTITIES_Q3 - 1 ) ) { break; } if ( msg->readcount > msg->cursize ) { common->Error( "CLQ3_ParsePacketEntities: end of message" ); } while ( oldnum < newnum ) { // one or more entities from the old packet are unchanged if ( cl_shownet->integer == 3 ) { common->Printf( "%3i: unchanged: %i\n", msg->readcount, oldnum ); } CLQ3_DeltaEntity( msg, newframe, oldnum, oldstate, true ); oldindex++; if ( oldindex >= oldframe->numEntities ) { oldnum = 99999; } else { oldstate = &cl.q3_parseEntities[ ( oldframe->parseEntitiesNum + oldindex ) & ( MAX_PARSE_ENTITIES_Q3 - 1 ) ]; oldnum = oldstate->number; } } if ( oldnum == newnum ) { // delta from previous state if ( cl_shownet->integer == 3 ) { common->Printf( "%3i: delta: %i\n", msg->readcount, newnum ); } CLQ3_DeltaEntity( msg, newframe, newnum, oldstate, false ); oldindex++; if ( oldindex >= oldframe->numEntities ) { oldnum = 99999; } else { oldstate = &cl.q3_parseEntities[ ( oldframe->parseEntitiesNum + oldindex ) & ( MAX_PARSE_ENTITIES_Q3 - 1 ) ]; oldnum = oldstate->number; } continue; } if ( oldnum > newnum ) { // delta from baseline if ( cl_shownet->integer == 3 ) { common->Printf( "%3i: baseline: %i\n", msg->readcount, newnum ); } CLQ3_DeltaEntity( msg, newframe, newnum, &cl.q3_entityBaselines[ newnum ], false ); continue; } } // any remaining entities in the old frame are copied over while ( oldnum != 99999 ) { // one or more entities from the old packet are unchanged if ( cl_shownet->integer == 3 ) { common->Printf( "%3i: unchanged: %i\n", msg->readcount, oldnum ); } CLQ3_DeltaEntity( msg, newframe, oldnum, oldstate, true ); oldindex++; if ( oldindex >= oldframe->numEntities ) { oldnum = 99999; } else { oldstate = &cl.q3_parseEntities[ ( oldframe->parseEntitiesNum + oldindex ) & ( MAX_PARSE_ENTITIES_Q3 - 1 ) ]; oldnum = oldstate->number; } } } static void CLWS_ParsePacketEntities( QMsg* msg, wsclSnapshot_t* oldframe, wsclSnapshot_t* newframe ) { newframe->parseEntitiesNum = cl.parseEntitiesNum; newframe->numEntities = 0; // delta from the entities present in oldframe int oldindex = 0; wsentityState_t* oldstate = NULL; int oldnum; if ( !oldframe ) { oldnum = 99999; } else { if ( oldindex >= oldframe->numEntities ) { oldnum = 99999; } else { oldstate = &cl.ws_parseEntities[ ( oldframe->parseEntitiesNum + oldindex ) & ( MAX_PARSE_ENTITIES_Q3 - 1 ) ]; oldnum = oldstate->number; } } while ( 1 ) { // read the entity index number int newnum = msg->ReadBits( GENTITYNUM_BITS_Q3 ); if ( newnum == ( MAX_GENTITIES_Q3 - 1 ) ) { break; } if ( msg->readcount > msg->cursize ) { common->Error( "CLWS_ParsePacketEntities: end of message" ); } while ( oldnum < newnum ) { // one or more entities from the old packet are unchanged if ( cl_shownet->integer == 3 ) { common->Printf( "%3i: unchanged: %i\n", msg->readcount, oldnum ); } CLWS_DeltaEntity( msg, newframe, oldnum, oldstate, true ); oldindex++; if ( oldindex >= oldframe->numEntities ) { oldnum = 99999; } else { oldstate = &cl.ws_parseEntities[ ( oldframe->parseEntitiesNum + oldindex ) & ( MAX_PARSE_ENTITIES_Q3 - 1 ) ]; oldnum = oldstate->number; } } if ( oldnum == newnum ) { // delta from previous state if ( cl_shownet->integer == 3 ) { common->Printf( "%3i: delta: %i\n", msg->readcount, newnum ); } CLWS_DeltaEntity( msg, newframe, newnum, oldstate, false ); oldindex++; if ( oldindex >= oldframe->numEntities ) { oldnum = 99999; } else { oldstate = &cl.ws_parseEntities[ ( oldframe->parseEntitiesNum + oldindex ) & ( MAX_PARSE_ENTITIES_Q3 - 1 ) ]; oldnum = oldstate->number; } continue; } if ( oldnum > newnum ) { // delta from baseline if ( cl_shownet->integer == 3 ) { common->Printf( "%3i: baseline: %i\n", msg->readcount, newnum ); } CLWS_DeltaEntity( msg, newframe, newnum, &cl.ws_entityBaselines[ newnum ], false ); continue; } } // any remaining entities in the old frame are copied over while ( oldnum != 99999 ) { // one or more entities from the old packet are unchanged if ( cl_shownet->integer == 3 ) { common->Printf( "%3i: unchanged: %i\n", msg->readcount, oldnum ); } CLWS_DeltaEntity( msg, newframe, oldnum, oldstate, true ); oldindex++; if ( oldindex >= oldframe->numEntities ) { oldnum = 99999; } else { oldstate = &cl.ws_parseEntities[ ( oldframe->parseEntitiesNum + oldindex ) & ( MAX_PARSE_ENTITIES_Q3 - 1 ) ]; oldnum = oldstate->number; } } } static void CLWM_ParsePacketEntities( QMsg* msg, wmclSnapshot_t* oldframe, wmclSnapshot_t* newframe ) { newframe->parseEntitiesNum = cl.parseEntitiesNum; newframe->numEntities = 0; // delta from the entities present in oldframe int oldindex = 0; wmentityState_t* oldstate = NULL; int oldnum; if ( !oldframe ) { oldnum = 99999; } else { if ( oldindex >= oldframe->numEntities ) { oldnum = 99999; } else { oldstate = &cl.wm_parseEntities[ ( oldframe->parseEntitiesNum + oldindex ) & ( MAX_PARSE_ENTITIES_Q3 - 1 ) ]; oldnum = oldstate->number; } } while ( 1 ) { // read the entity index number int newnum = msg->ReadBits( GENTITYNUM_BITS_Q3 ); if ( newnum == ( MAX_GENTITIES_Q3 - 1 ) ) { break; } if ( msg->readcount > msg->cursize ) { common->Error( "CLWM_ParsePacketEntities: end of message" ); } while ( oldnum < newnum ) { // one or more entities from the old packet are unchanged if ( cl_shownet->integer == 3 ) { common->Printf( "%3i: unchanged: %i\n", msg->readcount, oldnum ); } CLWM_DeltaEntity( msg, newframe, oldnum, oldstate, true ); oldindex++; if ( oldindex >= oldframe->numEntities ) { oldnum = 99999; } else { oldstate = &cl.wm_parseEntities[ ( oldframe->parseEntitiesNum + oldindex ) & ( MAX_PARSE_ENTITIES_Q3 - 1 ) ]; oldnum = oldstate->number; } } if ( oldnum == newnum ) { // delta from previous state if ( cl_shownet->integer == 3 ) { common->Printf( "%3i: delta: %i\n", msg->readcount, newnum ); } CLWM_DeltaEntity( msg, newframe, newnum, oldstate, false ); oldindex++; if ( oldindex >= oldframe->numEntities ) { oldnum = 99999; } else { oldstate = &cl.wm_parseEntities[ ( oldframe->parseEntitiesNum + oldindex ) & ( MAX_PARSE_ENTITIES_Q3 - 1 ) ]; oldnum = oldstate->number; } continue; } if ( oldnum > newnum ) { // delta from baseline if ( cl_shownet->integer == 3 ) { common->Printf( "%3i: baseline: %i\n", msg->readcount, newnum ); } CLWM_DeltaEntity( msg, newframe, newnum, &cl.wm_entityBaselines[ newnum ], false ); continue; } } // any remaining entities in the old frame are copied over while ( oldnum != 99999 ) { // one or more entities from the old packet are unchanged if ( cl_shownet->integer == 3 ) { common->Printf( "%3i: unchanged: %i\n", msg->readcount, oldnum ); } CLWM_DeltaEntity( msg, newframe, oldnum, oldstate, true ); oldindex++; if ( oldindex >= oldframe->numEntities ) { oldnum = 99999; } else { oldstate = &cl.wm_parseEntities[ ( oldframe->parseEntitiesNum + oldindex ) & ( MAX_PARSE_ENTITIES_Q3 - 1 ) ]; oldnum = oldstate->number; } } if ( clwm_shownuments->integer ) { common->Printf( "Entities in packet: %i\n", newframe->numEntities ); } } static void CLET_ParsePacketEntities( QMsg* msg, etclSnapshot_t* oldframe, etclSnapshot_t* newframe ) { newframe->parseEntitiesNum = cl.parseEntitiesNum; newframe->numEntities = 0; // delta from the entities present in oldframe int oldindex = 0; etentityState_t* oldstate = NULL; int oldnum; if ( !oldframe ) { oldnum = 99999; } else { if ( oldindex >= oldframe->numEntities ) { oldnum = 99999; } else { oldstate = &cl.et_parseEntities[ ( oldframe->parseEntitiesNum + oldindex ) & ( MAX_PARSE_ENTITIES_Q3 - 1 ) ]; oldnum = oldstate->number; } } while ( 1 ) { // read the entity index number int newnum = msg->ReadBits( GENTITYNUM_BITS_Q3 ); if ( newnum == ( MAX_GENTITIES_Q3 - 1 ) ) { break; } if ( msg->readcount > msg->cursize ) { common->Error( "CLET_ParsePacketEntities: end of message" ); } while ( oldnum < newnum ) { // one or more entities from the old packet are unchanged if ( cl_shownet->integer == 3 ) { common->Printf( "%3i: unchanged: %i\n", msg->readcount, oldnum ); } CLET_DeltaEntity( msg, newframe, oldnum, oldstate, true ); oldindex++; if ( oldindex >= oldframe->numEntities ) { oldnum = 99999; } else { oldstate = &cl.et_parseEntities[ ( oldframe->parseEntitiesNum + oldindex ) & ( MAX_PARSE_ENTITIES_Q3 - 1 ) ]; oldnum = oldstate->number; } } if ( oldnum == newnum ) { // delta from previous state if ( cl_shownet->integer == 3 ) { common->Printf( "%3i: delta: %i\n", msg->readcount, newnum ); } CLET_DeltaEntity( msg, newframe, newnum, oldstate, false ); oldindex++; if ( oldindex >= oldframe->numEntities ) { oldnum = 99999; } else { oldstate = &cl.et_parseEntities[ ( oldframe->parseEntitiesNum + oldindex ) & ( MAX_PARSE_ENTITIES_Q3 - 1 ) ]; oldnum = oldstate->number; } continue; } if ( oldnum > newnum ) { // delta from baseline if ( cl_shownet->integer == 3 ) { common->Printf( "%3i: baseline: %i\n", msg->readcount, newnum ); } CLET_DeltaEntity( msg, newframe, newnum, &cl.et_entityBaselines[ newnum ], false ); continue; } } // any remaining entities in the old frame are copied over while ( oldnum != 99999 ) { // one or more entities from the old packet are unchanged if ( cl_shownet->integer == 3 ) { common->Printf( "%3i: unchanged: %i\n", msg->readcount, oldnum ); } CLET_DeltaEntity( msg, newframe, oldnum, oldstate, true ); oldindex++; if ( oldindex >= oldframe->numEntities ) { oldnum = 99999; } else { oldstate = &cl.et_parseEntities[ ( oldframe->parseEntitiesNum + oldindex ) & ( MAX_PARSE_ENTITIES_Q3 - 1 ) ]; oldnum = oldstate->number; } } if ( clwm_shownuments->integer ) { common->Printf( "Entities in packet: %i\n", newframe->numEntities ); } } // If the snapshot is parsed properly, it will be copied to // cl.snap and saved in cl.snapshots[]. If the snapshot is invalid // for any reason, no changes to the state will be made at all. static void CLQ3_ParseSnapshot( QMsg* msg ) { int len; q3clSnapshot_t* old; q3clSnapshot_t newSnap; int deltaNum; int oldMessageNum; int i, packetNum; // get the reliable sequence acknowledge number // NOTE: now sent with all server to client messages //clc.q3_reliableAcknowledge = msg->ReadLong(); // read in the new snapshot to a temporary buffer // we will only copy to cl.snap if it is valid Com_Memset( &newSnap, 0, sizeof ( newSnap ) ); // we will have read any new server commands in this // message before we got to q3svc_snapshot newSnap.serverCommandNum = clc.q3_serverCommandSequence; newSnap.serverTime = msg->ReadLong(); newSnap.messageNum = clc.q3_serverMessageSequence; deltaNum = msg->ReadByte(); if ( !deltaNum ) { newSnap.deltaNum = -1; } else { newSnap.deltaNum = newSnap.messageNum - deltaNum; } newSnap.snapFlags = msg->ReadByte(); // If the frame is delta compressed from data that we // no longer have available, we must suck up the rest of // the frame, but not use it, then ask for a non-compressed // message if ( newSnap.deltaNum <= 0 ) { newSnap.valid = true; // uncompressed frame old = NULL; clc.q3_demowaiting = false; // we can start recording now } else { old = &cl.q3_snapshots[ newSnap.deltaNum & PACKET_MASK_Q3 ]; if ( !old->valid ) { // should never happen common->Printf( "Delta from invalid frame (not supposed to happen!).\n" ); } else if ( old->messageNum != newSnap.deltaNum ) { // The frame that the server did the delta from // is too old, so we can't reconstruct it properly. common->Printf( "Delta frame too old.\n" ); } else if ( cl.parseEntitiesNum - old->parseEntitiesNum > MAX_PARSE_ENTITIES_Q3 - 128 ) { common->Printf( "Delta parseEntitiesNum too old.\n" ); } else { newSnap.valid = true; // valid delta parse } } // read areamask len = msg->ReadByte(); msg->ReadData( &newSnap.areamask, len ); // read playerinfo SHOWNET( *msg, "playerstate" ); if ( old ) { MSGQ3_ReadDeltaPlayerstate( msg, &old->ps, &newSnap.ps ); } else { MSGQ3_ReadDeltaPlayerstate( msg, NULL, &newSnap.ps ); } // read packet entities SHOWNET( *msg, "packet entities" ); CLQ3_ParsePacketEntities( msg, old, &newSnap ); // if not valid, dump the entire thing now that it has // been properly read if ( !newSnap.valid ) { return; } // clear the valid flags of any snapshots between the last // received and this one, so if there was a dropped packet // it won't look like something valid to delta from next // time we wrap around in the buffer oldMessageNum = cl.q3_snap.messageNum + 1; if ( newSnap.messageNum - oldMessageNum >= PACKET_BACKUP_Q3 ) { oldMessageNum = newSnap.messageNum - ( PACKET_BACKUP_Q3 - 1 ); } for (; oldMessageNum < newSnap.messageNum; oldMessageNum++ ) { cl.q3_snapshots[ oldMessageNum & PACKET_MASK_Q3 ].valid = false; } // copy to the current good spot cl.q3_snap = newSnap; cl.q3_snap.ping = 999; // calculate ping time for ( i = 0; i < PACKET_BACKUP_Q3; i++ ) { packetNum = ( clc.netchan.outgoingSequence - 1 - i ) & PACKET_MASK_Q3; if ( cl.q3_snap.ps.commandTime >= cl.q3_outPackets[ packetNum ].p_serverTime ) { cl.q3_snap.ping = cls.realtime - cl.q3_outPackets[ packetNum ].p_realtime; break; } } // save the frame off in the backup array for later delta comparisons cl.q3_snapshots[ cl.q3_snap.messageNum & PACKET_MASK_Q3 ] = cl.q3_snap; if ( cl_shownet->integer == 3 ) { common->Printf( " snapshot:%i delta:%i ping:%i\n", cl.q3_snap.messageNum, cl.q3_snap.deltaNum, cl.q3_snap.ping ); } cl.q3_newSnapshots = true; } // If the snapshot is parsed properly, it will be copied to // cl.ws_snap and saved in cl.ws_snapshots[]. If the snapshot is invalid // for any reason, no changes to the state will be made at all. static void CLWS_ParseSnapshot( QMsg* msg ) { int len; wsclSnapshot_t* old; wsclSnapshot_t newSnap; int deltaNum; int oldMessageNum; int i, packetNum; // get the reliable sequence acknowledge number // NOTE: now sent with all server to client messages //clc.q3_reliableAcknowledge = msg->ReadLong(); // read in the new snapshot to a temporary buffer // we will only copy to cl.ws_snap if it is valid memset( &newSnap, 0, sizeof ( newSnap ) ); // we will have read any new server commands in this // message before we got to q3svc_snapshot newSnap.serverCommandNum = clc.q3_serverCommandSequence; newSnap.serverTime = msg->ReadLong(); newSnap.messageNum = clc.q3_serverMessageSequence; deltaNum = msg->ReadByte(); if ( !deltaNum ) { newSnap.deltaNum = -1; } else { newSnap.deltaNum = newSnap.messageNum - deltaNum; } newSnap.snapFlags = msg->ReadByte(); // If the frame is delta compressed from data that we // no longer have available, we must suck up the rest of // the frame, but not use it, then ask for a non-compressed // message if ( newSnap.deltaNum <= 0 ) { newSnap.valid = true; // uncompressed frame old = NULL; clc.q3_demowaiting = false; // we can start recording now } else { old = &cl.ws_snapshots[ newSnap.deltaNum & PACKET_MASK_Q3 ]; if ( !old->valid ) { // should never happen common->Printf( "Delta from invalid frame (not supposed to happen!).\n" ); } else if ( old->messageNum != newSnap.deltaNum ) { // The frame that the server did the delta from // is too old, so we can't reconstruct it properly. common->Printf( "Delta frame too old.\n" ); } else if ( cl.parseEntitiesNum - old->parseEntitiesNum > MAX_PARSE_ENTITIES_Q3 - 128 ) { common->Printf( "Delta parseEntitiesNum too old.\n" ); } else { newSnap.valid = true; // valid delta parse } } // read areamask len = msg->ReadByte(); msg->ReadData( &newSnap.areamask, len ); // read playerinfo SHOWNET( *msg, "playerstate" ); if ( old ) { MSGWS_ReadDeltaPlayerstate( msg, &old->ps, &newSnap.ps ); } else { MSGWS_ReadDeltaPlayerstate( msg, NULL, &newSnap.ps ); } // read packet entities SHOWNET( *msg, "packet entities" ); CLWS_ParsePacketEntities( msg, old, &newSnap ); // if not valid, dump the entire thing now that it has // been properly read if ( !newSnap.valid ) { return; } // clear the valid flags of any snapshots between the last // received and this one, so if there was a dropped packet // it won't look like something valid to delta from next // time we wrap around in the buffer oldMessageNum = cl.ws_snap.messageNum + 1; if ( newSnap.messageNum - oldMessageNum >= PACKET_BACKUP_Q3 ) { oldMessageNum = newSnap.messageNum - ( PACKET_BACKUP_Q3 - 1 ); } for (; oldMessageNum < newSnap.messageNum; oldMessageNum++ ) { cl.ws_snapshots[ oldMessageNum & PACKET_MASK_Q3 ].valid = false; } // copy to the current good spot cl.ws_snap = newSnap; cl.ws_snap.ping = 999; // calculate ping time for ( i = 0; i < PACKET_BACKUP_Q3; i++ ) { packetNum = ( clc.netchan.outgoingSequence - 1 - i ) & PACKET_MASK_Q3; if ( cl.ws_snap.ps.commandTime >= cl.q3_outPackets[ packetNum ].p_serverTime ) { cl.ws_snap.ping = cls.realtime - cl.q3_outPackets[ packetNum ].p_realtime; break; } } // save the frame off in the backup array for later delta comparisons cl.ws_snapshots[ cl.ws_snap.messageNum & PACKET_MASK_Q3 ] = cl.ws_snap; if ( cl_shownet->integer == 3 ) { common->Printf( " snapshot:%i delta:%i ping:%i\n", cl.ws_snap.messageNum, cl.ws_snap.deltaNum, cl.ws_snap.ping ); } cl.q3_newSnapshots = true; } // If the snapshot is parsed properly, it will be copied to // cl.wm_snap and saved in cl.wm_snapshots[]. If the snapshot is invalid // for any reason, no changes to the state will be made at all. static void CLWM_ParseSnapshot( QMsg* msg ) { int len; wmclSnapshot_t* old; wmclSnapshot_t newSnap; int deltaNum; int oldMessageNum; int i, packetNum; // get the reliable sequence acknowledge number // NOTE: now sent with all server to client messages //clc.q3_reliableAcknowledge = msg->ReadLong(); // read in the new snapshot to a temporary buffer // we will only copy to cl.wm_snap if it is valid memset( &newSnap, 0, sizeof ( newSnap ) ); // we will have read any new server commands in this // message before we got to q3svc_snapshot newSnap.serverCommandNum = clc.q3_serverCommandSequence; newSnap.serverTime = msg->ReadLong(); newSnap.messageNum = clc.q3_serverMessageSequence; deltaNum = msg->ReadByte(); if ( !deltaNum ) { newSnap.deltaNum = -1; } else { newSnap.deltaNum = newSnap.messageNum - deltaNum; } newSnap.snapFlags = msg->ReadByte(); // If the frame is delta compressed from data that we // no longer have available, we must suck up the rest of // the frame, but not use it, then ask for a non-compressed // message if ( newSnap.deltaNum <= 0 ) { newSnap.valid = true; // uncompressed frame old = NULL; clc.q3_demowaiting = false; // we can start recording now } else { old = &cl.wm_snapshots[ newSnap.deltaNum & PACKET_MASK_Q3 ]; if ( !old->valid ) { // should never happen common->Printf( "Delta from invalid frame (not supposed to happen!).\n" ); } else if ( old->messageNum != newSnap.deltaNum ) { // The frame that the server did the delta from // is too old, so we can't reconstruct it properly. common->DPrintf( "Delta frame too old.\n" ); } else if ( cl.parseEntitiesNum - old->parseEntitiesNum > MAX_PARSE_ENTITIES_Q3 - 128 ) { common->DPrintf( "Delta parseEntitiesNum too old.\n" ); } else { newSnap.valid = true; // valid delta parse } } // read areamask len = msg->ReadByte(); if ( len > ( int )sizeof ( newSnap.areamask ) ) { common->Error( "CLWM_ParseSnapshot: Invalid size %d for areamask.", len ); return; } msg->ReadData( &newSnap.areamask, len ); // read playerinfo SHOWNET( *msg, "playerstate" ); if ( old ) { MSGWM_ReadDeltaPlayerstate( msg, &old->ps, &newSnap.ps ); } else { MSGWM_ReadDeltaPlayerstate( msg, NULL, &newSnap.ps ); } // read packet entities SHOWNET( *msg, "packet entities" ); CLWM_ParsePacketEntities( msg, old, &newSnap ); // if not valid, dump the entire thing now that it has // been properly read if ( !newSnap.valid ) { return; } // clear the valid flags of any snapshots between the last // received and this one, so if there was a dropped packet // it won't look like something valid to delta from next // time we wrap around in the buffer oldMessageNum = cl.wm_snap.messageNum + 1; if ( newSnap.messageNum - oldMessageNum >= PACKET_BACKUP_Q3 ) { oldMessageNum = newSnap.messageNum - ( PACKET_BACKUP_Q3 - 1 ); } for (; oldMessageNum < newSnap.messageNum; oldMessageNum++ ) { cl.wm_snapshots[ oldMessageNum & PACKET_MASK_Q3 ].valid = false; } // copy to the current good spot cl.wm_snap = newSnap; cl.wm_snap.ping = 999; // calculate ping time for ( i = 0; i < PACKET_BACKUP_Q3; i++ ) { packetNum = ( clc.netchan.outgoingSequence - 1 - i ) & PACKET_MASK_Q3; if ( cl.wm_snap.ps.commandTime >= cl.q3_outPackets[ packetNum ].p_serverTime ) { cl.wm_snap.ping = cls.realtime - cl.q3_outPackets[ packetNum ].p_realtime; break; } } // save the frame off in the backup array for later delta comparisons cl.wm_snapshots[ cl.wm_snap.messageNum & PACKET_MASK_Q3 ] = cl.wm_snap; if ( cl_shownet->integer == 3 ) { common->Printf( " snapshot:%i delta:%i ping:%i\n", cl.wm_snap.messageNum, cl.wm_snap.deltaNum, cl.wm_snap.ping ); } cl.q3_newSnapshots = true; } // If the snapshot is parsed properly, it will be copied to // cl.et_snap and saved in cl.et_snapshots[]. If the snapshot is invalid // for any reason, no changes to the state will be made at all. static void CLET_ParseSnapshot( QMsg* msg ) { int len; etclSnapshot_t* old; etclSnapshot_t newSnap; int deltaNum; int oldMessageNum; int i, packetNum; // get the reliable sequence acknowledge number // NOTE: now sent with all server to client messages //clc.q3_reliableAcknowledge = msg->ReadLong(); // read in the new snapshot to a temporary buffer // we will only copy to cl.et_snap if it is valid memset( &newSnap, 0, sizeof ( newSnap ) ); // we will have read any new server commands in this // message before we got to q3svc_snapshot newSnap.serverCommandNum = clc.q3_serverCommandSequence; newSnap.serverTime = msg->ReadLong(); newSnap.messageNum = clc.q3_serverMessageSequence; deltaNum = msg->ReadByte(); if ( !deltaNum ) { newSnap.deltaNum = -1; } else { newSnap.deltaNum = newSnap.messageNum - deltaNum; } newSnap.snapFlags = msg->ReadByte(); // If the frame is delta compressed from data that we // no longer have available, we must suck up the rest of // the frame, but not use it, then ask for a non-compressed // message if ( newSnap.deltaNum <= 0 ) { newSnap.valid = true; // uncompressed frame old = NULL; if ( clc.demorecording ) { clc.q3_demowaiting = false; // we can start recording now // if(clet_autorecord->integer) { // Cvar_Set( "g_synchronousClients", "0" ); // } } else { if ( clet_autorecord->integer /*&& Cvar_VariableValue( "g_synchronousClients")*/ ) { char mapname[ MAX_QPATH ]; char* period; qtime_t time; Com_RealTime( &time ); String::NCpyZ( mapname, cl.q3_mapname, MAX_QPATH ); for ( period = mapname; *period; period++ ) { if ( *period == '.' ) { *period = '\0'; break; } } for ( period = mapname; *period; period++ ) { if ( *period == '/' ) { break; } } if ( *period ) { period++; } char demoName[ MAX_QPATH ]; String::Sprintf( demoName, sizeof ( demoName ), "%s_%i_%i", period, time.tm_mday, time.tm_mon + 1 ); char name[ MAX_QPATH ]; String::Sprintf( name, sizeof ( name ), "demos/%s.dm_%d", demoName, ETPROTOCOL_VERSION ); CLT3_Record( demoName, name ); } } } else { old = &cl.et_snapshots[ newSnap.deltaNum & PACKET_MASK_Q3 ]; if ( !old->valid ) { // should never happen common->Printf( "Delta from invalid frame (not supposed to happen!).\n" ); } else if ( old->messageNum != newSnap.deltaNum ) { // The frame that the server did the delta from // is too old, so we can't reconstruct it properly. common->DPrintf( "Delta frame too old.\n" ); } else if ( cl.parseEntitiesNum - old->parseEntitiesNum > MAX_PARSE_ENTITIES_Q3 - 128 ) { common->DPrintf( "Delta parseEntitiesNum too old.\n" ); } else { newSnap.valid = true; // valid delta parse } } // read areamask len = msg->ReadByte(); if ( len > ( int )sizeof ( newSnap.areamask ) ) { common->Error( "CLET_ParseSnapshot: Invalid size %d for areamask.", len ); return; } msg->ReadData( &newSnap.areamask, len ); // read playerinfo SHOWNET( *msg, "playerstate" ); if ( old ) { MSGET_ReadDeltaPlayerstate( msg, &old->ps, &newSnap.ps ); } else { MSGET_ReadDeltaPlayerstate( msg, NULL, &newSnap.ps ); } // read packet entities SHOWNET( *msg, "packet entities" ); CLET_ParsePacketEntities( msg, old, &newSnap ); // if not valid, dump the entire thing now that it has // been properly read if ( !newSnap.valid ) { return; } // clear the valid flags of any snapshots between the last // received and this one, so if there was a dropped packet // it won't look like something valid to delta from next // time we wrap around in the buffer oldMessageNum = cl.et_snap.messageNum + 1; if ( newSnap.messageNum - oldMessageNum >= PACKET_BACKUP_Q3 ) { oldMessageNum = newSnap.messageNum - ( PACKET_BACKUP_Q3 - 1 ); } for (; oldMessageNum < newSnap.messageNum; oldMessageNum++ ) { cl.et_snapshots[ oldMessageNum & PACKET_MASK_Q3 ].valid = false; } // copy to the current good spot cl.et_snap = newSnap; cl.et_snap.ping = 999; // calculate ping time for ( i = 0; i < PACKET_BACKUP_Q3; i++ ) { packetNum = ( clc.netchan.outgoingSequence - 1 - i ) & PACKET_MASK_Q3; if ( cl.et_snap.ps.commandTime >= cl.q3_outPackets[ packetNum ].p_serverTime ) { cl.et_snap.ping = cls.realtime - cl.q3_outPackets[ packetNum ].p_realtime; break; } } // save the frame off in the backup array for later delta comparisons cl.et_snapshots[ cl.et_snap.messageNum & PACKET_MASK_Q3 ] = cl.et_snap; if ( cl_shownet->integer == 3 ) { common->Printf( " snapshot:%i delta:%i ping:%i\n", cl.et_snap.messageNum, cl.et_snap.deltaNum, cl.et_snap.ping ); } cl.q3_newSnapshots = true; } static void CLT3_ParseGamestate( QMsg* msg ) { Con_Close(); clc.q3_connectPacketCount = 0; // wipe local client state CL_ClearState(); // a gamestate always marks a server command sequence clc.q3_serverCommandSequence = msg->ReadLong(); // parse all the configstrings and baselines if ( GGameType & GAME_Quake3 ) { cl.q3_gameState.dataCount = 1; // leave a 0 at the beginning for uninitialized configstrings } else if ( GGameType & GAME_WolfSP ) { cl.ws_gameState.dataCount = 1; // leave a 0 at the beginning for uninitialized configstrings } else if ( GGameType & GAME_WolfMP ) { cl.wm_gameState.dataCount = 1; // leave a 0 at the beginning for uninitialized configstrings } else { cl.et_gameState.dataCount = 1; // leave a 0 at the beginning for uninitialized configstrings } while ( 1 ) { int cmd = msg->ReadByte(); if ( cmd == q3svc_EOF ) { break; } if ( cmd == q3svc_configstring ) { int i = msg->ReadShort(); int maxConfigStrings = GGameType & GAME_WolfSP ? MAX_CONFIGSTRINGS_WS : GGameType & GAME_WolfMP ? MAX_CONFIGSTRINGS_WM : GGameType & GAME_ET ? MAX_CONFIGSTRINGS_ET : MAX_CONFIGSTRINGS_Q3; if ( i < 0 || i >= maxConfigStrings ) { common->Error( "configstring > MAX_CONFIGSTRINGS" ); } const char* s = msg->ReadBigString(); int len = String::Length( s ); if ( GGameType & GAME_Quake3 ) { if ( len + 1 + cl.q3_gameState.dataCount > MAX_GAMESTATE_CHARS_Q3 ) { common->Error( "MAX_GAMESTATE_CHARS_Q3 exceeded" ); } // append it to the gameState string buffer cl.q3_gameState.stringOffsets[ i ] = cl.q3_gameState.dataCount; Com_Memcpy( cl.q3_gameState.stringData + cl.q3_gameState.dataCount, s, len + 1 ); cl.q3_gameState.dataCount += len + 1; } else if ( GGameType & GAME_WolfSP ) { if ( len + 1 + cl.ws_gameState.dataCount > MAX_GAMESTATE_CHARS_Q3 ) { common->Error( "MAX_GAMESTATE_CHARS_Q3 exceeded" ); } // append it to the gameState string buffer cl.ws_gameState.stringOffsets[ i ] = cl.ws_gameState.dataCount; Com_Memcpy( cl.ws_gameState.stringData + cl.ws_gameState.dataCount, s, len + 1 ); cl.ws_gameState.dataCount += len + 1; } else if ( GGameType & GAME_WolfMP ) { if ( len + 1 + cl.wm_gameState.dataCount > MAX_GAMESTATE_CHARS_Q3 ) { common->Error( "MAX_GAMESTATE_CHARS_Q3 exceeded" ); } // append it to the gameState string buffer cl.wm_gameState.stringOffsets[ i ] = cl.wm_gameState.dataCount; Com_Memcpy( cl.wm_gameState.stringData + cl.wm_gameState.dataCount, s, len + 1 ); cl.wm_gameState.dataCount += len + 1; } else { if ( len + 1 + cl.et_gameState.dataCount > MAX_GAMESTATE_CHARS_Q3 ) { common->Error( "MAX_GAMESTATE_CHARS_Q3 exceeded" ); } // append it to the gameState string buffer cl.et_gameState.stringOffsets[ i ] = cl.et_gameState.dataCount; Com_Memcpy( cl.et_gameState.stringData + cl.et_gameState.dataCount, s, len + 1 ); cl.et_gameState.dataCount += len + 1; } } else if ( cmd == q3svc_baseline ) { int newnum = msg->ReadBits( GENTITYNUM_BITS_Q3 ); if ( newnum < 0 || newnum >= MAX_GENTITIES_Q3 ) { common->Error( "Baseline number out of range: %i", newnum ); } if ( GGameType & GAME_Quake3 ) { q3entityState_t nullstate = {}; q3entityState_t* es = &cl.q3_entityBaselines[ newnum ]; MSGQ3_ReadDeltaEntity( msg, &nullstate, es, newnum ); } else if ( GGameType & GAME_WolfSP ) { wsentityState_t nullstate = {}; wsentityState_t* es = &cl.ws_entityBaselines[ newnum ]; MSGWS_ReadDeltaEntity( msg, &nullstate, es, newnum ); } else if ( GGameType & GAME_WolfMP ) { wmentityState_t nullstate = {}; wmentityState_t* es = &cl.wm_entityBaselines[ newnum ]; MSGWM_ReadDeltaEntity( msg, &nullstate, es, newnum ); } else { etentityState_t nullstate = {}; etentityState_t* es = &cl.et_entityBaselines[ newnum ]; MSGET_ReadDeltaEntity( msg, &nullstate, es, newnum ); } } else { common->Error( "CLT3_ParseGamestate: bad command byte" ); } } clc.q3_clientNum = msg->ReadLong(); // read the checksum feed clc.q3_checksumFeed = msg->ReadLong(); // parse serverId and other cvars CLT3_SystemInfoChanged(); // Arnout: verify if we have all official pakfiles. As we won't // be downloading them, we should be kicked for not having them. if ( GGameType & GAME_ET && cl_connectedToPureServer && !FS_VerifyOfficialPaks() ) { common->Error( "Couldn't load an official pak file; verify your installation and make sure it has been updated to the latest version." ); } // reinitialize the filesystem if the game directory has changed FS_ConditionalRestart( clc.q3_checksumFeed ); // This used to call CLT3_StartHunkUsers, but now we enter the download state before loading the // cgame CLT3_InitDownloads(); // make sure the game starts Cvar_Set( "cl_paused", "0" ); } // A download message has been received from the server static void CLT3_ParseDownload( QMsg* msg ) { int size; unsigned char data[ MAX_MSGLEN ]; int block; // read the data block = msg->ReadShort(); // TTimo - www dl // if we haven't acked the download redirect yet if ( GGameType & GAME_ET && block == -1 ) { if ( !clc.et_bWWWDl ) { // server is sending us a www download String::NCpyZ( cls.et_originalDownloadName, cls.et_downloadName, sizeof ( cls.et_originalDownloadName ) ); String::NCpyZ( cls.et_downloadName, msg->ReadString(), sizeof ( cls.et_downloadName ) ); clc.downloadSize = msg->ReadLong(); clc.downloadFlags = msg->ReadLong(); if ( clc.downloadFlags & ( 1 << DL_FLAG_URL ) ) { Sys_OpenURL( cls.et_downloadName, true ); Cbuf_ExecuteText( EXEC_APPEND, "quit\n" ); CL_AddReliableCommand( "wwwdl bbl8r" ); // not sure if that's the right msg clc.et_bWWWDlAborting = true; return; } Cvar_SetValue( "cl_downloadSize", clc.downloadSize ); common->DPrintf( "Server redirected download: %s\n", cls.et_downloadName ); clc.et_bWWWDl = true; // activate wwwdl client loop CL_AddReliableCommand( "wwwdl ack" ); // make sure the server is not trying to redirect us again on a bad checksum if ( strstr( clc.et_badChecksumList, va( "@%s", cls.et_originalDownloadName ) ) ) { common->Printf( "refusing redirect to %s by server (bad checksum)\n", cls.et_downloadName ); CL_AddReliableCommand( "wwwdl fail" ); clc.et_bWWWDlAborting = true; return; } // make downloadTempName an OS path String::NCpyZ( cls.et_downloadTempName, FS_BuildOSPath( Cvar_VariableString( "fs_homepath" ), cls.et_downloadTempName, "" ), sizeof ( cls.et_downloadTempName ) ); cls.et_downloadTempName[ String::Length( cls.et_downloadTempName ) - 1 ] = '\0'; if ( !DL_BeginDownload( cls.et_downloadTempName, cls.et_downloadName, com_developer->integer ) ) { // setting bWWWDl to false after sending the wwwdl fail doesn't work // not sure why, but I suspect we have to eat all remaining block -1 that the server has sent us // still leave a flag so that CLET_WWWDownload is inactive // we count on server sending us a gamestate to start up clean again CL_AddReliableCommand( "wwwdl fail" ); clc.et_bWWWDlAborting = true; common->Printf( "Failed to initialize download for '%s'\n", cls.et_downloadName ); } // Check for a disconnected download // we'll let the server disconnect us when it gets the bbl8r message if ( clc.downloadFlags & ( 1 << DL_FLAG_DISCON ) ) { CL_AddReliableCommand( "wwwdl bbl8r" ); cls.et_bWWWDlDisconnected = true; } return; } else { // server keeps sending that message till we ack it, eat and ignore //msg->ReadLong(); msg->ReadString(); msg->ReadLong(); msg->ReadLong(); return; } } if ( !block ) { // block zero is special, contains file size clc.downloadSize = msg->ReadLong(); Cvar_SetValue( "cl_downloadSize", clc.downloadSize ); if ( clc.downloadSize < 0 ) { common->Error( "%s", msg->ReadString() ); return; } } size = msg->ReadShort(); if ( size < 0 || size > ( int )sizeof ( data ) ) { common->Error( "CLT3_ParseDownload: Invalid size %d for download chunk.", size ); return; } msg->ReadData( data, size ); if ( clc.downloadBlock != block ) { common->DPrintf( "CLT3_ParseDownload: Expected block %d, got %d\n", clc.downloadBlock, block ); return; } // open the file if not opened yet if ( !clc.download ) { if ( GGameType & GAME_ET ? !*cls.et_downloadTempName : !*clc.downloadTempName ) { common->Printf( "Server sending download, but no download was requested\n" ); CL_AddReliableCommand( "stopdl" ); return; } clc.download = FS_SV_FOpenFileWrite( GGameType & GAME_ET ? cls.et_downloadTempName : clc.downloadTempName ); if ( !clc.download ) { common->Printf( "Could not create %s\n", GGameType & GAME_ET ? cls.et_downloadTempName : clc.downloadTempName ); CL_AddReliableCommand( "stopdl" ); CLT3_NextDownload(); return; } } if ( size ) { FS_Write( data, size, clc.download ); } CL_AddReliableCommand( va( "nextdl %d", clc.downloadBlock ) ); clc.downloadBlock++; clc.downloadCount += size; // So UI gets access to it Cvar_SetValue( "cl_downloadCount", clc.downloadCount ); if ( !size ) { // A zero length block means EOF if ( clc.download ) { FS_FCloseFile( clc.download ); clc.download = 0; // rename the file if ( GGameType & GAME_ET ) { FS_SV_Rename( cls.et_downloadTempName, cls.et_downloadName ); } else { FS_SV_Rename( clc.downloadTempName, clc.downloadName ); } } if ( GGameType & GAME_ET ) { *cls.et_downloadTempName = *cls.et_downloadName = 0; } else { *clc.downloadTempName = *clc.downloadName = 0; } Cvar_Set( "cl_downloadName", "" ); // send intentions now // We need this because without it, we would hold the last nextdl and then start // loading right away. If we take a while to load, the server is happily trying // to send us that last block over and over. // Write it twice to help make sure we acknowledge the download CLT3_WritePacket(); CLT3_WritePacket(); // get another file if needed CLT3_NextDownload(); } } static void CLET_ParseBinaryMessage( QMsg* msg ) { msg->Uncompressed(); int size = msg->cursize - msg->readcount; if ( size <= 0 || size > MAX_BINARY_MESSAGE_ET ) { return; } CLET_CGameBinaryMessageReceived( ( char* )&msg->_data[ msg->readcount ], size, cl.et_snap.serverTime ); } void CLT3_ParseServerMessage( QMsg* msg ) { if ( cl_shownet->integer == 1 ) { common->Printf( "%i ",msg->cursize ); } else if ( cl_shownet->integer >= 2 ) { common->Printf( "------------------\n" ); } msg->Bitstream(); // get the reliable sequence acknowledge number clc.q3_reliableAcknowledge = msg->ReadLong(); // if ( clc.q3_reliableAcknowledge < clc.q3_reliableSequence - ( GGameType & GAME_Quake3 ? MAX_RELIABLE_COMMANDS_Q3 : MAX_RELIABLE_COMMANDS_WOLF ) ) { clc.q3_reliableAcknowledge = clc.q3_reliableSequence; } // // parse the message // while ( 1 ) { if ( msg->readcount > msg->cursize ) { common->Error( "CLT3_ParseServerMessage: read past end of server message" ); break; } int cmd = msg->ReadByte(); if ( cmd == q3svc_EOF ) { SHOWNET( *msg, "END OF MESSAGE" ); break; } if ( cl_shownet->integer >= 2 ) { if ( !svct3_strings[ cmd ] ) { common->Printf( "%3i:BAD CMD %i\n", msg->readcount - 1, cmd ); } else { SHOWNET( *msg, svct3_strings[ cmd ] ); } } // other commands switch ( cmd ) { default: common->Error( "CLT3_ParseServerMessage: Illegible server message %d\n", cmd ); break; case q3svc_nop: break; case q3svc_serverCommand: CLT3_ParseCommandString( msg ); break; case q3svc_gamestate: CLT3_ParseGamestate( msg ); break; case q3svc_snapshot: if ( GGameType & GAME_WolfSP ) { CLWS_ParseSnapshot( msg ); } else if ( GGameType & GAME_WolfMP ) { CLWM_ParseSnapshot( msg ); } else if ( GGameType & GAME_ET ) { CLET_ParseSnapshot( msg ); } else { CLQ3_ParseSnapshot( msg ); } break; case q3svc_download: CLT3_ParseDownload( msg ); break; } } if ( GGameType & GAME_ET ) { CLET_ParseBinaryMessage( msg ); } }

[ "legzdinsjanis@gmail.com" ]

legzdinsjanis@gmail.com

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/Userland/DevTools/HackStudio/LanguageServers/Cpp/CppComprehensionEngine.cpp

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/* * Copyright (c) 2021, Itamar S. <itamar8910@gmail.com> * * SPDX-License-Identifier: BSD-2-Clause */ #include "CppComprehensionEngine.h" #include <AK/Assertions.h> #include <AK/HashTable.h> #include <AK/OwnPtr.h> #include <LibCore/DirIterator.h> #include <LibCore/File.h> #include <LibCpp/AST.h> #include <LibCpp/Lexer.h> #include <LibCpp/Parser.h> #include <LibCpp/Preprocessor.h> #include <LibRegex/Regex.h> #include <Userland/DevTools/HackStudio/LanguageServers/ClientConnection.h> namespace LanguageServers::Cpp { CppComprehensionEngine::CppComprehensionEngine(const FileDB& filedb) : CodeComprehensionEngine(filedb, true) { } const CppComprehensionEngine::DocumentData* CppComprehensionEngine::get_or_create_document_data(const String& file) { auto absolute_path = filedb().to_absolute_path(file); if (!m_documents.contains(absolute_path)) { set_document_data(absolute_path, create_document_data_for(absolute_path)); } return get_document_data(absolute_path); } const CppComprehensionEngine::DocumentData* CppComprehensionEngine::get_document_data(const String& file) const { auto absolute_path = filedb().to_absolute_path(file); auto document_data = m_documents.get(absolute_path); if (!document_data.has_value()) return nullptr; return document_data.value(); } OwnPtr<CppComprehensionEngine::DocumentData> CppComprehensionEngine::create_document_data_for(const String& file) { auto document = filedb().get_or_create_from_filesystem(file); if (!document) return {}; return create_document_data(document->text(), file); } void CppComprehensionEngine::set_document_data(const String& file, OwnPtr<DocumentData>&& data) { m_documents.set(filedb().to_absolute_path(file), move(data)); } Vector<GUI::AutocompleteProvider::Entry> CppComprehensionEngine::get_suggestions(const String& file, const GUI::TextPosition& autocomplete_position) { Cpp::Position position { autocomplete_position.line(), autocomplete_position.column() > 0 ? autocomplete_position.column() - 1 : 0 }; dbgln_if(CPP_LANGUAGE_SERVER_DEBUG, "CppComprehensionEngine position {}:{}", position.line, position.column); const auto* document_ptr = get_or_create_document_data(file); if (!document_ptr) return {}; const auto& document = *document_ptr; auto containing_token = document.parser().token_at(position); if (containing_token.has_value() && containing_token->type() == Token::Type::IncludePath) { auto results = try_autocomplete_include(document, containing_token.value()); if (results.has_value()) return results.value(); } auto node = document.parser().node_at(position); if (!node) { dbgln_if(CPP_LANGUAGE_SERVER_DEBUG, "no node at position {}:{}", position.line, position.column); return {}; } if (node->parent() && node->parent()->parent()) dbgln_if(CPP_LANGUAGE_SERVER_DEBUG, "node: {}, parent: {}, grandparent: {}", node->class_name(), node->parent()->class_name(), node->parent()->parent()->class_name()); if (!node->parent()) return {}; auto results = try_autocomplete_property(document, *node, containing_token); if (results.has_value()) return results.value(); results = try_autocomplete_name(document, *node, containing_token); if (results.has_value()) return results.value(); return {}; } Optional<Vector<GUI::AutocompleteProvider::Entry>> CppComprehensionEngine::try_autocomplete_name(const DocumentData& document, const ASTNode& node, Optional<Token> containing_token) const { auto partial_text = String::empty(); if (containing_token.has_value() && containing_token.value().type() != Token::Type::ColonColon) { partial_text = containing_token.value().text(); } return autocomplete_name(document, node, partial_text); } Optional<Vector<GUI::AutocompleteProvider::Entry>> CppComprehensionEngine::try_autocomplete_property(const DocumentData& document, const ASTNode& node, Optional<Token> containing_token) const { if (!containing_token.has_value()) return {}; if (!node.parent()->is_member_expression()) return {}; const auto& parent = static_cast<const MemberExpression&>(*node.parent()); auto partial_text = String::empty(); if (containing_token.value().type() != Token::Type::Dot) { if (&node != parent.m_property) return {}; partial_text = containing_token.value().text(); } return autocomplete_property(document, parent, partial_text); } Vector<GUI::AutocompleteProvider::Entry> CppComprehensionEngine::autocomplete_name(const DocumentData& document, const ASTNode& node, const String& partial_text) const { auto reference_scope = scope_of_reference_to_symbol(node); auto current_scope = scope_of_node(node); auto symbol_matches = [&](const Symbol& symbol) { if (!is_symbol_available(symbol, current_scope, reference_scope)) { return false; } if (!symbol.name.name.starts_with(partial_text)) return false; if (symbol.is_local) { // If this symbol was declared bellow us in a function, it's not available to us. bool is_unavailable = symbol.is_local && symbol.declaration->start().line > node.start().line; if (is_unavailable) return false; } return true; }; Vector<Symbol> matches; for_each_available_symbol(document, [&](const Symbol& symbol) { if (symbol_matches(symbol)) { matches.append(symbol); } return IterationDecision::Continue; }); Vector<GUI::AutocompleteProvider::Entry> suggestions; for (auto& symbol : matches) { suggestions.append({ symbol.name.name, partial_text.length(), GUI::AutocompleteProvider::CompletionKind::Identifier }); } if (reference_scope.is_empty()) { for (auto& preprocessor_name : document.parser().preprocessor_definitions().keys()) { if (preprocessor_name.starts_with(partial_text)) { suggestions.append({ preprocessor_name.to_string(), partial_text.length(), GUI::AutocompleteProvider::CompletionKind::PreprocessorDefinition }); } } } return suggestions; } Vector<StringView> CppComprehensionEngine::scope_of_reference_to_symbol(const ASTNode& node) const { const Name* name = nullptr; if (node.is_name()) { name = reinterpret_cast<const Name*>(&node); } else if (node.is_identifier()) { auto* parent = node.parent(); if (!(parent && parent->is_name())) return {}; name = reinterpret_cast<const Name*>(parent); } else { return {}; } VERIFY(name->is_name()); Vector<StringView> scope_parts; for (auto& scope_part : name->m_scope) { scope_parts.append(scope_part.m_name); } return scope_parts; } Vector<GUI::AutocompleteProvider::Entry> CppComprehensionEngine::autocomplete_property(const DocumentData& document, const MemberExpression& parent, const String partial_text) const { auto type = type_of(document, *parent.m_object); if (type.is_null()) { dbgln_if(CPP_LANGUAGE_SERVER_DEBUG, "Could not infer type of object"); return {}; } Vector<GUI::AutocompleteProvider::Entry> suggestions; for (auto& prop : properties_of_type(document, type)) { if (prop.name.starts_with(partial_text)) { suggestions.append({ prop.name, partial_text.length(), GUI::AutocompleteProvider::CompletionKind::Identifier }); } } return suggestions; } bool CppComprehensionEngine::is_property(const ASTNode& node) const { if (!node.parent()->is_member_expression()) return false; auto& parent = (MemberExpression&)(*node.parent()); return parent.m_property.ptr() == &node; } String CppComprehensionEngine::type_of_property(const DocumentData& document, const Identifier& identifier) const { auto& parent = (const MemberExpression&)(*identifier.parent()); auto properties = properties_of_type(document, type_of(document, *parent.m_object)); for (auto& prop : properties) { if (prop.name == identifier.m_name) return prop.type->m_name->full_name(); } return {}; } String CppComprehensionEngine::type_of_variable(const Identifier& identifier) const { const ASTNode* current = &identifier; while (current) { for (auto& decl : current->declarations()) { if (decl.is_variable_or_parameter_declaration()) { auto& var_or_param = (VariableOrParameterDeclaration&)decl; if (var_or_param.m_name == identifier.m_name) { return var_or_param.m_type->m_name->full_name(); } } } current = current->parent(); } return {}; } String CppComprehensionEngine::type_of(const DocumentData& document, const Expression& expression) const { if (expression.is_member_expression()) { auto& member_expression = (const MemberExpression&)expression; if (member_expression.m_property->is_identifier()) return type_of_property(document, static_cast<const Identifier&>(*member_expression.m_property)); return {}; } const Identifier* identifier { nullptr }; if (expression.is_name()) { identifier = static_cast<const Name&>(expression).m_name.ptr(); } else if (expression.is_identifier()) { identifier = &static_cast<const Identifier&>(expression); } else { dbgln("expected identifier or name, got: {}", expression.class_name()); VERIFY_NOT_REACHED(); // TODO } VERIFY(identifier); if (is_property(*identifier)) return type_of_property(document, *identifier); return type_of_variable(*identifier); } Vector<CppComprehensionEngine::PropertyInfo> CppComprehensionEngine::properties_of_type(const DocumentData& document, const String& type) const { auto decl = find_declaration_of(document, SymbolName::create(type, {})); if (!decl) { dbgln("Couldn't find declaration of type: {}", type); return {}; } if (!decl->is_struct_or_class()) { dbgln("Expected declaration of type: {} to be struct or class", type); return {}; } auto& struct_or_class = (StructOrClassDeclaration&)*decl; VERIFY(struct_or_class.m_name == type); // FIXME: this won't work with scoped types Vector<PropertyInfo> properties; for (auto& member : struct_or_class.m_members) { if (!member.is_variable_declaration()) continue; properties.append({ member.m_name, ((VariableDeclaration&)member).m_type }); } return properties; } CppComprehensionEngine::Symbol CppComprehensionEngine::Symbol::create(StringView name, const Vector<StringView>& scope, NonnullRefPtr<Declaration> declaration, IsLocal is_local) { return { { name, scope }, move(declaration), is_local == IsLocal::Yes }; } Vector<CppComprehensionEngine::Symbol> CppComprehensionEngine::get_child_symbols(const ASTNode& node) const { return get_child_symbols(node, {}, Symbol::IsLocal::No); } Vector<CppComprehensionEngine::Symbol> CppComprehensionEngine::get_child_symbols(const ASTNode& node, const Vector<StringView>& scope, Symbol::IsLocal is_local) const { Vector<Symbol> symbols; for (auto& decl : node.declarations()) { symbols.append(Symbol::create(decl.name(), scope, decl, is_local)); bool should_recurse = decl.is_namespace() || decl.is_struct_or_class() || decl.is_function(); bool are_child_symbols_local = decl.is_function(); if (!should_recurse) continue; auto new_scope = scope; new_scope.append(decl.name()); symbols.append(get_child_symbols(decl, new_scope, are_child_symbols_local ? Symbol::IsLocal::Yes : is_local)); } return symbols; } String CppComprehensionEngine::document_path_from_include_path(const StringView& include_path) const { static Regex<PosixExtended> library_include("<(.+)>"); static Regex<PosixExtended> user_defined_include("\"(.+)\""); auto document_path_for_library_include = [&](const StringView& include_path) -> String { RegexResult result; if (!library_include.search(include_path, result)) return {}; auto path = result.capture_group_matches.at(0).at(0).view.u8view(); return String::formatted("/usr/include/{}", path); }; auto document_path_for_user_defined_include = [&](const StringView& include_path) -> String { RegexResult result; if (!user_defined_include.search(include_path, result)) return {}; return result.capture_group_matches.at(0).at(0).view.u8view(); }; auto result = document_path_for_library_include(include_path); if (result.is_null()) result = document_path_for_user_defined_include(include_path); return result; } void CppComprehensionEngine::on_edit(const String& file) { set_document_data(file, create_document_data_for(file)); } void CppComprehensionEngine::file_opened([[maybe_unused]] const String& file) { get_or_create_document_data(file); } Optional<GUI::AutocompleteProvider::ProjectLocation> CppComprehensionEngine::find_declaration_of(const String& filename, const GUI::TextPosition& identifier_position) { const auto* document_ptr = get_or_create_document_data(filename); if (!document_ptr) return {}; const auto& document = *document_ptr; auto node = document.parser().node_at(Cpp::Position { identifier_position.line(), identifier_position.column() }); if (!node) { dbgln_if(CPP_LANGUAGE_SERVER_DEBUG, "no node at position {}:{}", identifier_position.line(), identifier_position.column()); return {}; } auto decl = find_declaration_of(document, *node); if (decl) return GUI::AutocompleteProvider::ProjectLocation { decl->filename(), decl->start().line, decl->start().column }; return find_preprocessor_definition(document, identifier_position); } Optional<GUI::AutocompleteProvider::ProjectLocation> CppComprehensionEngine::find_preprocessor_definition(const DocumentData& document, const GUI::TextPosition& text_position) { Position cpp_position { text_position.line(), text_position.column() }; // Search for a replaced preprocessor token that intersects with text_position for (auto& replaced_token : document.parser().replaced_preprocessor_tokens()) { if (replaced_token.token.start() > cpp_position) continue; if (replaced_token.token.end() < cpp_position) continue; return GUI::AutocompleteProvider::ProjectLocation { replaced_token.preprocessor_value.filename, replaced_token.preprocessor_value.line, replaced_token.preprocessor_value.column }; } return {}; } struct TargetDeclaration { enum Type { Variable, Type, Function, Property } type; String name; }; static Optional<TargetDeclaration> get_target_declaration(const ASTNode& node) { if (!node.is_identifier()) { dbgln_if(CPP_LANGUAGE_SERVER_DEBUG, "node is not an identifier"); return {}; } String name = static_cast<const Identifier&>(node).m_name; if ((node.parent() && node.parent()->is_function_call()) || (node.parent()->is_name() && node.parent()->parent() && node.parent()->parent()->is_function_call())) { return TargetDeclaration { TargetDeclaration::Type::Function, name }; } if ((node.parent() && node.parent()->is_type()) || (node.parent()->is_name() && node.parent()->parent() && node.parent()->parent()->is_type())) return TargetDeclaration { TargetDeclaration::Type::Type, name }; if ((node.parent() && node.parent()->is_member_expression())) return TargetDeclaration { TargetDeclaration::Type::Property, name }; return TargetDeclaration { TargetDeclaration::Type::Variable, name }; } RefPtr<Declaration> CppComprehensionEngine::find_declaration_of(const DocumentData& document_data, const ASTNode& node) const { dbgln_if(CPP_LANGUAGE_SERVER_DEBUG, "find_declaration_of: {} ({})", document_data.parser().text_of_node(node), node.class_name()); if (!node.is_identifier()) { dbgln("node is not an identifier, can't find declaration"); } auto target_decl = get_target_declaration(node); if (!target_decl.has_value()) return {}; auto reference_scope = scope_of_reference_to_symbol(node); auto current_scope = scope_of_node(node); auto symbol_matches = [&](const Symbol& symbol) { bool match_function = target_decl.value().type == TargetDeclaration::Function && symbol.declaration->is_function(); bool match_variable = target_decl.value().type == TargetDeclaration::Variable && symbol.declaration->is_variable_declaration(); bool match_type = target_decl.value().type == TargetDeclaration::Type && symbol.declaration->is_struct_or_class(); bool match_property = target_decl.value().type == TargetDeclaration::Property && symbol.declaration->parent()->is_declaration() && ((Declaration*)symbol.declaration->parent())->is_struct_or_class(); bool match_parameter = target_decl.value().type == TargetDeclaration::Variable && symbol.declaration->is_parameter(); if (match_property) { // FIXME: This is not really correct, we also need to check that the type of the struct/class matches (not just the property name) if (symbol.name.name == target_decl.value().name) { return true; } } if (!is_symbol_available(symbol, current_scope, reference_scope)) { return false; } if (match_function || match_type) { if (symbol.name.name == target_decl->name) return true; } if (match_variable || match_parameter) { // If this symbol was declared bellow us in a function, it's not available to us. bool is_unavailable = symbol.is_local && symbol.declaration->start().line > node.start().line; if (!is_unavailable && (symbol.name.name == target_decl->name)) { return true; } } return false; }; Optional<Symbol> match; for_each_available_symbol(document_data, [&](const Symbol& symbol) { if (symbol_matches(symbol)) { match = symbol; return IterationDecision::Break; } return IterationDecision::Continue; }); if (!match.has_value()) return {}; return match->declaration; } void CppComprehensionEngine::update_declared_symbols(DocumentData& document) { for (auto& symbol : get_child_symbols(*document.parser().root_node())) { document.m_symbols.set(symbol.name, move(symbol)); } Vector<GUI::AutocompleteProvider::Declaration> declarations; for (auto& symbol_entry : document.m_symbols) { auto& symbol = symbol_entry.value; declarations.append({ symbol.name.name, { document.filename(), symbol.declaration->start().line, symbol.declaration->start().column }, type_of_declaration(symbol.declaration), symbol.name.scope_as_string() }); } for (auto& definition : document.preprocessor().definitions()) { declarations.append({ definition.key, { document.filename(), definition.value.line, definition.value.column }, GUI::AutocompleteProvider::DeclarationType::PreprocessorDefinition, {} }); } set_declarations_of_document(document.filename(), move(declarations)); } GUI::AutocompleteProvider::DeclarationType CppComprehensionEngine::type_of_declaration(const Declaration& decl) { if (decl.is_struct()) return GUI::AutocompleteProvider::DeclarationType::Struct; if (decl.is_class()) return GUI::AutocompleteProvider::DeclarationType::Class; if (decl.is_function()) return GUI::AutocompleteProvider::DeclarationType::Function; if (decl.is_variable_declaration()) return GUI::AutocompleteProvider::DeclarationType::Variable; if (decl.is_namespace()) return GUI::AutocompleteProvider::DeclarationType::Namespace; if (decl.is_member()) return GUI::AutocompleteProvider::DeclarationType::Member; return GUI::AutocompleteProvider::DeclarationType::Variable; } OwnPtr<CppComprehensionEngine::DocumentData> CppComprehensionEngine::create_document_data(String&& text, const String& filename) { auto document_data = make<DocumentData>(); document_data->m_filename = filename; document_data->m_text = move(text); document_data->m_preprocessor = make<Preprocessor>(document_data->m_filename, document_data->text()); document_data->preprocessor().set_ignore_unsupported_keywords(true); document_data->preprocessor().set_keep_include_statements(true); document_data->preprocessor().process(); Preprocessor::Definitions preprocessor_definitions; for (auto item : document_data->preprocessor().definitions()) preprocessor_definitions.set(move(item.key), move(item.value)); for (auto include_path : document_data->preprocessor().included_paths()) { auto include_fullpath = document_path_from_include_path(include_path); auto included_document = get_or_create_document_data(include_fullpath); if (!included_document) continue; document_data->m_available_headers.set(include_fullpath); for (auto& header : included_document->m_available_headers) document_data->m_available_headers.set(header); for (auto item : included_document->parser().preprocessor_definitions()) preprocessor_definitions.set(move(item.key), move(item.value)); } document_data->m_parser = make<Parser>(document_data->preprocessor().processed_text(), filename, move(preprocessor_definitions)); auto root = document_data->parser().parse(); if constexpr (CPP_LANGUAGE_SERVER_DEBUG) root->dump(); update_declared_symbols(*document_data); return document_data; } Vector<StringView> CppComprehensionEngine::scope_of_node(const ASTNode& node) const { auto parent = node.parent(); if (!parent) return {}; auto parent_scope = scope_of_node(*parent); if (!parent->is_declaration()) return parent_scope; auto& parent_decl = static_cast<Declaration&>(*parent); StringView containing_scope; if (parent_decl.is_namespace()) containing_scope = static_cast<NamespaceDeclaration&>(parent_decl).m_name; if (parent_decl.is_struct_or_class()) containing_scope = static_cast<StructOrClassDeclaration&>(parent_decl).name(); if (parent_decl.is_function()) containing_scope = static_cast<FunctionDeclaration&>(parent_decl).name(); parent_scope.append(containing_scope); return parent_scope; } Optional<Vector<GUI::AutocompleteProvider::Entry>> CppComprehensionEngine::try_autocomplete_include(const DocumentData&, Token include_path_token) { VERIFY(include_path_token.type() == Token::Type::IncludePath); auto partial_include = include_path_token.text().trim_whitespace(); String include_root; auto include_type = GUI::AutocompleteProvider::CompletionKind::ProjectInclude; if (partial_include.starts_with("<")) { include_root = "/usr/include/"; include_type = GUI::AutocompleteProvider::CompletionKind::SystemInclude; } else if (partial_include.starts_with("\"")) { include_root = filedb().project_root(); } else return {}; auto last_slash = partial_include.find_last_of("/"); auto include_dir = String::empty(); auto partial_basename = partial_include.substring_view((last_slash.has_value() ? last_slash.value() : 0) + 1); if (last_slash.has_value()) { include_dir = partial_include.substring_view(1, last_slash.value()); } auto full_dir = String::formatted("{}{}", include_root, include_dir); dbgln_if(CPP_LANGUAGE_SERVER_DEBUG, "searching path: {}, partial_basename: {}", full_dir, partial_basename); Core::DirIterator it(full_dir, Core::DirIterator::Flags::SkipDots); Vector<GUI::AutocompleteProvider::Entry> options; while (it.has_next()) { auto path = it.next_path(); if (!(path.ends_with(".h") || Core::File::is_directory(LexicalPath::join(full_dir, path).string()))) continue; if (path.starts_with(partial_basename)) { options.append({ path, partial_basename.length(), include_type, GUI::AutocompleteProvider::Language::Cpp }); } } return options; } RefPtr<Declaration> CppComprehensionEngine::find_declaration_of(const CppComprehensionEngine::DocumentData& document, const CppComprehensionEngine::SymbolName& target_symbol_name) const { RefPtr<Declaration> target_declaration; for_each_available_symbol(document, [&](const Symbol& symbol) { if (symbol.name == target_symbol_name) { target_declaration = symbol.declaration; return IterationDecision::Break; } return IterationDecision::Continue; }); return target_declaration; } String CppComprehensionEngine::SymbolName::scope_as_string() const { if (scope.is_empty()) return String::empty(); StringBuilder builder; for (size_t i = 0; i < scope.size() - 1; ++i) { builder.appendff("{}::", scope[i]); } builder.append(scope.last()); return builder.to_string(); } CppComprehensionEngine::SymbolName CppComprehensionEngine::SymbolName::create(StringView name, Vector<StringView>&& scope) { return { name, move(scope) }; } String CppComprehensionEngine::SymbolName::to_string() const { if (scope.is_empty()) return name; return String::formatted("{}::{}", scope_as_string(), name); } bool CppComprehensionEngine::is_symbol_available(const Symbol& symbol, const Vector<StringView>& current_scope, const Vector<StringView>& reference_scope) { if (!reference_scope.is_empty()) { return reference_scope == symbol.name.scope; } // FIXME: Consider "using namespace ..." // Check if current_scope starts with symbol's scope if (symbol.name.scope.size() > current_scope.size()) return false; for (size_t i = 0; i < symbol.name.scope.size(); ++i) { if (current_scope[i] != symbol.name.scope[i]) return false; } return true; } }

[ "kling@serenityos.org" ]

kling@serenityos.org

af1369109e0bb64e96b935a3ae9cec90dc527ef2

d8a4b84c1963974d878dc51a503f70573eea3c72

/devel/include/controller_manager_msgs/ListControllerTypesRequest.h

001b3c49f462b86ad24a7250af4a3462d39aadd1

[]

no_license

robotic-ultrasound-image-system/ur5

72eb8b7cbd9fbb3dbaac107ed098ac44b9da4402

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refs/heads/master

2021-01-21T10:41:50.064585

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// Generated by gencpp from file controller_manager_msgs/ListControllerTypesRequest.msg // DO NOT EDIT! #ifndef CONTROLLER_MANAGER_MSGS_MESSAGE_LISTCONTROLLERTYPESREQUEST_H #define CONTROLLER_MANAGER_MSGS_MESSAGE_LISTCONTROLLERTYPESREQUEST_H #include <string> #include <vector> #include <map> #include <ros/types.h> #include <ros/serialization.h> #include <ros/builtin_message_traits.h> #include <ros/message_operations.h> namespace controller_manager_msgs { template <class ContainerAllocator> struct ListControllerTypesRequest_ { typedef ListControllerTypesRequest_<ContainerAllocator> Type; ListControllerTypesRequest_() { } ListControllerTypesRequest_(const ContainerAllocator& _alloc) { (void)_alloc; } typedef boost::shared_ptr< ::controller_manager_msgs::ListControllerTypesRequest_<ContainerAllocator> > Ptr; typedef boost::shared_ptr< ::controller_manager_msgs::ListControllerTypesRequest_<ContainerAllocator> const> ConstPtr; }; // struct ListControllerTypesRequest_ typedef ::controller_manager_msgs::ListControllerTypesRequest_<std::allocator<void> > ListControllerTypesRequest; typedef boost::shared_ptr< ::controller_manager_msgs::ListControllerTypesRequest > ListControllerTypesRequestPtr; typedef boost::shared_ptr< ::controller_manager_msgs::ListControllerTypesRequest const> ListControllerTypesRequestConstPtr; // constants requiring out of line definition template<typename ContainerAllocator> std::ostream& operator<<(std::ostream& s, const ::controller_manager_msgs::ListControllerTypesRequest_<ContainerAllocator> & v) { ros::message_operations::Printer< ::controller_manager_msgs::ListControllerTypesRequest_<ContainerAllocator> >::stream(s, "", v); return s; } } // namespace controller_manager_msgs namespace ros { namespace message_traits { // BOOLTRAITS {'IsFixedSize': True, 'IsMessage': True, 'HasHeader': False} // {'controller_manager_msgs': ['/home/us-robot/catkin_ws/src/ur5-master/ros_control-kinetic-devel/controller_manager_msgs/msg'], 'std_msgs': ['/opt/ros/kinetic/share/std_msgs/cmake/../msg']} // !!!!!!!!!!! ['__class__', '__delattr__', '__dict__', '__doc__', '__eq__', '__format__', '__getattribute__', '__hash__', '__init__', '__module__', '__ne__', '__new__', '__reduce__', '__reduce_ex__', '__repr__', '__setattr__', '__sizeof__', '__str__', '__subclasshook__', '__weakref__', '_parsed_fields', 'constants', 'fields', 'full_name', 'has_header', 'header_present', 'names', 'package', 'parsed_fields', 'short_name', 'text', 'types'] template <class ContainerAllocator> struct IsFixedSize< ::controller_manager_msgs::ListControllerTypesRequest_<ContainerAllocator> > : TrueType { }; template <class ContainerAllocator> struct IsFixedSize< ::controller_manager_msgs::ListControllerTypesRequest_<ContainerAllocator> const> : TrueType { }; template <class ContainerAllocator> struct IsMessage< ::controller_manager_msgs::ListControllerTypesRequest_<ContainerAllocator> > : TrueType { }; template <class ContainerAllocator> struct IsMessage< ::controller_manager_msgs::ListControllerTypesRequest_<ContainerAllocator> const> : TrueType { }; template <class ContainerAllocator> struct HasHeader< ::controller_manager_msgs::ListControllerTypesRequest_<ContainerAllocator> > : FalseType { }; template <class ContainerAllocator> struct HasHeader< ::controller_manager_msgs::ListControllerTypesRequest_<ContainerAllocator> const> : FalseType { }; template<class ContainerAllocator> struct MD5Sum< ::controller_manager_msgs::ListControllerTypesRequest_<ContainerAllocator> > { static const char* value() { return "d41d8cd98f00b204e9800998ecf8427e"; } static const char* value(const ::controller_manager_msgs::ListControllerTypesRequest_<ContainerAllocator>&) { return value(); } static const uint64_t static_value1 = 0xd41d8cd98f00b204ULL; static const uint64_t static_value2 = 0xe9800998ecf8427eULL; }; template<class ContainerAllocator> struct DataType< ::controller_manager_msgs::ListControllerTypesRequest_<ContainerAllocator> > { static const char* value() { return "controller_manager_msgs/ListControllerTypesRequest"; } static const char* value(const ::controller_manager_msgs::ListControllerTypesRequest_<ContainerAllocator>&) { return value(); } }; template<class ContainerAllocator> struct Definition< ::controller_manager_msgs::ListControllerTypesRequest_<ContainerAllocator> > { static const char* value() { return "\n\ \n\ \n\ "; } static const char* value(const ::controller_manager_msgs::ListControllerTypesRequest_<ContainerAllocator>&) { return value(); } }; } // namespace message_traits } // namespace ros namespace ros { namespace serialization { template<class ContainerAllocator> struct Serializer< ::controller_manager_msgs::ListControllerTypesRequest_<ContainerAllocator> > { template<typename Stream, typename T> inline static void allInOne(Stream&, T) {} ROS_DECLARE_ALLINONE_SERIALIZER }; // struct ListControllerTypesRequest_ } // namespace serialization } // namespace ros namespace ros { namespace message_operations { template<class ContainerAllocator> struct Printer< ::controller_manager_msgs::ListControllerTypesRequest_<ContainerAllocator> > { template<typename Stream> static void stream(Stream&, const std::string&, const ::controller_manager_msgs::ListControllerTypesRequest_<ContainerAllocator>&) {} }; } // namespace message_operations } // namespace ros #endif // CONTROLLER_MANAGER_MSGS_MESSAGE_LISTCONTROLLERTYPESREQUEST_H

[ "945193029@qq.com" ]

945193029@qq.com

5455aed27b697f272844b309b45cac566166ffec

ee173211a404bd744578dd92cadd65b4927c398a

/Source/hpp/Win32/Release/VirtualTrees.Classes.hpp

138775566e3ebfb8ca3e58a6f788948c9339cc9f

[]

no_license

jfhyn/VirtualTreeView

c5652e6a2271446b8de4c7433e603f6cd8819442

d45015d4807de17557f62f2b7bf2a0cd1532d095

refs/heads/master

2021-01-17T21:21:41.005952

2017-01-23T22:09:46

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// CodeGear C++Builder // Copyright (c) 1995, 2016 by Embarcadero Technologies, Inc. // All rights reserved // (DO NOT EDIT: machine generated header) 'VirtualTrees.Classes.pas' rev: 31.00 (Windows) #ifndef Virtualtrees_ClassesHPP #define Virtualtrees_ClassesHPP #pragma delphiheader begin #pragma option push #pragma option -w- // All warnings off #pragma option -Vx // Zero-length empty class member #pragma pack(push,8) #include <System.hpp> #include <SysInit.hpp> #include <Winapi.Windows.hpp> //-- user supplied ----------------------------------------------------------- namespace Virtualtrees { namespace Classes { //-- forward type declarations ----------------------------------------------- class DELPHICLASS TBufferedRawByteString; class DELPHICLASS TBufferedString; class DELPHICLASS TCriticalSection; //-- type declarations ------------------------------------------------------- #pragma pack(push,4) class PASCALIMPLEMENTATION TBufferedRawByteString : public System::TObject { typedef System::TObject inherited; private: char *FStart; char *FPosition; char *FEnd; System::RawByteString __fastcall GetAsString(void); public: __fastcall virtual ~TBufferedRawByteString(void); void __fastcall Add(const System::RawByteString S); void __fastcall AddNewLine(void); __property System::RawByteString AsString = {read=GetAsString}; public: /* TObject.Create */ inline __fastcall TBufferedRawByteString(void) : System::TObject() { } }; #pragma pack(pop) #pragma pack(push,4) class PASCALIMPLEMENTATION TBufferedString : public System::TObject { typedef System::TObject inherited; private: System::WideChar *FStart; System::WideChar *FPosition; System::WideChar *FEnd; System::UnicodeString __fastcall GetAsString(void); public: __fastcall virtual ~TBufferedString(void); void __fastcall Add(const System::UnicodeString S); void __fastcall AddNewLine(void); __property System::UnicodeString AsString = {read=GetAsString}; public: /* TObject.Create */ inline __fastcall TBufferedString(void) : System::TObject() { } }; #pragma pack(pop) #pragma pack(push,4) class PASCALIMPLEMENTATION TCriticalSection : public System::TObject { typedef System::TObject inherited; protected: _RTL_CRITICAL_SECTION FSection; public: __fastcall TCriticalSection(void); __fastcall virtual ~TCriticalSection(void); void __fastcall Enter(void); void __fastcall Leave(void); }; #pragma pack(pop) //-- var, const, procedure --------------------------------------------------- } /* namespace Classes */ } /* namespace Virtualtrees */ #if !defined(DELPHIHEADER_NO_IMPLICIT_NAMESPACE_USE) && !defined(NO_USING_NAMESPACE_VIRTUALTREES_CLASSES) using namespace Virtualtrees::Classes; #endif #if !defined(DELPHIHEADER_NO_IMPLICIT_NAMESPACE_USE) && !defined(NO_USING_NAMESPACE_VIRTUALTREES) using namespace Virtualtrees; #endif #pragma pack(pop) #pragma option pop #pragma delphiheader end. //-- end unit ---------------------------------------------------------------- #endif // Virtualtrees_ClassesHPP

[ "roman.kassebaum@kdv-dt.de" ]

roman.kassebaum@kdv-dt.de

666070e24429719eb85f27bdcdc5dcc92b5bec19

f494b2435cb92c5bcad2c21e26b8b43a27a4c9c8

/test/dist_utils_test.cpp

689c9521424b663c7d7865dd93ece60046a96616

[]

no_license

cykustcc/hmm_aw

7b2b744bc18274a4058f7a51dc65e2008dd5f081

ab16e7ddaa258375ba635305437915e953fe00ea

refs/heads/master

2021-09-27T02:51:08.408697

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// // dist_utils_test.cpp // hmm_aw // // Created by Yukun Chen on 3/7/17. // Copyright © 2017 cyk. All rights reserved. // #include "gtest/gtest.h" #include "glog/logging.h" #include "dist_utils.h" #include "test_common.h" TEST(DistUtilTest, CalcDistmat){ std::string filename(root_path + "/data/test/hmm2.in"); HmmModel hmm1; hmm1.read_model(filename); double *C = (double *)calloc(hmm1.numst * hmm1.numst, sizeof(double)); calc_distmat(hmm1, hmm1, C); double gt_dist[] = {0.0, 0.02, 0.08,\ 0.02, 0.0, 0.02,\ 0.08, 0.02, 0.0}; for (int i = 0; i < hmm1.numst * hmm1.numst; i++) { EXPECT_NEAR(C[i], gt_dist[i], 0.0001); // LOG(INFO)<<C[i]; } }

[ "cykustc@gmail.com" ]

cykustc@gmail.com

f70d28428eb8ac836531e6af89c244bf829a8218

b81424733ba7aa22971017a2b723cebdb79e2ff9

/B3009/B3009.cpp

49e3c49d89619713c40448d95e9a376986798263

[]

no_license

tongnamuu/Algorithm-PS

1d8ee70c60da9bafdae7c820872e685fdf2b28fa

464b68c34bb07f9e1e00e4b5475c6f0240cd20d4

refs/heads/master

2022-06-04T01:57:29.432141

2022-04-08T11:52:01

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2019-03-28T03:43:13

2019-01-05T13:58:05

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C++

false

702

cpp

#include <iostream> #include <algorithm> using namespace std; struct pos { int first, second; bool operator<(const pos& a) const { if (this->first == a.first) return this->second < a.second; else return this->first < a.first; } }; int main() { ios_base::sync_with_stdio(false), cin.tie(0), cout.tie(0); pos a[3]; for (int i = 0; i < 3; ++i) cin >> a[i].first >> a[i].second; sort(a, a + 3); if (a[0].first == a[1].first) { cout << a[2].first << ' '; if (a[0].second == a[2].second) cout << a[1].second << ' '; else cout << a[0].second << ' '; } else { cout << a[0].first << ' '; if (a[0].second == a[2].second) cout << a[1].second << ' '; else cout << a[2].second << ' '; } }

[ "33937684+thban33@users.noreply.github.com" ]

33937684+thban33@users.noreply.github.com

079f9e6899b5283d533c350ea686e4b84bf8d940

7777ae74016e5e2c66c54666997d599ad9f948e6

/Graphics/ShadowVolume.h

a88fe870fac6771ba43f96e1f6cc32f053e267ba

[]

no_license

asesh/game_engine

a12d3e5e009857f781a4f94dfb0a56b1a5b57e43

d539462e39341a0f978a2a40d960d672b7b01f70

refs/heads/master

2023-07-05T04:29:57.618042

2019-06-03T14:19:43

190,018,676

0

null

UTF-8

C++

false

285

h

// ShadowVolume.h: Implementation of shadow volume // Copyright (C) 2012 Asesh Shrestha. All rights reserved #ifndef SHADOWVOLUME_H #define SHADOWVOLUME_H // CShadowVolume class class CShadowVolume { public: CShadowVolume(); ~CShadowVolume(); private: }; #endif // SHADOWVOLUME_H

[ "aseshshres@gmail.com" ]

aseshshres@gmail.com

14f06ca6b31a28910a1eb9ee748148069a75da5e

d002ed401cba924074e021d22347b84334a02b0f

/export/windows/obj/src/lime/ui/_ScanCode/ScanCode_Impl_.cpp

e42473bb120803aeb6d252dcb9ca723f0d8662d8

[]

no_license

IADenner/LD47

63f6beda87424ba7e0e129848ee190c1eb1da54d

340856f1d77983da0e7f331b467609c45587f5d1

refs/heads/master

2022-12-29T13:01:46.789276

2020-10-05T22:04:42

301,550,551

1

0

null

UTF-8

C++

false

true

131,260

cpp

// Generated by Haxe 4.1.2 #include <hxcpp.h> #ifndef INCLUDED_lime_ui__KeyCode_KeyCode_Impl_ #include <lime/ui/_KeyCode/KeyCode_Impl_.h> #endif #ifndef INCLUDED_lime_ui__ScanCode_ScanCode_Impl_ #include <lime/ui/_ScanCode/ScanCode_Impl_.h> #endif HX_LOCAL_STACK_FRAME(_hx_pos_502c65d4fd86e945_248_fromKeyCode,"lime.ui._ScanCode.ScanCode_Impl_","fromKeyCode",0xe007b4c4,"lime.ui._ScanCode.ScanCode_Impl_.fromKeyCode","lime/ui/ScanCode.hx",248,0xc6961913) HX_LOCAL_STACK_FRAME(_hx_pos_502c65d4fd86e945_253_toKeyCode,"lime.ui._ScanCode.ScanCode_Impl_","toKeyCode",0x23453c53,"lime.ui._ScanCode.ScanCode_Impl_.toKeyCode","lime/ui/ScanCode.hx",253,0xc6961913) HX_LOCAL_STACK_FRAME(_hx_pos_502c65d4fd86e945_258_gt,"lime.ui._ScanCode.ScanCode_Impl_","gt",0x80ff87cb,"lime.ui._ScanCode.ScanCode_Impl_.gt","lime/ui/ScanCode.hx",258,0xc6961913) 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HX_LOCAL_STACK_FRAME(_hx_pos_502c65d4fd86e945_238_boot,"lime.ui._ScanCode.ScanCode_Impl_","boot",0x6277d550,"lime.ui._ScanCode.ScanCode_Impl_.boot","lime/ui/ScanCode.hx",238,0xc6961913) HX_LOCAL_STACK_FRAME(_hx_pos_502c65d4fd86e945_239_boot,"lime.ui._ScanCode.ScanCode_Impl_","boot",0x6277d550,"lime.ui._ScanCode.ScanCode_Impl_.boot","lime/ui/ScanCode.hx",239,0xc6961913) HX_LOCAL_STACK_FRAME(_hx_pos_502c65d4fd86e945_240_boot,"lime.ui._ScanCode.ScanCode_Impl_","boot",0x6277d550,"lime.ui._ScanCode.ScanCode_Impl_.boot","lime/ui/ScanCode.hx",240,0xc6961913) HX_LOCAL_STACK_FRAME(_hx_pos_502c65d4fd86e945_241_boot,"lime.ui._ScanCode.ScanCode_Impl_","boot",0x6277d550,"lime.ui._ScanCode.ScanCode_Impl_.boot","lime/ui/ScanCode.hx",241,0xc6961913) HX_LOCAL_STACK_FRAME(_hx_pos_502c65d4fd86e945_242_boot,"lime.ui._ScanCode.ScanCode_Impl_","boot",0x6277d550,"lime.ui._ScanCode.ScanCode_Impl_.boot","lime/ui/ScanCode.hx",242,0xc6961913) HX_LOCAL_STACK_FRAME(_hx_pos_502c65d4fd86e945_243_boot,"lime.ui._ScanCode.ScanCode_Impl_","boot",0x6277d550,"lime.ui._ScanCode.ScanCode_Impl_.boot","lime/ui/ScanCode.hx",243,0xc6961913) HX_LOCAL_STACK_FRAME(_hx_pos_502c65d4fd86e945_244_boot,"lime.ui._ScanCode.ScanCode_Impl_","boot",0x6277d550,"lime.ui._ScanCode.ScanCode_Impl_.boot","lime/ui/ScanCode.hx",244,0xc6961913) namespace lime{ namespace ui{ namespace _ScanCode{ void ScanCode_Impl__obj::__construct() { } Dynamic ScanCode_Impl__obj::__CreateEmpty() { return new ScanCode_Impl__obj; } void *ScanCode_Impl__obj::_hx_vtable = 0; Dynamic ScanCode_Impl__obj::__Create(::hx::DynamicArray inArgs) { ::hx::ObjectPtr< ScanCode_Impl__obj > _hx_result = new ScanCode_Impl__obj(); _hx_result->__construct(); return _hx_result; } bool ScanCode_Impl__obj::_hx_isInstanceOf(int inClassId) { return inClassId==(int)0x00000001 || inClassId==(int)0x1e00e9c2; } int ScanCode_Impl__obj::UNKNOWN; int ScanCode_Impl__obj::BACKSPACE; int ScanCode_Impl__obj::TAB; int ScanCode_Impl__obj::RETURN; int ScanCode_Impl__obj::ESCAPE; int ScanCode_Impl__obj::SPACE; int ScanCode_Impl__obj::SINGLE_QUOTE; int ScanCode_Impl__obj::COMMA; int ScanCode_Impl__obj::MINUS; int ScanCode_Impl__obj::PERIOD; int ScanCode_Impl__obj::SLASH; int ScanCode_Impl__obj::NUMBER_0; int ScanCode_Impl__obj::NUMBER_1; int ScanCode_Impl__obj::NUMBER_2; int ScanCode_Impl__obj::NUMBER_3; int ScanCode_Impl__obj::NUMBER_4; int ScanCode_Impl__obj::NUMBER_5; int ScanCode_Impl__obj::NUMBER_6; int ScanCode_Impl__obj::NUMBER_7; int ScanCode_Impl__obj::NUMBER_8; int ScanCode_Impl__obj::NUMBER_9; int ScanCode_Impl__obj::SEMICOLON; int ScanCode_Impl__obj::EQUALS; int ScanCode_Impl__obj::LEFT_BRACKET; int ScanCode_Impl__obj::BACKSLASH; int ScanCode_Impl__obj::RIGHT_BRACKET; int ScanCode_Impl__obj::GRAVE; int ScanCode_Impl__obj::A; int ScanCode_Impl__obj::B; int ScanCode_Impl__obj::C; int ScanCode_Impl__obj::D; int ScanCode_Impl__obj::E; int ScanCode_Impl__obj::F; int ScanCode_Impl__obj::G; int ScanCode_Impl__obj::H; int ScanCode_Impl__obj::I; int ScanCode_Impl__obj::J; int ScanCode_Impl__obj::K; int ScanCode_Impl__obj::L; int ScanCode_Impl__obj::M; int ScanCode_Impl__obj::N; int ScanCode_Impl__obj::O; int ScanCode_Impl__obj::P; int ScanCode_Impl__obj::Q; int ScanCode_Impl__obj::R; int ScanCode_Impl__obj::S; int ScanCode_Impl__obj::T; int ScanCode_Impl__obj::U; int ScanCode_Impl__obj::V; int ScanCode_Impl__obj::W; int ScanCode_Impl__obj::X; int ScanCode_Impl__obj::Y; int ScanCode_Impl__obj::Z; int ScanCode_Impl__obj::DELETE; int ScanCode_Impl__obj::CAPS_LOCK; int ScanCode_Impl__obj::F1; int ScanCode_Impl__obj::F2; int ScanCode_Impl__obj::F3; int ScanCode_Impl__obj::F4; int ScanCode_Impl__obj::F5; int ScanCode_Impl__obj::F6; int ScanCode_Impl__obj::F7; int ScanCode_Impl__obj::F8; int ScanCode_Impl__obj::F9; int ScanCode_Impl__obj::F10; int ScanCode_Impl__obj::F11; int ScanCode_Impl__obj::F12; int ScanCode_Impl__obj::PRINT_SCREEN; int ScanCode_Impl__obj::SCROLL_LOCK; int ScanCode_Impl__obj::PAUSE; int ScanCode_Impl__obj::INSERT; int ScanCode_Impl__obj::HOME; int ScanCode_Impl__obj::PAGE_UP; int ScanCode_Impl__obj::END; int ScanCode_Impl__obj::PAGE_DOWN; int ScanCode_Impl__obj::RIGHT; int ScanCode_Impl__obj::LEFT; int ScanCode_Impl__obj::DOWN; int ScanCode_Impl__obj::UP; int ScanCode_Impl__obj::NUM_LOCK; int ScanCode_Impl__obj::NUMPAD_DIVIDE; int ScanCode_Impl__obj::NUMPAD_MULTIPLY; int ScanCode_Impl__obj::NUMPAD_MINUS; int ScanCode_Impl__obj::NUMPAD_PLUS; int ScanCode_Impl__obj::NUMPAD_ENTER; int ScanCode_Impl__obj::NUMPAD_1; int ScanCode_Impl__obj::NUMPAD_2; int ScanCode_Impl__obj::NUMPAD_3; int ScanCode_Impl__obj::NUMPAD_4; int ScanCode_Impl__obj::NUMPAD_5; int ScanCode_Impl__obj::NUMPAD_6; int ScanCode_Impl__obj::NUMPAD_7; int ScanCode_Impl__obj::NUMPAD_8; int ScanCode_Impl__obj::NUMPAD_9; int ScanCode_Impl__obj::NUMPAD_0; int ScanCode_Impl__obj::NUMPAD_PERIOD; int ScanCode_Impl__obj::APPLICATION; int ScanCode_Impl__obj::POWER; int ScanCode_Impl__obj::NUMPAD_EQUALS; int ScanCode_Impl__obj::F13; int ScanCode_Impl__obj::F14; int ScanCode_Impl__obj::F15; int ScanCode_Impl__obj::F16; int ScanCode_Impl__obj::F17; int ScanCode_Impl__obj::F18; int ScanCode_Impl__obj::F19; int ScanCode_Impl__obj::F20; int ScanCode_Impl__obj::F21; int ScanCode_Impl__obj::F22; int ScanCode_Impl__obj::F23; int ScanCode_Impl__obj::F24; int ScanCode_Impl__obj::EXECUTE; int ScanCode_Impl__obj::HELP; int ScanCode_Impl__obj::MENU; int ScanCode_Impl__obj::SELECT; int ScanCode_Impl__obj::STOP; int ScanCode_Impl__obj::AGAIN; int ScanCode_Impl__obj::UNDO; int ScanCode_Impl__obj::CUT; int ScanCode_Impl__obj::COPY; int ScanCode_Impl__obj::PASTE; int ScanCode_Impl__obj::FIND; int ScanCode_Impl__obj::MUTE; int ScanCode_Impl__obj::VOLUME_UP; int ScanCode_Impl__obj::VOLUME_DOWN; int ScanCode_Impl__obj::NUMPAD_COMMA; int ScanCode_Impl__obj::ALT_ERASE; int ScanCode_Impl__obj::SYSTEM_REQUEST; int ScanCode_Impl__obj::CANCEL; int ScanCode_Impl__obj::CLEAR; int ScanCode_Impl__obj::PRIOR; int ScanCode_Impl__obj::RETURN2; int ScanCode_Impl__obj::SEPARATOR; int ScanCode_Impl__obj::OUT; int ScanCode_Impl__obj::OPER; int ScanCode_Impl__obj::CLEAR_AGAIN; int ScanCode_Impl__obj::CRSEL; int ScanCode_Impl__obj::EXSEL; int ScanCode_Impl__obj::NUMPAD_00; int ScanCode_Impl__obj::NUMPAD_000; int ScanCode_Impl__obj::THOUSAND_SEPARATOR; int ScanCode_Impl__obj::DECIMAL_SEPARATOR; int ScanCode_Impl__obj::CURRENCY_UNIT; int ScanCode_Impl__obj::CURRENCY_SUBUNIT; int ScanCode_Impl__obj::NUMPAD_LEFT_PARENTHESIS; int ScanCode_Impl__obj::NUMPAD_RIGHT_PARENTHESIS; int ScanCode_Impl__obj::NUMPAD_LEFT_BRACE; int ScanCode_Impl__obj::NUMPAD_RIGHT_BRACE; int ScanCode_Impl__obj::NUMPAD_TAB; int ScanCode_Impl__obj::NUMPAD_BACKSPACE; int ScanCode_Impl__obj::NUMPAD_A; int ScanCode_Impl__obj::NUMPAD_B; int ScanCode_Impl__obj::NUMPAD_C; int ScanCode_Impl__obj::NUMPAD_D; int ScanCode_Impl__obj::NUMPAD_E; int ScanCode_Impl__obj::NUMPAD_F; int ScanCode_Impl__obj::NUMPAD_XOR; int ScanCode_Impl__obj::NUMPAD_POWER; int ScanCode_Impl__obj::NUMPAD_PERCENT; int ScanCode_Impl__obj::NUMPAD_LESS_THAN; int ScanCode_Impl__obj::NUMPAD_GREATER_THAN; int ScanCode_Impl__obj::NUMPAD_AMPERSAND; int ScanCode_Impl__obj::NUMPAD_DOUBLE_AMPERSAND; int ScanCode_Impl__obj::NUMPAD_VERTICAL_BAR; int ScanCode_Impl__obj::NUMPAD_DOUBLE_VERTICAL_BAR; int ScanCode_Impl__obj::NUMPAD_COLON; int ScanCode_Impl__obj::NUMPAD_HASH; int ScanCode_Impl__obj::NUMPAD_SPACE; int ScanCode_Impl__obj::NUMPAD_AT; int ScanCode_Impl__obj::NUMPAD_EXCLAMATION; int ScanCode_Impl__obj::NUMPAD_MEM_STORE; int ScanCode_Impl__obj::NUMPAD_MEM_RECALL; int ScanCode_Impl__obj::NUMPAD_MEM_CLEAR; int ScanCode_Impl__obj::NUMPAD_MEM_ADD; int ScanCode_Impl__obj::NUMPAD_MEM_SUBTRACT; int ScanCode_Impl__obj::NUMPAD_MEM_MULTIPLY; int ScanCode_Impl__obj::NUMPAD_MEM_DIVIDE; int ScanCode_Impl__obj::NUMPAD_PLUS_MINUS; int ScanCode_Impl__obj::NUMPAD_CLEAR; int ScanCode_Impl__obj::NUMPAD_CLEAR_ENTRY; int ScanCode_Impl__obj::NUMPAD_BINARY; int ScanCode_Impl__obj::NUMPAD_OCTAL; int ScanCode_Impl__obj::NUMPAD_DECIMAL; int ScanCode_Impl__obj::NUMPAD_HEXADECIMAL; int ScanCode_Impl__obj::LEFT_CTRL; int ScanCode_Impl__obj::LEFT_SHIFT; int ScanCode_Impl__obj::LEFT_ALT; int ScanCode_Impl__obj::LEFT_META; int ScanCode_Impl__obj::RIGHT_CTRL; int ScanCode_Impl__obj::RIGHT_SHIFT; int ScanCode_Impl__obj::RIGHT_ALT; int ScanCode_Impl__obj::RIGHT_META; int ScanCode_Impl__obj::MODE; int ScanCode_Impl__obj::AUDIO_NEXT; int ScanCode_Impl__obj::AUDIO_PREVIOUS; int ScanCode_Impl__obj::AUDIO_STOP; int ScanCode_Impl__obj::AUDIO_PLAY; int ScanCode_Impl__obj::AUDIO_MUTE; int ScanCode_Impl__obj::MEDIA_SELECT; int ScanCode_Impl__obj::WWW; int ScanCode_Impl__obj::MAIL; int ScanCode_Impl__obj::CALCULATOR; int ScanCode_Impl__obj::COMPUTER; int ScanCode_Impl__obj::APP_CONTROL_SEARCH; int ScanCode_Impl__obj::APP_CONTROL_HOME; int ScanCode_Impl__obj::APP_CONTROL_BACK; int ScanCode_Impl__obj::APP_CONTROL_FORWARD; int ScanCode_Impl__obj::APP_CONTROL_STOP; int ScanCode_Impl__obj::APP_CONTROL_REFRESH; int ScanCode_Impl__obj::APP_CONTROL_BOOKMARKS; int ScanCode_Impl__obj::BRIGHTNESS_DOWN; int ScanCode_Impl__obj::BRIGHTNESS_UP; int ScanCode_Impl__obj::DISPLAY_SWITCH; int ScanCode_Impl__obj::BACKLIGHT_TOGGLE; int ScanCode_Impl__obj::BACKLIGHT_DOWN; int ScanCode_Impl__obj::BACKLIGHT_UP; int ScanCode_Impl__obj::EJECT; int ScanCode_Impl__obj::SLEEP; int ScanCode_Impl__obj::fromKeyCode(int keyCode){ HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_248_fromKeyCode) HXDLIN( 248) return ::lime::ui::_KeyCode::KeyCode_Impl__obj::toScanCode(keyCode); } STATIC_HX_DEFINE_DYNAMIC_FUNC1(ScanCode_Impl__obj,fromKeyCode,return ) int ScanCode_Impl__obj::toKeyCode(int scanCode){ HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_253_toKeyCode) HXDLIN( 253) return ::lime::ui::_KeyCode::KeyCode_Impl__obj::fromScanCode(scanCode); } STATIC_HX_DEFINE_DYNAMIC_FUNC1(ScanCode_Impl__obj,toKeyCode,return ) bool ScanCode_Impl__obj::gt(int a,int b){ HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_258_gt) HXDLIN( 258) return (a > b); } STATIC_HX_DEFINE_DYNAMIC_FUNC2(ScanCode_Impl__obj,gt,return ) bool ScanCode_Impl__obj::gte(int a,int b){ HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_263_gte) HXDLIN( 263) return (a >= b); } STATIC_HX_DEFINE_DYNAMIC_FUNC2(ScanCode_Impl__obj,gte,return ) bool ScanCode_Impl__obj::lt(int a,int b){ HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_268_lt) HXDLIN( 268) return (a < b); } STATIC_HX_DEFINE_DYNAMIC_FUNC2(ScanCode_Impl__obj,lt,return ) bool ScanCode_Impl__obj::lte(int a,int b){ HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_273_lte) HXDLIN( 273) return (a <= b); } STATIC_HX_DEFINE_DYNAMIC_FUNC2(ScanCode_Impl__obj,lte,return ) int ScanCode_Impl__obj::plus(int a,int b){ HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_278_plus) HXDLIN( 278) return (a + b); } STATIC_HX_DEFINE_DYNAMIC_FUNC2(ScanCode_Impl__obj,plus,return ) ScanCode_Impl__obj::ScanCode_Impl__obj() { } bool ScanCode_Impl__obj::__GetStatic(const ::String &inName, Dynamic &outValue, ::hx::PropertyAccess inCallProp) { switch(inName.length) { case 2: if (HX_FIELD_EQ(inName,"gt") ) { outValue = gt_dyn(); return true; } if (HX_FIELD_EQ(inName,"lt") ) { outValue = lt_dyn(); return true; } break; case 3: if (HX_FIELD_EQ(inName,"gte") ) { outValue = gte_dyn(); return true; } if (HX_FIELD_EQ(inName,"lte") ) { outValue = lte_dyn(); return true; } break; case 4: if (HX_FIELD_EQ(inName,"plus") ) { outValue = plus_dyn(); return true; } break; case 9: if (HX_FIELD_EQ(inName,"toKeyCode") ) { outValue = toKeyCode_dyn(); return true; } break; case 11: if (HX_FIELD_EQ(inName,"fromKeyCode") ) { outValue = fromKeyCode_dyn(); return true; } } return false; } #ifdef HXCPP_SCRIPTABLE static ::hx::StorageInfo *ScanCode_Impl__obj_sMemberStorageInfo = 0; static ::hx::StaticInfo ScanCode_Impl__obj_sStaticStorageInfo[] = { {::hx::fsInt,(void *) &ScanCode_Impl__obj::UNKNOWN,HX_("UNKNOWN",6a,f7,4e,61)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::BACKSPACE,HX_("BACKSPACE",1f,f5,42,c6)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::TAB,HX_("TAB",35,f6,3f,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::RETURN,HX_("RETURN",b0,50,b0,bb)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::ESCAPE,HX_("ESCAPE",81,ef,5c,8d)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::SPACE,HX_("SPACE",a6,c4,54,ff)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::SINGLE_QUOTE,HX_("SINGLE_QUOTE",e5,4a,2c,30)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::COMMA,HX_("COMMA",b5,69,4b,c8)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::MINUS,HX_("MINUS",50,b8,56,86)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::PERIOD,HX_("PERIOD",01,0d,9e,ed)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::SLASH,HX_("SLASH",1d,f8,af,fc)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMBER_0,HX_("NUMBER_0",fa,89,c6,33)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMBER_1,HX_("NUMBER_1",fb,89,c6,33)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMBER_2,HX_("NUMBER_2",fc,89,c6,33)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMBER_3,HX_("NUMBER_3",fd,89,c6,33)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMBER_4,HX_("NUMBER_4",fe,89,c6,33)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMBER_5,HX_("NUMBER_5",ff,89,c6,33)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMBER_6,HX_("NUMBER_6",00,8a,c6,33)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMBER_7,HX_("NUMBER_7",01,8a,c6,33)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMBER_8,HX_("NUMBER_8",02,8a,c6,33)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMBER_9,HX_("NUMBER_9",03,8a,c6,33)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::SEMICOLON,HX_("SEMICOLON",11,86,2a,49)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::EQUALS,HX_("EQUALS",3f,9a,75,72)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::LEFT_BRACKET,HX_("LEFT_BRACKET",90,62,6d,61)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::BACKSLASH,HX_("BACKSLASH",96,28,9e,c3)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::RIGHT_BRACKET,HX_("RIGHT_BRACKET",45,13,29,76)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::GRAVE,HX_("GRAVE",65,4c,d8,17)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::A,HX_("A",41,00,00,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::B,HX_("B",42,00,00,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::C,HX_("C",43,00,00,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::D,HX_("D",44,00,00,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::E,HX_("E",45,00,00,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::F,HX_("F",46,00,00,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::G,HX_("G",47,00,00,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::H,HX_("H",48,00,00,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::I,HX_("I",49,00,00,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::J,HX_("J",4a,00,00,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::K,HX_("K",4b,00,00,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::L,HX_("L",4c,00,00,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::M,HX_("M",4d,00,00,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::N,HX_("N",4e,00,00,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::O,HX_("O",4f,00,00,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::P,HX_("P",50,00,00,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::Q,HX_("Q",51,00,00,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::R,HX_("R",52,00,00,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::S,HX_("S",53,00,00,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::T,HX_("T",54,00,00,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::U,HX_("U",55,00,00,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::V,HX_("V",56,00,00,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::W,HX_("W",57,00,00,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::X,HX_("X",58,00,00,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::Y,HX_("Y",59,00,00,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::Z,HX_("Z",5a,00,00,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::DELETE,HX_("DELETE",2b,6c,5b,1d)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::CAPS_LOCK,HX_("CAPS_LOCK",09,04,db,ce)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::F1,HX_("F1",2b,3d,00,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::F2,HX_("F2",2c,3d,00,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::F3,HX_("F3",2d,3d,00,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::F4,HX_("F4",2e,3d,00,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::F5,HX_("F5",2f,3d,00,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::F6,HX_("F6",30,3d,00,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::F7,HX_("F7",31,3d,00,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::F8,HX_("F8",32,3d,00,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::F9,HX_("F9",33,3d,00,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::F10,HX_("F10",a5,48,35,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::F11,HX_("F11",a6,48,35,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::F12,HX_("F12",a7,48,35,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::PRINT_SCREEN,HX_("PRINT_SCREEN",9e,34,bf,1a)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::SCROLL_LOCK,HX_("SCROLL_LOCK",9d,2c,87,f4)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::PAUSE,HX_("PAUSE",d6,0e,46,3b)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::INSERT,HX_("INSERT",39,ef,5f,50)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::HOME,HX_("HOME",1f,92,d3,2f)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::PAGE_UP,HX_("PAGE_UP",8b,d9,3e,0b)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::END,HX_("END",bb,9f,34,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::PAGE_DOWN,HX_("PAGE_DOWN",92,7b,93,70)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::RIGHT,HX_("RIGHT",bc,43,52,67)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::LEFT,HX_("LEFT",07,d0,70,32)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::DOWN,HX_("DOWN",62,c0,2e,2d)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::UP,HX_("UP",5b,4a,00,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUM_LOCK,HX_("NUM_LOCK",e4,7b,03,eb)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_DIVIDE,HX_("NUMPAD_DIVIDE",eb,41,1f,90)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_MULTIPLY,HX_("NUMPAD_MULTIPLY",16,d9,d8,96)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_MINUS,HX_("NUMPAD_MINUS",1e,66,c4,a7)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_PLUS,HX_("NUMPAD_PLUS",4c,8d,42,16)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_ENTER,HX_("NUMPAD_ENTER",c6,52,e2,0f)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_1,HX_("NUMPAD_1",ff,2e,b3,40)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_2,HX_("NUMPAD_2",00,2f,b3,40)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_3,HX_("NUMPAD_3",01,2f,b3,40)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_4,HX_("NUMPAD_4",02,2f,b3,40)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_5,HX_("NUMPAD_5",03,2f,b3,40)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_6,HX_("NUMPAD_6",04,2f,b3,40)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_7,HX_("NUMPAD_7",05,2f,b3,40)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_8,HX_("NUMPAD_8",06,2f,b3,40)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_9,HX_("NUMPAD_9",07,2f,b3,40)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_0,HX_("NUMPAD_0",fe,2e,b3,40)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_PERIOD,HX_("NUMPAD_PERIOD",73,73,28,0c)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::APPLICATION,HX_("APPLICATION",30,b7,7a,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::POWER,HX_("POWER",e5,83,88,44)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_EQUALS,HX_("NUMPAD_EQUALS",b1,00,00,91)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::F13,HX_("F13",a8,48,35,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::F14,HX_("F14",a9,48,35,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::F15,HX_("F15",aa,48,35,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::F16,HX_("F16",ab,48,35,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::F17,HX_("F17",ac,48,35,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::F18,HX_("F18",ad,48,35,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::F19,HX_("F19",ae,48,35,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::F20,HX_("F20",84,49,35,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::F21,HX_("F21",85,49,35,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::F22,HX_("F22",86,49,35,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::F23,HX_("F23",87,49,35,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::F24,HX_("F24",88,49,35,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::EXECUTE,HX_("EXECUTE",15,de,e0,4b)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::HELP,HX_("HELP",c1,fa,cb,2f)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::MENU,HX_("MENU",9f,0d,1a,33)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::SELECT,HX_("SELECT",fc,c6,b5,1c)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::STOP,HX_("STOP",02,b8,1c,37)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::AGAIN,HX_("AGAIN",40,6d,2b,9c)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::UNDO,HX_("UNDO",24,8e,6a,38)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::CUT,HX_("CUT",62,21,33,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::COPY,HX_("COPY",b5,83,85,2c)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::PASTE,HX_("PASTE",33,8b,44,3b)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::FIND,HX_("FIND",39,98,7c,2e)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::MUTE,HX_("MUTE",d9,36,26,33)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::VOLUME_UP,HX_("VOLUME_UP",e0,2e,1e,5c)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::VOLUME_DOWN,HX_("VOLUME_DOWN",27,90,f2,37)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_COMMA,HX_("NUMPAD_COMMA",83,17,b9,e9)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::ALT_ERASE,HX_("ALT_ERASE",d0,e9,42,1c)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::SYSTEM_REQUEST,HX_("SYSTEM_REQUEST",9f,56,e9,3c)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::CANCEL,HX_("CANCEL",7a,99,b6,6a)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::CLEAR,HX_("CLEAR",6d,a9,49,c6)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::PRIOR,HX_("PRIOR",ea,90,79,46)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::RETURN2,HX_("RETURN2",82,49,96,7e)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::SEPARATOR,HX_("SEPARATOR",45,d0,d7,2c)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::OUT,HX_("OUT",6e,3c,3c,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::OPER,HX_("OPER",ce,cb,74,34)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::CLEAR_AGAIN,HX_("CLEAR_AGAIN",ae,ad,24,1b)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::CRSEL,HX_("CRSEL",2b,94,4b,ca)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::EXSEL,HX_("EXSEL",e7,04,10,f5)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_00,HX_("NUMPAD_00",72,ef,15,5c)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_000,HX_("NUMPAD_000",7e,94,1b,37)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::THOUSAND_SEPARATOR,HX_("THOUSAND_SEPARATOR",64,42,ba,6c)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::DECIMAL_SEPARATOR,HX_("DECIMAL_SEPARATOR",b7,2b,09,71)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::CURRENCY_UNIT,HX_("CURRENCY_UNIT",72,f1,d5,a0)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::CURRENCY_SUBUNIT,HX_("CURRENCY_SUBUNIT",b6,31,7c,dc)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_LEFT_PARENTHESIS,HX_("NUMPAD_LEFT_PARENTHESIS",30,24,17,38)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_RIGHT_PARENTHESIS,HX_("NUMPAD_RIGHT_PARENTHESIS",41,55,c2,59)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_LEFT_BRACE,HX_("NUMPAD_LEFT_BRACE",4d,33,25,1b)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_RIGHT_BRACE,HX_("NUMPAD_RIGHT_BRACE",9e,51,1b,74)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_TAB,HX_("NUMPAD_TAB",83,f4,36,37)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_BACKSPACE,HX_("NUMPAD_BACKSPACE",ed,a1,16,91)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_A,HX_("NUMPAD_A",0f,2f,b3,40)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_B,HX_("NUMPAD_B",10,2f,b3,40)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_C,HX_("NUMPAD_C",11,2f,b3,40)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_D,HX_("NUMPAD_D",12,2f,b3,40)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_E,HX_("NUMPAD_E",13,2f,b3,40)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_F,HX_("NUMPAD_F",14,2f,b3,40)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_XOR,HX_("NUMPAD_XOR",c9,09,3a,37)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_POWER,HX_("NUMPAD_POWER",b3,31,f6,65)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_PERCENT,HX_("NUMPAD_PERCENT",f3,bb,3d,93)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_LESS_THAN,HX_("NUMPAD_LESS_THAN",15,f2,f9,6a)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_GREATER_THAN,HX_("NUMPAD_GREATER_THAN",18,70,85,48)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_AMPERSAND,HX_("NUMPAD_AMPERSAND",e3,88,8a,91)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_DOUBLE_AMPERSAND,HX_("NUMPAD_DOUBLE_AMPERSAND",19,b7,90,55)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_VERTICAL_BAR,HX_("NUMPAD_VERTICAL_BAR",1c,1a,61,85)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_DOUBLE_VERTICAL_BAR,HX_("NUMPAD_DOUBLE_VERTICAL_BAR",a6,31,9d,14)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_COLON,HX_("NUMPAD_COLON",0d,57,b8,e9)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_HASH,HX_("NUMPAD_HASH",c0,7d,f0,10)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_SPACE,HX_("NUMPAD_SPACE",74,72,c2,20)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_AT,HX_("NUMPAD_AT",65,fe,15,5c)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_EXCLAMATION,HX_("NUMPAD_EXCLAMATION",1b,b0,9e,eb)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_MEM_STORE,HX_("NUMPAD_MEM_STORE",85,4f,e9,27)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_MEM_RECALL,HX_("NUMPAD_MEM_RECALL",8d,c5,e2,b2)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_MEM_CLEAR,HX_("NUMPAD_MEM_CLEAR",31,ad,2e,ec)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_MEM_ADD,HX_("NUMPAD_MEM_ADD",c5,58,fb,47)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_MEM_SUBTRACT,HX_("NUMPAD_MEM_SUBTRACT",d0,b3,03,a6)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_MEM_MULTIPLY,HX_("NUMPAD_MEM_MULTIPLY",e0,20,7f,48)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_MEM_DIVIDE,HX_("NUMPAD_MEM_DIVIDE",35,23,13,74)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_PLUS_MINUS,HX_("NUMPAD_PLUS_MINUS",dd,8d,c7,60)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_CLEAR,HX_("NUMPAD_CLEAR",3b,57,b7,e7)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_CLEAR_ENTRY,HX_("NUMPAD_CLEAR_ENTRY",0e,ed,20,56)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_BINARY,HX_("NUMPAD_BINARY",73,ce,18,be)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_OCTAL,HX_("NUMPAD_OCTAL",79,c3,9e,ca)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_DECIMAL,HX_("NUMPAD_DECIMAL",bf,c5,36,01)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::NUMPAD_HEXADECIMAL,HX_("NUMPAD_HEXADECIMAL",59,10,c6,6a)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::LEFT_CTRL,HX_("LEFT_CTRL",23,23,b7,de)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::LEFT_SHIFT,HX_("LEFT_SHIFT",ea,7a,fb,2f)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::LEFT_ALT,HX_("LEFT_ALT",91,b9,e3,c9)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::LEFT_META,HX_("LEFT_META",3d,e5,47,e5)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::RIGHT_CTRL,HX_("RIGHT_CTRL",4e,1f,4d,c3)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::RIGHT_SHIFT,HX_("RIGHT_SHIFT",5f,24,a2,4e)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::RIGHT_ALT,HX_("RIGHT_ALT",c6,ab,81,cf)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::RIGHT_META,HX_("RIGHT_META",68,e1,dd,c9)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::MODE,HX_("MODE",63,9b,21,33)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::AUDIO_NEXT,HX_("AUDIO_NEXT",5c,64,1b,67)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::AUDIO_PREVIOUS,HX_("AUDIO_PREVIOUS",20,cc,f8,e8)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::AUDIO_STOP,HX_("AUDIO_STOP",6b,cf,74,6a)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::AUDIO_PLAY,HX_("AUDIO_PLAY",5d,0d,73,68)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::AUDIO_MUTE,HX_("AUDIO_MUTE",42,4e,7e,66)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::MEDIA_SELECT,HX_("MEDIA_SELECT",57,7c,21,ce)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::WWW,HX_("WWW",37,50,42,00)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::MAIL,HX_("MAIL",37,00,17,33)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::CALCULATOR,HX_("CALCULATOR",02,a1,e1,a9)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::COMPUTER,HX_("COMPUTER",1b,d1,4b,df)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::APP_CONTROL_SEARCH,HX_("APP_CONTROL_SEARCH",a8,98,55,1a)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::APP_CONTROL_HOME,HX_("APP_CONTROL_HOME",5f,0f,65,0f)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::APP_CONTROL_BACK,HX_("APP_CONTROL_BACK",67,1f,63,0b)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::APP_CONTROL_FORWARD,HX_("APP_CONTROL_FORWARD",65,00,a7,a0)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::APP_CONTROL_STOP,HX_("APP_CONTROL_STOP",42,35,ae,16)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::APP_CONTROL_REFRESH,HX_("APP_CONTROL_REFRESH",7b,f8,fc,a7)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::APP_CONTROL_BOOKMARKS,HX_("APP_CONTROL_BOOKMARKS",9d,7d,82,a1)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::BRIGHTNESS_DOWN,HX_("BRIGHTNESS_DOWN",d0,a4,d7,76)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::BRIGHTNESS_UP,HX_("BRIGHTNESS_UP",49,97,09,7b)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::DISPLAY_SWITCH,HX_("DISPLAY_SWITCH",b1,f1,e3,9e)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::BACKLIGHT_TOGGLE,HX_("BACKLIGHT_TOGGLE",e4,97,a8,f2)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::BACKLIGHT_DOWN,HX_("BACKLIGHT_DOWN",b2,38,06,1f)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::BACKLIGHT_UP,HX_("BACKLIGHT_UP",ab,0e,a2,b2)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::EJECT,HX_("EJECT",f1,66,c4,eb)}, {::hx::fsInt,(void *) &ScanCode_Impl__obj::SLEEP,HX_("SLEEP",f7,f4,b2,fc)}, { ::hx::fsUnknown, 0, null()} }; #endif static void ScanCode_Impl__obj_sMarkStatics(HX_MARK_PARAMS) { HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::UNKNOWN,"UNKNOWN"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::BACKSPACE,"BACKSPACE"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::TAB,"TAB"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::RETURN,"RETURN"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::ESCAPE,"ESCAPE"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::SPACE,"SPACE"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::SINGLE_QUOTE,"SINGLE_QUOTE"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::COMMA,"COMMA"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::MINUS,"MINUS"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::PERIOD,"PERIOD"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::SLASH,"SLASH"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMBER_0,"NUMBER_0"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMBER_1,"NUMBER_1"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMBER_2,"NUMBER_2"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMBER_3,"NUMBER_3"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMBER_4,"NUMBER_4"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMBER_5,"NUMBER_5"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMBER_6,"NUMBER_6"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMBER_7,"NUMBER_7"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMBER_8,"NUMBER_8"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMBER_9,"NUMBER_9"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::SEMICOLON,"SEMICOLON"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::EQUALS,"EQUALS"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::LEFT_BRACKET,"LEFT_BRACKET"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::BACKSLASH,"BACKSLASH"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::RIGHT_BRACKET,"RIGHT_BRACKET"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::GRAVE,"GRAVE"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::A,"A"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::B,"B"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::C,"C"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::D,"D"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::E,"E"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::F,"F"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::G,"G"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::H,"H"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::I,"I"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::J,"J"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::K,"K"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::L,"L"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::M,"M"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::N,"N"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::O,"O"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::P,"P"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::Q,"Q"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::R,"R"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::S,"S"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::T,"T"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::U,"U"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::V,"V"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::W,"W"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::X,"X"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::Y,"Y"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::Z,"Z"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::DELETE,"DELETE"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::CAPS_LOCK,"CAPS_LOCK"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::F1,"F1"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::F2,"F2"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::F3,"F3"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::F4,"F4"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::F5,"F5"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::F6,"F6"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::F7,"F7"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::F8,"F8"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::F9,"F9"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::F10,"F10"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::F11,"F11"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::F12,"F12"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::PRINT_SCREEN,"PRINT_SCREEN"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::SCROLL_LOCK,"SCROLL_LOCK"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::PAUSE,"PAUSE"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::INSERT,"INSERT"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::HOME,"HOME"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::PAGE_UP,"PAGE_UP"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::END,"END"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::PAGE_DOWN,"PAGE_DOWN"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::RIGHT,"RIGHT"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::LEFT,"LEFT"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::DOWN,"DOWN"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::UP,"UP"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUM_LOCK,"NUM_LOCK"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_DIVIDE,"NUMPAD_DIVIDE"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_MULTIPLY,"NUMPAD_MULTIPLY"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_MINUS,"NUMPAD_MINUS"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_PLUS,"NUMPAD_PLUS"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_ENTER,"NUMPAD_ENTER"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_1,"NUMPAD_1"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_2,"NUMPAD_2"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_3,"NUMPAD_3"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_4,"NUMPAD_4"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_5,"NUMPAD_5"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_6,"NUMPAD_6"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_7,"NUMPAD_7"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_8,"NUMPAD_8"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_9,"NUMPAD_9"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_0,"NUMPAD_0"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_PERIOD,"NUMPAD_PERIOD"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::APPLICATION,"APPLICATION"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::POWER,"POWER"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_EQUALS,"NUMPAD_EQUALS"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::F13,"F13"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::F14,"F14"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::F15,"F15"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::F16,"F16"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::F17,"F17"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::F18,"F18"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::F19,"F19"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::F20,"F20"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::F21,"F21"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::F22,"F22"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::F23,"F23"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::F24,"F24"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::EXECUTE,"EXECUTE"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::HELP,"HELP"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::MENU,"MENU"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::SELECT,"SELECT"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::STOP,"STOP"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::AGAIN,"AGAIN"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::UNDO,"UNDO"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::CUT,"CUT"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::COPY,"COPY"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::PASTE,"PASTE"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::FIND,"FIND"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::MUTE,"MUTE"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::VOLUME_UP,"VOLUME_UP"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::VOLUME_DOWN,"VOLUME_DOWN"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_COMMA,"NUMPAD_COMMA"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::ALT_ERASE,"ALT_ERASE"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::SYSTEM_REQUEST,"SYSTEM_REQUEST"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::CANCEL,"CANCEL"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::CLEAR,"CLEAR"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::PRIOR,"PRIOR"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::RETURN2,"RETURN2"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::SEPARATOR,"SEPARATOR"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::OUT,"OUT"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::OPER,"OPER"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::CLEAR_AGAIN,"CLEAR_AGAIN"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::CRSEL,"CRSEL"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::EXSEL,"EXSEL"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_00,"NUMPAD_00"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_000,"NUMPAD_000"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::THOUSAND_SEPARATOR,"THOUSAND_SEPARATOR"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::DECIMAL_SEPARATOR,"DECIMAL_SEPARATOR"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::CURRENCY_UNIT,"CURRENCY_UNIT"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::CURRENCY_SUBUNIT,"CURRENCY_SUBUNIT"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_LEFT_PARENTHESIS,"NUMPAD_LEFT_PARENTHESIS"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_RIGHT_PARENTHESIS,"NUMPAD_RIGHT_PARENTHESIS"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_LEFT_BRACE,"NUMPAD_LEFT_BRACE"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_RIGHT_BRACE,"NUMPAD_RIGHT_BRACE"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_TAB,"NUMPAD_TAB"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_BACKSPACE,"NUMPAD_BACKSPACE"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_A,"NUMPAD_A"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_B,"NUMPAD_B"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_C,"NUMPAD_C"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_D,"NUMPAD_D"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_E,"NUMPAD_E"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_F,"NUMPAD_F"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_XOR,"NUMPAD_XOR"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_POWER,"NUMPAD_POWER"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_PERCENT,"NUMPAD_PERCENT"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_LESS_THAN,"NUMPAD_LESS_THAN"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_GREATER_THAN,"NUMPAD_GREATER_THAN"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_AMPERSAND,"NUMPAD_AMPERSAND"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_DOUBLE_AMPERSAND,"NUMPAD_DOUBLE_AMPERSAND"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_VERTICAL_BAR,"NUMPAD_VERTICAL_BAR"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_DOUBLE_VERTICAL_BAR,"NUMPAD_DOUBLE_VERTICAL_BAR"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_COLON,"NUMPAD_COLON"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_HASH,"NUMPAD_HASH"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_SPACE,"NUMPAD_SPACE"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_AT,"NUMPAD_AT"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_EXCLAMATION,"NUMPAD_EXCLAMATION"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_MEM_STORE,"NUMPAD_MEM_STORE"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_MEM_RECALL,"NUMPAD_MEM_RECALL"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_MEM_CLEAR,"NUMPAD_MEM_CLEAR"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_MEM_ADD,"NUMPAD_MEM_ADD"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_MEM_SUBTRACT,"NUMPAD_MEM_SUBTRACT"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_MEM_MULTIPLY,"NUMPAD_MEM_MULTIPLY"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_MEM_DIVIDE,"NUMPAD_MEM_DIVIDE"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_PLUS_MINUS,"NUMPAD_PLUS_MINUS"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_CLEAR,"NUMPAD_CLEAR"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_CLEAR_ENTRY,"NUMPAD_CLEAR_ENTRY"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_BINARY,"NUMPAD_BINARY"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_OCTAL,"NUMPAD_OCTAL"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_DECIMAL,"NUMPAD_DECIMAL"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_HEXADECIMAL,"NUMPAD_HEXADECIMAL"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::LEFT_CTRL,"LEFT_CTRL"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::LEFT_SHIFT,"LEFT_SHIFT"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::LEFT_ALT,"LEFT_ALT"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::LEFT_META,"LEFT_META"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::RIGHT_CTRL,"RIGHT_CTRL"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::RIGHT_SHIFT,"RIGHT_SHIFT"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::RIGHT_ALT,"RIGHT_ALT"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::RIGHT_META,"RIGHT_META"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::MODE,"MODE"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::AUDIO_NEXT,"AUDIO_NEXT"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::AUDIO_PREVIOUS,"AUDIO_PREVIOUS"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::AUDIO_STOP,"AUDIO_STOP"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::AUDIO_PLAY,"AUDIO_PLAY"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::AUDIO_MUTE,"AUDIO_MUTE"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::MEDIA_SELECT,"MEDIA_SELECT"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::WWW,"WWW"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::MAIL,"MAIL"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::CALCULATOR,"CALCULATOR"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::COMPUTER,"COMPUTER"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::APP_CONTROL_SEARCH,"APP_CONTROL_SEARCH"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::APP_CONTROL_HOME,"APP_CONTROL_HOME"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::APP_CONTROL_BACK,"APP_CONTROL_BACK"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::APP_CONTROL_FORWARD,"APP_CONTROL_FORWARD"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::APP_CONTROL_STOP,"APP_CONTROL_STOP"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::APP_CONTROL_REFRESH,"APP_CONTROL_REFRESH"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::APP_CONTROL_BOOKMARKS,"APP_CONTROL_BOOKMARKS"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::BRIGHTNESS_DOWN,"BRIGHTNESS_DOWN"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::BRIGHTNESS_UP,"BRIGHTNESS_UP"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::DISPLAY_SWITCH,"DISPLAY_SWITCH"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::BACKLIGHT_TOGGLE,"BACKLIGHT_TOGGLE"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::BACKLIGHT_DOWN,"BACKLIGHT_DOWN"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::BACKLIGHT_UP,"BACKLIGHT_UP"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::EJECT,"EJECT"); HX_MARK_MEMBER_NAME(ScanCode_Impl__obj::SLEEP,"SLEEP"); }; #ifdef HXCPP_VISIT_ALLOCS static void ScanCode_Impl__obj_sVisitStatics(HX_VISIT_PARAMS) { HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::UNKNOWN,"UNKNOWN"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::BACKSPACE,"BACKSPACE"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::TAB,"TAB"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::RETURN,"RETURN"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::ESCAPE,"ESCAPE"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::SPACE,"SPACE"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::SINGLE_QUOTE,"SINGLE_QUOTE"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::COMMA,"COMMA"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::MINUS,"MINUS"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::PERIOD,"PERIOD"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::SLASH,"SLASH"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMBER_0,"NUMBER_0"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMBER_1,"NUMBER_1"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMBER_2,"NUMBER_2"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMBER_3,"NUMBER_3"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMBER_4,"NUMBER_4"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMBER_5,"NUMBER_5"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMBER_6,"NUMBER_6"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMBER_7,"NUMBER_7"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMBER_8,"NUMBER_8"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMBER_9,"NUMBER_9"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::SEMICOLON,"SEMICOLON"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::EQUALS,"EQUALS"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::LEFT_BRACKET,"LEFT_BRACKET"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::BACKSLASH,"BACKSLASH"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::RIGHT_BRACKET,"RIGHT_BRACKET"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::GRAVE,"GRAVE"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::A,"A"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::B,"B"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::C,"C"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::D,"D"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::E,"E"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::F,"F"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::G,"G"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::H,"H"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::I,"I"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::J,"J"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::K,"K"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::L,"L"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::M,"M"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::N,"N"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::O,"O"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::P,"P"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::Q,"Q"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::R,"R"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::S,"S"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::T,"T"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::U,"U"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::V,"V"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::W,"W"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::X,"X"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::Y,"Y"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::Z,"Z"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::DELETE,"DELETE"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::CAPS_LOCK,"CAPS_LOCK"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::F1,"F1"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::F2,"F2"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::F3,"F3"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::F4,"F4"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::F5,"F5"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::F6,"F6"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::F7,"F7"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::F8,"F8"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::F9,"F9"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::F10,"F10"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::F11,"F11"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::F12,"F12"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::PRINT_SCREEN,"PRINT_SCREEN"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::SCROLL_LOCK,"SCROLL_LOCK"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::PAUSE,"PAUSE"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::INSERT,"INSERT"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::HOME,"HOME"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::PAGE_UP,"PAGE_UP"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::END,"END"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::PAGE_DOWN,"PAGE_DOWN"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::RIGHT,"RIGHT"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::LEFT,"LEFT"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::DOWN,"DOWN"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::UP,"UP"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUM_LOCK,"NUM_LOCK"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_DIVIDE,"NUMPAD_DIVIDE"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_MULTIPLY,"NUMPAD_MULTIPLY"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_MINUS,"NUMPAD_MINUS"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_PLUS,"NUMPAD_PLUS"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_ENTER,"NUMPAD_ENTER"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_1,"NUMPAD_1"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_2,"NUMPAD_2"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_3,"NUMPAD_3"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_4,"NUMPAD_4"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_5,"NUMPAD_5"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_6,"NUMPAD_6"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_7,"NUMPAD_7"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_8,"NUMPAD_8"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_9,"NUMPAD_9"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_0,"NUMPAD_0"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_PERIOD,"NUMPAD_PERIOD"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::APPLICATION,"APPLICATION"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::POWER,"POWER"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_EQUALS,"NUMPAD_EQUALS"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::F13,"F13"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::F14,"F14"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::F15,"F15"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::F16,"F16"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::F17,"F17"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::F18,"F18"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::F19,"F19"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::F20,"F20"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::F21,"F21"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::F22,"F22"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::F23,"F23"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::F24,"F24"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::EXECUTE,"EXECUTE"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::HELP,"HELP"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::MENU,"MENU"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::SELECT,"SELECT"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::STOP,"STOP"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::AGAIN,"AGAIN"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::UNDO,"UNDO"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::CUT,"CUT"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::COPY,"COPY"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::PASTE,"PASTE"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::FIND,"FIND"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::MUTE,"MUTE"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::VOLUME_UP,"VOLUME_UP"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::VOLUME_DOWN,"VOLUME_DOWN"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_COMMA,"NUMPAD_COMMA"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::ALT_ERASE,"ALT_ERASE"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::SYSTEM_REQUEST,"SYSTEM_REQUEST"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::CANCEL,"CANCEL"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::CLEAR,"CLEAR"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::PRIOR,"PRIOR"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::RETURN2,"RETURN2"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::SEPARATOR,"SEPARATOR"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::OUT,"OUT"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::OPER,"OPER"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::CLEAR_AGAIN,"CLEAR_AGAIN"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::CRSEL,"CRSEL"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::EXSEL,"EXSEL"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_00,"NUMPAD_00"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_000,"NUMPAD_000"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::THOUSAND_SEPARATOR,"THOUSAND_SEPARATOR"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::DECIMAL_SEPARATOR,"DECIMAL_SEPARATOR"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::CURRENCY_UNIT,"CURRENCY_UNIT"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::CURRENCY_SUBUNIT,"CURRENCY_SUBUNIT"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_LEFT_PARENTHESIS,"NUMPAD_LEFT_PARENTHESIS"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_RIGHT_PARENTHESIS,"NUMPAD_RIGHT_PARENTHESIS"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_LEFT_BRACE,"NUMPAD_LEFT_BRACE"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_RIGHT_BRACE,"NUMPAD_RIGHT_BRACE"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_TAB,"NUMPAD_TAB"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_BACKSPACE,"NUMPAD_BACKSPACE"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_A,"NUMPAD_A"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_B,"NUMPAD_B"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_C,"NUMPAD_C"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_D,"NUMPAD_D"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_E,"NUMPAD_E"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_F,"NUMPAD_F"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_XOR,"NUMPAD_XOR"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_POWER,"NUMPAD_POWER"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_PERCENT,"NUMPAD_PERCENT"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_LESS_THAN,"NUMPAD_LESS_THAN"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_GREATER_THAN,"NUMPAD_GREATER_THAN"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_AMPERSAND,"NUMPAD_AMPERSAND"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_DOUBLE_AMPERSAND,"NUMPAD_DOUBLE_AMPERSAND"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_VERTICAL_BAR,"NUMPAD_VERTICAL_BAR"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_DOUBLE_VERTICAL_BAR,"NUMPAD_DOUBLE_VERTICAL_BAR"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_COLON,"NUMPAD_COLON"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_HASH,"NUMPAD_HASH"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_SPACE,"NUMPAD_SPACE"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_AT,"NUMPAD_AT"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_EXCLAMATION,"NUMPAD_EXCLAMATION"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_MEM_STORE,"NUMPAD_MEM_STORE"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_MEM_RECALL,"NUMPAD_MEM_RECALL"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_MEM_CLEAR,"NUMPAD_MEM_CLEAR"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_MEM_ADD,"NUMPAD_MEM_ADD"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_MEM_SUBTRACT,"NUMPAD_MEM_SUBTRACT"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_MEM_MULTIPLY,"NUMPAD_MEM_MULTIPLY"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_MEM_DIVIDE,"NUMPAD_MEM_DIVIDE"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_PLUS_MINUS,"NUMPAD_PLUS_MINUS"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_CLEAR,"NUMPAD_CLEAR"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_CLEAR_ENTRY,"NUMPAD_CLEAR_ENTRY"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_BINARY,"NUMPAD_BINARY"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_OCTAL,"NUMPAD_OCTAL"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_DECIMAL,"NUMPAD_DECIMAL"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::NUMPAD_HEXADECIMAL,"NUMPAD_HEXADECIMAL"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::LEFT_CTRL,"LEFT_CTRL"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::LEFT_SHIFT,"LEFT_SHIFT"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::LEFT_ALT,"LEFT_ALT"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::LEFT_META,"LEFT_META"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::RIGHT_CTRL,"RIGHT_CTRL"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::RIGHT_SHIFT,"RIGHT_SHIFT"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::RIGHT_ALT,"RIGHT_ALT"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::RIGHT_META,"RIGHT_META"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::MODE,"MODE"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::AUDIO_NEXT,"AUDIO_NEXT"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::AUDIO_PREVIOUS,"AUDIO_PREVIOUS"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::AUDIO_STOP,"AUDIO_STOP"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::AUDIO_PLAY,"AUDIO_PLAY"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::AUDIO_MUTE,"AUDIO_MUTE"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::MEDIA_SELECT,"MEDIA_SELECT"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::WWW,"WWW"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::MAIL,"MAIL"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::CALCULATOR,"CALCULATOR"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::COMPUTER,"COMPUTER"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::APP_CONTROL_SEARCH,"APP_CONTROL_SEARCH"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::APP_CONTROL_HOME,"APP_CONTROL_HOME"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::APP_CONTROL_BACK,"APP_CONTROL_BACK"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::APP_CONTROL_FORWARD,"APP_CONTROL_FORWARD"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::APP_CONTROL_STOP,"APP_CONTROL_STOP"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::APP_CONTROL_REFRESH,"APP_CONTROL_REFRESH"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::APP_CONTROL_BOOKMARKS,"APP_CONTROL_BOOKMARKS"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::BRIGHTNESS_DOWN,"BRIGHTNESS_DOWN"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::BRIGHTNESS_UP,"BRIGHTNESS_UP"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::DISPLAY_SWITCH,"DISPLAY_SWITCH"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::BACKLIGHT_TOGGLE,"BACKLIGHT_TOGGLE"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::BACKLIGHT_DOWN,"BACKLIGHT_DOWN"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::BACKLIGHT_UP,"BACKLIGHT_UP"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::EJECT,"EJECT"); HX_VISIT_MEMBER_NAME(ScanCode_Impl__obj::SLEEP,"SLEEP"); }; #endif ::hx::Class ScanCode_Impl__obj::__mClass; static ::String ScanCode_Impl__obj_sStaticFields[] = { HX_("UNKNOWN",6a,f7,4e,61), HX_("BACKSPACE",1f,f5,42,c6), HX_("TAB",35,f6,3f,00), HX_("RETURN",b0,50,b0,bb), HX_("ESCAPE",81,ef,5c,8d), HX_("SPACE",a6,c4,54,ff), HX_("SINGLE_QUOTE",e5,4a,2c,30), HX_("COMMA",b5,69,4b,c8), HX_("MINUS",50,b8,56,86), HX_("PERIOD",01,0d,9e,ed), HX_("SLASH",1d,f8,af,fc), HX_("NUMBER_0",fa,89,c6,33), HX_("NUMBER_1",fb,89,c6,33), HX_("NUMBER_2",fc,89,c6,33), HX_("NUMBER_3",fd,89,c6,33), HX_("NUMBER_4",fe,89,c6,33), HX_("NUMBER_5",ff,89,c6,33), HX_("NUMBER_6",00,8a,c6,33), HX_("NUMBER_7",01,8a,c6,33), HX_("NUMBER_8",02,8a,c6,33), HX_("NUMBER_9",03,8a,c6,33), HX_("SEMICOLON",11,86,2a,49), HX_("EQUALS",3f,9a,75,72), HX_("LEFT_BRACKET",90,62,6d,61), HX_("BACKSLASH",96,28,9e,c3), HX_("RIGHT_BRACKET",45,13,29,76), HX_("GRAVE",65,4c,d8,17), HX_("A",41,00,00,00), HX_("B",42,00,00,00), HX_("C",43,00,00,00), HX_("D",44,00,00,00), HX_("E",45,00,00,00), HX_("F",46,00,00,00), HX_("G",47,00,00,00), HX_("H",48,00,00,00), HX_("I",49,00,00,00), HX_("J",4a,00,00,00), HX_("K",4b,00,00,00), HX_("L",4c,00,00,00), HX_("M",4d,00,00,00), HX_("N",4e,00,00,00), HX_("O",4f,00,00,00), HX_("P",50,00,00,00), HX_("Q",51,00,00,00), HX_("R",52,00,00,00), HX_("S",53,00,00,00), HX_("T",54,00,00,00), HX_("U",55,00,00,00), HX_("V",56,00,00,00), HX_("W",57,00,00,00), HX_("X",58,00,00,00), HX_("Y",59,00,00,00), HX_("Z",5a,00,00,00), HX_("DELETE",2b,6c,5b,1d), HX_("CAPS_LOCK",09,04,db,ce), HX_("F1",2b,3d,00,00), HX_("F2",2c,3d,00,00), HX_("F3",2d,3d,00,00), HX_("F4",2e,3d,00,00), HX_("F5",2f,3d,00,00), HX_("F6",30,3d,00,00), HX_("F7",31,3d,00,00), HX_("F8",32,3d,00,00), HX_("F9",33,3d,00,00), HX_("F10",a5,48,35,00), HX_("F11",a6,48,35,00), HX_("F12",a7,48,35,00), HX_("PRINT_SCREEN",9e,34,bf,1a), HX_("SCROLL_LOCK",9d,2c,87,f4), HX_("PAUSE",d6,0e,46,3b), HX_("INSERT",39,ef,5f,50), HX_("HOME",1f,92,d3,2f), HX_("PAGE_UP",8b,d9,3e,0b), HX_("END",bb,9f,34,00), HX_("PAGE_DOWN",92,7b,93,70), HX_("RIGHT",bc,43,52,67), HX_("LEFT",07,d0,70,32), HX_("DOWN",62,c0,2e,2d), HX_("UP",5b,4a,00,00), HX_("NUM_LOCK",e4,7b,03,eb), HX_("NUMPAD_DIVIDE",eb,41,1f,90), HX_("NUMPAD_MULTIPLY",16,d9,d8,96), HX_("NUMPAD_MINUS",1e,66,c4,a7), HX_("NUMPAD_PLUS",4c,8d,42,16), HX_("NUMPAD_ENTER",c6,52,e2,0f), HX_("NUMPAD_1",ff,2e,b3,40), HX_("NUMPAD_2",00,2f,b3,40), HX_("NUMPAD_3",01,2f,b3,40), HX_("NUMPAD_4",02,2f,b3,40), HX_("NUMPAD_5",03,2f,b3,40), HX_("NUMPAD_6",04,2f,b3,40), HX_("NUMPAD_7",05,2f,b3,40), HX_("NUMPAD_8",06,2f,b3,40), HX_("NUMPAD_9",07,2f,b3,40), HX_("NUMPAD_0",fe,2e,b3,40), HX_("NUMPAD_PERIOD",73,73,28,0c), HX_("APPLICATION",30,b7,7a,00), HX_("POWER",e5,83,88,44), HX_("NUMPAD_EQUALS",b1,00,00,91), HX_("F13",a8,48,35,00), HX_("F14",a9,48,35,00), HX_("F15",aa,48,35,00), HX_("F16",ab,48,35,00), HX_("F17",ac,48,35,00), HX_("F18",ad,48,35,00), HX_("F19",ae,48,35,00), HX_("F20",84,49,35,00), HX_("F21",85,49,35,00), HX_("F22",86,49,35,00), HX_("F23",87,49,35,00), HX_("F24",88,49,35,00), HX_("EXECUTE",15,de,e0,4b), HX_("HELP",c1,fa,cb,2f), HX_("MENU",9f,0d,1a,33), HX_("SELECT",fc,c6,b5,1c), HX_("STOP",02,b8,1c,37), HX_("AGAIN",40,6d,2b,9c), HX_("UNDO",24,8e,6a,38), HX_("CUT",62,21,33,00), HX_("COPY",b5,83,85,2c), HX_("PASTE",33,8b,44,3b), HX_("FIND",39,98,7c,2e), HX_("MUTE",d9,36,26,33), HX_("VOLUME_UP",e0,2e,1e,5c), HX_("VOLUME_DOWN",27,90,f2,37), HX_("NUMPAD_COMMA",83,17,b9,e9), HX_("ALT_ERASE",d0,e9,42,1c), HX_("SYSTEM_REQUEST",9f,56,e9,3c), HX_("CANCEL",7a,99,b6,6a), HX_("CLEAR",6d,a9,49,c6), HX_("PRIOR",ea,90,79,46), HX_("RETURN2",82,49,96,7e), HX_("SEPARATOR",45,d0,d7,2c), HX_("OUT",6e,3c,3c,00), HX_("OPER",ce,cb,74,34), HX_("CLEAR_AGAIN",ae,ad,24,1b), HX_("CRSEL",2b,94,4b,ca), HX_("EXSEL",e7,04,10,f5), HX_("NUMPAD_00",72,ef,15,5c), HX_("NUMPAD_000",7e,94,1b,37), HX_("THOUSAND_SEPARATOR",64,42,ba,6c), HX_("DECIMAL_SEPARATOR",b7,2b,09,71), HX_("CURRENCY_UNIT",72,f1,d5,a0), HX_("CURRENCY_SUBUNIT",b6,31,7c,dc), HX_("NUMPAD_LEFT_PARENTHESIS",30,24,17,38), HX_("NUMPAD_RIGHT_PARENTHESIS",41,55,c2,59), HX_("NUMPAD_LEFT_BRACE",4d,33,25,1b), HX_("NUMPAD_RIGHT_BRACE",9e,51,1b,74), HX_("NUMPAD_TAB",83,f4,36,37), HX_("NUMPAD_BACKSPACE",ed,a1,16,91), HX_("NUMPAD_A",0f,2f,b3,40), HX_("NUMPAD_B",10,2f,b3,40), HX_("NUMPAD_C",11,2f,b3,40), HX_("NUMPAD_D",12,2f,b3,40), HX_("NUMPAD_E",13,2f,b3,40), HX_("NUMPAD_F",14,2f,b3,40), HX_("NUMPAD_XOR",c9,09,3a,37), HX_("NUMPAD_POWER",b3,31,f6,65), HX_("NUMPAD_PERCENT",f3,bb,3d,93), HX_("NUMPAD_LESS_THAN",15,f2,f9,6a), HX_("NUMPAD_GREATER_THAN",18,70,85,48), HX_("NUMPAD_AMPERSAND",e3,88,8a,91), HX_("NUMPAD_DOUBLE_AMPERSAND",19,b7,90,55), HX_("NUMPAD_VERTICAL_BAR",1c,1a,61,85), HX_("NUMPAD_DOUBLE_VERTICAL_BAR",a6,31,9d,14), HX_("NUMPAD_COLON",0d,57,b8,e9), HX_("NUMPAD_HASH",c0,7d,f0,10), HX_("NUMPAD_SPACE",74,72,c2,20), HX_("NUMPAD_AT",65,fe,15,5c), HX_("NUMPAD_EXCLAMATION",1b,b0,9e,eb), HX_("NUMPAD_MEM_STORE",85,4f,e9,27), HX_("NUMPAD_MEM_RECALL",8d,c5,e2,b2), HX_("NUMPAD_MEM_CLEAR",31,ad,2e,ec), HX_("NUMPAD_MEM_ADD",c5,58,fb,47), HX_("NUMPAD_MEM_SUBTRACT",d0,b3,03,a6), HX_("NUMPAD_MEM_MULTIPLY",e0,20,7f,48), HX_("NUMPAD_MEM_DIVIDE",35,23,13,74), HX_("NUMPAD_PLUS_MINUS",dd,8d,c7,60), HX_("NUMPAD_CLEAR",3b,57,b7,e7), HX_("NUMPAD_CLEAR_ENTRY",0e,ed,20,56), HX_("NUMPAD_BINARY",73,ce,18,be), HX_("NUMPAD_OCTAL",79,c3,9e,ca), HX_("NUMPAD_DECIMAL",bf,c5,36,01), HX_("NUMPAD_HEXADECIMAL",59,10,c6,6a), HX_("LEFT_CTRL",23,23,b7,de), HX_("LEFT_SHIFT",ea,7a,fb,2f), HX_("LEFT_ALT",91,b9,e3,c9), HX_("LEFT_META",3d,e5,47,e5), HX_("RIGHT_CTRL",4e,1f,4d,c3), HX_("RIGHT_SHIFT",5f,24,a2,4e), HX_("RIGHT_ALT",c6,ab,81,cf), HX_("RIGHT_META",68,e1,dd,c9), HX_("MODE",63,9b,21,33), HX_("AUDIO_NEXT",5c,64,1b,67), HX_("AUDIO_PREVIOUS",20,cc,f8,e8), HX_("AUDIO_STOP",6b,cf,74,6a), HX_("AUDIO_PLAY",5d,0d,73,68), HX_("AUDIO_MUTE",42,4e,7e,66), HX_("MEDIA_SELECT",57,7c,21,ce), HX_("WWW",37,50,42,00), HX_("MAIL",37,00,17,33), HX_("CALCULATOR",02,a1,e1,a9), HX_("COMPUTER",1b,d1,4b,df), HX_("APP_CONTROL_SEARCH",a8,98,55,1a), HX_("APP_CONTROL_HOME",5f,0f,65,0f), HX_("APP_CONTROL_BACK",67,1f,63,0b), HX_("APP_CONTROL_FORWARD",65,00,a7,a0), HX_("APP_CONTROL_STOP",42,35,ae,16), HX_("APP_CONTROL_REFRESH",7b,f8,fc,a7), HX_("APP_CONTROL_BOOKMARKS",9d,7d,82,a1), HX_("BRIGHTNESS_DOWN",d0,a4,d7,76), HX_("BRIGHTNESS_UP",49,97,09,7b), HX_("DISPLAY_SWITCH",b1,f1,e3,9e), HX_("BACKLIGHT_TOGGLE",e4,97,a8,f2), HX_("BACKLIGHT_DOWN",b2,38,06,1f), HX_("BACKLIGHT_UP",ab,0e,a2,b2), HX_("EJECT",f1,66,c4,eb), HX_("SLEEP",f7,f4,b2,fc), HX_("fromKeyCode",22,86,de,33), HX_("toKeyCode",31,5a,32,cb), HX_("gt",2d,5a,00,00), HX_("gte",98,8d,4e,00), HX_("lt",88,5e,00,00), HX_("lte",dd,58,52,00), HX_("plus",5a,3f,5a,4a), ::String(null()) }; void ScanCode_Impl__obj::__register() { ScanCode_Impl__obj _hx_dummy; ScanCode_Impl__obj::_hx_vtable = *(void **)&_hx_dummy; ::hx::Static(__mClass) = new ::hx::Class_obj(); __mClass->mName = HX_("lime.ui._ScanCode.ScanCode_Impl_",10,a4,d5,43); __mClass->mSuper = &super::__SGetClass(); __mClass->mConstructEmpty = &__CreateEmpty; __mClass->mConstructArgs = &__Create; __mClass->mGetStaticField = &ScanCode_Impl__obj::__GetStatic; __mClass->mSetStaticField = &::hx::Class_obj::SetNoStaticField; __mClass->mMarkFunc = ScanCode_Impl__obj_sMarkStatics; __mClass->mStatics = ::hx::Class_obj::dupFunctions(ScanCode_Impl__obj_sStaticFields); __mClass->mMembers = ::hx::Class_obj::dupFunctions(0 /* sMemberFields */); __mClass->mCanCast = ::hx::TCanCast< ScanCode_Impl__obj >; #ifdef HXCPP_VISIT_ALLOCS __mClass->mVisitFunc = ScanCode_Impl__obj_sVisitStatics; #endif #ifdef HXCPP_SCRIPTABLE __mClass->mMemberStorageInfo = ScanCode_Impl__obj_sMemberStorageInfo; #endif #ifdef HXCPP_SCRIPTABLE __mClass->mStaticStorageInfo = ScanCode_Impl__obj_sStaticStorageInfo; #endif ::hx::_hx_RegisterClass(__mClass->mName, __mClass); } void ScanCode_Impl__obj::__boot() { { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_9_boot) HXDLIN( 9) UNKNOWN = 0; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_10_boot) HXDLIN( 10) BACKSPACE = 42; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_11_boot) HXDLIN( 11) TAB = 43; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_12_boot) HXDLIN( 12) RETURN = 40; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_13_boot) HXDLIN( 13) ESCAPE = 41; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_14_boot) HXDLIN( 14) SPACE = 44; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_21_boot) HXDLIN( 21) SINGLE_QUOTE = 52; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_26_boot) HXDLIN( 26) COMMA = 54; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_27_boot) HXDLIN( 27) MINUS = 45; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_28_boot) HXDLIN( 28) PERIOD = 55; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_29_boot) HXDLIN( 29) SLASH = 56; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_30_boot) HXDLIN( 30) NUMBER_0 = 39; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_31_boot) HXDLIN( 31) NUMBER_1 = 30; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_32_boot) HXDLIN( 32) NUMBER_2 = 31; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_33_boot) HXDLIN( 33) NUMBER_3 = 32; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_34_boot) HXDLIN( 34) NUMBER_4 = 33; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_35_boot) HXDLIN( 35) NUMBER_5 = 34; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_36_boot) HXDLIN( 36) NUMBER_6 = 35; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_37_boot) HXDLIN( 37) NUMBER_7 = 36; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_38_boot) HXDLIN( 38) NUMBER_8 = 37; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_39_boot) HXDLIN( 39) NUMBER_9 = 38; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_41_boot) HXDLIN( 41) SEMICOLON = 51; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_43_boot) HXDLIN( 43) EQUALS = 46; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_47_boot) HXDLIN( 47) LEFT_BRACKET = 47; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_48_boot) HXDLIN( 48) BACKSLASH = 49; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_49_boot) HXDLIN( 49) RIGHT_BRACKET = 48; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_52_boot) HXDLIN( 52) GRAVE = 53; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_53_boot) HXDLIN( 53) A = 4; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_54_boot) HXDLIN( 54) B = 5; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_55_boot) HXDLIN( 55) C = 6; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_56_boot) HXDLIN( 56) D = 7; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_57_boot) HXDLIN( 57) E = 8; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_58_boot) HXDLIN( 58) F = 9; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_59_boot) HXDLIN( 59) G = 10; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_60_boot) HXDLIN( 60) H = 11; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_61_boot) HXDLIN( 61) I = 12; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_62_boot) HXDLIN( 62) J = 13; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_63_boot) HXDLIN( 63) K = 14; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_64_boot) HXDLIN( 64) L = 15; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_65_boot) HXDLIN( 65) M = 16; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_66_boot) HXDLIN( 66) N = 17; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_67_boot) HXDLIN( 67) O = 18; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_68_boot) HXDLIN( 68) P = 19; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_69_boot) HXDLIN( 69) Q = 20; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_70_boot) HXDLIN( 70) R = 21; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_71_boot) HXDLIN( 71) S = 22; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_72_boot) HXDLIN( 72) T = 23; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_73_boot) HXDLIN( 73) U = 24; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_74_boot) HXDLIN( 74) V = 25; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_75_boot) HXDLIN( 75) W = 26; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_76_boot) HXDLIN( 76) X = 27; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_77_boot) HXDLIN( 77) Y = 28; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_78_boot) HXDLIN( 78) Z = 29; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_79_boot) HXDLIN( 79) DELETE = 76; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_80_boot) HXDLIN( 80) CAPS_LOCK = 57; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_81_boot) HXDLIN( 81) F1 = 58; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_82_boot) HXDLIN( 82) F2 = 59; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_83_boot) HXDLIN( 83) F3 = 60; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_84_boot) HXDLIN( 84) F4 = 61; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_85_boot) HXDLIN( 85) F5 = 62; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_86_boot) HXDLIN( 86) F6 = 63; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_87_boot) HXDLIN( 87) F7 = 64; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_88_boot) HXDLIN( 88) F8 = 65; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_89_boot) HXDLIN( 89) F9 = 66; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_90_boot) HXDLIN( 90) F10 = 67; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_91_boot) HXDLIN( 91) F11 = 68; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_92_boot) HXDLIN( 92) F12 = 69; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_93_boot) HXDLIN( 93) PRINT_SCREEN = 70; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_94_boot) HXDLIN( 94) SCROLL_LOCK = 71; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_95_boot) HXDLIN( 95) PAUSE = 72; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_96_boot) HXDLIN( 96) INSERT = 73; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_97_boot) HXDLIN( 97) HOME = 74; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_98_boot) HXDLIN( 98) PAGE_UP = 75; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_99_boot) HXDLIN( 99) END = 77; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_100_boot) HXDLIN( 100) PAGE_DOWN = 78; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_101_boot) HXDLIN( 101) RIGHT = 79; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_102_boot) HXDLIN( 102) LEFT = 80; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_103_boot) HXDLIN( 103) DOWN = 81; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_104_boot) HXDLIN( 104) UP = 82; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_105_boot) HXDLIN( 105) NUM_LOCK = 83; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_106_boot) HXDLIN( 106) NUMPAD_DIVIDE = 84; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_107_boot) HXDLIN( 107) NUMPAD_MULTIPLY = 85; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_108_boot) HXDLIN( 108) NUMPAD_MINUS = 86; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_109_boot) HXDLIN( 109) NUMPAD_PLUS = 87; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_110_boot) HXDLIN( 110) NUMPAD_ENTER = 88; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_111_boot) HXDLIN( 111) NUMPAD_1 = 89; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_112_boot) HXDLIN( 112) NUMPAD_2 = 90; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_113_boot) HXDLIN( 113) NUMPAD_3 = 91; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_114_boot) HXDLIN( 114) NUMPAD_4 = 92; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_115_boot) HXDLIN( 115) NUMPAD_5 = 93; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_116_boot) HXDLIN( 116) NUMPAD_6 = 94; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_117_boot) HXDLIN( 117) NUMPAD_7 = 95; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_118_boot) HXDLIN( 118) NUMPAD_8 = 96; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_119_boot) HXDLIN( 119) NUMPAD_9 = 97; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_120_boot) HXDLIN( 120) NUMPAD_0 = 98; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_121_boot) HXDLIN( 121) NUMPAD_PERIOD = 99; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_122_boot) HXDLIN( 122) APPLICATION = 101; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_123_boot) HXDLIN( 123) POWER = 102; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_124_boot) HXDLIN( 124) NUMPAD_EQUALS = 103; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_125_boot) HXDLIN( 125) F13 = 104; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_126_boot) HXDLIN( 126) F14 = 105; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_127_boot) HXDLIN( 127) F15 = 106; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_128_boot) HXDLIN( 128) F16 = 107; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_129_boot) HXDLIN( 129) F17 = 108; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_130_boot) HXDLIN( 130) F18 = 109; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_131_boot) HXDLIN( 131) F19 = 110; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_132_boot) HXDLIN( 132) F20 = 111; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_133_boot) HXDLIN( 133) F21 = 112; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_134_boot) HXDLIN( 134) F22 = 113; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_135_boot) HXDLIN( 135) F23 = 114; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_136_boot) HXDLIN( 136) F24 = 115; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_137_boot) HXDLIN( 137) EXECUTE = 116; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_138_boot) HXDLIN( 138) HELP = 117; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_139_boot) HXDLIN( 139) MENU = 118; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_140_boot) HXDLIN( 140) SELECT = 119; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_141_boot) HXDLIN( 141) STOP = 120; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_142_boot) HXDLIN( 142) AGAIN = 121; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_143_boot) HXDLIN( 143) UNDO = 122; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_144_boot) HXDLIN( 144) CUT = 123; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_145_boot) HXDLIN( 145) COPY = 124; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_146_boot) HXDLIN( 146) PASTE = 125; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_147_boot) HXDLIN( 147) FIND = 126; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_148_boot) HXDLIN( 148) MUTE = 127; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_149_boot) HXDLIN( 149) VOLUME_UP = 128; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_150_boot) HXDLIN( 150) VOLUME_DOWN = 129; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_151_boot) HXDLIN( 151) NUMPAD_COMMA = 133; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_153_boot) HXDLIN( 153) ALT_ERASE = 153; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_154_boot) HXDLIN( 154) SYSTEM_REQUEST = 154; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_155_boot) HXDLIN( 155) CANCEL = 155; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_156_boot) HXDLIN( 156) CLEAR = 156; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_157_boot) HXDLIN( 157) PRIOR = 157; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_158_boot) HXDLIN( 158) RETURN2 = 158; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_159_boot) HXDLIN( 159) SEPARATOR = 159; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_160_boot) HXDLIN( 160) OUT = 160; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_161_boot) HXDLIN( 161) OPER = 161; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_162_boot) HXDLIN( 162) CLEAR_AGAIN = 162; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_163_boot) HXDLIN( 163) CRSEL = 163; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_164_boot) HXDLIN( 164) EXSEL = 164; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_165_boot) HXDLIN( 165) NUMPAD_00 = 176; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_166_boot) HXDLIN( 166) NUMPAD_000 = 177; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_167_boot) HXDLIN( 167) THOUSAND_SEPARATOR = 178; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_168_boot) HXDLIN( 168) DECIMAL_SEPARATOR = 179; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_169_boot) HXDLIN( 169) CURRENCY_UNIT = 180; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_170_boot) HXDLIN( 170) CURRENCY_SUBUNIT = 181; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_171_boot) HXDLIN( 171) NUMPAD_LEFT_PARENTHESIS = 182; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_172_boot) HXDLIN( 172) NUMPAD_RIGHT_PARENTHESIS = 183; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_173_boot) HXDLIN( 173) NUMPAD_LEFT_BRACE = 184; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_174_boot) HXDLIN( 174) NUMPAD_RIGHT_BRACE = 185; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_175_boot) HXDLIN( 175) NUMPAD_TAB = 186; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_176_boot) HXDLIN( 176) NUMPAD_BACKSPACE = 187; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_177_boot) HXDLIN( 177) NUMPAD_A = 188; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_178_boot) HXDLIN( 178) NUMPAD_B = 189; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_179_boot) HXDLIN( 179) NUMPAD_C = 190; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_180_boot) HXDLIN( 180) NUMPAD_D = 191; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_181_boot) HXDLIN( 181) NUMPAD_E = 192; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_182_boot) HXDLIN( 182) NUMPAD_F = 193; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_183_boot) HXDLIN( 183) NUMPAD_XOR = 194; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_184_boot) HXDLIN( 184) NUMPAD_POWER = 195; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_185_boot) HXDLIN( 185) NUMPAD_PERCENT = 196; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_186_boot) HXDLIN( 186) NUMPAD_LESS_THAN = 197; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_187_boot) HXDLIN( 187) NUMPAD_GREATER_THAN = 198; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_188_boot) HXDLIN( 188) NUMPAD_AMPERSAND = 199; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_189_boot) HXDLIN( 189) NUMPAD_DOUBLE_AMPERSAND = 200; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_190_boot) HXDLIN( 190) NUMPAD_VERTICAL_BAR = 201; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_191_boot) HXDLIN( 191) NUMPAD_DOUBLE_VERTICAL_BAR = 202; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_192_boot) HXDLIN( 192) NUMPAD_COLON = 203; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_193_boot) HXDLIN( 193) NUMPAD_HASH = 204; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_194_boot) HXDLIN( 194) NUMPAD_SPACE = 205; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_195_boot) HXDLIN( 195) NUMPAD_AT = 206; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_196_boot) HXDLIN( 196) NUMPAD_EXCLAMATION = 207; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_197_boot) HXDLIN( 197) NUMPAD_MEM_STORE = 208; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_198_boot) HXDLIN( 198) NUMPAD_MEM_RECALL = 209; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_199_boot) HXDLIN( 199) NUMPAD_MEM_CLEAR = 210; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_200_boot) HXDLIN( 200) NUMPAD_MEM_ADD = 211; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_201_boot) HXDLIN( 201) NUMPAD_MEM_SUBTRACT = 212; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_202_boot) HXDLIN( 202) NUMPAD_MEM_MULTIPLY = 213; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_203_boot) HXDLIN( 203) NUMPAD_MEM_DIVIDE = 214; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_204_boot) HXDLIN( 204) NUMPAD_PLUS_MINUS = 215; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_205_boot) HXDLIN( 205) NUMPAD_CLEAR = 216; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_206_boot) HXDLIN( 206) NUMPAD_CLEAR_ENTRY = 217; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_207_boot) HXDLIN( 207) NUMPAD_BINARY = 218; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_208_boot) HXDLIN( 208) NUMPAD_OCTAL = 219; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_209_boot) HXDLIN( 209) NUMPAD_DECIMAL = 220; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_210_boot) HXDLIN( 210) NUMPAD_HEXADECIMAL = 221; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_211_boot) HXDLIN( 211) LEFT_CTRL = 224; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_212_boot) HXDLIN( 212) LEFT_SHIFT = 225; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_213_boot) HXDLIN( 213) LEFT_ALT = 226; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_214_boot) HXDLIN( 214) LEFT_META = 227; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_215_boot) HXDLIN( 215) RIGHT_CTRL = 228; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_216_boot) HXDLIN( 216) RIGHT_SHIFT = 229; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_217_boot) HXDLIN( 217) RIGHT_ALT = 230; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_218_boot) HXDLIN( 218) RIGHT_META = 231; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_219_boot) HXDLIN( 219) MODE = 257; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_220_boot) HXDLIN( 220) AUDIO_NEXT = 258; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_221_boot) HXDLIN( 221) AUDIO_PREVIOUS = 259; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_222_boot) HXDLIN( 222) AUDIO_STOP = 260; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_223_boot) HXDLIN( 223) AUDIO_PLAY = 261; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_224_boot) HXDLIN( 224) AUDIO_MUTE = 262; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_225_boot) HXDLIN( 225) MEDIA_SELECT = 263; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_226_boot) HXDLIN( 226) WWW = 264; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_227_boot) HXDLIN( 227) MAIL = 265; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_228_boot) HXDLIN( 228) CALCULATOR = 266; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_229_boot) HXDLIN( 229) COMPUTER = 267; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_230_boot) HXDLIN( 230) APP_CONTROL_SEARCH = 268; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_231_boot) HXDLIN( 231) APP_CONTROL_HOME = 269; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_232_boot) HXDLIN( 232) APP_CONTROL_BACK = 270; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_233_boot) HXDLIN( 233) APP_CONTROL_FORWARD = 271; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_234_boot) HXDLIN( 234) APP_CONTROL_STOP = 272; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_235_boot) HXDLIN( 235) APP_CONTROL_REFRESH = 273; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_236_boot) HXDLIN( 236) APP_CONTROL_BOOKMARKS = 274; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_237_boot) HXDLIN( 237) BRIGHTNESS_DOWN = 275; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_238_boot) HXDLIN( 238) BRIGHTNESS_UP = 276; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_239_boot) HXDLIN( 239) DISPLAY_SWITCH = 277; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_240_boot) HXDLIN( 240) BACKLIGHT_TOGGLE = 278; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_241_boot) HXDLIN( 241) BACKLIGHT_DOWN = 279; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_242_boot) HXDLIN( 242) BACKLIGHT_UP = 280; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_243_boot) HXDLIN( 243) EJECT = 281; } { HX_STACKFRAME(&_hx_pos_502c65d4fd86e945_244_boot) HXDLIN( 244) SLEEP = 282; } } } // end namespace lime } // end namespace ui } // end namespace _ScanCode

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#ifndef SHODDYXML_H #define SHODDYXML_H typedef struct { char *name; char *attValue; } attribute_t; class shoddyxml { public: shoddyxml(int (*getCharFunction)()); void parse(); char stringBuffer[32]; attribute_t *attributes; int numAttributes; /* user supplied functions */ int (*getCharFunction)(); void (*foundXMLDecl)(); void (*foundXMLEnd)(); void (*foundPI)(char *s); void (*foundSTag)(char *s, int numAttributes, attribute_t attributes[]); void (*foundETag)(char *s); void (*foundEmptyElemTag)(char *s, int numAttributes, attribute_t attributes[]); void (*foundSection)(char *s); void (*beginCharacter)(); void (*foundCharacter)(char c); void (*endCharacter)(); void (*foundElement)(char *s); private: enum status_t { INXML, LEFTBRACKET, MAYBELBEX, INPI, INSTAG, INETAG, INSECTION, INCDATA, INCHARACTER, MAYBECOMMENT, INCOMMENT, INELEMENT } status; int subStatus; int xmlStarted; int sbPosition; char lookAhead[4]; int laPosition; int getChar(); void unGetChar(int c); void resetStatus(); void parseInXML(int c); void parseLeftBracket(int c); void parseMayBeLBEx(int c); void parseMayBeComment(int c); void parseInPI(int c); void parseInSTag(int c); void parseInETag(int c); void parseInLBEx(int c); void parseInSection(int c); void parseInCDATA(int c); void parseInCharacter(int c); void parseInComment(int c); void parseInElement(int c); }; #endif /* SHODDYXML_H */

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garretlab@gmail.com

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#ifndef __LOURDES_CPU_SLEEP_HPP #define __LOURDES_CPU_SLEEP_HPP /// \example examples/cpu/sleep.cpp namespace lourdes { namespace cpu { /// \brief Blocks for the given amount of time in milliseconds. /// \param milliseconds Time, in milliseconds, to block before return. void sleep(int milliseconds); }} #endif // __LOURDES_CPU_SLEEP_HPP

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#include "fitting.h" bool fitGaussian(int numVals, double* valsY, double initA, double initSigma, double initX_C, double* params, double* paramErrors, double& norm) { double p[]={initA, initSigma, initX_C}; int status; #ifdef USE_LMFIT double* valsX=new double[numVals]; for (int i=0;i<numVals;i++) valsX[i]=i; lm_control_struct control = lm_control_double; lm_status_struct stat; control.verbosity = 0; lmcurve(3, p, numVals, valsX, valsY, gaussfunc, &control, &stat); norm=stat.fnorm; delete[] valsX; #else mp_config config; memset(&config, 0, sizeof(config)); config.maxiter = 100; mp_result result; memset(&result,0,sizeof(result)); /* Zero results structure */ result.xerror = paramErrors; mp_par pars[3]; memset(&pars[0], 0, sizeof(pars)); pars[0].limited[0] = 1; /* limited[0] indicates lower bound */ pars[0].limits[0] = 0.0; /* Actual constraint p[0]>= 0 */ pars[1].limited[0] = 1; /* limited[0] indicates lower bound */ pars[1].limits[0] = 0.0; /* Actual constraint p[0]>= 0 */ status = mpfit(gaussfunc, numVals, 3, p, pars, &config, (void *)valsY, &result); #endif params[0]=p[0]; params[1]=p[1]; params[2]=p[2]; return true; } bool fitDoubleGaussian(int numVals, double* valsY, double initA1, double initSigma1, double initX_C1, double initA2, double initSigma2, double initX_C2, double* params, double& norm) { double p[]={initA1, initSigma1, initX_C1, initA2, initSigma2, initX_C2}; int status; bool retVal=true; #ifdef USE_LMFIT double* valsX=new double[numVals]; for (int i=0;i<numVals;i++) valsX[i]=i; lm_control_struct control = lm_control_double; lm_status_struct stat; control.verbosity = 0; lmcurve(6, p, numVals, valsX, valsY, doublegaussfunc, &control, &stat); norm=stat.fnorm; retVal=(stat.outcome>=1 && stat.outcome<=3); delete[] valsX; #else mp_config config; memset(&config, 0, sizeof(config)); config.maxiter=100; mp_result result; memset(&result,0,sizeof(result)); //Zero results structure mp_par pars[6]; memset(&pars[0], 0, sizeof(pars)); pars[0].limited[0] = 1; // limited[0] indicates lower bound pars[0].limits[0] = 0.0; // Actual constraint p[0]>= 0 pars[1].limited[0] = 1; // limited[0] indicates lower bound pars[1].limits[0] = 0.0; // Actual constraint p[0]>= 0 pars[3].limited[0] = 1; // limited[0] indicates lower bound pars[3].limits[0] = 0.0; // Actual constraint p[0]>= 0 pars[4].limited[0] = 1; // limited[0] indicates lower bound pars[4].limits[0] = 0.0; // Actual constraint p[0]>= 0 status = mpfit(doublegaussfunc, numVals, 6, p, pars, &config, (void *)valsY, &result); #endif params[0]=p[0]; params[1]=p[1]; params[2]=p[2]; params[3]=p[3]; params[4]=p[4]; params[5]=p[5]; return retVal; } #ifdef USE_LMFIT double gaussfunc(double t, const double* p) { double A1, sigma1, x_c1; A1=p[0]; sigma1=p[1]; x_c1=p[2]; double f1 = abs(A1)*exp(-0.5*pow((t-x_c1)/sigma1, 2)); return f1; } #else int gaussfunc(int m, int n, double *p, double *dy, double **dvec, void *vars) { int i; double A, sigma, x_c; A=p[0]; sigma=p[1]; x_c=p[2]; double* y=(double*)vars; for (i=0; i<m; i++) { double f = A*exp(-0.5*pow((i-x_c)/sigma, 2)); dy[i]=(y[i]-f); } return 0; } #endif #ifdef USE_LMFIT double doublegaussfunc(double t, const double* p) { double A1, sigma1, x_c1; double A2, sigma2, x_c2; A1=p[0]; sigma1=p[1]; x_c1=p[2]; A2=p[3]; sigma2=p[4]; x_c2=p[5]; double f1 = abs(A1)*exp(-0.5*pow((t-x_c1)/sigma1, 2)); double f2 = abs(A2)*exp(-0.5*pow((t-x_c2)/sigma2, 2)); return f1+f2; } #else int doublegaussfunc(int m, int n, double *p, double *dy, double **dvec, void *vars) { int i; double A1, sigma1, x_c1; double A2, sigma2, x_c2; A1=p[0]; sigma1=p[1]; x_c1=p[2]; A2=p[3]; sigma2=p[4]; x_c2=p[5]; double* y=(double*)vars; for (i=0; i<m; i++) { double f1 = A1*exp(-0.5*pow((i-x_c1)/sigma1, 2)); double f2 = A2*exp(-0.5*pow((i-x_c2)/sigma2, 2)); dy[i]=(y[i]-(f1+f2)); } return 0; } #endif void initialGuesses(int numBins, double* bins, double parameterMin, double parameterMax, double& A1, double& A2, double& mean1, double& mean2, double& sigma1, double& sigma2) { if (numBins) { double maxValue=0; double FWHM; int totalEntries=0; double entrySum=0; double entryVal=parameterMin; double interval=(double)((parameterMax-parameterMin))/numBins; int indexMax=numBins-1; for (int i=0;i<numBins;i++) { if (bins[i]>maxValue) { indexMax=i; maxValue=bins[i]; } totalEntries+=bins[i]; entrySum+=bins[i]*entryVal; entryVal+=interval; } //find fwhm points for first peak double halfMax=maxValue/2.0; //right double posHalfMaxR; bool foundHalfMaxR=false; for (int i=indexMax;i<numBins-1;i++) { //found a match if ((bins[i]-halfMax)*(bins[i+1]-halfMax)<0) { double x1=interval*i+parameterMin; double x2=interval*(i+1)+parameterMin; double p1=bins[i]; double p2=bins[i+1]; posHalfMaxR=x1+(x2-x1)*(p1-halfMax)/(p1-p2); foundHalfMaxR=true; break; } } //left double posHalfMaxL; bool foundHalfMaxL=false; for (int i=indexMax;i>=0;i--) { //found a match if ((bins[i]-halfMax)*(bins[i+1]-halfMax)<0) { double x1=interval*i+parameterMin; double x2=interval*(i+1)+parameterMin; double p1=bins[i]; double p2=bins[i+1]; posHalfMaxL=x1+(x2-x1)*(p1-halfMax)/(p1-p2); foundHalfMaxL=true; break; } } mean1=indexMax; A1=maxValue; if (foundHalfMaxL && foundHalfMaxR) { FWHM=abs(posHalfMaxR-posHalfMaxL); sigma1=FWHM/(2.35482*interval); } else return; //find second peak indexMax=(((posHalfMaxR+posHalfMaxL)/2.0)-parameterMin)/interval; //search right int startIndexR=(int)(indexMax+2*sigma1); int indexMaxR=startIndexR; double maxValR=0; for (int i=startIndexR;i<numBins-1;i++) { if (bins[i]>maxValR) { indexMaxR=i; maxValR=bins[i]; } } //search left int startIndexL=(int)(indexMax-2*sigma1); int indexMaxL=startIndexL; double maxValL=0; for (int i=startIndexL;i>0;i--) { if (bins[i]>maxValL) { indexMaxL=i; maxValL=bins[i]; } } if (maxValL>maxValR) mean2=indexMaxL; else mean2=indexMaxR; //find fwhm points for second peak maxValue=max(maxValL, maxValR); A2=maxValue; halfMax=maxValue/2.0; //right foundHalfMaxR=false; for (int i=mean2;i<numBins-1;i++) { //found a match if ((bins[i]-halfMax)*(bins[i+1]-halfMax)<0) { double x1=interval*i+parameterMin; double x2=interval*(i+1)+parameterMin; double p1=bins[i]; double p2=bins[i+1]; posHalfMaxR=x1+(x2-x1)*(p1-halfMax)/(p1-p2); foundHalfMaxR=true; break; } } //left foundHalfMaxL=false; for (int i=mean2;i>=0;i--) { //found a match if ((bins[i]-halfMax)*(bins[i+1]-halfMax)<0) { double x1=interval*i+parameterMin; double x2=interval*(i+1)+parameterMin; double p1=bins[i]; double p2=bins[i+1]; posHalfMaxL=x1+(x2-x1)*(p1-halfMax)/(p1-p2); foundHalfMaxL=true; break; } } if (foundHalfMaxL && foundHalfMaxR) { FWHM=abs(posHalfMaxR-posHalfMaxL); sigma2=FWHM/(2.35482*interval); } } }

[ "accomrie@gmail.com" ]

accomrie@gmail.com

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#include<iostream> #include<pthread.h> #include<unistd.h> using namespace std; int ticket = 100; pthread_mutex_t lock; void* BuyTicket(void* args) { while(1) { pthread_mutex_lock(&lock); if(ticket > 0) { cout<<"Buy one ticket , ticket : "<<ticket--<<endl; pthread_mutex_unlock(&lock); } else { pthread_mutex_unlock(&lock); break; } } cout<<"ticket is over , "<<(char*)args<<endl; } int main() { pthread_mutex_init(&lock,NULL); pthread_t tid[5]; pthread_create(tid+0,NULL,BuyTicket,(void*)"thread 1"); pthread_create(tid+1,NULL,BuyTicket,(void*)"thread 2"); pthread_create(tid+2,NULL,BuyTicket,(void*)"thread 3"); pthread_create(tid+3,NULL,BuyTicket,(void*)"thread 4"); pthread_create(tid+4,NULL,BuyTicket,(void*)"thread 5"); pthread_join(tid[0],NULL); pthread_join(tid[1],NULL); pthread_join(tid[2],NULL); pthread_join(tid[3],NULL); pthread_join(tid[4],NULL); pthread_mutex_destroy(&lock); return 0; }

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/src/service/async_service_impl.h

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#ifndef AUTHSERVICE_ASYNC_SERVICE_IMPL_H #define AUTHSERVICE_ASYNC_SERVICE_IMPL_H #include "service_impl.h" #include "envoy/service/auth/v2/external_auth.grpc.pb.h" #include <boost/asio.hpp> #include <grpcpp/grpcpp.h> using namespace envoy::service::auth::v2; namespace authservice { namespace service { class AsyncAuthServiceImpl { public: explicit AsyncAuthServiceImpl(authservice::config::Config config); void Run(); private: authservice::config::Config config_; authservice::service::AuthServiceImpl impl_; envoy::service::auth::v2::Authorization::AsyncService service_; std::unique_ptr<grpc::ServerCompletionQueue> cq_; std::unique_ptr<grpc::Server> server_; std::shared_ptr<boost::asio::io_context> io_context_; }; } } #endif //AUTHSERVICE_ASYNC_SERVICE_IMPL_H

[ "nickrmc83@gmail.com" ]

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// Copyright (C) 2010 Davis E. King (davis@dlib.net) // License: Boost Software License See LICENSE.txt for the full license. #undef DLIB_RR_TRAInER_ABSTRACT_Hh_ #ifdef DLIB_RR_TRAInER_ABSTRACT_Hh_ #include "../algs.h" #include "function_abstract.h" namespace dlib { template < typename K > class rr_trainer { /*! REQUIREMENTS ON K is the dlib::linear_kernel instantiated with some kind of column vector. INITIAL VALUE - get_lambda() == 0 - will_use_regression_loss_for_loo_cv() == true - get_search_lambdas() == logspace(-9, 2, 50) - this object will not be verbose unless be_verbose() is called WHAT THIS OBJECT REPRESENTS This object represents a tool for performing linear ridge regression (This basic algorithm is also known my many other names, e.g. regularized least squares or least squares SVM). The exact definition of what this algorithm does is this: Find w and b that minimizes the following (x_i are input samples and y_i are target values): lambda*dot(w,w) + sum_over_i( (f(x_i) - y_i)^2 ) where f(x) == dot(x,w) - b So this algorithm is just regular old least squares regression but with the addition of a regularization term which encourages small w. It is capable of estimating the lambda parameter using leave-one-out cross-validation. The leave-one-out cross-validation implementation is based on the techniques discussed in this paper: Notes on Regularized Least Squares by Ryan M. Rifkin and Ross A. Lippert. !*/ public: typedef K kernel_type; typedef typename kernel_type::scalar_type scalar_type; typedef typename kernel_type::sample_type sample_type; typedef typename kernel_type::mem_manager_type mem_manager_type; typedef decision_function<kernel_type> trained_function_type; rr_trainer ( ); /*! ensures - This object is properly initialized and ready to be used. !*/ void be_verbose ( ); /*! ensures - This object will print status messages to standard out. !*/ void be_quiet ( ); /*! ensures - this object will not print anything to standard out !*/ const kernel_type get_kernel ( ) const; /*! ensures - returns a copy of the kernel function in use by this object. Since the linear kernels don't have any parameters this function just returns kernel_type() !*/ void set_lambda ( scalar_type lambda ); /*! requires - lambda >= 0 ensures - #get_lambda() == lambda !*/ const scalar_type get_lambda ( ) const; /*! ensures - returns the regularization parameter. It is the parameter that determines the trade off between trying to fit the training data exactly or allowing more errors but hopefully improving the generalization ability of the resulting function. Smaller values encourage exact fitting while larger values of lambda may encourage better generalization. Note that a lambda of 0 has a special meaning. It indicates to this object that it should automatically determine an appropriate lambda value. This is done using leave-one-out cross-validation. !*/ void use_regression_loss_for_loo_cv ( ); /*! ensures - #will_use_regression_loss_for_loo_cv() == true !*/ void use_classification_loss_for_loo_cv ( ); /*! ensures - #will_use_regression_loss_for_loo_cv() == false !*/ bool will_use_regression_loss_for_loo_cv ( ) const; /*! ensures - returns true if the automatic lambda estimation will attempt to estimate a lambda appropriate for a regression task. Otherwise it will try and find one which minimizes the number of classification errors. !*/ template <typename EXP> void set_search_lambdas ( const matrix_exp<EXP>& lambdas ); /*! requires - is_vector(lambdas) == true - lambdas.size() > 0 - min(lambdas) > 0 - lambdas must contain floating point numbers ensures - #get_search_lambdas() == lambdas !*/ const matrix<scalar_type,0,0,mem_manager_type>& get_search_lambdas ( ) const; /*! ensures - returns a matrix M such that: - is_vector(M) == true - M == a list of all the lambda values which will be tried when performing LOO cross-validation for determining the best lambda. !*/ template < typename in_sample_vector_type, typename in_scalar_vector_type > const decision_function<kernel_type> train ( const in_sample_vector_type& x, const in_scalar_vector_type& y ) const; /*! requires - x == a matrix or something convertible to a matrix via mat(). Also, x should contain sample_type objects. - y == a matrix or something convertible to a matrix via mat(). Also, y should contain scalar_type objects. - is_learning_problem(x,y) == true - if (get_lambda() == 0 && will_use_regression_loss_for_loo_cv() == false) then - is_binary_classification_problem(x,y) == true (i.e. if you want this algorithm to estimate a lambda appropriate for classification functions then you had better give a valid classification problem) ensures - performs linear ridge regression given the training samples in x and target values in y. - returns a decision_function F with the following properties: - F(new_x) == predicted y value - F.alpha.size() == 1 - F.basis_vectors.size() == 1 - F.alpha(0) == 1 - if (get_lambda() == 0) then - This object will perform internal leave-one-out cross-validation to determine an appropriate lambda automatically. It will compute the LOO error for each lambda in get_search_lambdas() and select the best one. - if (will_use_regression_loss_for_loo_cv()) then - the lambda selected will be the one that minimizes the mean squared error. - else - the lambda selected will be the one that minimizes the number classification mistakes. We say a point is classified correctly if the output of the decision_function has the same sign as its label. - #get_lambda() == 0 (i.e. we don't change the get_lambda() value. If you want to know what the automatically selected lambda value was then call the version of train() defined below) - else - The loginUser supplied value of get_lambda() will be used to perform the ridge regression. !*/ template < typename in_sample_vector_type, typename in_scalar_vector_type > const decision_function<kernel_type> train ( const in_sample_vector_type& x, const in_scalar_vector_type& y, std::vector<scalar_type>& loo_values ) const; /*! requires - all the requirements for train(x,y) must be satisfied ensures - returns train(x,y) (i.e. executes train(x,y) and returns its result) - #loo_values.size() == y.size() - for all valid i: - #loo_values[i] == leave-one-out prediction for the value of y(i) based on all the training samples other than (x(i),y(i)). !*/ template < typename in_sample_vector_type, typename in_scalar_vector_type > const decision_function<kernel_type> train ( const in_sample_vector_type& x, const in_scalar_vector_type& y, std::vector<scalar_type>& loo_values, scalar_type& lambda_used ) const; /*! requires - all the requirements for train(x,y) must be satisfied ensures - returns train(x,y) (i.e. executes train(x,y) and returns its result) - #loo_values.size() == y.size() - for all valid i: - #loo_values[i] == leave-one-out prediction for the value of y(i) based on all the training samples other than (x(i),y(i)). - #lambda_used == the value of lambda used to generate the decision_function. Note that this lambda value is always equal to get_lambda() if get_lambda() isn't 0. !*/ }; } #endif // DLIB_RR_TRAInER_ABSTRACT_Hh_

[ "ghskgp92@gmail.com" ]

ghskgp92@gmail.com

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#include "DoublyIterator.h" template <typename T> bool DoublyIterator<T>::NotNull() { return m_pCurPointer != NULL; } template <typename T> bool DoublyIterator<T>::NextNotNull() { return m_pCurPointer->next != NULL; } template <typename T> T DoublyIterator<T>::First() { return m_List.m_pFirst->data; } template <typename T> T DoublyIterator<T>::Next() { if (NextNotNull()) { m_pCurPointer = m_pCurPointer->next; return m_pCurPointer->data; } } template <typename T> DoublyNodeType<T> DoublyIterator<T>::GetCurrentNode() { return *m_pCurPointer; }

[ "dnwls2343@gmail.com" ]

dnwls2343@gmail.com

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/Algorithm/Algorithms/SwapTest/swapTest.cpp

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/* Copyright (c) 2017-2018 Origin Quantum Computing. All Right Reserved. Licensed under the Apache License, Version 2.0 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.apache.org/licenses/LICENSE-2.0 Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License. */ #include "swapTest.h" #include <bitset> //swap test,phi and psi are 1-qubit state //phi contains theta1,alpha1,theta2,alpha2 //two ststes are : //cos(theta1/2)|0>+exp(i*alpha1)sin(theta1/2)|1> //cos(theta2/2)|0>+exp(i*alpha2)sin(theta2/2)|1> QProg swaptest_QProg(vector<Qubit*> qVec, vector<CBit*> cVec, vector<double>& phi) { QProg swaptest_qprog = CreateEmptyQProg(); swaptest_qprog << H(qVec[0]); //initial state swaptest_qprog << RY(qVec[1], phi[0])<<RZ(qVec[1], phi[1]); swaptest_qprog << RY(qVec[2], phi[2]) << RZ(qVec[2], phi[3]); //control swap QCircuit controlswap = CreateEmptyCircuit(); controlswap << CNOT(qVec[1], qVec[2])<< CNOT(qVec[2], qVec[1])<<CNOT(qVec[1], qVec[2]); vector<Qubit*> qvtemp; qvtemp.push_back(qVec[0]); controlswap.setControl(qvtemp); swaptest_qprog << controlswap; swaptest_qprog <<H(qVec[0])<< Measure(qVec[0], cVec[0]); return swaptest_qprog; } void swaptest() { cout << "Swap Test Algorithm\n" << endl; cout << "Initialize phi" << endl; double theta1; double alpha1; double theta2; double alpha2; vector<double> phi; cout << "input theta1:" << endl; cin >> theta1; cout << "input alpha1:" << endl; cin >> alpha1; cout << "input theta2:" << endl; cin >> theta2; cout << "input alpha2:" << endl; cin >> alpha2; cout << "phi=" << cos(theta1 / 2) << "*|0>+" << exp(1i*alpha1)*sin(theta1 / 2) << "|1>" << endl; cout << "psi=" << cos(theta2 / 2) << "*|0>+" << exp(1i*alpha2)*sin(theta2 / 2) << "|1>" << endl; phi.push_back(theta1); phi.push_back(alpha1); phi.push_back(theta2); phi.push_back(alpha2); cout<<" Programming the circuit..." << endl; init(); vector<Qubit*> qVec; vector<CBit*> cVec; for (auto i = 0; i < 3 ; i++) { qVec.push_back(qAlloc()); } cVec.push_back(cAlloc()); double prob; size_t times=0; for (auto i = 0; i < 1000; i++) { if (swaptest1(qVec, cVec, phi)) { times++; } } prob = times*0.001; cout << "|<phi|psi>|^2=" << 1 - 2 * prob << endl; return; } bool swaptest1(vector<Qubit*> qVec, vector<CBit*> cVec, vector<double>& phi) { init(); auto bvAlgorithm = swaptest_QProg(qVec, cVec, phi); append(bvAlgorithm); run(); return getCBitValue(cVec[0]); }

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/* * Copyright 2020 Denis Yaroshevskiy * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. */ #ifndef SIMD_PACK_DETAIL_PACK_CAST_H_ #define SIMD_PACK_DETAIL_PACK_CAST_H_ #include <type_traits> #include "simd/pack_detail/pack_declaration.h" namespace simd { template <typename Pack, typename T, std::size_t W> Pack cast(const pack<T, W>& x) { static_assert(std::is_same_v<register_t<Pack>, register_t<pack<T, W>>>); return Pack{x.reg}; } template <typename U, typename T, std::size_t W> auto cast_elements(const pack<T, W>& x) { return cast<pack<U, W>>(x); } template <typename T, std::size_t W> auto cast_to_bytes(const pack<T, W>& x) { return cast<pack<std::uint8_t, W * sizeof(T)>>(x); } template <typename T, std::size_t W> auto cast_to_signed(const pack<T, W>& x) { return cast_elements<signed_equivalent<T>>(x); } template <typename T, std::size_t W> auto cast_to_unsigned(const pack<T, W>& x) { return cast_elements<unsigned_equivalent<T>>(x); } } // namespace simd #endif // SIMD_PACK_DETAIL_PACK_CAST_H_

[ "denis.yaroshevskij@gmail.com" ]

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/* For more information, please see: http://software.sci.utah.edu The MIT License Copyright (c) 2015 Scientific Computing and Imaging Institute, University of Utah. License for the specific language governing rights and limitations under Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. */ #include <Interface/Modules/Inverse/SolveInverseProblemWithTikhonovDialog.h> #include <Modules/Legacy/Inverse/SolveInverseProblemWithTikhonov.h> using namespace SCIRun::Gui; using namespace SCIRun::Dataflow::Networks; typedef SCIRun::Modules::Inverse::SolveInverseProblemWithTikhonov SolveInverseProblemWithTikhonovModule; SolveInverseProblemWithTikhonovDialog::SolveInverseProblemWithTikhonovDialog(const std::string& name, ModuleStateHandle state, QWidget* parent /* = 0 */) : ModuleDialogGeneric(state, parent) { setupUi(this); setWindowTitle(QString::fromStdString(name)); fixSize(); lambdaMethod_.insert(StringPair("Direct entry", "single")); lambdaMethod_.insert(StringPair("Slider", "slider")); lambdaMethod_.insert(StringPair("L-curve", "lcurve")); WidgetStyleMixin::tabStyle(inputTabWidget_); addDoubleLineEditManager(lCurveLambdaLineEdit_, SolveInverseProblemWithTikhonovModule::LambdaCorner); addSpinBoxManager(lambdaNumberSpinBox_, SolveInverseProblemWithTikhonovModule::LambdaNum); addDoubleSpinBoxManager(lambdaDoubleSpinBox_, SolveInverseProblemWithTikhonovModule::LambdaFromDirectEntry); addDoubleSpinBoxManager(lambdaMinDoubleSpinBox_, SolveInverseProblemWithTikhonovModule::LambdaMin); addDoubleSpinBoxManager(lambdaMaxDoubleSpinBox_, SolveInverseProblemWithTikhonovModule::LambdaMax); addDoubleSpinBoxManager(lambdaResolutionDoubleSpinBox_, SolveInverseProblemWithTikhonovModule::LambdaResolution); addDoubleSpinBoxManager(lCurveMinDoubleSpinBox_, SolveInverseProblemWithTikhonovModule::LambdaMin); addDoubleSpinBoxManager(lCurveMaxDoubleSpinBox_, SolveInverseProblemWithTikhonovModule::LambdaMax); addDoubleSpinBoxManager(lambdaSliderDoubleSpinBox_, SolveInverseProblemWithTikhonovModule::LambdaSliderValue); addRadioButtonGroupManager({ autoRadioButton_, underRadioButton_, overRadioButton_ }, SolveInverseProblemWithTikhonovModule::TikhonovCase); addRadioButtonGroupManager({ solutionConstraintRadioButton_, squaredSolutionRadioButton_ }, SolveInverseProblemWithTikhonovModule::TikhonovSolutionSubcase); addRadioButtonGroupManager({ residualConstraintRadioButton_, squaredResidualSolutionRadioButton_ }, SolveInverseProblemWithTikhonovModule::TikhonovResidualSubcase); addComboBoxManager(lambdaMethodComboBox_, SolveInverseProblemWithTikhonovModule::RegularizationMethod, lambdaMethod_); addTextEditManager(lCurveTextEdit_, SolveInverseProblemWithTikhonovModule::LCurveText); connect(lambdaSlider_, SIGNAL(valueChanged(int)), this, SLOT(setSpinBoxValue(int))); connect(lambdaSliderDoubleSpinBox_, SIGNAL(valueChanged(double)), this, SLOT(setSliderValue(double))); connect(lambdaMinDoubleSpinBox_, SIGNAL(valueChanged(double)), this, SLOT(setSliderMin(double))); connect(lambdaMaxDoubleSpinBox_, SIGNAL(valueChanged(double)), this, SLOT(setSliderMax(double))); connect(lambdaResolutionDoubleSpinBox_, SIGNAL(valueChanged(double)), this, SLOT(setSliderStep(double))); } void SolveInverseProblemWithTikhonovDialog::setSpinBoxValue(int value) { lambdaSliderDoubleSpinBox_->setValue(value); } void SolveInverseProblemWithTikhonovDialog::setSliderValue(double value) { if (value <= lambdaSlider_->maximum() && value >= lambdaSlider_->minimum()) lambdaSlider_->setValue(static_cast<int>(value)); } void SolveInverseProblemWithTikhonovDialog::setSliderMin(double value) { lambdaSlider_->setMinimum(static_cast<int>(value)); } void SolveInverseProblemWithTikhonovDialog::setSliderMax(double value) { lambdaSlider_->setMaximum(static_cast<int>(value)); } void SolveInverseProblemWithTikhonovDialog::setSliderStep(double value) { lambdaSlider_->setSingleStep(static_cast<int>(value)); }

[ "dwhite@sci.utah.edu" ]

dwhite@sci.utah.edu

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/* * DO NOT EDIT. THIS FILE IS GENERATED FROM d:/xulrunner-24.0.source/mozilla-release/dom/interfaces/geolocation/nsIDOMGeoPositionError.idl */ #ifndef __gen_nsIDOMGeoPositionError_h__ #define __gen_nsIDOMGeoPositionError_h__ #ifndef __gen_domstubs_h__ #include "domstubs.h" #endif /* For IDL files that don't want to include root IDL files. */ #ifndef NS_NO_VTABLE #define NS_NO_VTABLE #endif /* starting interface: nsIDOMGeoPositionError */ #define NS_IDOMGEOPOSITIONERROR_IID_STR "ad9fa4c8-ec71-4b2d-8294-9adf06ddec32" #define NS_IDOMGEOPOSITIONERROR_IID \ {0xad9fa4c8, 0xec71, 0x4b2d, \ { 0x82, 0x94, 0x9a, 0xdf, 0x06, 0xdd, 0xec, 0x32 }} class NS_NO_VTABLE nsIDOMGeoPositionError : public nsISupports { public: NS_DECLARE_STATIC_IID_ACCESSOR(NS_IDOMGEOPOSITIONERROR_IID) enum { PERMISSION_DENIED = 1U, POSITION_UNAVAILABLE = 2U, TIMEOUT = 3U }; /* readonly attribute short code; */ NS_IMETHOD GetCode(int16_t *aCode) = 0; }; NS_DEFINE_STATIC_IID_ACCESSOR(nsIDOMGeoPositionError, NS_IDOMGEOPOSITIONERROR_IID) /* Use this macro when declaring classes that implement this interface. */ #define NS_DECL_NSIDOMGEOPOSITIONERROR \ NS_IMETHOD GetCode(int16_t *aCode); /* Use this macro to declare functions that forward the behavior of this interface to another object. */ #define NS_FORWARD_NSIDOMGEOPOSITIONERROR(_to) \ NS_IMETHOD GetCode(int16_t *aCode) { return _to GetCode(aCode); } /* Use this macro to declare functions that forward the behavior of this interface to another object in a safe way. */ #define NS_FORWARD_SAFE_NSIDOMGEOPOSITIONERROR(_to) \ NS_IMETHOD GetCode(int16_t *aCode) { return !_to ? NS_ERROR_NULL_POINTER : _to->GetCode(aCode); } #if 0 /* Use the code below as a template for the implementation class for this interface. */ /* Header file */ class nsDOMGeoPositionError : public nsIDOMGeoPositionError { public: NS_DECL_ISUPPORTS NS_DECL_NSIDOMGEOPOSITIONERROR nsDOMGeoPositionError(); private: ~nsDOMGeoPositionError(); protected: /* additional members */ }; /* Implementation file */ NS_IMPL_ISUPPORTS1(nsDOMGeoPositionError, nsIDOMGeoPositionError) nsDOMGeoPositionError::nsDOMGeoPositionError() { /* member initializers and constructor code */ } nsDOMGeoPositionError::~nsDOMGeoPositionError() { /* destructor code */ } /* readonly attribute short code; */ NS_IMETHODIMP nsDOMGeoPositionError::GetCode(int16_t *aCode) { return NS_ERROR_NOT_IMPLEMENTED; } /* End of implementation class template. */ #endif #endif /* __gen_nsIDOMGeoPositionError_h__ */

[ "shwneo@gmail.com" ]

shwneo@gmail.com

ea785a5dc0de4c5d225ea25f29c74a36e2979c73

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/face.cpp

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suhang99/3D-convex-hull-algorithm

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#include "point3d.hpp" #include "edge.hpp" #include "face.hpp" namespace cs271{ Face::Face():p1(nullptr),p2(nullptr),p3(nullptr),e12(nullptr),e13(nullptr),e23(nullptr){} Face::Face(Point3d *_p1, Point3d *_p2, Point3d *_p3):p1(_p1),p2(_p2),p3(_p3){} /* Compute the volumn of tetrahedron formed by face and point */ double computeVolumn(Face *f, Point3d *p){ MatrixXd mat(4,4); mat << f->p1->point[0], f->p1->point[1], f->p1->point[2], 1, f->p2->point[0], f->p2->point[1], f->p2->point[2], 1, f->p3->point[0], f->p3->point[1], f->p3->point[2], 1, p->point[0], p->point[1], p->point[2], 1; return mat.determinant(); } Vector3d projectPointToPlane(Face *face, Point3d *point){ Vector3d normal = (face->p1->point - face->p2->point).cross(face->p1->point - face->p3->point); normal.normalize(); Vector3d vec = point->point - face->p1->point; double distance = normal.dot(vec); return point->point - distance * normal; } }

[ "suhang@shanghaitech.edu.cn" ]

suhang@shanghaitech.edu.cn

7575e4184c8894160c7c37b362f49bacc550239c

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/lab02/htmlDecode/main.cpp

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anastasija-stepanova/oop

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#include "stdafx.h" #include "htmlDecode.h" using namespace std; void DecodeHtmlDocument(istream &input, ostream &output) { string htmlLine; while (getline(input, htmlLine)) { output << HtmlDecode(htmlLine) << endl; } } int _tmain() { DecodeHtmlDocument(cin, cout); return 0; }

[ "nastyaaa19980@gmail.com" ]

nastyaaa19980@gmail.com

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9c42a2c73a34b87edc4cbe6a978afc3589441393

/Game/Game/Animation.cpp

f698fcf0aa4e7fe48c2bd3eb4f3f27d726a8830b

[ "Apache-2.0" ]

permissive

PhamMinhMan/Game

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refs/heads/master

2021-01-12T12:49:25.412919

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#include "Animation.h" void Animation::update(int& curFrame, GameTime& delay) { //if (delay.atTime()) //{ curFrame++; if (curFrame == nRect) curFrame = 0; //} } Animation::Animation() { } Animation::~Animation() { }

[ "phamminhman2703@gmail.com" ]

phamminhman2703@gmail.com

2bc8c7785f2756ebb81d25f642b4b311d143d8ef

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/WA2/cuda/pbbKernels.cu.h

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francescodone/PMPH

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refs/heads/master

2022-12-27T23:53:25.121389

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#ifndef SCAN_KERS #define SCAN_KERS #include <cuda_runtime.h> #include <math.h> /** * Naive memcpy kernel, for the purpose of comparing with * a more "realistic" bandwidth number. */ __global__ void naiveMemcpy(int* d_out, int* d_inp, const uint32_t N) { uint32_t gid = blockIdx.x * blockDim.x + threadIdx.x; if(gid < N) { d_out[gid] = d_inp[gid]; } } /** * Generic Add operator that can be instantiated over * numeric-basic types, such as int32_t, int64_t, * float, double, etc. */ template<class T> class Add { public: typedef T InpElTp; typedef T RedElTp; static const bool commutative = true; static __device__ __host__ inline T identInp() { return (T)0; } static __device__ __host__ inline T mapFun(const T& el) { return el; } static __device__ __host__ inline T identity() { return (T)0; } static __device__ __host__ inline T apply(const T t1, const T t2) { return t1 + t2; } static __device__ __host__ inline bool equals(const T t1, const T t2) { return (t1 == t2); } static __device__ __host__ inline T remVolatile(volatile T& t) { T res = t; return res; } }; /***************************************************/ /*** Generic Value-Flag Tuple for Segmented Scan ***/ /***************************************************/ /** * Generic data-type that semantically tuples template * `T` with a flag, which is represented as a char. */ template<class T> class ValFlg { public: T v; char f; __device__ __host__ inline ValFlg() { f = 0; } __device__ __host__ inline ValFlg(const char& f1, const T& v1) { v = v1; f = f1; } __device__ __host__ inline ValFlg(const ValFlg& vf) { v = vf.v; f = vf.f; } __device__ __host__ inline void operator=(const ValFlg& vf) volatile { v = vf.v; f = vf.f; } }; /** * Generic segmented-scan operator, which lifts a generic * associative binary operator, given by generic type `OP` * to the corresponding segmented operator that works over * flag-value tuples. */ template<class OP> class LiftOP { public: typedef ValFlg<typename OP::RedElTp> RedElTp; static __device__ __host__ inline RedElTp identity() { return RedElTp( (char)0, OP::identity()); } static __device__ __host__ inline RedElTp apply(const RedElTp t1, const RedElTp t2) { typename OP::RedElTp v; char f = t1.f | t2.f; if (t2.f != 0) v = t2.v; else v = OP::apply(t1.v, t2.v); return RedElTp(f, v); } static __device__ __host__ inline bool equals(const RedElTp t1, const RedElTp t2) { return ( (t1.f == t2.f) && OP::equals(t1.v, t2.v) ); } }; /*****************************************/ /*** MSSP Data-Structure and Operators ***/ /*****************************************/ /** * A class representing a quad-tuple of ints, to be used * for MSSP problem. The reason for this is that we need * constructors (e.g., copy constructor) that makes it * work with the generic skeletons of reduce, scan, etc. */ class MyInt4 { public: int x; int y; int z; int w; __device__ __host__ inline MyInt4() { x = 0; y = 0; z = 0; w = 0; } __device__ __host__ inline MyInt4(const int& a, const int& b, const int& c, const int& d) { x = a; y = b; z = c; w = d; } __device__ __host__ inline MyInt4(const MyInt4& i4) { x = i4.x; y = i4.y; z = i4.z; w = i4.w; } __device__ __host__ inline void operator=(const MyInt4& i4) volatile { x = i4.x; y = i4.y; z = i4.z; w = i4.w; } }; /** * Representation of the MSSP operator, so that it can work the generically * defined skeletons of reduce, scan, etc. */ class Mssp { public: typedef int32_t InpElTp; typedef MyInt4 RedElTp; static const bool commutative = false; static __device__ __host__ inline InpElTp identInp(){ return 0; } static __device__ __host__ inline RedElTp mapFun(const InpElTp& el) { int32_t x = max(0, el); return MyInt4(x, x, x, el); } static __device__ __host__ inline MyInt4 identity() { return MyInt4(0,0,0,0); } static __device__ __host__ inline MyInt4 apply(volatile MyInt4& t1, volatile MyInt4& t2) { int mss = max( t1.z+t2.y, max(t1.x, t2.x) ); int mis = max( t1.y, t1.w + t2.y); int mcs = max( t2.z, t2.w + t1.z); int t = t1.w + t2.w; return MyInt4(mss, mis, mcs, t); } static __device__ __host__ inline MyInt4 remVolatile(volatile MyInt4& t) { MyInt4 res; res.x = t.x; res.y = t.y; res.z = t.z; res.w = t.w; return res; } static __device__ __host__ inline bool equals(MyInt4& t1, MyInt4& t2) { return (t1.x == t2.x && t1.y == t2.y && t1.z == t2.z && t1.w == t2.w); } }; /***************************************/ /*** Scan Inclusive Helpers & Kernel ***/ /***************************************/ /** * A warp of threads cooperatively scan with generic-binop `OP` a * number of warp elements stored in shared memory (`ptr`). * No synchronization is needed because the threads in a warp execute * in lockstep. * `idx` is the local thread index within a cuda block (threadIdx.x) * Each thread returns the corresponding scanned element of type * `typename OP::RedElTp` ******************************** * Weekly Assignment 2, Task 2: * ******************************** * The provided dummy implementation works correctly, but it is * very slow because the warp reduction is performed sequentially * by the first thread of each warp, so it takes WARP-1=31 steps * to complete, while the other 31 threads of the WARP are iddle. * Your task is to write a warp-level scan implementation in which * the threads in the same WARP cooperate such that the depth of * this implementation is 5 steps ( WARP==32, and lg(32)=5 ). * The algorithm that you need to implement is shown in the * slides of Lab2. * The implementation does not need any synchronization, i.e., * please do NOT use "__syncthreads();" and the like in here, * especially because it will break the whole thing (because * this function is conditionally called sometimes, so not * all threads will reach the barrier, resulting in incorrect * results.) */ template<class OP> __device__ inline typename OP::RedElTp scanIncWarp( volatile typename OP::RedElTp* ptr, const unsigned int idx ) { const unsigned int lane = idx & (WARP-1); if(lane==0) { int h=0; int i=WARP-1; #pragma unroll for(int d=0; d<lgWARP; d++){ h = (int) powf(2,d); if(i>=h){ while(i>=h){ ptr[idx+i] = OP::apply(ptr[idx+i-h], ptr[idx+i]); i--; } } i=WARP-1; } /*#pragma unroll for(int i=1; i<WARP; i++) { ptr[idx+i] = OP::apply(ptr[idx+i-1], ptr[idx+i]); }*/ } return OP::remVolatile(ptr[idx]); } /** * A CUDA-block of threads cooperatively scan with generic-binop `OP` * a CUDA-block number of elements stored in shared memory (`ptr`). * `idx` is the local thread index within a cuda block (threadIdx.x) * Each thread returns the corresponding scanned element of type * `typename OP::RedElTp`. Note that this is NOT published to shared memory! * ******************************************************* * Weekly Assignment 2, Task 3: ******************************************************* * Find and fix the bug (race condition) that manifests * only when the CUDA block size is set to 1024. */ template<class OP> __device__ inline typename OP::RedElTp scanIncBlock(volatile typename OP::RedElTp* ptr, const unsigned int idx) { const unsigned int lane = idx & (WARP-1); const unsigned int warpid = idx >> lgWARP; // 1. perform scan at warp level typename OP::RedElTp res = scanIncWarp<OP>(ptr,idx); __syncthreads(); // 2. place the end-of-warp results in // the first warp. This works because // warp size = 32, and // max block size = 32^2 = 1024 if (lane == (WARP-1)) { ptr[warpid] = OP::remVolatile(ptr[idx]); } __syncthreads(); // 3. scan again the first warp if (warpid == 0) scanIncWarp<OP>(ptr, idx); __syncthreads(); // 4. accumulate results from previous step; if (warpid > 0) { res = OP::apply(ptr[warpid-1], res); } return res; } /********************************************/ /*** Naive (silly) Kernels, just for demo ***/ /********************************************/ /** * Kernel to implement the naive reduce, which uses neither * efficient sequentialization, nor fast, shared memory. */ template<class OP> __global__ void redNaiveKernel1( typename OP::RedElTp* d_out , typename OP::InpElTp* d_in , const uint32_t N , const uint32_t T ) { uint32_t gid = blockIdx.x * blockDim.x + threadIdx.x; typename OP::InpElTp el = OP::identInp(); uint32_t ind = 2*gid; if(ind < N) el = d_in[ind]; typename OP::RedElTp el_red1 = OP::mapFun(el); el = OP::identInp(); ind = ind + 1; if(ind < N) el = d_in[ind]; typename OP::RedElTp el_red2 = OP::mapFun(el); el_red1 = OP::apply(el_red1, el_red2); if(gid < T) d_out[gid] = el_red1; } /** * Kernel to implement the naive reduce, which uses neither * efficient sequentialization, nor fast, shared memory. */ template<class OP> __global__ void redNaiveKernel2( typename OP::RedElTp* d_out , const uint32_t offs_inp , const uint32_t offs_out , const uint32_t N , const uint32_t T ) { uint32_t gid = blockIdx.x * blockDim.x + threadIdx.x; typename OP::RedElTp el1 = OP::identity(); uint32_t ind = 2*gid; if(ind < N) el1 = d_out[offs_inp + ind]; typename OP::RedElTp el2 = OP::identity(); ind = ind + 1; if(ind < N) el2 = d_out[offs_inp + ind]; el1 = OP::apply(el1, el2); if(T==1) { if (threadIdx.x == 0) d_out[0] = el1; } else { if (gid < T) d_out[offs_out + gid] = el1; } } /***********************************************************/ /*** Reduce Commutative & Non-Commutative Helper Kernels ***/ /***********************************************************/ /** * Kernel for reducing up to CUDA-block number of elements * with CUDA-block number of threads. The generic associative * binary operator does not need to be commutative. * This is a helper kernel for implementing the second stage of * a reduction. */ template<class OP> __global__ void redAssoc1Block( typename OP::RedElTp* d_inout // operates in place; the reduction , uint32_t N // result is written in position 0 ) { extern __shared__ char sh_mem[]; volatile typename OP::RedElTp* shmem_red = (typename OP::RedElTp*)sh_mem; typename OP::RedElTp elm = OP::identity(); if(threadIdx.x < N) { elm = d_inout[threadIdx.x]; } shmem_red[threadIdx.x] = elm; __syncthreads(); elm = scanIncBlock<OP>(shmem_red, threadIdx.x); if (threadIdx.x == blockDim.x-1) { d_inout[0] = elm; } } /** * This kernel assumes that the generic-associative binary operator * `OP` is also commutative. It implements the first stage of the * reduction. * `N` is the length of the input array * `T` is the total number of CUDA threads spawned. * `d_tmp` is the result array, having number-of-blocks elements. * `d_in` is the input array of length `N`. * * The number of spawned blocks is <= 1024, so that the result * array (having one element per block) can be reduced within * one block with kernel `redAssoc1Block`. */ template<class OP> __global__ void redCommuKernel( typename OP::RedElTp* d_tmp , typename OP::InpElTp* d_in , uint32_t N , uint32_t T ) { extern __shared__ char sh_mem[]; // shared memory holding the to-be-reduced elements. // The length of `shmem_red` array is the CUDA block size. volatile typename OP::RedElTp* shmem_red = (typename OP::RedElTp*)sh_mem; uint32_t gid = blockIdx.x*blockDim.x + threadIdx.x; // The loop efficiently sequentializes the computation by making // each thread iterate through the input with a stride `T` until // all array elements have been processed. The stride `T` // optimizes spatial locality: it results in coalesced // access to global memory (32 threads access consecutive // words in memory). If each thread would have processed // adjacent array elements (i.e., stride 1), then the penalty // would be severe 5-10x slower! typename OP::RedElTp acc = OP::identity(); for(uint32_t ind=gid; ind < N; ind+=T) { // read input element typename OP::InpElTp elm = d_in[ind]; // apply the mapped function and accumulate the per-thread // result in `acc`. typename OP::RedElTp red = OP::mapFun(elm); acc = OP::apply(acc, red); } // the per-thread results are then placed in shared memory // and reduced in parallel within the current CUDA-block. shmem_red[threadIdx.x] = acc; __syncthreads(); acc = scanIncBlock<OP>(shmem_red, threadIdx.x); // the result of the current CUDA block is placed // in global memory; the position is thus given by // the index of the current block. if (threadIdx.x == blockDim.x-1) { d_tmp[blockIdx.x] = acc; } } /** * Helper function that copies `CHUNK` input elements per thread from * global to shared memory, in a way that optimizes spatial locality, * i.e., (32) consecutive threads read/write consecutive input elements * from/to global memory in the same SIMD instruction. * This leads to "coalesced" access in the case when the element size * is a word (or less). Coalesced access means that (groups of 32) * consecutive threads access consecutive memory words. * * `glb_offs` is the offset in global-memory array `d_inp` * from where elements should be read. * `d_inp` is the input array stored in global memory * `N` is the length of `d_inp` * `ne` is the neutral element of `T` (think zero). In case * the index of the element to be read by the current thread * is out of range, then place `ne` in shared memory instead. * `shmem_inp` is the shared memory. It has size * `blockDim.x*CHUNK*sizeof(T)`, where `blockDim.x` is the * size of the CUDA block. `shmem_inp` should be filled from * index `0` to index `blockDim.x*CHUNK - 1`. * * As such, a CUDA-block B of threads executing this function would * read `CHUNK*B` elements from global memory and store them to * (fast) shared memory, in the same order in which they appear * in global memory, but making sure that consecutive threads * read consecutive elements of `d_inp` in a SIMD instruction. * ******************************** * Weekly Assignment 2, Task 1: * ******************************** * The current implementations of functions `copyFromGlb2ShrMem` * and `copyFromShr2GlbMem` are broken because they feature * (very) uncoalesced access to global memory arrays `d_inp` * and `d_out` (see above). For example, `d_inp[glb_ind]` * can be expanded to `d_inp[glb_offs + threadIdx.x*CHUNK + i]`, * where `threadIdx.x` denotes the local thread-id in the * current block. Assuming `T` is 32-bit int, it follows that * two consecutive threads are going to access in the same SIMD * instruction memory locations that are CHUNK words appart * (`i` being the same for both threads since they execute in * lockstep). * Your task is to rewrite in both functions the line * `uint32_t loc_ind = threadIdx.x*CHUNK + i;` * such that the result is the same---i.e., the same elements * are ultimately placed at the same position---but with the * new formula for computing `loc_ind`, two consecutive threads * will access consecutive memory words in the same SIMD instruction. */ template<class T, uint32_t CHUNK> __device__ inline void copyFromGlb2ShrMem( const uint32_t glb_offs , const uint32_t N , const T& ne , T* d_inp , volatile T* shmem_inp ) { #pragma unroll for(uint32_t i=0; i<CHUNK; i++) { uint32_t loc_ind = (blockDim.x * i) + threadIdx.x; //uint32_t loc_ind = threadIdx.x*CHUNK + i; uint32_t glb_ind = glb_offs + loc_ind; T elm = ne; if(glb_ind < N) { elm = d_inp[glb_ind]; } shmem_inp[loc_ind] = elm; } __syncthreads(); // leave this here at the end! } /** * This is very similar with `copyFromGlb2ShrMem` except * that you need to copy from shared to global memory, so * that consecutive threads write consecutive indices in * global memory in the same SIMD instruction. * `glb_offs` is the offset in global-memory array `d_out` * where elements should be written. * `d_out` is the global-memory array * `N` is the length of `d_out` * `shmem_red` is the shared-memory of size * `blockDim.x*CHUNK*sizeof(T)` */ template<class T, uint32_t CHUNK> __device__ inline void copyFromShr2GlbMem( const uint32_t glb_offs , const uint32_t N , T* d_out , volatile T* shmem_red ) { #pragma unroll for (uint32_t i = 0; i < CHUNK; i++) { uint32_t loc_ind = (blockDim.x * i) + threadIdx.x; //uint32_t loc_ind = threadIdx.x * CHUNK + i; uint32_t glb_ind = glb_offs + loc_ind; if (glb_ind < N) { T elm = const_cast<const T&>(shmem_red[loc_ind]); d_out[glb_ind] = elm; } } __syncthreads(); // leave this here at the end! } /** * This kernel assumes that the generic-associative binary operator * `OP` is NOT commutative. It implements the first stage of the * reduction. * `N` is the length of the input array * `CHUNK` (the template parameter) is the number of elements to * be processed sequentially by a thread in one go. * `num_seq_chunks` is used to sequentialize even more computation, * such that the number of blocks is <= 1024, hence the result * array (one element per block) can be reduced within one * block with kernel `redAssoc1Block`. * `d_tmp` is the result array, having number-of-blocks elements, * `d_in` is the input array of length `N`. */ template<class OP, int CHUNK> __global__ void redAssocKernel( typename OP::RedElTp* d_tmp , typename OP::InpElTp* d_in , uint32_t N , uint32_t num_seq_chunks ) { extern __shared__ char sh_mem[]; // shared memory for the input-element and reduce-element type; // the two shared memories overlap, since they are not used in // the same time. volatile typename OP::InpElTp* shmem_inp = (typename OP::InpElTp*)sh_mem; volatile typename OP::RedElTp* shmem_red = (typename OP::RedElTp*)sh_mem; // initialization for the per-block result typename OP::RedElTp res = OP::identity(); uint32_t num_elems_per_block = num_seq_chunks * CHUNK * blockDim.x; uint32_t inp_block_offs = num_elems_per_block * blockIdx.x; uint32_t num_elems_per_iter = CHUNK * blockDim.x; // virtualization loop of count `num_seq_chunks`. Each iteration processes // `blockDim.x * CHUNK` elements, i.e., `CHUNK` elements per thread. // `num_seq_chunks` is chosen such that it covers all N input elements for(int seq=0; seq<num_elems_per_block; seq+=num_elems_per_iter) { // 1. copy `CHUNK` input elements per thread from global to shared memory // in a coalesced fashion (for global memory) copyFromGlb2ShrMem<typename OP::InpElTp,CHUNK> ( inp_block_offs + seq, N, OP::identInp(), d_in, shmem_inp ); // 2. each thread sequentially reads its `CHUNK` elements from shared // memory, applies the map function and reduces them. typename OP::RedElTp acc = OP::identity(); uint32_t shmem_offset = threadIdx.x * CHUNK; #pragma unroll for (uint32_t i = 0; i < CHUNK; i++) { typename OP::InpElTp elm = shmem_inp[shmem_offset + i]; typename OP::RedElTp red = OP::mapFun(elm); acc = OP::apply(acc, red); } __syncthreads(); // 3. each thread publishes the previous result in shared memory shmem_red[threadIdx.x] = acc; __syncthreads(); // 4. perform an intra-block reduction with the per-thread result // from step 2; the last thread updates the per-block result `res` acc = scanIncBlock<OP>(shmem_red, threadIdx.x); if (threadIdx.x == blockDim.x-1) { res = OP::apply(res, acc); } __syncthreads(); // rinse and repeat until all elements have been processed. } // 4. last thread publishes the per-block reduction result // in global memory if (threadIdx.x == blockDim.x-1) { d_tmp[blockIdx.x] = res; } } /********************/ /*** Scan Kernels ***/ /********************/ /** * Kernel for scanning up to CUDA-block elements using * CUDA-block threads. * `N` number of elements to be scanned (N < CUDA-block size) * `d_input` is the value array stored in shared memory * This kernel operates in-place, i.e., the input is * overwritten with the result. */ template<class OP> __global__ void scan1Block( typename OP::RedElTp* d_inout, uint32_t N ) { extern __shared__ char sh_mem[]; volatile typename OP::RedElTp* shmem_red = (typename OP::RedElTp*)sh_mem; typename OP::RedElTp elm = OP::identity(); if(threadIdx.x < N) { elm = d_inout[threadIdx.x]; } shmem_red[threadIdx.x] = elm; __syncthreads(); elm = scanIncBlock<OP>(shmem_red, threadIdx.x); if (threadIdx.x < N) { d_inout[threadIdx.x] = elm; } } /** * This kernel assumes that the generic-associative binary operator * `OP` is NOT-necessarily commutative. It implements the third * stage of the scan (parallel prefix sum), which scans within * a block. (The first stage is a per block reduction with the * `redAssocKernel` kernel, and the second one is the `scan1Block` * kernel that scans the reduced elements of each CUDA block.) * * `N` is the length of the input array * `CHUNK` (the template parameter) is the number of elements to * be processed sequentially by a thread in one go. * `num_seq_chunks` is used to sequentialize even more computation, * such that the number of blocks is <= 1024. * `d_out` is the result array of length `N` * `d_in` is the input array of length `N` * `d_tmp` is the array holding the per-block scanned results. * it has number-of-CUDA-blocks elements, i.e., element * `d_tmp[i-1]` is the scanned prefix that needs to be * accumulated to each of the scanned elements corresponding * to block `i`. * This kernels scans the elements corresponding to the current block * `i`---in number of num_seq_chunks*CHUNK*blockDim.x---and then it * accumulates to each of them the prefix of the previous block `i-1`, * which is stored in `d_tmp[i-1]`. */ template<class OP, int CHUNK> __global__ void scan3rdKernel ( typename OP::RedElTp* d_out , typename OP::InpElTp* d_in , typename OP::RedElTp* d_tmp , uint32_t N , uint32_t num_seq_chunks ) { extern __shared__ char sh_mem[]; // shared memory for the input elements (types) volatile typename OP::InpElTp* shmem_inp = (typename OP::InpElTp*)sh_mem; // shared memory for the reduce-element type; it overlaps with the // `shmem_inp` since they are not going to be used in the same time. volatile typename OP::RedElTp* shmem_red = (typename OP::RedElTp*)sh_mem; // number of elements to be processed by each block uint32_t num_elems_per_block = num_seq_chunks * CHUNK * blockDim.x; // the current block start processing input elements from this offset: uint32_t inp_block_offs = num_elems_per_block * blockIdx.x; // number of elments to be processed by an iteration of the // "virtualization" loop uint32_t num_elems_per_iter = CHUNK * blockDim.x; // accumulator updated at each iteration of the "virtualization" // loop so we remember the prefix for the current elements. typename OP::RedElTp accum = (blockIdx.x == 0) ? OP::identity() : d_tmp[blockIdx.x-1]; // register memory for storing the scanned elements. typename OP::RedElTp chunk[CHUNK]; // virtualization loop of count `num_seq_chunks`. Each iteration processes // `blockDim.x * CHUNK` elements, i.e., `CHUNK` elements per thread. for(int seq=0; seq<num_elems_per_block; seq+=num_elems_per_iter) { // 1. copy `CHUNK` input elements per thread from global to shared memory // in coalesced fashion (for global memory) copyFromGlb2ShrMem<typename OP::InpElTp, CHUNK> (inp_block_offs+seq, N, OP::identInp(), d_in, shmem_inp); // 2. each thread sequentially scans its `CHUNK` elements // and stores the result in the `chunk` array. The reduced // result is stored in `tmp`. typename OP::RedElTp tmp = OP::identity(); uint32_t shmem_offset = threadIdx.x * CHUNK; #pragma unroll for (uint32_t i = 0; i < CHUNK; i++) { typename OP::InpElTp elm = shmem_inp[shmem_offset + i]; typename OP::RedElTp red = OP::mapFun(elm); tmp = OP::apply(tmp, red); chunk[i] = tmp; } __syncthreads(); // 3. Each thread publishes in shared memory the reduced result of its // `CHUNK` elements shmem_red[threadIdx.x] = tmp; __syncthreads(); // 4. perform an intra-CUDA-block scan tmp = scanIncBlock<OP>(shmem_red, threadIdx.x); __syncthreads(); // 5. write the scan result back to shared memory shmem_red[threadIdx.x] = tmp; __syncthreads(); // 6. the previous element is read from shared memory in `tmp`: // it is the prefix of the previous threads in the current block. tmp = OP::identity(); if (threadIdx.x > 0) tmp = OP::remVolatile(shmem_red[threadIdx.x-1]); // 7. the prefix of the previous blocks (and iterations) is hold // in `accum` and is accumulated to `tmp`, which now holds the // global prefix for the `CHUNK` elements processed by the current thread. tmp = OP::apply(accum, tmp); // 8. `accum` is also updated with the reduced result of the current // iteration, i.e., of the last thread in the block: `shmem_red[blockDim.x-1]` accum = OP::apply(accum, shmem_red[blockDim.x-1]); __syncthreads(); // 9. the `tmp` prefix is accumulated to all the `CHUNK` elements // locally processed by the current thread (i.e., the ones // in `chunk` array hold in registers). #pragma unroll for (uint32_t i = 0; i < CHUNK; i++) { shmem_red[threadIdx.x*CHUNK + i] = OP::apply(tmp, chunk[i]); } __syncthreads(); // 5. write back from shared to global memory in coalesced fashion. copyFromShr2GlbMem<typename OP::RedElTp, CHUNK> (inp_block_offs+seq, N, d_out, shmem_red); } } /*************************************************/ /*************************************************/ /*** Segmented Inclusive Scan Helpers & Kernel ***/ /*************************************************/ /*************************************************/ /** * A warp of threads cooperatively segmented-scans with generic-binop * `OP` a number of warp value-flag elements stored in shared memory * arrays `ptr` and `flg`, respectively. * `F` template type is always `char`. * `OP` is the associative operator of segmented scan. * `idx` is the local thread index within a cuda block (threadIdx.x) * No synchronization is needed because the thread in a warp execute * in lockstep. * Each thread returns the corresponding scanned element of type * `ValFlg<typename OP::RedElTp>` */ template<class OP, class F> __device__ inline ValFlg<typename OP::RedElTp> sgmScanIncWarp(volatile typename OP::RedElTp* ptr, volatile F* flg, const unsigned int idx) { typedef ValFlg<typename OP::RedElTp> FVTup; const unsigned int lane = idx & (WARP-1); // no synchronization needed inside a WARP, i.e., SIMD execution #pragma unroll for(uint32_t i=0; i<lgWARP; i++) { const uint32_t p = (1<<i); if( lane >= p ) { if(flg[idx] == 0) { ptr[idx] = OP::apply(ptr[idx-p], ptr[idx]); } flg[idx] = flg[idx-p] | flg[idx]; } // __syncwarp(); } F f = flg[idx]; typename OP::RedElTp v = OP::remVolatile(ptr[idx]); return FVTup( f, v ); } /** * A CUDA-block of threads cooperatively perform a segmented scan with * generic-binop `OP` on a CUDA-block number of elements whose values * and flags are stored in shared-memory arrays `ptr` and `flg`, respectively. * `F` template type is always `char` * `idx` is the local thread index within a cuda block (threadIdx.x) * Each thread returns the corresponding scanned element of type * `typename OP::RedElTp`; note that this is NOT published to shared memory! */ template<class OP, class F> __device__ inline ValFlg<typename OP::RedElTp> sgmScanIncBlock(volatile typename OP::RedElTp* ptr, volatile F* flg, const unsigned int idx) { typedef ValFlg<typename OP::RedElTp> FVTup; const unsigned int lane = idx & (WARP-1); const unsigned int warpid = idx >> lgWARP; // 1. perform scan at warp level FVTup res = sgmScanIncWarp<OP,F>(ptr, flg, idx); __syncthreads(); // 2. if last thread in a warp, record it at the beginning of sh_data if ( lane == (WARP-1) ) { flg[warpid] = res.f; ptr[warpid] = res.v; } __syncthreads(); // 3. first warp scans the per warp results (again) if( warpid == 0 ) sgmScanIncWarp<OP,F>(ptr, flg, idx); __syncthreads(); // 4. accumulate results from previous step; if (warpid > 0) { FVTup prev; prev.f = (char) flg[warpid-1]; prev.v = OP::remVolatile(ptr[warpid-1]); res = LiftOP<OP>::apply( prev, res ); } //__syncthreads(); //flg[idx] = res.f; //ptr[idx] = res.v; //__syncthreads(); return res; } //////////////////////////////////////////// /** * Kernel for scanning up to CUDA-block elements using * CUDA-block threads. * `N` number of elements to be scanned (N < CUDA-block size) * `d_vals` is the value array stored in shared memory * `d_flag` is the flag array stored in shared memory * This kernel operates in-place, i.e., the input is * overwritten with the result. */ template<class OP> __global__ void sgmScan1Block( typename OP::RedElTp* d_vals , char* d_flag , uint32_t N ) { extern __shared__ char sh_mem[]; volatile typename OP::RedElTp* shmem_red = (volatile typename OP::RedElTp*)sh_mem; volatile char* shmem_flg = (volatile char*)(shmem_red + blockDim.x); typename OP::RedElTp elm = OP::identity(); char flg = 0; if(threadIdx.x < N) { elm = d_vals[threadIdx.x]; flg = d_flag[threadIdx.x]; } shmem_red[threadIdx.x] = elm; shmem_flg[threadIdx.x] = flg; __syncthreads(); ValFlg<typename OP::RedElTp> fv = //(blockDim.x == 32) ? //sgmScanIncWarp <OP,char>(shmem_red, shmem_flg, threadIdx.x); sgmScanIncBlock<OP,char>(shmem_red, shmem_flg, threadIdx.x) ; if (threadIdx.x < N) { d_vals[threadIdx.x] = fv.v; d_flag[threadIdx.x] = fv.f; } } /** * This kernel implements the first stage of a segmented scan. * In essence, it reduces the elements to tbe processed by the * current CUDA block (in number of `num_seq_chunks*CHUNK*blockDim.x`). * * The implementation is very similar to `redAssocKernel` except for * the input and result flag arrays `d_flag` and `d_tmp_flag`, and * for using the extended operator for segmented reduction---that * works on flag-value pairs---and is implemented by `LiftOP<OP>` */ template<class OP, int CHUNK> __global__ void redSgmScanKernel( char* d_tmp_flag , typename OP::RedElTp* d_tmp_vals , char* d_flag , typename OP::InpElTp* d_in , uint32_t N , uint32_t num_seq_chunks ) { typedef ValFlg<typename OP::RedElTp> FVTup; extern __shared__ char sh_mem[]; volatile typename OP::InpElTp* shmem_inp = (typename OP::InpElTp*)sh_mem; volatile typename OP::RedElTp* shmem_red = (typename OP::RedElTp*)sh_mem; FVTup res = LiftOP<OP>::identity(); uint32_t num_elems_per_block = num_seq_chunks * CHUNK * blockDim.x; uint32_t inp_block_offs = num_elems_per_block * blockIdx.x; uint32_t num_elems_per_iter = CHUNK * blockDim.x; // virtualization loop of count `num_seq_chunks`. Each iteration processes // `blockDim.x * CHUNK` elements, i.e., `CHUNK` elements per thread. for(int seq=0; seq<num_elems_per_block; seq+=num_elems_per_iter) { volatile char* shmem_flg = (volatile char*)(shmem_inp + CHUNK*blockDim.x); // 1. copy `CHUNK` input elements per thread // from global to shared memory (both values and flags) copyFromGlb2ShrMem<typename OP::InpElTp, CHUNK> (inp_block_offs+seq, N, OP::identInp(), d_in, shmem_inp); copyFromGlb2ShrMem<char, CHUNK> (inp_block_offs+seq, N, 0, d_flag, shmem_flg); // 2. each thread sequentially reduces its `CHUNK` elements FVTup acc = LiftOP<OP>::identity(); uint32_t shmem_offset = threadIdx.x * CHUNK; #pragma unroll for (uint32_t i = 0; i < CHUNK; i++) { typename OP::InpElTp elm = shmem_inp[shmem_offset + i]; typename OP::RedElTp red = OP::mapFun(elm); char flg = shmem_flg[shmem_offset + i]; acc = LiftOP<OP>::apply( acc, FVTup(flg, red) ); } __syncthreads(); shmem_flg = (volatile char*)(shmem_red + blockDim.x); // 3. perform an intra-block reduction with the per-thread result // from step 2. and the last thread updates the per-block result shmem_red[threadIdx.x] = acc.v; shmem_flg[threadIdx.x] = acc.f; __syncthreads(); acc = sgmScanIncBlock<OP,char>(shmem_red, shmem_flg, threadIdx.x); if (threadIdx.x == blockDim.x-1) { res = LiftOP<OP>::apply(res, acc); } __syncthreads(); } // 4. publish result in global memory if (threadIdx.x == blockDim.x-1) { d_tmp_flag[blockIdx.x] = res.f; d_tmp_vals[blockIdx.x] = res.v; } } /** * This kernel assumes that the generic-associative binary operator * `OP` is NOT-necessarily commutative. It implements the third * stage of the segmented scan (parallel prefix sum), which scans within * a block. (The first stage is a per block reduction with the * `redSgmScanKernel` kernel, and the second one is the `sgmScan1Block` * kernel that scan in one block the results of the first stage.) * * `N` is the length of the input array * `CHUNK` (the template parameter) is the number of elements to * be processed sequentially by a thread in one go. * `num_seq_chunks` is used to sequentialize even more computation, * such that the number of blocks is <= 1024 * `d_out` is the result array of length `N` * `d_inp` is the input array of length `N` * `d_tmp_vals` and `d_tmp_flag` are the arrays holding the per-block * scanned results (of values and flags), and they have * number-of-CUDA-blocks elements, i.e., element * `(d_tmp_flag[i-1], d_tmp_vals[i-1])` is the scanned prefix that * needs to be accumulated to each of the scanned elements * corresponding to block `i`. * This kernels scans the elements corresponding to the current block * `i`---in number of num_seq_chunks*CHUNK*blockDim.x---and then it * accumulates to each of them the prefix of the previous block `i-1`. * * The implementation is very similar to `scan3rdKernel` kernel. */ template<class OP, int CHUNK> __global__ void sgmScan3rdKernel ( typename OP::RedElTp* d_out , typename OP::InpElTp* d_inp , char* d_flg , typename OP::RedElTp* d_tmp_vals , char* d_tmp_flag , uint32_t N , uint32_t num_seq_chunks ) { // datatype for a flag-value pair typedef ValFlg<typename OP::RedElTp> FVTup; // externally declared shared memory extern __shared__ char sh_mem[]; // shared memory for the input and mapped elements; they overlap, // since they are not to be used in the same time. volatile typename OP::InpElTp* shmem_inp = (typename OP::InpElTp*)sh_mem; volatile typename OP::RedElTp* shmem_red = (typename OP::RedElTp*)sh_mem; uint32_t num_elems_per_block = num_seq_chunks * CHUNK * blockDim.x; uint32_t inp_block_offs = num_elems_per_block * blockIdx.x; uint32_t num_elems_per_iter = CHUNK * blockDim.x; // everybody reads the flag-value prefix corresponding to // the previous CUDA block if any, which is stored in `acum`. FVTup accum; if (blockIdx.x > 0) { accum.f = d_tmp_flag[blockIdx.x-1]; accum.v = d_tmp_vals[blockIdx.x-1]; } else { accum = LiftOP<OP>::identity(); } // register-allocated array for holding the `CHUNK` elements that // are to be processed sequentially (individually) by each thread. FVTup chunk[CHUNK]; // virtualization loop of count `num_seq_chunks`. Each iteration processes // `blockDim.x * CHUNK` elements, i.e., `CHUNK` elements per thread. for(int seq=0; seq<num_elems_per_block; seq+=num_elems_per_iter) { volatile char* shmem_flg = (volatile char*)(shmem_inp + CHUNK*blockDim.x); // 1. copy `CHUNK` input elements per thread from // global to shared memory in coalesced fashion copyFromGlb2ShrMem<typename OP::InpElTp, CHUNK> (inp_block_offs+seq, N, OP::identInp(), d_inp, shmem_inp); copyFromGlb2ShrMem<char, CHUNK> (inp_block_offs+seq, N, 0, d_flg, shmem_flg); // 2. each thread sequentially reduces its `CHUNK` elements, // the result is stored in `chunk` array (mapped to registers), // and `tmp` denotes the reduced result. FVTup tmp = LiftOP<OP>::identity(); uint32_t shmem_offset = threadIdx.x * CHUNK; #pragma unroll for (uint32_t i = 0; i < CHUNK; i++) { typename OP::InpElTp elm = shmem_inp[shmem_offset + i]; char flg = shmem_flg[shmem_offset + i]; FVTup red(flg, OP::mapFun(elm)); tmp = LiftOP<OP>::apply(tmp, red); chunk[i] = tmp; } __syncthreads(); // 3. publish in shared memory and perform intra-group scan shmem_flg = (volatile char*)(shmem_red + blockDim.x); shmem_red[threadIdx.x] = tmp.v; shmem_flg[threadIdx.x] = tmp.f; __syncthreads(); tmp = sgmScanIncBlock<OP,char>(shmem_red, shmem_flg, threadIdx.x); __syncthreads(); shmem_red[threadIdx.x] = tmp.v; shmem_flg[threadIdx.x] = tmp.f; __syncthreads(); // 4. read the previous element and complete the scan in shared memory tmp = LiftOP<OP>::identity(); if (threadIdx.x > 0) { tmp.v = OP::remVolatile(shmem_red[threadIdx.x-1]); tmp.f = shmem_flg[threadIdx.x-1]; } tmp = LiftOP<OP>::apply(accum, tmp); for (uint32_t i = 0; i < CHUNK; i++) { chunk[i] = LiftOP<OP>::apply(tmp, chunk[i]); } tmp.f = shmem_flg[blockDim.x-1]; tmp.v = OP::remVolatile(shmem_red[blockDim.x-1]); accum = LiftOP<OP>::apply(accum, tmp); __syncthreads(); #pragma unroll for (uint32_t i = 0; i < CHUNK; i++) { shmem_red[threadIdx.x*CHUNK + i] = chunk[i].v; } __syncthreads(); // 5. write back to global memory in coalesced form copyFromShr2GlbMem<typename OP::RedElTp, CHUNK> (inp_block_offs+seq, N, d_out, shmem_red); } } #endif //SCAN_KERS

[ "francesco.done.11597@gmail.com" ]

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// To devide list into two parts one even and one odd // Written by Sajid Hussain, ISM DhanBad. #include <iostream> #include <cstdlib> using namespace std; class listnode { public: int data; listnode * ptr; listnode(int n) { data = n; ptr = NULL;} listnode() { data = 0; ptr = NULL; } }; listnode* createlist(int n) { listnode * start = NULL; listnode *pre = NULL; if(n == 0) return start; start = new listnode(0); pre = start; for(int i = 1; i<n; i++) { pre->ptr = new listnode(i); pre = pre->ptr; } return start; } int main() { listnode* l = createlist(100); // Creates a linkedlist of 100 nodes and returs the pointers to the first node /*while(l) { cout << l->data << " "; l = l->ptr; }*/ listnode *l1, *l2, *temp, *l1e, *l2e; temp = l; if(temp) { l1 = temp; temp = temp->ptr; l1e = l1; } if(temp) { l2 = temp; temp = temp->ptr; l2e = l2; } bool flag = true; while(temp) { if(flag) { l1e->ptr = temp; l1e = temp; } else { l2e->ptr = temp; l2e = temp; } flag = !flag; temp = temp->ptr; } l1e->ptr = l2e->ptr = NULL; l1e = l1; while(l1e) { cout << l1e->data << " "; l1e = l1e->ptr; } cout <<"\n\n"; l2e = l2; while(l2e) { cout << l2e->data << " "; l2e = l2e->ptr; } return 0; }

[ "sajidhussain2803@gmail.com" ]

sajidhussain2803@gmail.com

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#include <bits/stdc++.h> using namespace std; /** * Definition for singly-linked list.*/ struct ListNode { int val; ListNode *next; ListNode(int x) : val(x), next(NULL) {} }; class Solution { public: ListNode* reverseList(ListNode* head) { ListNode *prev = nullptr; ListNode *curr = head; while(curr != nullptr) { ListNode *next_temp = curr->next; curr->next = prev; prev = curr; curr = next_temp; } return prev; } }; void printLL(ListNode *head) { ListNode *curr = head; while (curr != NULL) { cout << curr->val << " "; curr = curr->next; } cout << endl; } /* Driver program to test above function*/ int main() { /* Start with the empty list */ ListNode *ll = new ListNode(10); ll->next = new ListNode(20); ll->next->next = new ListNode(30); ll->next->next->next = new ListNode(40); ll->next->next->next->next = new ListNode(50); cout << "Given linked list\n"; printLL(ll); Solution sol; ListNode *revLL = sol.reverseList(ll); cout << "\nReversed Linked list \n"; printLL(revLL); return 0; }

[ "cmiyachi@alum.mit.edu" ]

cmiyachi@alum.mit.edu

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/Shader.h

856aa75fc1eef505cf516a5612aad61f1eddd479

[]

no_license

Rahul-K-A/ProceduralTerrainGeneration

60836a33f4212fe3232a684ad79b7e946adb33ef

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refs/heads/main

2023-06-15T04:37:20.815737

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#pragma once #include "GL/glew.h" #include <iostream> #include <string> #include <fstream> #include "DirectionalLight.h" class Shader { public: //Constructor Shader(); //Destructor ~Shader(); //Creates Shader from string void CreateShadersFromText(const char* vShaderCode, const char* fShaderCode); //Creates shaders from files void CreateShadersFromFiles(const char* vShaderPath, const char* fShaderPath); //Reads the shader file and returns cpp string std::string ReadFile(const char* FilePath); //Enables the shader during rendering void EnableShader(); //Disables the shader.THIS MUST BE CALLED AT THE END OF EACH RENDER LOOP. void DisableShader(); //Completely clears the shader void ClearShaders(); //Attaches a directional light to the shader to pass information void SetDirectionalLight(DirectionalLight* TheLight); //Enables the information in the directional light to be passed on to shader during rendering void EnableDirectionalLight(); //Returns Uniform variable Model location ID GLuint GetUniformModel(); //Returns uniform variable projection location ID GLuint GetUniformProjection(); //Returns uniform variable view location ID GLuint GetUniformView(); //Returns uniform variable ambient light colour ID GLuint GetUniformAmbientLightColour(); //Returns uniform variable ambient light intensity ID GLuint GetUniformAmbientLightIntensity(); //Returns uniform variable diffuse light direction ID GLuint GetUniformDiffuseDirection(); //Returns uniform variable diffuse light intensity ID GLuint GetUniformDiffuseIntensity(); //Returns uniform variable specular intensity ID GLuint GetUniformSpecularIntensity(); //Returns uniform variable specular shininess intensity ID GLuint GetUniformSpecularShininess(); //Returns uniform variable camera view ID GLuint GetUniformCameraPosition(); GLuint GetUniformMaxHeight(); private: //Actually the program id to which the shaders are linked to GLuint ShaderId; //Uniform variable Model location ID GLuint UniformModel; //Uniform variable projection location ID.Used to set whether projection is orthographic or perspective projection. GLuint UniformProjection; //User's perspective (not the projection,this is their POV) uniform location ID GLuint UniformView; //Specular intensity uniform location ID GLuint UniformSpecularIntensity; //Specular shininess uniform location ID GLuint UniformSpecularShininess; //User's camera position uniform location ID GLuint UniformCameraPosition; //Number of point lights uniform location ID GLuint UniformPointLightCount; //Number of spot lights uniform location ID GLuint UniformSpotLightCount; GLuint UniformMaxTerrainHeight; struct DirectionalLightUniformVars { GLuint UniformAmbientLightColour; GLuint UniformAmbientLightIntensity; GLuint UniformDiffuseDirection; GLuint UniformDiffuseIntensity; } DirectionalLightUniformContainer; //Pointer to directional light DirectionalLight* dLight; //Adds the shader to the program GLuint AddShader(GLuint TheProgram, const char* ShaderCode, GLenum ShaderType); //Compiles the shader void CompileShaders(const char* vShaderCode, const char* fShaderCode); };

[ "karahul209@gmail.com" ]

karahul209@gmail.com

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/Include/Uncopyable.hpp

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[]

no_license

AlexDontsov2008/multiplayer-game-study

79b2e5573f0f481bebd0f3cd5cd25d184b0ddafe

788fed294d8df3a0d80ba318711fe8f15ab6b381

refs/heads/master

2023-02-08T08:12:05.757162

2018-10-21T18:50:09

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/* * File: Uncopyable.hpp * Author: dontsov * * Created on November 16, 2016, 10:08 PM */ #ifndef UNCOPYABLE_HPP #define UNCOPYABLE_HPP class Uncopyable { protected: Uncopyable() {} virtual ~Uncopyable() {} private: Uncopyable(const Uncopyable&); Uncopyable& operator=(const Uncopyable&); }; #endif /* UNCOPYABLE_HPP */

[ "AlexDontsov2008@ya.ru" ]

AlexDontsov2008@ya.ru

edada986a1ccd839470199289fc5064d0fe98dab

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/Archive2/97/fbe551da351d2f/main.cpp

880e22f60557309930d7cbc7d670e29f1d202c27

[]

no_license

WhiZTiM/coliru

3a6c4c0bdac566d1aa1c21818118ba70479b0f40

2c72c048846c082f943e6c7f9fa8d94aee76979f

refs/heads/master

2021-01-01T05:10:33.812560

2015-08-24T19:09:22

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#include <iostream> #include <string> #include <vector> int main() { }

[ "francis.rammeloo@36614edc-3e3a-acb8-9062-c8ae0e4185df" ]

francis.rammeloo@36614edc-3e3a-acb8-9062-c8ae0e4185df

49b36e2f32a8cfe11e60a07966d712f7ee271d73

55b3d01382f6ab3f91c2a073002b61adcafbb607

/01_31/calldispatcher.cpp

9235aba13db7d5d136b1a4b4fc333405e9dc3066

[]

no_license

vvbondar/homeworks

8a3297f92badb49a1734b3111457d950b5c11a7b

f3d852ff342da43d919ace4b758788c8aca45acb

refs/heads/master

2021-01-19T00:10:46.877709

2019-01-29T13:39:47

72,949,427

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#include "object.h" #include "calldispatcher.h" CallDispatcher::CallDispatcher() { //... } mmsrIter CallDispatcher::FindConnection(srType sender, srType reciever) { for(mmsrIter it = m_sheet.begin(); it != m_sheet.end(); ++it) { if(it->first == sender) { if(it->second == reciever) { return it; } else { continue; } } } return m_sheet.end(); } void CallDispatcher::connect(Object *sender, const std::string& singal, Object *receiver, const std::string& slot) { srType sndr_pair = std::make_pair(sender, singal); srType rcvr_pair = std::make_pair(receiver, slot); m_sheet.insert(std::make_pair(sndr_pair, rcvr_pair)); } void CallDispatcher::disconnect(Object *sender, const std::string& singal, Object *receiver, const std::string& slot) { mmsrIter it = FindConnection(std::make_pair(sender, singal), std::make_pair(receiver, slot)); if(it == m_sheet.end()) { return; } m_sheet.erase(it); } void CallDispatcher::sendSignal(Object *sender, const std::string& singal) { auto signals_range = m_sheet.equal_range(std::make_pair(sender, singal)); for(auto i = signals_range.first; i != signals_range.second; ++i) { i->second.first->dispatchMethod(i->second.second); } }

[ "vikecooper@gmail.com" ]

vikecooper@gmail.com

f377f1d780106e2585c800970de64569eafb9155

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/CodeCacheDetectionByCode/CodeCacheDetectionByCode.cpp

92157ede70eb32914a9f4c76d4f0ec17ee3bd1fc

[]

no_license

ailton07/ActiveDetectionPinWithCodeCache

ffd78ce420c9685dbfd7f51f9992bdddd6149c73

f12aa3ec7388e586cdf18bf66c9a65c1edc9cde9

refs/heads/master

2021-01-20T00:21:32.396508

2017-05-12T03:37:35

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// CodeCacheDetectionByCode.cpp : Defines the entry point for the console application. // // WinDBG // pin.exe -- F:\Binarios\CodeCacheDetectionByCode.exe // No x32dbg // findallmem 01211000,90 90 50 58 // s - b 0 L ? 80000000 90 90 50 58 #include<stdlib.h> #include "stdio.h" // Origem: https://msdn.microsoft.com/pt-br/library/s58ftw19.aspx #include <windows.h> // for EXCEPTION_ACCESS_VIOLATION #include <excpt.h> #define _CRT_SECURE_NO_WARNINGS #define UNINITIALIZED 0xFFFFFFFF #include <iostream> #include <iomanip> #include <Windows.h> #include <vector> #include <TlHelp32.h> //PROCESSENTRY // #include "MemUpdateMapInformations.h" vs #include <MemUpdateMapInformations.h> // http://stackoverflow.com/a/7790180 #include "MemUpdateMapInformations.h" #include <string.h> // De acordo com: // https://www.blackhat.com/docs/asia-16/materials/asia-16-Sun-Break-Out-Of-The-Truman-Show-Active-Detection-And-Escape-Of-Dynamic-Binary-Instrumentation.pdf // Signature can be certain code or data #define padrao 1 void test() { // Padrao default #ifndef padrao __asm { nop nop push eax pop eax } #endif // Padrao 1 #ifdef padrao __asm { // Operacoes com o registrador EBX sao reescritas pelo PIN // mov ebx,0x12345678 mov eax,0x12345678 } #endif printf("\ntest() address: %x\n", &test); printf("\nExecutou instrucoes asm\n"); } unsigned char* search(int startAddress, int endAddress) { unsigned char* data; int sig_count = 0; int j = 0; int address = startAddress; data = (unsigned char*)address; // printf("0x%x\n",data); while(data < (unsigned char*)endAddress) { __try { #ifndef padrao if (data[0] == 0x90 && data[1] == 0x90 && data[2] == 0x50 && data[3] == 0x58) #endif #ifdef padrao // if (data[0] == 0xBB && if (data[0] == 0xB8 && data[1] == 0x78 && data[2] == 0x56 && data[3] == 0x34 && data[4] == 0x12 ) #endif { printf("\nAchou padrao asm, @ 0x%x\n", data); sig_count++; return data; break; } else { // http://stackoverflow.com/a/7319450 #ifndef padrao unsigned char* data_ = (unsigned char*) memchr((const void*)(data + 1), 0x9090, endAddress - startAddress); #endif #ifdef padrao // 0x5678 Aparece invertido, ja que buscamos 0x7856 unsigned char* data_ = (unsigned char*) memchr((const void*)(data + 1), 0x5678B8, endAddress - startAddress); #endif if (data_ == 0) return 0; else if(data == data_) return 0; else data = data_; } } //__except (filter(GetExceptionCode(), GetExceptionInformation())) { // Referencias: https://msdn.microsoft.com/pt-br/library/zazxh1a9.aspx // __except (puts("in filter"), EXCEPTION_EXECUTE_HANDLER) { __except (EXCEPTION_EXECUTE_HANDLER) { return 0; continue; } // for } return 0; } unsigned char* search(int startAddress) { unsigned char* data; int sig_count = 0; int j = 0; int address = startAddress; int endAddress = 0x80000000 ; data = (unsigned char*)address; while(data < (unsigned char*)endAddress) { __try { #ifndef padrao if (data[0] == 0x90 && data[1] == 0x90 && data[2] == 0x50 && data[3] == 0x58) #endif #ifdef padrao //if (data[0] == 0xBB && if (data[0] == 0xB8 && data[1] == 0x78 && data[2] == 0x56 && data[3] == 0x34 && data[4] == 0x12 ) #endif { printf("\nAchou padrao asm, @ 0x%x\n", data); sig_count++; return data; } else { // http://stackoverflow.com/a/7319450 #ifndef padrao unsigned char* data_ = (unsigned char*) memchr((const void*)(data + 1), 0x9090, endAddress - startAddress); #endif #ifdef padrao // 0x5678 Aparece invertido, ja que buscamos 0x7856 unsigned char* data_ = (unsigned char*) memchr((const void*)(data + 1), 0x5678B8, endAddress - startAddress); #endif if (data_ == 0) return 0; else if(data == data_) return 0; else data = data_; } } //__except (filter(GetExceptionCode(), GetExceptionInformation())) { // Referencias: https://msdn.microsoft.com/pt-br/library/zazxh1a9.aspx // __except (puts("in filter"), EXCEPTION_EXECUTE_HANDLER) { __except (EXCEPTION_EXECUTE_HANDLER) { continue; } } // for return 0; } void printMemoryInformations (std::vector<MEMPAGE> pageVector, int pageCount) { char curMod[MAX_MODULE_SIZE] = ""; for(int i = pageCount - 1; i > -1; i--) { auto & currentPage = pageVector.at(i); if(!currentPage.info[0]) //there is a module continue; //skip non-modules strcpy(curMod, pageVector.at(i).info); printf("Informacoes da pagina %d : %s\t", i, curMod); DWORD newAddress = DWORD(currentPage.mbi.BaseAddress) + currentPage.mbi.RegionSize; printf("Tamanho: 0x%x\t", currentPage.mbi.RegionSize); printf("End Address 0x%x\n", newAddress); } system("pause"); } // Padrao 0: 90 90 50 58 // NOP // NOP // push eax // pop eax // Padrao 1: 78 56 34 12 // mov ebx,0x12345678 int main(int argc, char** argv) { unsigned char* primeiraOcorrenciaAddress = 0; unsigned char* segundaOcorrenciaAddress = 0; int (*ptTest)() = NULL; printf("Start ? \n\n"); system("pause"); test(); ptTest = (int(*)())&test; printf("Executou test(); Continuar ? \n"); system("pause"); primeiraOcorrenciaAddress = search((int)ptTest); printf("Endereco primeira ocorrencia: %x\n", primeiraOcorrenciaAddress); system("pause"); std::vector<MEMPAGE> pageVector = GetPageVector(); // std::vector<MEMPAGE> pageVector = GetPageCodeCacheVector(); int pagecount = (int)pageVector.size(); printf("pagecount = %d\n", pagecount); // printMemoryInformations (pageVector, pagecount); // alteraPemissoesPaginas(pageVector, pagecount); for(int i = 0; i < pagecount -1; i++) { auto & currentPage = pageVector.at(i); if(!currentPage.info[0]) //there is a module continue; //skip non-modules DWORD endAddress = DWORD(currentPage.mbi.BaseAddress) + currentPage.mbi.RegionSize; segundaOcorrenciaAddress = search((int)(currentPage.mbi.BaseAddress), (int)endAddress); if (segundaOcorrenciaAddress != 0 ) { printf("Endereco segunda ocorrencia: %x\n", segundaOcorrenciaAddress); break; } } if (segundaOcorrenciaAddress == 0 ) { printf("\nSegunda ocorrencia nao foi localizada\n"); } system("pause"); // Metodo lento /*segundaOcorrenciaAddress = search((int)(0x3000000 + primeiraOcorrenciaAddress)); printf("Endereco segunda ocorrencia: %x\n", segundaOcorrenciaAddress); system("pause");*/ return 0; } // LEGACY //int filter(unsigned int code, struct _EXCEPTION_POINTERS *ep) { // // puts("in filter."); // if (code == EXCEPTION_ACCESS_VIOLATION) { // // puts("caught AV as expected."); // return EXCEPTION_EXECUTE_HANDLER; // } // else { // // puts("didn't catch AV, unexpected."); // return EXCEPTION_CONTINUE_SEARCH; // }; //} // //unsigned char* search(int startAddress) //{ // unsigned char* data; // int sig_count = 0; // int j = 0; // // int address = startAddress; // data = (unsigned char*)address; // // // for (j = address; j < 0xfffffff; j++) { // for (j = address; j<0x80000000; j++) { // __try { // data = (unsigned char*)(j); // printf("\nTentando para, @ 0x%x\n", j); // printf("\nData: @ 0x%x%x%x%x\n", data[0], data[1], data[2], data[3]); // // /*if (data[0] == 0x90 && // data[1] == 0x90 && // data[2] == 0x50 && // data[3] == 0x58)*/ // #ifdef padrao // if (data[0] == 0xBB && // data[1] == 0x78 && // data[2] == 0x56 && // data[3] == 0x34 && // data[4] == 0x12 ) // #endif // { // printf("\nAchou padrao asm, @ 0x%x\n", data); // sig_count++; // return data; // break; // } // else { // //address= address + j; // data = (unsigned char*)(address + j); // } // } // //__except (filter(GetExceptionCode(), GetExceptionInformation())) { // // Referencias: https://msdn.microsoft.com/pt-br/library/zazxh1a9.aspx // // __except (puts("in filter"), EXCEPTION_EXECUTE_HANDLER) { // __except (EXCEPTION_EXECUTE_HANDLER) { // continue; // } // // } // for // return 0; //} //bool runVirtualProtect(MEMPAGE currentPage, DWORD * oldProtect) //{ // bool retorno = false; // __try { // retorno = VirtualProtect(currentPage.mbi.BaseAddress, currentPage.mbi.RegionSize, PAGE_EXECUTE_READ, oldProtect); // } // __except (EXCEPTION_EXECUTE_HANDLER) { // // __except (EXCEPTION_CONTINUE_EXECUTION) { // //continue; // // runVirtualProtect(currentPage, oldProtect); // // return retorno; // } // // return retorno; //} // //// VirtualProtect //// https://msdn.microsoft.com/en-us/library/aa366898(VS.85).aspx //void alteraPemissoesPaginas(std::vector<MEMPAGE> pageVector, int pageCount) //{ // // for(int i = pageCount - 1; i > -1; i--) // for(int i = 0; i < pageCount - 1 -1; i++) // // for(int i = 0; i < 3; i++) // // for(int i = 0; i < 2; i++) // { // // unsigned long oldProtect // DWORD oldProtect = 0; // bool isOk = false; // // char curMod[MAX_MODULE_SIZE] = ""; // // auto & currentPage = pageVector.at(i); // if(!currentPage.info[0]) //there is a module // continue; //skip non-modules // if (currentPage.mbi.RegionSize != 0x40000) // continue; //skip // // strcpy(curMod, pageVector.at(i).info); // printf("Informacoes da pagina %d : %s\t", i, curMod); // DWORD newAddress = DWORD(currentPage.mbi.BaseAddress) + currentPage.mbi.RegionSize; // printf("Tamanho: 0x%x\t", currentPage.mbi.RegionSize); // printf("End Address 0x%x\n", newAddress); // // // Chamada a Virtual Protect foi removida daqui pra evitar o bug descrito em: // // https://msdn.microsoft.com/en-us/library/xwtb73ad(v=vs.100).aspx // // isOk = VirtualProtect(currentPage.mbi.BaseAddress, currentPage.mbi.RegionSize, PAGE_EXECUTE_READ, &oldProtect); // isOk = runVirtualProtect(currentPage, &oldProtect); // // if( !isOk ) { // printf("Falha ao chamar VirtualProtect\n"); // } // } // // system("pause"); //}

[ "ailton07@yahoo.com.br" ]

ailton07@yahoo.com.br

ae2214b4e5cfa5f6bb3c3c31910c4ef2a7536023

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/prototypev1/PhysicalBox.cpp

704085299ea93dfe1d8488e1519ebd11492d62c8

[]

no_license

larryxiao/VecGeom

55903bf01a02eae284568bbe24c41a42f924b6ab

921797e70bc972392df4aac6115e5009e1b8c3fa

refs/heads/master

2021-01-22T11:16:20.146358

2014-03-03T14:00:13

2014-03-06T22:06:08

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cpp

/* * PhysicalBox.cpp * * Created on: Nov 8, 2013 * Author: swenzel */ #include <iostream> #include "PhysicalBox.h" void BoxParameters::inspect() const { std::cout << " This is a box " << std::endl; std::cout << " dX : " << dX << std::endl; std::cout << " dY : " << dY << std::endl; std::cout << " dZ : " << dZ << std::endl; }

[ "sandro.wenzel@cern.ch" ]

sandro.wenzel@cern.ch

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/include/crypto.hh

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[ "BSD-2-Clause" ]

permissive

falconmick/uvgRTP

071cdd0b19face423b0cd31baba99bc0aa882fc1

7e72bdbf3273156911b451acf7aa4ac34e323c90

refs/heads/master

2023-01-29T17:24:19.023409

2020-12-04T12:57:37

null

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hh

#pragma once #ifdef __RTP_CRYPTO__ #include <cryptopp/aes.h> #include <cryptopp/base32.h> #include <cryptopp/cryptlib.h> #include <cryptopp/dh.h> #include <cryptopp/hmac.h> #include <cryptopp/modes.h> #include <cryptopp/osrng.h> #include <cryptopp/sha.h> #include <cryptopp/crc.h> #endif namespace uvg_rtp { namespace crypto { /* hash-based message authentication code */ namespace hmac { class sha1 { public: sha1(uint8_t *key, size_t key_size); ~sha1(); void update(uint8_t *data, size_t len); void final(uint8_t *digest); /* truncate digest to "size" bytes */ void final(uint8_t *digest, size_t size); private: #ifdef __RTP_CRYPTO__ CryptoPP::HMAC<CryptoPP::SHA1> hmac_; #endif }; class sha256 { public: sha256(uint8_t *key, size_t key_size); ~sha256(); void update(uint8_t *data, size_t len); void final(uint8_t *digest); private: #ifdef __RTP_CRYPTO__ CryptoPP::HMAC<CryptoPP::SHA256> hmac_; #endif }; }; class sha256 { public: sha256(); ~sha256(); void update(uint8_t *data, size_t len); void final(uint8_t *digest); private: #ifdef __RTP_CRYPTO__ CryptoPP::SHA256 sha_; #endif }; namespace aes { class ecb { public: ecb(uint8_t *key, size_t key_size); ~ecb(); void encrypt(uint8_t *output, uint8_t *input, size_t len); void decrypt(uint8_t *output, uint8_t *input, size_t len); private: #ifdef __RTP_CRYPTO__ CryptoPP::ECB_Mode<CryptoPP::AES>::Encryption enc_; CryptoPP::ECB_Mode<CryptoPP::AES>::Decryption dec_; #endif }; class cfb { public: cfb(uint8_t *key, size_t key_size, uint8_t *iv); ~cfb(); void encrypt(uint8_t *output, uint8_t *input, size_t len); void decrypt(uint8_t *output, uint8_t *input, size_t len); private: #ifdef __RTP_CRYPTO__ CryptoPP::CFB_Mode<CryptoPP::AES>::Encryption enc_; CryptoPP::CFB_Mode<CryptoPP::AES>::Decryption dec_; #endif }; class ctr { public: ctr(uint8_t *key, size_t key_size, uint8_t *iv); ~ctr(); void encrypt(uint8_t *output, uint8_t *input, size_t len); void decrypt(uint8_t *output, uint8_t *input, size_t len); private: #ifdef __RTP_CRYPTO__ CryptoPP::CTR_Mode<CryptoPP::AES>::Encryption enc_; CryptoPP::CTR_Mode<CryptoPP::AES>::Decryption dec_; #endif }; }; /* diffie-hellman key derivation, 3072-bits */ class dh { public: dh(); ~dh(); /* TODO: */ void generate_keys(); /* TODO: */ void get_pk(uint8_t *pk, size_t len); /* TODO: */ void set_remote_pk(uint8_t *pk, size_t len); /* TODO: */ void get_shared_secret(uint8_t *ss, size_t len); private: #ifdef __RTP_CRYPTO__ CryptoPP::AutoSeededRandomPool prng_; CryptoPP::DH dh_; CryptoPP::Integer sk_, pk_, rpk_; #endif }; /* base32 */ class b32 { public: b32(); ~b32(); void encode(uint8_t *input, uint8_t *output, size_t len); private: #ifdef __RTP_CRYPTO__ CryptoPP::Base32Encoder enc_; #endif }; namespace random { void generate_random(uint8_t *out, size_t len); }; namespace crc32 { void get_crc32(uint8_t *input, size_t len, uint32_t *output); bool verify_crc32(uint8_t *input, size_t len, uint32_t old_crc); uint32_t calculate_crc32(uint8_t *input, size_t len); }; bool enabled(); }; };

[ "aaro.altonen@tuni.fi" ]

aaro.altonen@tuni.fi

42eefa2cf3dc3f7021a01f446ef02bbbea085f92

8f0061102767bdedad23588bf8553f5ffd1f5ca5

/lab1/main.cpp

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[]

no_license

marco-ballario/pds-malnati-labs

262411dde28b03f3f7a6ca7ac38add053c84a0b1

5ca08c44027192eaeb862d98557935c6a4d4df6b

refs/heads/main

2023-06-01T14:07:08.924363

2021-06-14T09:07:07

2021-06-14T09:08:38

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#include <iostream> #include <tuple> #include "Message.h" #include "DurationLogger.h" #include "MessageStore.h" void testMethods(); void testDefaultConstructor(); void testMyConstructor(); void testCopyConstructor(); void testMovementConstructor(); void testCopyOperator(); void testMovementOperator(); void questions(); void time(); void testMessageStore(); void testReallocation(); int main() { //testMethods(); //questions(); //time(); //testMessageStore(); //std::cout << "Numero istanze oggetti Messagge: " << Message::num_instances << std::endl; testReallocation(); std::cout << "Numero istanze oggetti Messagge: " << Message::num_instances << std::endl; return 0; } void testMethods(){ testDefaultConstructor(); testMyConstructor(); testCopyConstructor(); testMovementConstructor(); testCopyOperator(); testMovementOperator(); } void testDefaultConstructor() { std::cout << "=====testDefaultConstructor()=====" << std::endl; Message m; std::cout << "m: " << m << std::endl; } void testMyConstructor() { std::cout << "=====testMyConstructor()=====" << std::endl; Message m(10); std::cout << "m: " << m << std::endl; } void testCopyConstructor() { std::cout << "=====testCopyConstructor()=====" << std::endl; Message m1{10}; Message m2{m1}; std::cout << "m1: " << m1 << std::endl << "m2: " << m2 << std::endl; } void testMovementConstructor() { std::cout << "=====testMovementConstructor()=====" << std::endl; Message m1{10}; Message m2 = std::move(m1); std::cout << "m1: " << m1 << std::endl << "m2: " << m2 << std::endl; } void testCopyOperator() { std::cout << "=====testCopyOperator()=====" << std::endl; Message m1(10); Message m2; m2 = m1; std::cout << m1 << std::endl << m2 << std::endl; } void testMovementOperator() { std::cout << "=====testMovementOperator()=====" << std::endl; Message m1(10); Message m2; m2 = std::move(m1); std::cout << m1 << std::endl << m2 << std::endl; } void questions() { std::cout << "=====questions()=====" << std::endl; // invoca costruttore vuoto in entrambi i casi Message buff1[10]; // crea oggetti nello stack Message *buff2 = new Message[10]; // crea oggetti nello heap delete[] buff2; // libera oggetti dallo heap // libera oggetti dallo stack automaticamente alla fine // se assegno un nuovo messaggio al primo elemento dell'array // 1) viene chiamato il costruttore di messaggio // 2) viene chiamato l'operatore di movimento // 3) la stringa destinazione viene deallocata e sostituita con quella nuova // 4) la stringa sorgente ora è nullprt // 5) al termine del programma tutti i messaggi sono distrutti buff1[0] = Message(100); // senza costruttore di default la compilazione fallisce // non posso creare un array di messaggi né nello stack né nello heap // mi vengono suggeriti metodi alternativi presenti nella classe // se rimuovo i tutti i costruttori il compilatore provvede a creare un costruttore di default // il compilatore fornisce un costruttore di default // solo se il programmatore non ha fornito NESSUN costruttore // La presenza di un costruttore scritto dal programmatore causa // la non generazione del costruttore di default da parte del compilatore // con costruttore di default privato la compilazione fallisce // non posso creare un array di messaggi né nello stack né nello heap // mi viene segnalato che il costruttore di default è privato // senza ridefinire gli operatori di movimento e copia l'esempio non funziona // se non sono stati definiti dal programmatore // 1) costruttori di copia // 2) costruttori di movimento // 3) operatori di assegnamento per copia // 4) distruttori // allora il compilatore dichiara il proprio operatore di assegnamento per movimento // senza operatore di movimento prova usa l'operatore di copia } void time() { DurationLogger dl("time()"); std::cout << "=====time()=====" << std::endl; std::cout << "dimensione char: " << sizeof(char) << std::endl; // 1 char è 1 byte Message buff1[10]; for(int i=0; i<10; i++){ buff1[i] = std::move(Message(1024*1024)); } } void testMessageStore() { std::cout << "=====testMessageStore()=====" << std::endl; std::cout << "1) Creo un oggetto MessageStore" << std::endl; MessageStore ms(2); // oggetto creato nello stack std::cout << "2) Creo oggetto Message da aggiungere" << std::endl; Message *m1 = new Message(5); std::cout << "3) Aggiungo un oggetto Message all'oggetto MessageStore" << std::endl; ms.add(*m1); std::cout << "4) Cancello oggetto Message aggiunto" << std::endl; delete m1; { std::cout << "5) Cerco oggetto Message nell'oggetto MessageStore" << std::endl; auto resOpt = ms.get(0); // ritorna una copia del messaggio nello stack if (resOpt) { std::cout << "Messaggio trovato: " << *resOpt << std::endl; } else { std::cout << "Messaggio non trovato!" << std::endl; } } std::cout << "6) Rimuovo oggetto Message dall'oggetto MessageStore" << std::endl; ms.remove(0); std::cout << "7) Analizzo lo stato del vettore interno a MessageStore" << std::endl; auto [ num_messages, num_spaces ] = ms.stats(); std::cout << "Messaggi: " << num_messages << ", spazi: " << num_spaces << std::endl; std::cout << "8) Libero stack" << std::endl; } void testReallocation(){ std::cout << "=====testReallocation()=====" << std::endl; MessageStore ms(100); // oggetto creato nello stack for(int i=0; i<100; i++){ Message *m = new Message(1024*1024); ms.add(*m); delete m; } std::cout << "CARICAMENTO 100 MESSAGGI" << std::endl; auto [ num_messages, num_spaces ] = ms.stats(); std::cout << "Messaggi: " << num_messages << ", spazi: " << num_spaces << std::endl; for(int i=0; i<100; i++){ if(i%2 == 0){ ms.remove(i); } } std::cout << "RIMOZIONE 50 MESSAGGI" << std::endl; auto statistics = ms.stats(); std::cout << "Messaggi: " << std::get<0>(statistics) << ", spazi: " << std::get<1>(statistics) << std::endl; std::cout << "ORA COMPATTO I MESSAGGI" << std::endl; ms.compact(); }

[ "marco.ballario1997@gmail.com" ]

marco.ballario1997@gmail.com

fc11f228f5fe4cab491fbc8af76e5b1050439032

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/DirectX11_BaseSystem/Include/Havok_SDK/Common/Base/Memory/Util/hkMemUtil.h

aabaacb4a84d359475063bbf05acb197cc5b536e

[]

no_license

kururu-zzz/DirectWrite

f3599ae83c0edefb574ccd9c0026a151a68fbfbf

19fe366832ec04cbcdb79db799eb8088ced376ad

refs/heads/master

2021-01-10T08:00:53.148408

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/* * * Confidential Information of Telekinesys Research Limited (t/a Havok). Not for disclosure or distribution without Havok's * prior written consent. This software contains code, techniques and know-how which is confidential and proprietary to Havok. * Product and Trade Secret source code contains trade secrets of Havok. Havok Software (C) Copyright 1999-2014 Telekinesys Research Limited t/a Havok. All Rights Reserved. Use of this software is subject to the terms of an end user license agreement. * */ #ifndef HKBASE_HKMEMUTIL_H #define HKBASE_HKMEMUTIL_H /// Utility functions to copy memory. namespace hkMemUtil { template <unsigned int NBYTES> struct TypeFromAlign; template <> struct TypeFromAlign<1> { typedef char type; }; template <> struct TypeFromAlign<2> { typedef hkInt16 type; }; template <> struct TypeFromAlign<4> { typedef hkInt32 type; }; template <> struct TypeFromAlign<8> { typedef hkInt64 type; }; template <unsigned int NBYTES> struct TypeFromAlign: public TypeFromAlign<NBYTES/2> {}; // called from hkArray::removeAt template <unsigned int ELEMENTSIZE, unsigned int ELEMENTALIGN> HK_FORCE_INLINE void memCpyOneAligned(void* dst, const void* src); template <unsigned int ELEMENTALIGN> HK_FORCE_INLINE void memCpy(void* dst, const void* src, int nbytes); HK_EXPORT_COMMON void HK_CALL memCpy(void* dst, const void* src, int nbytes); HK_EXPORT_COMMON void HK_CALL memCpyBackwards(void* dst, const void* src, int nbytes); HK_EXPORT_COMMON void HK_CALL memMove(void* dst, const void* src, int nbytes); HK_EXPORT_COMMON void HK_CALL memSet(void* dst, const int c, int n); } #include <Common/Base/Memory/Util/hkMemUtil.inl> #endif // HKBASE_HKMEMUTIL_H /* * Havok SDK - NO SOURCE PC DOWNLOAD, BUILD(#20140907) * * Confidential Information of Havok. (C) Copyright 1999-2014 * Telekinesys Research Limited t/a Havok. All Rights Reserved. The Havok * Logo, and the Havok buzzsaw logo are trademarks of Havok. Title, ownership * rights, and intellectual property rights in the Havok software remain in * Havok and/or its suppliers. * * Use of this software for evaluation purposes is subject to and indicates * acceptance of the End User licence Agreement for this product. A copy of * the license is included with this software and is also available at www.havok.com/tryhavok. * */

[ "kurukuru.0844808@gmail.com" ]

kurukuru.0844808@gmail.com

b7075fc411db3fc4984e8a39fc39f450e74a572f

790f1c10685fb49662052f4ce58bec7396828fbc

/boj/greedy/1783.cpp

0fb1bf021a23cb18ec3f1c6b0520b5b01dc0aafd

[]

no_license

jychoi927/problem-solving

f3522c404b4ff240c555b5cfcfecb1716d600ebb

3bb3ff5484878e89a5323f3996cb9edbb3bd47d4

refs/heads/master

2020-12-02T00:58:55.067817

2020-10-04T09:47:59

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#include <iostream> #include <algorithm> #define endl '\n' #define fastio cin.sync_with_stdio(false); cin.tie(nullptr) using namespace std; int main(){ fastio; int n, m; cin >> n >> m; //n이 1이면 움직이지 못한다. if(n == 1) cout << 1 << endl; //n이 2이면 움직일 수 있는 방법이 두 가지밖에 없으므로 //최대 3칸밖에 움직이지 못한다. else if(n == 2) cout << min(4, (m + 1) / 2); //n이 3이상일 때 //m이 6이하이면 모든 방법으로 움직이지 못하므로 최대 3칸 이동할 수 있고 //m이 6보다 크면 2, 3번 방법 한번씩 사용 후 1, 4번 방법으로만 이동시키면 된다. else if(n >= 3) cout << (m <= 6 ? min(4, m) : m - 2) << endl; return 0; }

[ "jychoi927@gmail.com" ]

jychoi927@gmail.com

bf11cd99888eb87cb1c92f2eecb93822ae54bfc8

ba5d1d776888be6ae9688d850f0445d80973ee8f

/public/g15/ig15.h

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permissive

BerntA/tfo-code

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2023-08-17T06:57:13.107323

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2023-05-29T23:35:33

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//====== Copyright © 1996-2005, Valve Corporation, All rights reserved. ======= // // Purpose: // //============================================================================= #ifndef IG15_H #define IG15_H #ifdef _WIN32 #pragma once #endif typedef void * G15_HANDLE; typedef enum { G15_BUTTON_1, G15_BUTTON_2, G15_BUTTON_3, G15_BUTTON_4 } G15SoftButton; typedef enum { G15_SMALL, G15_MEDIUM, G15_BIG } G15TextSize; typedef enum { G15_SCROLLING_TEXT, G15_STATIC_TEXT, G15_ICON, G15_PROGRESS_BAR, G15_UNKNOWN } G15ObjectType; class IG15 { public: virtual void GetLCDSize( int &w, int &h ) = 0; // w, h should match the return value from GetLCDSize!!! // Creates the underlying object virtual bool Init( char const *name ) = 0; // Destroys the underlying object virtual void Shutdown() = 0; virtual bool IsConnected() = 0; // Add/remove virtual G15_HANDLE AddText(G15ObjectType type, G15TextSize size, int alignment, int maxLengthPixels) = 0; virtual G15_HANDLE AddIcon( void *icon, int sizeX, int sizeY) = 0; virtual void RemoveAndDestroyObject( G15_HANDLE hObject ) = 0; // Change virtual int SetText(G15_HANDLE handle, char const * text) = 0; virtual int SetOrigin(G15_HANDLE handle, int x, int y) = 0; virtual int SetVisible(G15_HANDLE handle, bool visible) = 0; virtual bool ButtonTriggered(int button) = 0; virtual void UpdateLCD( unsigned int dwTimestamp) = 0; }; #define G15_INTERFACE_VERSION "G15_INTERFACE_VERSION001" #endif // IG15_H

[ "bernta1@msn.com" ]

bernta1@msn.com

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b2d00dd254d83ef2b3baa825e8c4c339af428868

/opengl_texmap/mp3.cpp

a8f7045d794ea56702213827980d1e1fef61c40c

[ "MIT" ]

permissive

srujun/cs418

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refs/heads/master

2021-03-08T19:36:10.346645

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#include <cstdlib> #include <iostream> #include <string> #include <GL/gl.h> #include <GL/freeglut.h> #include "mp3.h" Teapot * teapot; Image * texture_map; Image * env_map; GLuint texmapID; GLuint envmapID; // Keyboard Toggles enum DisplayMode { solid, texture, environment }; bool displayMesh = false; bool lightsOn = true; DisplayMode mode = solid; // View Variables float rotAngle = 0.0f; int nFPS = 30; // Materials GLfloat mat_ambient[] = { 1.0f, 0.3f, 0.0f, 1.0f }; GLfloat mat_diffuse[] = { 0.8, 0.8, 0.8, 1.0 }; GLfloat mat_specular[] = { 0.6f, 0.6f, 0.6f, 1.0 }; GLfloat mat_shininess[] = { 20.0 }; GLfloat mat_ambient_tex[] = { 0.8f, 0.8f, 1.0f, 1.0f }; GLfloat mat_diffuse_tex[] = { 1.0f, 1.0f, 1.0f, 1.0f }; GLfloat mat_specular_tex[] = { 0.8f, 0.8f, 1.0f, 1.0f }; GLfloat mat_shininess_tex[] = { 5.0 }; // LIGHTS!!! :) GLfloat light_ambient[] = { 0.3, 0.3, 0.3, 1.0 }; GLfloat light_diffuse[] = { 0.7, 0.5, 0.1, 1.0 }; GLfloat light_specular[] = { 0.2, 0.2, 0.2, 1.0 }; GLfloat light_position[] = { -3.0, 3.0, 6.0, 0.0 }; void loadTextureMap() { // generate and bind enviroment map glBindTexture(GL_TEXTURE_2D, texmapID); // Set the texture parameters glEnable(GL_TEXTURE_2D); // linear interpolation of pixel data glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_MAG_FILTER, GL_LINEAR); glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_MIN_FILTER, GL_LINEAR); // modulate, so we can merge the lights with the model texture glTexEnvi(GL_TEXTURE_ENV, GL_TEXTURE_ENV_MODE, GL_MODULATE); glEnable(GL_TEXTURE_GEN_S); glEnable(GL_TEXTURE_GEN_T); // set other params glTexGeni(GL_S, GL_TEXTURE_GEN_MODE, GL_OBJECT_LINEAR); glTexGeni(GL_T, GL_TEXTURE_GEN_MODE, GL_OBJECT_LINEAR); glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_WRAP_S, GL_REPEAT); glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_WRAP_T, GL_REPEAT); // set the environment texture's image glTexImage2D(GL_TEXTURE_2D, 0, GL_RGBA, texture_map->getWidth(), texture_map->getHeight(), 0, GL_RGBA, GL_UNSIGNED_BYTE, texture_map->getBytes()); } void loadEnviromentMap() { // generate and bind enviroment map glBindTexture(GL_TEXTURE_2D, envmapID); // set environment map parameters glEnable(GL_TEXTURE_2D); // linear interpolation of pixel data glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_MAG_FILTER, GL_LINEAR); glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_MIN_FILTER, GL_LINEAR); // set texture generation mode to sphere map glTexGeni(GL_S, GL_TEXTURE_GEN_MODE, GL_SPHERE_MAP); glTexGeni(GL_T, GL_TEXTURE_GEN_MODE, GL_SPHERE_MAP); glEnable(GL_TEXTURE_GEN_S); glEnable(GL_TEXTURE_GEN_T); // set other params glTexEnvi(GL_TEXTURE_ENV, GL_TEXTURE_ENV_MODE, GL_MODULATE); glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_WRAP_S, GL_REPEAT); glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_WRAP_T, GL_REPEAT); // set the environment texture's image glTexImage2D(GL_TEXTURE_2D, 0, GL_RGBA, env_map->getWidth(), env_map->getHeight(), 0, GL_RGBA, GL_UNSIGNED_BYTE, env_map->getBytes()); } void init(string objfile, string texmapfile, string envmapfile) { // init your data, setup OpenGL environment here glClearColor(0.2, 0.2, 0.2, 1.0); // clear color is gray glPointSize(4.0); // assign the teapot model's material glMaterialfv(GL_FRONT, GL_AMBIENT, mat_ambient); glMaterialfv(GL_FRONT, GL_DIFFUSE, mat_diffuse); glMaterialfv(GL_FRONT, GL_SPECULAR, mat_specular); glMaterialfv(GL_FRONT, GL_SHININESS, mat_shininess); // assign the light's ambient, diffuse, specular and position values glLightfv(GL_LIGHT0, GL_AMBIENT, light_ambient); glLightfv(GL_LIGHT0, GL_DIFFUSE, light_diffuse); glLightfv(GL_LIGHT0, GL_SPECULAR, light_specular); glLightfv(GL_LIGHT0, GL_POSITION, light_position); // enable lighting glEnable(GL_LIGHT0); glEnable(GL_LIGHTING); // enable hidden surface calculation using z-buffers glEnable(GL_DEPTH_TEST); cout << "Creating Teapot in memory..." << endl; teapot = new Teapot(objfile); cout << "Teapot memory allocated." << endl; texture_map = new Image(texmapfile); env_map = new Image(envmapfile); // generate texture names glGenTextures(1, &texmapID); glGenTextures(1, &envmapID); cout << "Texture and Environment maps loaded." << endl; } void display(void) { glClear(GL_COLOR_BUFFER_BIT | GL_DEPTH_BUFFER_BIT); // set whether mesh is displayed or not if(displayMesh) glPolygonMode(GL_FRONT_AND_BACK, GL_LINE); else glPolygonMode(GL_FRONT_AND_BACK, GL_FILL); glMatrixMode(GL_MODELVIEW); glLoadIdentity(); gluLookAt(3.0f, 5.0f, 3.0f, 0.0f, 1.0f, 0.0f, 0.0f, 1.0f, 0.0f); glRotatef(rotAngle, 0.f, 1.f, 0.f); // Draw the Teapot Model // We will loop through each face and draw the triangle // formed by that face's 3 vertices for(unsigned int i = 0; i < teapot->faces.size(); i++) { glBegin(GL_TRIANGLES); // get the current face Face f = teapot->faces[i]; // get this face's 3 vertices, and the respective vertex-normals // also convert the vertices to cylindrical coordinates Vertex vert0 = teapot->vertices[f.vidx0]; Vertex vert0cy = vert0.getCylindrical(teapot->maxYval); Point3D norm0 = teapot->vertexNormals[f.vidx0]; Vertex vert1 = teapot->vertices[f.vidx1]; Vertex vert1cy = vert1.getCylindrical(teapot->maxYval); Point3D norm1 = teapot->vertexNormals[f.vidx1]; Vertex vert2 = teapot->vertices[f.vidx2]; Vertex vert2cy = vert2.getCylindrical(teapot->maxYval); Point3D norm2 = teapot->vertexNormals[f.vidx2]; if(mode == texture) { glTexCoord2f(vert0cy.x, vert0cy.y); glTexCoord2f(vert1cy.x, vert1cy.y); glTexCoord2f(vert2cy.x, vert2cy.y); } // specify the the normal first, then the vertex glNormal3f(norm0.x, norm0.y, norm0.z); glVertex3f(vert0.x, vert0.y, vert0.z); glNormal3f(norm1.x, norm1.y, norm1.z); glVertex3f(vert1.x, vert1.y, vert1.z); glNormal3f(norm2.x, norm2.y, norm2.z); glVertex3f(vert2.x, vert2.y, vert2.z); glEnd(); } // enable/disable the lights as specified if(lightsOn) glEnable(GL_LIGHT0); else glDisable(GL_LIGHT0); if(mode == solid) { glMaterialfv(GL_FRONT, GL_AMBIENT, mat_ambient); glMaterialfv(GL_FRONT, GL_DIFFUSE, mat_diffuse); glMaterialfv(GL_FRONT, GL_SPECULAR, mat_specular); glMaterialfv(GL_FRONT, GL_SHININESS, mat_shininess); glDisable(GL_TEXTURE_2D); } else if(mode == texture) { glMaterialfv(GL_FRONT, GL_AMBIENT, mat_ambient_tex); glMaterialfv(GL_FRONT, GL_DIFFUSE, mat_diffuse_tex); glMaterialfv(GL_FRONT, GL_SPECULAR, mat_specular_tex); glMaterialfv(GL_FRONT, GL_SHININESS, mat_shininess_tex); // load the texture map loadTextureMap(); } else if(mode == environment) { glMaterialfv(GL_FRONT, GL_AMBIENT, mat_ambient_tex); glMaterialfv(GL_FRONT, GL_DIFFUSE, mat_diffuse_tex); glMaterialfv(GL_FRONT, GL_SPECULAR, mat_specular_tex); glMaterialfv(GL_FRONT, GL_SHININESS, mat_shininess_tex); // load the environment map loadEnviromentMap(); } glFlush(); glutSwapBuffers(); // swap front/back framebuffer to avoid flickering } void reshape(int w, int h) { glViewport(0, 0, w, h); glMatrixMode(GL_PROJECTION); glLoadIdentity(); gluPerspective(70.f, (float)w / h, 0.001f, 30.f); } void keyboard(unsigned char key, int x, int y) { switch(key) { case 'm': displayMesh = !displayMesh; break; case 'l': lightsOn = !lightsOn; break; case 's': mode = solid; break; case 'e': mode = environment; break; case 't': mode = texture; break; case 27: glutLeaveMainLoop(); break; } } void timer(int v) { rotAngle += 1.f; glutPostRedisplay(); glutTimerFunc(1000/nFPS, timer, v); } int main(int argc, char** argv) { glutInit(&argc, argv); glutInitDisplayMode(GLUT_DOUBLE | GLUT_RGB | GLUT_DEPTH); glutInitWindowSize(1000, 800); glutInitWindowPosition(2380, 100); glutCreateWindow("MP3 Teapot - sgupta80"); // this is to make sure memory is cleared on program exit, so we // set it such that the main loop continues when we exit glutSetOption(GLUT_ACTION_ON_WINDOW_CLOSE, GLUT_ACTION_GLUTMAINLOOP_RETURNS); std::cout << "OpenGL: " << glGetString(GL_VERSION) << ", GLSL: " << glGetString(GL_SHADING_LANGUAGE_VERSION) << std::endl; if(argv[1] == NULL) { cout << "No OBJ file specified." << endl; exit(EXIT_FAILURE); } if(argv[2] == NULL) { cout << "No texture map specified." << endl; exit(EXIT_FAILURE); } if(argv[3] == NULL) { cout << "No environment map specified." << endl; exit(EXIT_FAILURE); } init(argv[1], argv[2], argv[3]); glutDisplayFunc(display); glutReshapeFunc(reshape); glutKeyboardFunc(keyboard); glutTimerFunc(100, timer, 0); glutMainLoop(); delete teapot; delete texture_map; delete env_map; return 0; }

[ "theununtrium@gmail.com" ]

theununtrium@gmail.com

d0a371b69bf76e33f267438d893d50257812f23e

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/GUI/Gui-RoombaV1.0/brushvacuumdata.cpp

ddbc1e55c4d21bb38ac32af1cfc99475b448c540

[]

no_license

K-4U/ese_project4y5

25a1f991390d8232a0fb071ed8ffa6bd1506cb35

235b8b31b3a9eca833286b954c948ad0348d0d47

refs/heads/master

2020-05-26T21:23:04.080525

2013-06-19T10:20:25

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#include "brushvacuumdata.h" namespace shared{ namespace events{ eventBrushVacuumData::eventBrushVacuumData(bool mainBrush, bool sideBrush, bool vacuum) { ourType = EVENTTYPE_BRUSHVACUUMDATA; this->addToData("MainBrush", mainBrush); this->addToData("SideBrush", sideBrush); this->addToData("Vacuum", vacuum); } eventBrushVacuumData::eventBrushVacuumData(QVariantMap data) :clsEvent(data) { } bool eventBrushVacuumData::mainBrush() const { return this->getData("MainBrush").toBool(); } bool eventBrushVacuumData::sideBrush() const { return this->getData("SideBrush").toBool(); } bool eventBrushVacuumData::vacuum() const { return this->getData("Vacuum").toBool(); } } }

[ "snpadedb@hotmail.com" ]

snpadedb@hotmail.com

3bfd09fc8c3fe57a71bbe0a1662427f63ebea4d0

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/features/nanostack/FEATURE_NANOSTACK/sal-stack-nanostack/test/nanostack/unittest/libNET/net/main.cpp

41908314a30d78923e680f8a6309a0e8af448bd4

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permissive

Wenchou01/mbed-os

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refs/heads/master

2021-08-20T09:09:26.038479

2017-11-27T16:37:40

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/* * Copyright (c) 2016, Arm Limited and affiliates. * SPDX-License-Identifier: Apache-2.0 * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. */ #include "CppUTest/CommandLineTestRunner.h" #include "CppUTest/TestPlugin.h" #include "CppUTest/TestRegistry.h" #include "CppUTestExt/MockSupportPlugin.h" int main(int ac, char** av) { return CommandLineTestRunner::RunAllTests(ac, av); } IMPORT_TEST_GROUP(net);

[ "arto.kinnunen@arm.com" ]

arto.kinnunen@arm.com

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/vcl/math/mat/mat4/mat4.cpp

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#include "mat4.hpp" #include "../../mat/mat3/mat3.hpp" #include "../../vec/vec3/vec3.hpp" #include <iostream> namespace vcl { mat4::mat() :xx(),xy(),xz(),xw(), yx(),yy(),yz(),yw(), zx(),zy(),zz(),zw(), wx(),wy(),wz(),ww() {} mat4::mat(float xx_arg,float xy_arg,float xz_arg,float xw_arg, float yx_arg,float yy_arg,float yz_arg,float yw_arg, float zx_arg,float zy_arg,float zz_arg,float zw_arg, float wx_arg,float wy_arg,float wz_arg,float ww_arg) :xx(xx_arg),xy(xy_arg),xz(xz_arg),xw(xw_arg), yx(yx_arg),yy(yy_arg),yz(yz_arg),yw(yw_arg), zx(zx_arg),zy(zy_arg),zz(zz_arg),zw(zw_arg), wx(wx_arg),wy(wy_arg),wz(wz_arg),ww(ww_arg) {} mat4::mat(const vcl::mat3& R, const vcl::vec3& t) :xx(R(0,0)),xy(R(0,1)),xz(R(0,2)),xw(t.x), yx(R(1,0)),yy(R(1,1)),yz(R(1,2)),yw(t.y), zx(R(2,0)),zy(R(2,1)),zz(R(2,2)),zw(t.z), wx(0),wy(0),wz(0),ww(1.0f) { } mat4 mat4::identity() { return mat4(1,0,0,0, 0,1,0,0, 0,0,1,0, 0,0,0,1); } mat4 mat4::zero() { return mat4(0,0,0,0, 0,0,0,0, 0,0,0,0, 0,0,0,0); } mat4 mat4::perspective(float angle_of_view, float image_aspect, float z_near, float z_far) { const float fy = 1/std::tan(angle_of_view/2); const float fx = fy/image_aspect; const float L = z_near-z_far; const float C = (z_far+z_near)/L; const float D = (2*z_far*z_near)/L; return { fx,0,0,0, 0,fy,0,0, 0,0,C,D, 0,0,-1,0 }; } mat4 mat4::from_scaling(float s) { return { s,0,0,0, 0,s,0,0, 0,0,s,0, 0,0,0,1 }; } mat4 mat4::from_scaling(const vcl::vec3& s) { return { s.x,0 ,0 ,0, 0 ,s.y,0 ,0, 0 ,0 ,s.z,0, 0 ,0 ,0 ,1 }; } mat4 mat4::from_mat3(const vcl::mat3& m) { return { m.xx, m.xy, m.xz, 0, m.yx, m.yy, m.yz, 0, m.zx, m.zy, m.zz, 0, 0 , 0 , 0 , 1 }; } mat4 mat4::from_translation(const vcl::vec3& t) { return { 1,0,0,t.x, 0,1,0,t.y, 0,0,1,t.z, 0,0,0,1 }; } vec4 mat4::row(std::size_t offset) const { switch(offset) { case 0: return {xx,xy,xz,xw}; case 1: return {yx,yy,yz,yw}; case 2: return {zx,zy,zz,zw}; case 3: return {wx,wy,wz,ww}; default: std::cerr<<"Error: Try to access mat4.row("<<offset<<")"<<std::endl; assert(false); } abort(); } vec4 mat4::col(std::size_t offset) const { switch(offset) { case 0: return {xx,yx,zx,wx}; case 1: return {xy,yy,zy,wy}; case 2: return {xz,yz,zz,wz}; case 3: return {xw,yw,zw,ww}; default: std::cerr<<"Error: Try to access mat4.col("<<offset<<")"<<std::endl; assert(false); } abort(); } mat4& mat4::set_row(std::size_t offset, const vec4& v) { switch(offset) { case 0: xx=v.x; xy=v.y; xz=v.z; wz=v.w; break; case 1: yx=v.x; yy=v.y; yz=v.z; yw=v.w; break; case 2: zx=v.x; zy=v.y; zz=v.z; zw=v.w; break; case 3: wx=v.x; wy=v.y; wz=v.z; ww=v.w; break; default: std::cerr<<"Error: Try to set mat4.row("<<offset<<")"<<std::endl; assert(false); } return *this; } mat4& mat4::set_col(std::size_t offset, const vec4& v) { switch(offset) { case 0: xx=v.x; yx=v.y; zx=v.z; wx=v.w; break; case 1: xy=v.x; yy=v.y; zy=v.z; wy=v.w; break; case 2: xz=v.x; yz=v.y; zz=v.z; wz=v.w; break; case 3: xw=v.x; yw=v.y; zw=v.z; ww=v.w; break; default: std::cerr<<"Error: Try to set mat4.col("<<offset<<")"<<std::endl; assert(false); } return *this; } const float& mat4::operator[](std::size_t offset) const { switch(offset) { case 0: return xx; case 1: return xy; case 2: return xz; case 3: return xw; case 4: return yx; case 5: return yy; case 6: return yz; case 7: return yw; case 8: return zx; case 9: return zy; case 10: return zz; case 11: return zw; case 12: return wx; case 13: return wy; case 14: return wz; case 15: return ww; default: std::cerr<<"Error: Try to access mat4["<<offset<<"]"<<std::endl; assert(false); } abort(); } float& mat4::operator[](std::size_t offset) { switch(offset) { case 0: return xx; case 1: return xy; case 2: return xz; case 3: return xw; case 4: return yx; case 5: return yy; case 6: return yz; case 7: return yw; case 8: return zx; case 9: return zy; case 10: return zz; case 11: return zw; case 12: return wx; case 13: return wy; case 14: return wz; case 15: return ww; default: std::cerr<<"Error: Try to access mat4["<<offset<<"]"<<std::endl; assert(false); } abort(); } const float& mat4::operator()(std::size_t index1, std::size_t index2) const { switch(index1) { case 0: switch(index2) { case 0: return xx; case 1: return xy; case 2: return xz; case 3: return xw; default: std::cerr<<"Error: Try to access mat4("<<index1<<","<<index2<<")"<<std::endl; assert(false); } case 1: switch(index2) { case 0: return yx; case 1: return yy; case 2: return yz; case 3: return yw; default: std::cerr<<"Error: Try to access mat4("<<index1<<","<<index2<<")"<<std::endl; assert(false); } case 2: switch(index2) { case 0: return zx; case 1: return zy; case 2: return zz; case 3: return zw; default: std::cerr<<"Error: Try to access mat4("<<index1<<","<<index2<<")"<<std::endl; assert(false); } case 3: switch(index2) { case 0: return wx; case 1: return wy; case 2: return wz; case 3: return ww; default: std::cerr<<"Error: Try to access mat4("<<index1<<","<<index2<<")"<<std::endl; assert(false); } default: std::cerr<<"Error: Try to access mat4("<<index1<<","<<index2<<")"<<std::endl; assert(false); } abort(); } float& mat4::operator()(std::size_t index1, std::size_t index2) { switch(index1) { case 0: switch(index2) { case 0: return xx; case 1: return xy; case 2: return xz; case 3: return xw; default: std::cerr<<"Error: Try to access mat4("<<index1<<","<<index2<<")"<<std::endl; assert(false); } case 1: switch(index2) { case 0: return yx; case 1: return yy; case 2: return yz; case 3: return yw; default: std::cerr<<"Error: Try to access mat4("<<index1<<","<<index2<<")"<<std::endl; assert(false); } case 2: switch(index2) { case 0: return zx; case 1: return zy; case 2: return zz; case 3: return zw; default: std::cerr<<"Error: Try to access mat4("<<index1<<","<<index2<<")"<<std::endl; assert(false); } case 3: switch(index2) { case 0: return wx; case 1: return wy; case 2: return wz; case 3: return ww; default: std::cerr<<"Error: Try to access mat4("<<index1<<","<<index2<<")"<<std::endl; assert(false); } default: std::cerr<<"Error: Try to access mat4("<<index1<<","<<index2<<")"<<std::endl; assert(false); } abort(); } vcl::mat3 mat4::mat3() const { return submat<3,3>(*this,0,0); } mat4& mat4::set_mat3(const vcl::mat3& m) { set_submat(*this,0,0,m); return *this; } vcl::vec3 mat4::vec3() const { return mat2vec(submat<3,1>(*this,0,3)); } mat4& mat4::set_vec3(const vcl::vec3& tr) { set_submat(*this,0,3,vec2mat(tr)); return *this; } mat4 mat4::from_mat3_vec3(const vcl::mat3& linear_block, const vcl::vec3& translation_block) { mat4 M = mat4::identity(); M.set_mat3(linear_block); M.set_vec3(translation_block); return M; } }

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/IntrinsicRendererVulkan/src/IntrinsicRendererVulkanResourcesImage.h

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// Copyright 2016 Benjamin Glatzel // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. #pragma once namespace Intrinsic { namespace Renderer { namespace Vulkan { namespace Resources { typedef Dod::Ref ImageRef; typedef _INTR_ARRAY(ImageRef) ImageRefArray; typedef _INTR_ARRAY(_INTR_ARRAY(VkImageView)) ImageViewArray; struct ImageData : Dod::Resources::ResourceDataBase { ImageData() : Dod::Resources::ResourceDataBase(_INTR_MAX_IMAGE_COUNT) { descImageType.resize(_INTR_MAX_IMAGE_COUNT); descImageFormat.resize(_INTR_MAX_IMAGE_COUNT); descImageFlags.resize(_INTR_MAX_IMAGE_COUNT); descDimensions.resize(_INTR_MAX_IMAGE_COUNT); descArrayLayerCount.resize(_INTR_MAX_IMAGE_COUNT); descMipLevelCount.resize(_INTR_MAX_IMAGE_COUNT); descFileName.resize(_INTR_MAX_IMAGE_COUNT); vkImage.resize(_INTR_MAX_IMAGE_COUNT); vkImageView.resize(_INTR_MAX_IMAGE_COUNT); vkSubResourceImageViews.resize(_INTR_MAX_IMAGE_COUNT); vkDeviceMemory.resize(_INTR_MAX_IMAGE_COUNT); } // Description _INTR_ARRAY(ImageType::Enum) descImageType; _INTR_ARRAY(Format::Enum) descImageFormat; _INTR_ARRAY(uint8_t) descImageFlags; _INTR_ARRAY(glm::uvec3) descDimensions; _INTR_ARRAY(uint32_t) descArrayLayerCount; _INTR_ARRAY(uint32_t) descMipLevelCount; _INTR_ARRAY(_INTR_STRING) descFileName; // Resources _INTR_ARRAY(VkImage) vkImage; _INTR_ARRAY(VkImageView) vkImageView; _INTR_ARRAY(ImageViewArray) vkSubResourceImageViews; _INTR_ARRAY(VkDeviceMemory) vkDeviceMemory; }; struct ImageManager : Dod::Resources::ResourceManagerBase<ImageData, _INTR_MAX_IMAGE_COUNT> { static void init(); _INTR_INLINE static ImageRef createImage(const Name& p_Name) { ImageRef ref = Dod::Resources::ResourceManagerBase< ImageData, _INTR_MAX_IMAGE_COUNT>::_createResource(p_Name); return ref; } _INTR_INLINE static void resetToDefault(ImageRef p_Ref) { _descImageType(p_Ref) = ImageType::kExternal; _descImageFormat(p_Ref) = Format::kR32G32B32A32SFloat; _descImageFlags(p_Ref) = ImageFlags::kUsageAttachment | ImageFlags::kUsageSampled; _descDimensions(p_Ref) = glm::uvec3(0u, 0u, 0u); _descArrayLayerCount(p_Ref) = 1u; _descMipLevelCount(p_Ref) = 1u; _descFileName(p_Ref) = ""; } _INTR_INLINE static void destroyImage(ImageRef p_Ref) { Dod::Resources::ResourceManagerBase< ImageData, _INTR_MAX_IMAGE_COUNT>::_destroyResource(p_Ref); } _INTR_INLINE static void compileDescriptor(ImageRef p_Ref, rapidjson::Value& p_Properties, rapidjson::Document& p_Document) { Dod::Resources::ResourceManagerBase< ImageData, _INTR_MAX_IMAGE_COUNT>::_compileDescriptor(p_Ref, p_Properties, p_Document); p_Properties.AddMember("imageType", _INTR_CREATE_PROP(p_Document, _N(Image), "", (uint32_t)_descImageType(p_Ref), false, true), p_Document.GetAllocator()); p_Properties.AddMember("imageFormat", _INTR_CREATE_PROP(p_Document, _N(Image), "", (uint32_t)_descImageFormat(p_Ref), false, true), p_Document.GetAllocator()); p_Properties.AddMember("flags", _INTR_CREATE_PROP(p_Document, _N(Image), "", (uint32_t)_descImageFlags(p_Ref), false, true), p_Document.GetAllocator()); p_Properties.AddMember("dimensions", _INTR_CREATE_PROP(p_Document, _N(Image), "", glm::vec3(_descDimensions(p_Ref)), false, true), p_Document.GetAllocator()); p_Properties.AddMember("arrayLayerCount", _INTR_CREATE_PROP(p_Document, _N(Image), "", _descArrayLayerCount(p_Ref), false, true), p_Document.GetAllocator()); p_Properties.AddMember("mipLevelCount", _INTR_CREATE_PROP(p_Document, _N(Image), "", _descMipLevelCount(p_Ref), false, true), p_Document.GetAllocator()); p_Properties.AddMember("fileName", _INTR_CREATE_PROP(p_Document, _N(Image), "string", _descFileName(p_Ref), true, false), p_Document.GetAllocator()); } _INTR_INLINE static void initFromDescriptor(ImageRef p_Ref, rapidjson::Value& p_Properties) { Dod::Resources::ResourceManagerBase< ImageData, _INTR_MAX_IMAGE_COUNT>::_initFromDescriptor(p_Ref, p_Properties); if (p_Properties.HasMember("imageType")) _descImageType(p_Ref) = (ImageType::Enum)JsonHelper::readPropertyUint( p_Properties["imageType"]); if (p_Properties.HasMember("imageFormat")) _descImageFormat(p_Ref) = (Format::Enum)JsonHelper::readPropertyUint( p_Properties["imageFormat"]); if (p_Properties.HasMember("flags")) _descImageFlags(p_Ref) = JsonHelper::readPropertyUint(p_Properties["flags"]); if (p_Properties.HasMember("dimensions")) _descDimensions(p_Ref) = JsonHelper::readPropertyVec3(p_Properties["dimensions"]); if (p_Properties.HasMember("arrayLayerCount")) _descArrayLayerCount(p_Ref) = JsonHelper::readPropertyUint(p_Properties["arrayLayerCount"]); if (p_Properties.HasMember("mipLevelCount")) _descMipLevelCount(p_Ref) = JsonHelper::readPropertyUint(p_Properties["mipLevelCount"]); if (p_Properties.HasMember("fileName")) _descFileName(p_Ref) = JsonHelper::readPropertyString(p_Properties["fileName"]); } _INTR_INLINE static void saveToSingleFile(const char* p_FileName) { Dod::Resources::ResourceManagerBase< ImageData, _INTR_MAX_IMAGE_COUNT>::_saveToSingleFile(p_FileName, compileDescriptor); } _INTR_INLINE static void loadFromSingleFile(const char* p_FileName) { Dod::Resources::ResourceManagerBase<ImageData, _INTR_MAX_IMAGE_COUNT>:: _loadFromSingleFile(p_FileName, initFromDescriptor, resetToDefault); } // <- _INTR_INLINE static void createAllResources() { destroyResources(_activeRefs); createResources(_activeRefs); } static void createResources(const ImageRefArray& p_Images); // <- _INTR_INLINE static void destroyResources(const ImageRefArray& p_Images) { for (uint32_t i = 0u; i < p_Images.size(); ++i) { ImageRef ref = p_Images[i]; VkImage& vkImage = _vkImage(ref); ImageViewArray& vkImageViews = _vkSubResourceImageViews(ref); VkImageView& vkImageView = _vkImageView(ref); VkDeviceMemory& vkDeviceMemory = _vkDeviceMemory(ref); if (!hasImageFlags(ref, ImageFlags::kExternalImage)) { if (vkImage != VK_NULL_HANDLE) { RenderSystem::releaseResource(_N(VkImage), (void*)vkImage, nullptr); } } vkImage = VK_NULL_HANDLE; if (!hasImageFlags(ref, ImageFlags::kExternalView)) { for (uint32_t arrayLayerIdx = 0u; arrayLayerIdx < vkImageViews.size(); ++arrayLayerIdx) { for (uint32_t mipIdx = 0u; mipIdx < vkImageViews[arrayLayerIdx].size(); ++mipIdx) { VkImageView vkImageView = vkImageViews[arrayLayerIdx][mipIdx]; RenderSystem::releaseResource(_N(VkImageView), (void*)vkImageView, nullptr); vkImageView = VK_NULL_HANDLE; } } if (vkImageView != VK_NULL_HANDLE) { RenderSystem::releaseResource(_N(VkImageView), (void*)vkImageView, nullptr); vkImageView = VK_NULL_HANDLE; } } vkImageViews.clear(); vkDeviceMemory = VK_NULL_HANDLE; } } // <- _INTR_INLINE static void destroyImagesAndResources(const FramebufferRefArray& p_Images) { destroyResources(p_Images); for (uint32_t i = 0u; i < p_Images.size(); ++i) { destroyImage(p_Images[i]); } } // <- static _INTR_INLINE void insertImageMemoryBarrier( ImageRef p_ImageRef, VkImageLayout p_SrcImageLayout, VkImageLayout p_DstImageLayout, VkPipelineStageFlags p_SrcStages = VK_PIPELINE_STAGE_TOP_OF_PIPE_BIT, VkPipelineStageFlags p_DstStages = VK_PIPELINE_STAGE_TOP_OF_PIPE_BIT) { VkImageSubresourceRange range; range.aspectMask = _descImageFormat(p_ImageRef) != Format::kD24UnormS8UInt ? VK_IMAGE_ASPECT_COLOR_BIT : (VK_IMAGE_ASPECT_DEPTH_BIT | VK_IMAGE_ASPECT_STENCIL_BIT); range.baseMipLevel = 0u; range.levelCount = _descMipLevelCount(p_ImageRef); range.baseArrayLayer = 0u; range.layerCount = _descArrayLayerCount(p_ImageRef); Helper::insertImageMemoryBarrier( RenderSystem::getPrimaryCommandBuffer(), _vkImage(p_ImageRef), p_SrcImageLayout, p_DstImageLayout, range, p_SrcStages, p_DstStages); } // <- static _INTR_INLINE void insertImageMemoryBarrierSubResource( ImageRef p_ImageRef, VkImageLayout p_SrcImageLayout, VkImageLayout p_DstImageLayout, uint32_t p_MipLevel, uint32_t p_ArrayLayer, VkPipelineStageFlags p_SrcStages = VK_PIPELINE_STAGE_TOP_OF_PIPE_BIT, VkPipelineStageFlags p_DstStages = VK_PIPELINE_STAGE_TOP_OF_PIPE_BIT) { VkImageSubresourceRange range; range.aspectMask = _descImageFormat(p_ImageRef) != Format::kD24UnormS8UInt ? VK_IMAGE_ASPECT_COLOR_BIT : (VK_IMAGE_ASPECT_DEPTH_BIT | VK_IMAGE_ASPECT_STENCIL_BIT); range.baseMipLevel = p_MipLevel; range.levelCount = 1u; range.baseArrayLayer = p_ArrayLayer; range.layerCount = 1u; Helper::insertImageMemoryBarrier( RenderSystem::getPrimaryCommandBuffer(), _vkImage(p_ImageRef), p_SrcImageLayout, p_DstImageLayout, range, p_SrcStages, p_DstStages); } // <- _INTR_INLINE static bool hasImageFlags(ImageRef p_Ref, uint8_t p_Flags) { return (_data.descImageFlags[p_Ref._id] & p_Flags) == p_Flags; } _INTR_INLINE static void addImageFlags(ImageRef p_Ref, uint8_t p_Flags) { _data.descImageFlags[p_Ref._id] |= p_Flags; } _INTR_INLINE static void removeImageFlags(ImageRef p_Ref, uint8_t p_Flags) { _data.descImageFlags[p_Ref._id] &= ~p_Flags; } // Member refs. // -> // Description _INTR_INLINE static ImageType::Enum& _descImageType(ImageRef p_Ref) { return _data.descImageType[p_Ref._id]; } _INTR_INLINE static Format::Enum& _descImageFormat(ImageRef p_Ref) { return _data.descImageFormat[p_Ref._id]; } _INTR_INLINE static uint8_t& _descImageFlags(ImageRef p_Ref) { return _data.descImageFlags[p_Ref._id]; } _INTR_INLINE static glm::uvec3& _descDimensions(ImageRef p_Ref) { return _data.descDimensions[p_Ref._id]; } _INTR_INLINE static uint32_t& _descArrayLayerCount(ImageRef p_Ref) { return _data.descArrayLayerCount[p_Ref._id]; } _INTR_INLINE static uint32_t& _descMipLevelCount(ImageRef p_Ref) { return _data.descMipLevelCount[p_Ref._id]; } _INTR_INLINE static _INTR_STRING& _descFileName(ImageRef p_Ref) { return _data.descFileName[p_Ref._id]; } // Resources _INTR_INLINE static VkImage& _vkImage(ImageRef p_Ref) { return _data.vkImage[p_Ref._id]; } _INTR_INLINE static VkImageView& _vkImageView(ImageRef p_Ref) { return _data.vkImageView[p_Ref._id]; } _INTR_INLINE static VkImageView& _vkSubResourceImageView(ImageRef p_Ref, uint32_t p_ArrayLayerIndex, uint32_t p_MipLevelIdx) { return _data .vkSubResourceImageViews[p_Ref._id][p_ArrayLayerIndex][p_MipLevelIdx]; } _INTR_INLINE static ImageViewArray& _vkSubResourceImageViews(ImageRef p_Ref) { return _data.vkSubResourceImageViews[p_Ref._id]; } _INTR_INLINE static VkDeviceMemory& _vkDeviceMemory(ImageRef p_Ref) { return _data.vkDeviceMemory[p_Ref._id]; } }; } } } }

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hh

/* * Copyright © 2007,2008,2009,2010 Red Hat, Inc. * Copyright © 2010,2012,2013 Google, Inc. * * This is part of HarfBuzz, a text shaping library. * * Permission is hereby granted, without written agreement and without * license or royalty fees, to use, copy, modify, and distribute this * software and its documentation for any purpose, provided that the * above copyright notice and the following two paragraphs appear in * all copies of this software. * * IN NO EVENT SHALL THE COPYRIGHT HOLDER BE LIABLE TO ANY PARTY FOR * DIRECT, INDIRECT, SPECIAL, INCIDENTAL, OR CONSEQUENTIAL DAMAGES * ARISING OUT OF THE USE OF THIS SOFTWARE AND ITS DOCUMENTATION, EVEN * IF THE COPYRIGHT HOLDER HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH * DAMAGE. * * THE COPYRIGHT HOLDER SPECIFICALLY DISCLAIMS ANY WARRANTIES, INCLUDING, * BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND * FITNESS FOR A PARTICULAR PURPOSE. THE SOFTWARE PROVIDED HEREUNDER IS * ON AN "AS IS" BASIS, AND THE COPYRIGHT HOLDER HAS NO OBLIGATION TO * PROVIDE MAINTENANCE, SUPPORT, UPDATES, ENHANCEMENTS, OR MODIFICATIONS. * * Red Hat Author(s): Behdad Esfahbod * Google Author(s): Behdad Esfahbod */ #ifndef HB_OT_LAYOUT_GPOS_TABLE_HH #define HB_OT_LAYOUT_GPOS_TABLE_HH #include "hb-ot-layout-gsubgpos.hh" namespace OT { /* buffer **position** var allocations */ #define attach_chain() var.i16[0] /* glyph to which this attaches to, relative to current glyphs; negative for going back, positive for forward. */ #define attach_type() var.u8[2] /* attachment type */ /* Note! if attach_chain() is zero, the value of attach_type() is irrelevant. */ enum attach_type_t { ATTACH_TYPE_NONE = 0X00, /* Each attachment should be either a mark or a cursive; can't be both. */ ATTACH_TYPE_MARK = 0X01, ATTACH_TYPE_CURSIVE = 0X02, }; /* Shared Tables: ValueRecord, Anchor Table, and MarkArray */ typedef HBUINT16 Value; typedef UnsizedArrayOf<Value> ValueRecord; struct ValueFormat : HBUINT16 { enum Flags { xPlacement = 0x0001u, /* Includes horizontal adjustment for placement */ yPlacement = 0x0002u, /* Includes vertical adjustment for placement */ xAdvance = 0x0004u, /* Includes horizontal adjustment for advance */ yAdvance = 0x0008u, /* Includes vertical adjustment for advance */ xPlaDevice = 0x0010u, /* Includes horizontal Device table for placement */ yPlaDevice = 0x0020u, /* Includes vertical Device table for placement */ xAdvDevice = 0x0040u, /* Includes horizontal Device table for advance */ yAdvDevice = 0x0080u, /* Includes vertical Device table for advance */ ignored = 0x0F00u, /* Was used in TrueType Open for MM fonts */ reserved = 0xF000u, /* For future use */ devices = 0x00F0u /* Mask for having any Device table */ }; /* All fields are options. Only those available advance the value pointer. */ #if 0 HBINT16 xPlacement; /* Horizontal adjustment for * placement--in design units */ HBINT16 yPlacement; /* Vertical adjustment for * placement--in design units */ HBINT16 xAdvance; /* Horizontal adjustment for * advance--in design units (only used * for horizontal writing) */ HBINT16 yAdvance; /* Vertical adjustment for advance--in * design units (only used for vertical * writing) */ OffsetTo<Device> xPlaDevice; /* Offset to Device table for * horizontal placement--measured from * beginning of PosTable (may be NULL) */ OffsetTo<Device> yPlaDevice; /* Offset to Device table for vertical * placement--measured from beginning * of PosTable (may be NULL) */ OffsetTo<Device> xAdvDevice; /* Offset to Device table for * horizontal advance--measured from * beginning of PosTable (may be NULL) */ OffsetTo<Device> yAdvDevice; /* Offset to Device table for vertical * advance--measured from beginning of * PosTable (may be NULL) */ #endif unsigned int get_len () const { return hb_popcount ((unsigned int) *this); } unsigned int get_size () const { return get_len () * Value::static_size; } bool apply_value (hb_ot_apply_context_t *c, const void *base, const Value *values, hb_glyph_position_t &glyph_pos) const { bool ret = false; unsigned int format = *this; if (!format) return ret; hb_font_t *font = c->font; bool horizontal = HB_DIRECTION_IS_HORIZONTAL (c->direction); if (format & xPlacement) glyph_pos.x_offset += font->em_scale_x (get_short (values++, &ret)); if (format & yPlacement) glyph_pos.y_offset += font->em_scale_y (get_short (values++, &ret)); if (format & xAdvance) { if (likely (horizontal)) glyph_pos.x_advance += font->em_scale_x (get_short (values, &ret)); values++; } /* y_advance values grow downward but font-space grows upward, hence negation */ if (format & yAdvance) { if (unlikely (!horizontal)) glyph_pos.y_advance -= font->em_scale_y (get_short (values, &ret)); values++; } if (!has_device ()) return ret; bool use_x_device = font->x_ppem || font->num_coords; bool use_y_device = font->y_ppem || font->num_coords; if (!use_x_device && !use_y_device) return ret; const VariationStore &store = c->var_store; /* pixel -> fractional pixel */ if (format & xPlaDevice) { if (use_x_device) glyph_pos.x_offset += (base + get_device (values, &ret)).get_x_delta (font, store); values++; } if (format & yPlaDevice) { if (use_y_device) glyph_pos.y_offset += (base + get_device (values, &ret)).get_y_delta (font, store); values++; } if (format & xAdvDevice) { if (horizontal && use_x_device) glyph_pos.x_advance += (base + get_device (values, &ret)).get_x_delta (font, store); values++; } if (format & yAdvDevice) { /* y_advance values grow downward but font-space grows upward, hence negation */ if (!horizontal && use_y_device) glyph_pos.y_advance -= (base + get_device (values, &ret)).get_y_delta (font, store); values++; } return ret; } private: bool sanitize_value_devices (hb_sanitize_context_t *c, const void *base, const Value *values) const { unsigned int format = *this; if (format & xPlacement) values++; if (format & yPlacement) values++; if (format & xAdvance) values++; if (format & yAdvance) values++; if ((format & xPlaDevice) && !get_device (values++).sanitize (c, base)) return false; if ((format & yPlaDevice) && !get_device (values++).sanitize (c, base)) return false; if ((format & xAdvDevice) && !get_device (values++).sanitize (c, base)) return false; if ((format & yAdvDevice) && !get_device (values++).sanitize (c, base)) return false; return true; } HB_INTERNAL static OffsetTo<Device>& get_device (Value* value) { return *CastP<OffsetTo<Device>> (value); } HB_INTERNAL static const OffsetTo<Device>& get_device (const Value* value, bool *worked=nullptr) { if (worked) *worked |= bool (*value); return *CastP<OffsetTo<Device>> (value); } HB_INTERNAL static const HBINT16& get_short (const Value* value, bool *worked=nullptr) { if (worked) *worked |= bool (*value); return *CastP<HBINT16> (value); } public: bool has_device () const { unsigned int format = *this; return (format & devices) != 0; } bool sanitize_value (hb_sanitize_context_t *c, const void *base, const Value *values) const { TRACE_SANITIZE (this); return_trace (c->check_range (values, get_size ()) && (!has_device () || sanitize_value_devices (c, base, values))); } bool sanitize_values (hb_sanitize_context_t *c, const void *base, const Value *values, unsigned int count) const { TRACE_SANITIZE (this); unsigned int len = get_len (); if (!c->check_range (values, count, get_size ())) return_trace (false); if (!has_device ()) return_trace (true); for (unsigned int i = 0; i < count; i++) { if (!sanitize_value_devices (c, base, values)) return_trace (false); values += len; } return_trace (true); } /* Just sanitize referenced Device tables. Doesn't check the values themselves. */ bool sanitize_values_stride_unsafe (hb_sanitize_context_t *c, const void *base, const Value *values, unsigned int count, unsigned int stride) const { TRACE_SANITIZE (this); if (!has_device ()) return_trace (true); for (unsigned int i = 0; i < count; i++) { if (!sanitize_value_devices (c, base, values)) return_trace (false); values += stride; } return_trace (true); } }; template<typename Iterator> static inline void SinglePos_serialize (hb_serialize_context_t *c, Iterator it, ValueFormat valFormat); struct AnchorFormat1 { void get_anchor (hb_ot_apply_context_t *c, hb_codepoint_t glyph_id HB_UNUSED, float *x, float *y) const { hb_font_t *font = c->font; *x = font->em_fscale_x (xCoordinate); *y = font->em_fscale_y (yCoordinate); } bool sanitize (hb_sanitize_context_t *c) const { TRACE_SANITIZE (this); return_trace (c->check_struct (this)); } protected: HBUINT16 format; /* Format identifier--format = 1 */ FWORD xCoordinate; /* Horizontal value--in design units */ FWORD yCoordinate; /* Vertical value--in design units */ public: DEFINE_SIZE_STATIC (6); }; struct AnchorFormat2 { void get_anchor (hb_ot_apply_context_t *c, hb_codepoint_t glyph_id, float *x, float *y) const { hb_font_t *font = c->font; #ifdef HB_NO_HINTING *x = font->em_fscale_x (xCoordinate); *y = font->em_fscale_y (yCoordinate); return; #endif unsigned int x_ppem = font->x_ppem; unsigned int y_ppem = font->y_ppem; hb_position_t cx = 0, cy = 0; bool ret; ret = (x_ppem || y_ppem) && font->get_glyph_contour_point_for_origin (glyph_id, anchorPoint, HB_DIRECTION_LTR, &cx, &cy); *x = ret && x_ppem ? cx : font->em_fscale_x (xCoordinate); *y = ret && y_ppem ? cy : font->em_fscale_y (yCoordinate); } bool sanitize (hb_sanitize_context_t *c) const { TRACE_SANITIZE (this); return_trace (c->check_struct (this)); } protected: HBUINT16 format; /* Format identifier--format = 2 */ FWORD xCoordinate; /* Horizontal value--in design units */ FWORD yCoordinate; /* Vertical value--in design units */ HBUINT16 anchorPoint; /* Index to glyph contour point */ public: DEFINE_SIZE_STATIC (8); }; struct AnchorFormat3 { void get_anchor (hb_ot_apply_context_t *c, hb_codepoint_t glyph_id HB_UNUSED, float *x, float *y) const { hb_font_t *font = c->font; *x = font->em_fscale_x (xCoordinate); *y = font->em_fscale_y (yCoordinate); if (font->x_ppem || font->num_coords) *x += (this+xDeviceTable).get_x_delta (font, c->var_store); if (font->y_ppem || font->num_coords) *y += (this+yDeviceTable).get_y_delta (font, c->var_store); } bool sanitize (hb_sanitize_context_t *c) const { TRACE_SANITIZE (this); return_trace (c->check_struct (this) && xDeviceTable.sanitize (c, this) && yDeviceTable.sanitize (c, this)); } protected: HBUINT16 format; /* Format identifier--format = 3 */ FWORD xCoordinate; /* Horizontal value--in design units */ FWORD yCoordinate; /* Vertical value--in design units */ OffsetTo<Device> xDeviceTable; /* Offset to Device table for X * coordinate-- from beginning of * Anchor table (may be NULL) */ OffsetTo<Device> yDeviceTable; /* Offset to Device table for Y * coordinate-- from beginning of * Anchor table (may be NULL) */ public: DEFINE_SIZE_STATIC (10); }; struct Anchor { void get_anchor (hb_ot_apply_context_t *c, hb_codepoint_t glyph_id, float *x, float *y) const { *x = *y = 0; switch (u.format) { case 1: u.format1.get_anchor (c, glyph_id, x, y); return; case 2: u.format2.get_anchor (c, glyph_id, x, y); return; case 3: u.format3.get_anchor (c, glyph_id, x, y); return; default: return; } } bool sanitize (hb_sanitize_context_t *c) const { TRACE_SANITIZE (this); if (!u.format.sanitize (c)) return_trace (false); switch (u.format) { case 1: return_trace (u.format1.sanitize (c)); case 2: return_trace (u.format2.sanitize (c)); case 3: return_trace (u.format3.sanitize (c)); default:return_trace (true); } } protected: union { HBUINT16 format; /* Format identifier */ AnchorFormat1 format1; AnchorFormat2 format2; AnchorFormat3 format3; } u; public: DEFINE_SIZE_UNION (2, format); }; struct AnchorMatrix { const Anchor& get_anchor (unsigned int row, unsigned int col, unsigned int cols, bool *found) const { *found = false; if (unlikely (row >= rows || col >= cols)) return Null(Anchor); *found = !matrixZ[row * cols + col].is_null (); return this+matrixZ[row * cols + col]; } bool sanitize (hb_sanitize_context_t *c, unsigned int cols) const { TRACE_SANITIZE (this); if (!c->check_struct (this)) return_trace (false); if (unlikely (hb_unsigned_mul_overflows (rows, cols))) return_trace (false); unsigned int count = rows * cols; if (!c->check_array (matrixZ.arrayZ, count)) return_trace (false); for (unsigned int i = 0; i < count; i++) if (!matrixZ[i].sanitize (c, this)) return_trace (false); return_trace (true); } HBUINT16 rows; /* Number of rows */ protected: UnsizedArrayOf<OffsetTo<Anchor>> matrixZ; /* Matrix of offsets to Anchor tables-- * from beginning of AnchorMatrix table */ public: DEFINE_SIZE_ARRAY (2, matrixZ); }; struct MarkRecord { friend struct MarkArray; bool sanitize (hb_sanitize_context_t *c, const void *base) const { TRACE_SANITIZE (this); return_trace (c->check_struct (this) && markAnchor.sanitize (c, base)); } protected: HBUINT16 klass; /* Class defined for this mark */ OffsetTo<Anchor> markAnchor; /* Offset to Anchor table--from * beginning of MarkArray table */ public: DEFINE_SIZE_STATIC (4); }; struct MarkArray : ArrayOf<MarkRecord> /* Array of MarkRecords--in Coverage order */ { bool apply (hb_ot_apply_context_t *c, unsigned int mark_index, unsigned int glyph_index, const AnchorMatrix &anchors, unsigned int class_count, unsigned int glyph_pos) const { TRACE_APPLY (this); hb_buffer_t *buffer = c->buffer; const MarkRecord &record = ArrayOf<MarkRecord>::operator[](mark_index); unsigned int mark_class = record.klass; const Anchor& mark_anchor = this + record.markAnchor; bool found; const Anchor& glyph_anchor = anchors.get_anchor (glyph_index, mark_class, class_count, &found); /* If this subtable doesn't have an anchor for this base and this class, * return false such that the subsequent subtables have a chance at it. */ if (unlikely (!found)) return_trace (false); float mark_x, mark_y, base_x, base_y; buffer->unsafe_to_break (glyph_pos, buffer->idx); mark_anchor.get_anchor (c, buffer->cur().codepoint, &mark_x, &mark_y); glyph_anchor.get_anchor (c, buffer->info[glyph_pos].codepoint, &base_x, &base_y); hb_glyph_position_t &o = buffer->cur_pos(); o.x_offset = roundf (base_x - mark_x); o.y_offset = roundf (base_y - mark_y); o.attach_type() = ATTACH_TYPE_MARK; o.attach_chain() = (int) glyph_pos - (int) buffer->idx; buffer->scratch_flags |= HB_BUFFER_SCRATCH_FLAG_HAS_GPOS_ATTACHMENT; buffer->idx++; return_trace (true); } bool sanitize (hb_sanitize_context_t *c) const { TRACE_SANITIZE (this); return_trace (ArrayOf<MarkRecord>::sanitize (c, this)); } }; /* Lookups */ struct SinglePosFormat1 { bool intersects (const hb_set_t *glyphs) const { return (this+coverage).intersects (glyphs); } void collect_glyphs (hb_collect_glyphs_context_t *c) const { if (unlikely (!(this+coverage).add_coverage (c->input))) return; } const Coverage &get_coverage () const { return this+coverage; } bool apply (hb_ot_apply_context_t *c) const { TRACE_APPLY (this); hb_buffer_t *buffer = c->buffer; unsigned int index = (this+coverage).get_coverage (buffer->cur().codepoint); if (likely (index == NOT_COVERED)) return_trace (false); valueFormat.apply_value (c, this, values, buffer->cur_pos()); buffer->idx++; return_trace (true); } template<typename Iterator, hb_requires (hb_is_iterator (Iterator))> void serialize (hb_serialize_context_t *c, Iterator it, ValueFormat valFormat) { if (unlikely (!c->extend_min (*this))) return; if (unlikely (!c->check_assign (valueFormat, valFormat))) return; auto vals = hb_second (*it); + vals | hb_apply ([=] (const Value& _) { c->copy (_); }) ; auto glyphs = + it | hb_map_retains_sorting (hb_first) ; coverage.serialize (c, this).serialize (c, glyphs); } bool subset (hb_subset_context_t *c) const { TRACE_SUBSET (this); const hb_set_t &glyphset = *c->plan->glyphset_gsub (); const hb_map_t &glyph_map = *c->plan->glyph_map; auto it = + hb_iter (this+coverage) | hb_filter (glyphset) | hb_map_retains_sorting (glyph_map) | hb_zip (hb_repeat (values.as_array (valueFormat.get_len ()))) ; bool ret = bool (it); SinglePos_serialize (c->serializer, it, valueFormat); return_trace (ret); } bool sanitize (hb_sanitize_context_t *c) const { TRACE_SANITIZE (this); return_trace (c->check_struct (this) && coverage.sanitize (c, this) && valueFormat.sanitize_value (c, this, values)); } protected: HBUINT16 format; /* Format identifier--format = 1 */ OffsetTo<Coverage> coverage; /* Offset to Coverage table--from * beginning of subtable */ ValueFormat valueFormat; /* Defines the types of data in the * ValueRecord */ ValueRecord values; /* Defines positioning * value(s)--applied to all glyphs in * the Coverage table */ public: DEFINE_SIZE_ARRAY (6, values); }; struct SinglePosFormat2 { bool intersects (const hb_set_t *glyphs) const { return (this+coverage).intersects (glyphs); } void collect_glyphs (hb_collect_glyphs_context_t *c) const { if (unlikely (!(this+coverage).add_coverage (c->input))) return; } const Coverage &get_coverage () const { return this+coverage; } bool apply (hb_ot_apply_context_t *c) const { TRACE_APPLY (this); hb_buffer_t *buffer = c->buffer; unsigned int index = (this+coverage).get_coverage (buffer->cur().codepoint); if (likely (index == NOT_COVERED)) return_trace (false); if (likely (index >= valueCount)) return_trace (false); valueFormat.apply_value (c, this, &values[index * valueFormat.get_len ()], buffer->cur_pos()); buffer->idx++; return_trace (true); } template<typename Iterator, hb_requires (hb_is_iterator (Iterator))> void serialize (hb_serialize_context_t *c, Iterator it, ValueFormat valFormat) { if (unlikely (!c->extend_min (*this))) return; if (unlikely (!c->check_assign (valueFormat, valFormat))) return; if (unlikely (!c->check_assign (valueCount, it.len ()))) return; + it | hb_map (hb_second) | hb_apply ([=] (hb_array_t<const Value> val_iter) { + val_iter | hb_apply ([=] (const Value& _) { c->copy (_); }) ; }) ; auto glyphs = + it | hb_map_retains_sorting (hb_first) ; coverage.serialize (c, this).serialize (c, glyphs); } bool subset (hb_subset_context_t *c) const { TRACE_SUBSET (this); const hb_set_t &glyphset = *c->plan->glyphset_gsub (); const hb_map_t &glyph_map = *c->plan->glyph_map; unsigned sub_length = valueFormat.get_len (); auto values_array = values.as_array (valueCount * sub_length); auto it = + hb_zip (this+coverage, hb_range ((unsigned) valueCount)) | hb_filter (glyphset, hb_first) | hb_map_retains_sorting ([&] (const hb_pair_t<hb_codepoint_t, unsigned>& _) { return hb_pair (glyph_map[_.first], values_array.sub_array (_.second * sub_length, sub_length)); }) ; bool ret = bool (it); SinglePos_serialize (c->serializer, it, valueFormat); return_trace (ret); } bool sanitize (hb_sanitize_context_t *c) const { TRACE_SANITIZE (this); return_trace (c->check_struct (this) && coverage.sanitize (c, this) && valueFormat.sanitize_values (c, this, values, valueCount)); } protected: HBUINT16 format; /* Format identifier--format = 2 */ OffsetTo<Coverage> coverage; /* Offset to Coverage table--from * beginning of subtable */ ValueFormat valueFormat; /* Defines the types of data in the * ValueRecord */ HBUINT16 valueCount; /* Number of ValueRecords */ ValueRecord values; /* Array of ValueRecords--positioning * values applied to glyphs */ public: DEFINE_SIZE_ARRAY (8, values); }; struct SinglePos { template<typename Iterator, hb_requires (hb_is_iterator (Iterator))> unsigned get_format (Iterator glyph_val_iter_pairs) { unsigned subset_format = 1; hb_array_t<const Value> first_val_iter = hb_second (*glyph_val_iter_pairs); + glyph_val_iter_pairs | hb_map (hb_second) | hb_apply ([&] (hb_array_t<const Value> val_iter) { + hb_zip (val_iter, first_val_iter) | hb_apply ([&] (const hb_pair_t<Value, Value>& _) { if (_.first != _.second) { subset_format = 2; return; } }) ; }) ; return subset_format; } template<typename Iterator, hb_requires (hb_is_iterator (Iterator))> void serialize (hb_serialize_context_t *c, Iterator glyph_val_iter_pairs, ValueFormat valFormat) { if (unlikely (!c->extend_min (u.format))) return; unsigned format = 2; if (glyph_val_iter_pairs) format = get_format (glyph_val_iter_pairs); u.format = format; switch (u.format) { case 1: u.format1.serialize (c, glyph_val_iter_pairs, valFormat); return; case 2: u.format2.serialize (c, glyph_val_iter_pairs, valFormat); return; default:return; } } template <typename context_t, typename ...Ts> typename context_t::return_t dispatch (context_t *c, Ts&&... ds) const { TRACE_DISPATCH (this, u.format); if (unlikely (!c->may_dispatch (this, &u.format))) return_trace (c->no_dispatch_return_value ()); switch (u.format) { case 1: return_trace (c->dispatch (u.format1, hb_forward<Ts> (ds)...)); case 2: return_trace (c->dispatch (u.format2, hb_forward<Ts> (ds)...)); default:return_trace (c->default_return_value ()); } } protected: union { HBUINT16 format; /* Format identifier */ SinglePosFormat1 format1; SinglePosFormat2 format2; } u; }; template<typename Iterator> static inline void SinglePos_serialize (hb_serialize_context_t *c, Iterator it, ValueFormat valFormat) { c->start_embed<SinglePos> ()->serialize (c, it, valFormat); } struct PairValueRecord { friend struct PairSet; protected: GlyphID secondGlyph; /* GlyphID of second glyph in the * pair--first glyph is listed in the * Coverage table */ ValueRecord values; /* Positioning data for the first glyph * followed by for second glyph */ public: DEFINE_SIZE_ARRAY (2, values); }; struct PairSet { friend struct PairPosFormat1; bool intersects (const hb_set_t *glyphs, const ValueFormat *valueFormats) const { unsigned int len1 = valueFormats[0].get_len (); unsigned int len2 = valueFormats[1].get_len (); unsigned int record_size = HBUINT16::static_size * (1 + len1 + len2); const PairValueRecord *record = &firstPairValueRecord; unsigned int count = len; for (unsigned int i = 0; i < count; i++) { if (glyphs->has (record->secondGlyph)) return true; record = &StructAtOffset<const PairValueRecord> (record, record_size); } return false; } void collect_glyphs (hb_collect_glyphs_context_t *c, const ValueFormat *valueFormats) const { unsigned int len1 = valueFormats[0].get_len (); unsigned int len2 = valueFormats[1].get_len (); unsigned int record_size = HBUINT16::static_size * (1 + len1 + len2); const PairValueRecord *record = &firstPairValueRecord; c->input->add_array (&record->secondGlyph, len, record_size); } bool apply (hb_ot_apply_context_t *c, const ValueFormat *valueFormats, unsigned int pos) const { TRACE_APPLY (this); hb_buffer_t *buffer = c->buffer; unsigned int len1 = valueFormats[0].get_len (); unsigned int len2 = valueFormats[1].get_len (); unsigned int record_size = HBUINT16::static_size * (1 + len1 + len2); unsigned int count = len; /* Hand-coded bsearch. */ if (unlikely (!count)) return_trace (false); hb_codepoint_t x = buffer->info[pos].codepoint; int min = 0, max = (int) count - 1; while (min <= max) { int mid = ((unsigned int) min + (unsigned int) max) / 2; const PairValueRecord *record = &StructAtOffset<PairValueRecord> (&firstPairValueRecord, record_size * mid); hb_codepoint_t mid_x = record->secondGlyph; if (x < mid_x) max = mid - 1; else if (x > mid_x) min = mid + 1; else { /* Note the intentional use of "|" instead of short-circuit "||". */ if (valueFormats[0].apply_value (c, this, &record->values[0], buffer->cur_pos()) | valueFormats[1].apply_value (c, this, &record->values[len1], buffer->pos[pos])) buffer->unsafe_to_break (buffer->idx, pos + 1); if (len2) pos++; buffer->idx = pos; return_trace (true); } } return_trace (false); } struct sanitize_closure_t { const void *base; const ValueFormat *valueFormats; unsigned int len1; /* valueFormats[0].get_len() */ unsigned int stride; /* 1 + len1 + len2 */ }; bool sanitize (hb_sanitize_context_t *c, const sanitize_closure_t *closure) const { TRACE_SANITIZE (this); if (!(c->check_struct (this) && c->check_range (&firstPairValueRecord, len, HBUINT16::static_size, closure->stride))) return_trace (false); unsigned int count = len; const PairValueRecord *record = &firstPairValueRecord; return_trace (closure->valueFormats[0].sanitize_values_stride_unsafe (c, closure->base, &record->values[0], count, closure->stride) && closure->valueFormats[1].sanitize_values_stride_unsafe (c, closure->base, &record->values[closure->len1], count, closure->stride)); } protected: HBUINT16 len; /* Number of PairValueRecords */ PairValueRecord firstPairValueRecord; /* Array of PairValueRecords--ordered * by GlyphID of the second glyph */ public: DEFINE_SIZE_MIN (2); }; struct PairPosFormat1 { bool intersects (const hb_set_t *glyphs) const { return + hb_zip (this+coverage, pairSet) | hb_filter (*glyphs, hb_first) | hb_map (hb_second) | hb_map ([glyphs, this] (const OffsetTo<PairSet> &_) { return (this+_).intersects (glyphs, valueFormat); }) | hb_any ; } void collect_glyphs (hb_collect_glyphs_context_t *c) const { if (unlikely (!(this+coverage).add_coverage (c->input))) return; unsigned int count = pairSet.len; for (unsigned int i = 0; i < count; i++) (this+pairSet[i]).collect_glyphs (c, valueFormat); } const Coverage &get_coverage () const { return this+coverage; } bool apply (hb_ot_apply_context_t *c) const { TRACE_APPLY (this); hb_buffer_t *buffer = c->buffer; unsigned int index = (this+coverage).get_coverage (buffer->cur().codepoint); if (likely (index == NOT_COVERED)) return_trace (false); hb_ot_apply_context_t::skipping_iterator_t &skippy_iter = c->iter_input; skippy_iter.reset (buffer->idx, 1); if (!skippy_iter.next ()) return_trace (false); return_trace ((this+pairSet[index]).apply (c, valueFormat, skippy_iter.idx)); } bool subset (hb_subset_context_t *c) const { TRACE_SUBSET (this); // TODO(subset) return_trace (false); } bool sanitize (hb_sanitize_context_t *c) const { TRACE_SANITIZE (this); if (!c->check_struct (this)) return_trace (false); unsigned int len1 = valueFormat[0].get_len (); unsigned int len2 = valueFormat[1].get_len (); PairSet::sanitize_closure_t closure = { this, valueFormat, len1, 1 + len1 + len2 }; return_trace (coverage.sanitize (c, this) && pairSet.sanitize (c, this, &closure)); } protected: HBUINT16 format; /* Format identifier--format = 1 */ OffsetTo<Coverage> coverage; /* Offset to Coverage table--from * beginning of subtable */ ValueFormat valueFormat[2]; /* [0] Defines the types of data in * ValueRecord1--for the first glyph * in the pair--may be zero (0) */ /* [1] Defines the types of data in * ValueRecord2--for the second glyph * in the pair--may be zero (0) */ OffsetArrayOf<PairSet> pairSet; /* Array of PairSet tables * ordered by Coverage Index */ public: DEFINE_SIZE_ARRAY (10, pairSet); }; struct PairPosFormat2 { bool intersects (const hb_set_t *glyphs) const { return (this+coverage).intersects (glyphs) && (this+classDef2).intersects (glyphs); } void collect_glyphs (hb_collect_glyphs_context_t *c) const { if (unlikely (!(this+coverage).add_coverage (c->input))) return; if (unlikely (!(this+classDef2).add_coverage (c->input))) return; } const Coverage &get_coverage () const { return this+coverage; } bool apply (hb_ot_apply_context_t *c) const { TRACE_APPLY (this); hb_buffer_t *buffer = c->buffer; unsigned int index = (this+coverage).get_coverage (buffer->cur().codepoint); if (likely (index == NOT_COVERED)) return_trace (false); hb_ot_apply_context_t::skipping_iterator_t &skippy_iter = c->iter_input; skippy_iter.reset (buffer->idx, 1); if (!skippy_iter.next ()) return_trace (false); unsigned int len1 = valueFormat1.get_len (); unsigned int len2 = valueFormat2.get_len (); unsigned int record_len = len1 + len2; unsigned int klass1 = (this+classDef1).get_class (buffer->cur().codepoint); unsigned int klass2 = (this+classDef2).get_class (buffer->info[skippy_iter.idx].codepoint); if (unlikely (klass1 >= class1Count || klass2 >= class2Count)) return_trace (false); const Value *v = &values[record_len * (klass1 * class2Count + klass2)]; /* Note the intentional use of "|" instead of short-circuit "||". */ if (valueFormat1.apply_value (c, this, v, buffer->cur_pos()) | valueFormat2.apply_value (c, this, v + len1, buffer->pos[skippy_iter.idx])) buffer->unsafe_to_break (buffer->idx, skippy_iter.idx + 1); buffer->idx = skippy_iter.idx; if (len2) buffer->idx++; return_trace (true); } bool subset (hb_subset_context_t *c) const { TRACE_SUBSET (this); // TODO(subset) return_trace (false); } bool sanitize (hb_sanitize_context_t *c) const { TRACE_SANITIZE (this); if (!(c->check_struct (this) && coverage.sanitize (c, this) && classDef1.sanitize (c, this) && classDef2.sanitize (c, this))) return_trace (false); unsigned int len1 = valueFormat1.get_len (); unsigned int len2 = valueFormat2.get_len (); unsigned int stride = len1 + len2; unsigned int record_size = valueFormat1.get_size () + valueFormat2.get_size (); unsigned int count = (unsigned int) class1Count * (unsigned int) class2Count; return_trace (c->check_range ((const void *) values, count, record_size) && valueFormat1.sanitize_values_stride_unsafe (c, this, &values[0], count, stride) && valueFormat2.sanitize_values_stride_unsafe (c, this, &values[len1], count, stride)); } protected: HBUINT16 format; /* Format identifier--format = 2 */ OffsetTo<Coverage> coverage; /* Offset to Coverage table--from * beginning of subtable */ ValueFormat valueFormat1; /* ValueRecord definition--for the * first glyph of the pair--may be zero * (0) */ ValueFormat valueFormat2; /* ValueRecord definition--for the * second glyph of the pair--may be * zero (0) */ OffsetTo<ClassDef> classDef1; /* Offset to ClassDef table--from * beginning of PairPos subtable--for * the first glyph of the pair */ OffsetTo<ClassDef> classDef2; /* Offset to ClassDef table--from * beginning of PairPos subtable--for * the second glyph of the pair */ HBUINT16 class1Count; /* Number of classes in ClassDef1 * table--includes Class0 */ HBUINT16 class2Count; /* Number of classes in ClassDef2 * table--includes Class0 */ ValueRecord values; /* Matrix of value pairs: * class1-major, class2-minor, * Each entry has value1 and value2 */ public: DEFINE_SIZE_ARRAY (16, values); }; struct PairPos { template <typename context_t, typename ...Ts> typename context_t::return_t dispatch (context_t *c, Ts&&... ds) const { TRACE_DISPATCH (this, u.format); if (unlikely (!c->may_dispatch (this, &u.format))) return_trace (c->no_dispatch_return_value ()); switch (u.format) { case 1: return_trace (c->dispatch (u.format1, hb_forward<Ts> (ds)...)); case 2: return_trace (c->dispatch (u.format2, hb_forward<Ts> (ds)...)); default:return_trace (c->default_return_value ()); } } protected: union { HBUINT16 format; /* Format identifier */ PairPosFormat1 format1; PairPosFormat2 format2; } u; }; struct EntryExitRecord { friend struct CursivePosFormat1; bool sanitize (hb_sanitize_context_t *c, const void *base) const { TRACE_SANITIZE (this); return_trace (entryAnchor.sanitize (c, base) && exitAnchor.sanitize (c, base)); } protected: OffsetTo<Anchor> entryAnchor; /* Offset to EntryAnchor table--from * beginning of CursivePos * subtable--may be NULL */ OffsetTo<Anchor> exitAnchor; /* Offset to ExitAnchor table--from * beginning of CursivePos * subtable--may be NULL */ public: DEFINE_SIZE_STATIC (4); }; static void reverse_cursive_minor_offset (hb_glyph_position_t *pos, unsigned int i, hb_direction_t direction, unsigned int new_parent); struct CursivePosFormat1 { bool intersects (const hb_set_t *glyphs) const { return (this+coverage).intersects (glyphs); } void collect_glyphs (hb_collect_glyphs_context_t *c) const { if (unlikely (!(this+coverage).add_coverage (c->input))) return; } const Coverage &get_coverage () const { return this+coverage; } bool apply (hb_ot_apply_context_t *c) const { TRACE_APPLY (this); hb_buffer_t *buffer = c->buffer; const EntryExitRecord &this_record = entryExitRecord[(this+coverage).get_coverage (buffer->cur().codepoint)]; if (!this_record.entryAnchor) return_trace (false); hb_ot_apply_context_t::skipping_iterator_t &skippy_iter = c->iter_input; skippy_iter.reset (buffer->idx, 1); if (!skippy_iter.prev ()) return_trace (false); const EntryExitRecord &prev_record = entryExitRecord[(this+coverage).get_coverage (buffer->info[skippy_iter.idx].codepoint)]; if (!prev_record.exitAnchor) return_trace (false); unsigned int i = skippy_iter.idx; unsigned int j = buffer->idx; buffer->unsafe_to_break (i, j); float entry_x, entry_y, exit_x, exit_y; (this+prev_record.exitAnchor).get_anchor (c, buffer->info[i].codepoint, &exit_x, &exit_y); (this+this_record.entryAnchor).get_anchor (c, buffer->info[j].codepoint, &entry_x, &entry_y); hb_glyph_position_t *pos = buffer->pos; hb_position_t d; /* Main-direction adjustment */ switch (c->direction) { case HB_DIRECTION_LTR: pos[i].x_advance = roundf (exit_x) + pos[i].x_offset; d = roundf (entry_x) + pos[j].x_offset; pos[j].x_advance -= d; pos[j].x_offset -= d; break; case HB_DIRECTION_RTL: d = roundf (exit_x) + pos[i].x_offset; pos[i].x_advance -= d; pos[i].x_offset -= d; pos[j].x_advance = roundf (entry_x) + pos[j].x_offset; break; case HB_DIRECTION_TTB: pos[i].y_advance = roundf (exit_y) + pos[i].y_offset; d = roundf (entry_y) + pos[j].y_offset; pos[j].y_advance -= d; pos[j].y_offset -= d; break; case HB_DIRECTION_BTT: d = roundf (exit_y) + pos[i].y_offset; pos[i].y_advance -= d; pos[i].y_offset -= d; pos[j].y_advance = roundf (entry_y); break; case HB_DIRECTION_INVALID: default: break; } /* Cross-direction adjustment */ /* We attach child to parent (think graph theory and rooted trees whereas * the root stays on baseline and each node aligns itself against its * parent. * * Optimize things for the case of RightToLeft, as that's most common in * Arabic. */ unsigned int child = i; unsigned int parent = j; hb_position_t x_offset = entry_x - exit_x; hb_position_t y_offset = entry_y - exit_y; if (!(c->lookup_props & LookupFlag::RightToLeft)) { unsigned int k = child; child = parent; parent = k; x_offset = -x_offset; y_offset = -y_offset; } /* If child was already connected to someone else, walk through its old * chain and reverse the link direction, such that the whole tree of its * previous connection now attaches to new parent. Watch out for case * where new parent is on the path from old chain... */ reverse_cursive_minor_offset (pos, child, c->direction, parent); pos[child].attach_type() = ATTACH_TYPE_CURSIVE; pos[child].attach_chain() = (int) parent - (int) child; buffer->scratch_flags |= HB_BUFFER_SCRATCH_FLAG_HAS_GPOS_ATTACHMENT; if (likely (HB_DIRECTION_IS_HORIZONTAL (c->direction))) pos[child].y_offset = y_offset; else pos[child].x_offset = x_offset; buffer->idx++; return_trace (true); } bool subset (hb_subset_context_t *c) const { TRACE_SUBSET (this); // TODO(subset) return_trace (false); } bool sanitize (hb_sanitize_context_t *c) const { TRACE_SANITIZE (this); return_trace (coverage.sanitize (c, this) && entryExitRecord.sanitize (c, this)); } protected: HBUINT16 format; /* Format identifier--format = 1 */ OffsetTo<Coverage> coverage; /* Offset to Coverage table--from * beginning of subtable */ ArrayOf<EntryExitRecord> entryExitRecord; /* Array of EntryExit records--in * Coverage Index order */ public: DEFINE_SIZE_ARRAY (6, entryExitRecord); }; struct CursivePos { template <typename context_t, typename ...Ts> typename context_t::return_t dispatch (context_t *c, Ts&&... ds) const { TRACE_DISPATCH (this, u.format); if (unlikely (!c->may_dispatch (this, &u.format))) return_trace (c->no_dispatch_return_value ()); switch (u.format) { case 1: return_trace (c->dispatch (u.format1, hb_forward<Ts> (ds)...)); default:return_trace (c->default_return_value ()); } } protected: union { HBUINT16 format; /* Format identifier */ CursivePosFormat1 format1; } u; }; typedef AnchorMatrix BaseArray; /* base-major-- * in order of BaseCoverage Index--, * mark-minor-- * ordered by class--zero-based. */ struct MarkBasePosFormat1 { bool intersects (const hb_set_t *glyphs) const { return (this+markCoverage).intersects (glyphs) && (this+baseCoverage).intersects (glyphs); } void collect_glyphs (hb_collect_glyphs_context_t *c) const { if (unlikely (!(this+markCoverage).add_coverage (c->input))) return; if (unlikely (!(this+baseCoverage).add_coverage (c->input))) return; } const Coverage &get_coverage () const { return this+markCoverage; } bool apply (hb_ot_apply_context_t *c) const { TRACE_APPLY (this); hb_buffer_t *buffer = c->buffer; unsigned int mark_index = (this+markCoverage).get_coverage (buffer->cur().codepoint); if (likely (mark_index == NOT_COVERED)) return_trace (false); /* Now we search backwards for a non-mark glyph */ hb_ot_apply_context_t::skipping_iterator_t &skippy_iter = c->iter_input; skippy_iter.reset (buffer->idx, 1); skippy_iter.set_lookup_props (LookupFlag::IgnoreMarks); do { if (!skippy_iter.prev ()) return_trace (false); /* We only want to attach to the first of a MultipleSubst sequence. * https://github.com/harfbuzz/harfbuzz/issues/740 * Reject others... * ...but stop if we find a mark in the MultipleSubst sequence: * https://github.com/harfbuzz/harfbuzz/issues/1020 */ if (!_hb_glyph_info_multiplied (&buffer->info[skippy_iter.idx]) || 0 == _hb_glyph_info_get_lig_comp (&buffer->info[skippy_iter.idx]) || (skippy_iter.idx == 0 || _hb_glyph_info_is_mark (&buffer->info[skippy_iter.idx - 1]) || _hb_glyph_info_get_lig_id (&buffer->info[skippy_iter.idx]) != _hb_glyph_info_get_lig_id (&buffer->info[skippy_iter.idx - 1]) || _hb_glyph_info_get_lig_comp (&buffer->info[skippy_iter.idx]) != _hb_glyph_info_get_lig_comp (&buffer->info[skippy_iter.idx - 1]) + 1 )) break; skippy_iter.reject (); } while (true); /* Checking that matched glyph is actually a base glyph by GDEF is too strong; disabled */ //if (!_hb_glyph_info_is_base_glyph (&buffer->info[skippy_iter.idx])) { return_trace (false); } unsigned int base_index = (this+baseCoverage).get_coverage (buffer->info[skippy_iter.idx].codepoint); if (base_index == NOT_COVERED) return_trace (false); return_trace ((this+markArray).apply (c, mark_index, base_index, this+baseArray, classCount, skippy_iter.idx)); } bool subset (hb_subset_context_t *c) const { TRACE_SUBSET (this); // TODO(subset) return_trace (false); } bool sanitize (hb_sanitize_context_t *c) const { TRACE_SANITIZE (this); return_trace (c->check_struct (this) && markCoverage.sanitize (c, this) && baseCoverage.sanitize (c, this) && markArray.sanitize (c, this) && baseArray.sanitize (c, this, (unsigned int) classCount)); } protected: HBUINT16 format; /* Format identifier--format = 1 */ OffsetTo<Coverage> markCoverage; /* Offset to MarkCoverage table--from * beginning of MarkBasePos subtable */ OffsetTo<Coverage> baseCoverage; /* Offset to BaseCoverage table--from * beginning of MarkBasePos subtable */ HBUINT16 classCount; /* Number of classes defined for marks */ OffsetTo<MarkArray> markArray; /* Offset to MarkArray table--from * beginning of MarkBasePos subtable */ OffsetTo<BaseArray> baseArray; /* Offset to BaseArray table--from * beginning of MarkBasePos subtable */ public: DEFINE_SIZE_STATIC (12); }; struct MarkBasePos { template <typename context_t, typename ...Ts> typename context_t::return_t dispatch (context_t *c, Ts&&... ds) const { TRACE_DISPATCH (this, u.format); if (unlikely (!c->may_dispatch (this, &u.format))) return_trace (c->no_dispatch_return_value ()); switch (u.format) { case 1: return_trace (c->dispatch (u.format1, hb_forward<Ts> (ds)...)); default:return_trace (c->default_return_value ()); } } protected: union { HBUINT16 format; /* Format identifier */ MarkBasePosFormat1 format1; } u; }; typedef AnchorMatrix LigatureAttach; /* component-major-- * in order of writing direction--, * mark-minor-- * ordered by class--zero-based. */ typedef OffsetListOf<LigatureAttach> LigatureArray; /* Array of LigatureAttach * tables ordered by * LigatureCoverage Index */ struct MarkLigPosFormat1 { bool intersects (const hb_set_t *glyphs) const { return (this+markCoverage).intersects (glyphs) && (this+ligatureCoverage).intersects (glyphs); } void collect_glyphs (hb_collect_glyphs_context_t *c) const { if (unlikely (!(this+markCoverage).add_coverage (c->input))) return; if (unlikely (!(this+ligatureCoverage).add_coverage (c->input))) return; } const Coverage &get_coverage () const { return this+markCoverage; } bool apply (hb_ot_apply_context_t *c) const { TRACE_APPLY (this); hb_buffer_t *buffer = c->buffer; unsigned int mark_index = (this+markCoverage).get_coverage (buffer->cur().codepoint); if (likely (mark_index == NOT_COVERED)) return_trace (false); /* Now we search backwards for a non-mark glyph */ hb_ot_apply_context_t::skipping_iterator_t &skippy_iter = c->iter_input; skippy_iter.reset (buffer->idx, 1); skippy_iter.set_lookup_props (LookupFlag::IgnoreMarks); if (!skippy_iter.prev ()) return_trace (false); /* Checking that matched glyph is actually a ligature by GDEF is too strong; disabled */ //if (!_hb_glyph_info_is_ligature (&buffer->info[skippy_iter.idx])) { return_trace (false); } unsigned int j = skippy_iter.idx; unsigned int lig_index = (this+ligatureCoverage).get_coverage (buffer->info[j].codepoint); if (lig_index == NOT_COVERED) return_trace (false); const LigatureArray& lig_array = this+ligatureArray; const LigatureAttach& lig_attach = lig_array[lig_index]; /* Find component to attach to */ unsigned int comp_count = lig_attach.rows; if (unlikely (!comp_count)) return_trace (false); /* We must now check whether the ligature ID of the current mark glyph * is identical to the ligature ID of the found ligature. If yes, we * can directly use the component index. If not, we attach the mark * glyph to the last component of the ligature. */ unsigned int comp_index; unsigned int lig_id = _hb_glyph_info_get_lig_id (&buffer->info[j]); unsigned int mark_id = _hb_glyph_info_get_lig_id (&buffer->cur()); unsigned int mark_comp = _hb_glyph_info_get_lig_comp (&buffer->cur()); if (lig_id && lig_id == mark_id && mark_comp > 0) comp_index = hb_min (comp_count, _hb_glyph_info_get_lig_comp (&buffer->cur())) - 1; else comp_index = comp_count - 1; return_trace ((this+markArray).apply (c, mark_index, comp_index, lig_attach, classCount, j)); } bool subset (hb_subset_context_t *c) const { TRACE_SUBSET (this); // TODO(subset) return_trace (false); } bool sanitize (hb_sanitize_context_t *c) const { TRACE_SANITIZE (this); return_trace (c->check_struct (this) && markCoverage.sanitize (c, this) && ligatureCoverage.sanitize (c, this) && markArray.sanitize (c, this) && ligatureArray.sanitize (c, this, (unsigned int) classCount)); } protected: HBUINT16 format; /* Format identifier--format = 1 */ OffsetTo<Coverage> markCoverage; /* Offset to Mark Coverage table--from * beginning of MarkLigPos subtable */ OffsetTo<Coverage> ligatureCoverage; /* Offset to Ligature Coverage * table--from beginning of MarkLigPos * subtable */ HBUINT16 classCount; /* Number of defined mark classes */ OffsetTo<MarkArray> markArray; /* Offset to MarkArray table--from * beginning of MarkLigPos subtable */ OffsetTo<LigatureArray> ligatureArray; /* Offset to LigatureArray table--from * beginning of MarkLigPos subtable */ public: DEFINE_SIZE_STATIC (12); }; struct MarkLigPos { template <typename context_t, typename ...Ts> typename context_t::return_t dispatch (context_t *c, Ts&&... ds) const { TRACE_DISPATCH (this, u.format); if (unlikely (!c->may_dispatch (this, &u.format))) return_trace (c->no_dispatch_return_value ()); switch (u.format) { case 1: return_trace (c->dispatch (u.format1, hb_forward<Ts> (ds)...)); default:return_trace (c->default_return_value ()); } } protected: union { HBUINT16 format; /* Format identifier */ MarkLigPosFormat1 format1; } u; }; typedef AnchorMatrix Mark2Array; /* mark2-major-- * in order of Mark2Coverage Index--, * mark1-minor-- * ordered by class--zero-based. */ struct MarkMarkPosFormat1 { bool intersects (const hb_set_t *glyphs) const { return (this+mark1Coverage).intersects (glyphs) && (this+mark2Coverage).intersects (glyphs); } void collect_glyphs (hb_collect_glyphs_context_t *c) const { if (unlikely (!(this+mark1Coverage).add_coverage (c->input))) return; if (unlikely (!(this+mark2Coverage).add_coverage (c->input))) return; } const Coverage &get_coverage () const { return this+mark1Coverage; } bool apply (hb_ot_apply_context_t *c) const { TRACE_APPLY (this); hb_buffer_t *buffer = c->buffer; unsigned int mark1_index = (this+mark1Coverage).get_coverage (buffer->cur().codepoint); if (likely (mark1_index == NOT_COVERED)) return_trace (false); /* now we search backwards for a suitable mark glyph until a non-mark glyph */ hb_ot_apply_context_t::skipping_iterator_t &skippy_iter = c->iter_input; skippy_iter.reset (buffer->idx, 1); skippy_iter.set_lookup_props (c->lookup_props & ~LookupFlag::IgnoreFlags); if (!skippy_iter.prev ()) return_trace (false); if (!_hb_glyph_info_is_mark (&buffer->info[skippy_iter.idx])) { return_trace (false); } unsigned int j = skippy_iter.idx; unsigned int id1 = _hb_glyph_info_get_lig_id (&buffer->cur()); unsigned int id2 = _hb_glyph_info_get_lig_id (&buffer->info[j]); unsigned int comp1 = _hb_glyph_info_get_lig_comp (&buffer->cur()); unsigned int comp2 = _hb_glyph_info_get_lig_comp (&buffer->info[j]); if (likely (id1 == id2)) { if (id1 == 0) /* Marks belonging to the same base. */ goto good; else if (comp1 == comp2) /* Marks belonging to the same ligature component. */ goto good; } else { /* If ligature ids don't match, it may be the case that one of the marks * itself is a ligature. In which case match. */ if ((id1 > 0 && !comp1) || (id2 > 0 && !comp2)) goto good; } /* Didn't match. */ return_trace (false); good: unsigned int mark2_index = (this+mark2Coverage).get_coverage (buffer->info[j].codepoint); if (mark2_index == NOT_COVERED) return_trace (false); return_trace ((this+mark1Array).apply (c, mark1_index, mark2_index, this+mark2Array, classCount, j)); } bool subset (hb_subset_context_t *c) const { TRACE_SUBSET (this); // TODO(subset) return_trace (false); } bool sanitize (hb_sanitize_context_t *c) const { TRACE_SANITIZE (this); return_trace (c->check_struct (this) && mark1Coverage.sanitize (c, this) && mark2Coverage.sanitize (c, this) && mark1Array.sanitize (c, this) && mark2Array.sanitize (c, this, (unsigned int) classCount)); } protected: HBUINT16 format; /* Format identifier--format = 1 */ OffsetTo<Coverage> mark1Coverage; /* Offset to Combining Mark1 Coverage * table--from beginning of MarkMarkPos * subtable */ OffsetTo<Coverage> mark2Coverage; /* Offset to Combining Mark2 Coverage * table--from beginning of MarkMarkPos * subtable */ HBUINT16 classCount; /* Number of defined mark classes */ OffsetTo<MarkArray> mark1Array; /* Offset to Mark1Array table--from * beginning of MarkMarkPos subtable */ OffsetTo<Mark2Array> mark2Array; /* Offset to Mark2Array table--from * beginning of MarkMarkPos subtable */ public: DEFINE_SIZE_STATIC (12); }; struct MarkMarkPos { template <typename context_t, typename ...Ts> typename context_t::return_t dispatch (context_t *c, Ts&&... ds) const { TRACE_DISPATCH (this, u.format); if (unlikely (!c->may_dispatch (this, &u.format))) return_trace (c->no_dispatch_return_value ()); switch (u.format) { case 1: return_trace (c->dispatch (u.format1, hb_forward<Ts> (ds)...)); default:return_trace (c->default_return_value ()); } } protected: union { HBUINT16 format; /* Format identifier */ MarkMarkPosFormat1 format1; } u; }; struct ContextPos : Context {}; struct ChainContextPos : ChainContext {}; struct ExtensionPos : Extension<ExtensionPos> { typedef struct PosLookupSubTable SubTable; }; /* * PosLookup */ struct PosLookupSubTable { friend struct Lookup; friend struct PosLookup; enum Type { Single = 1, Pair = 2, Cursive = 3, MarkBase = 4, MarkLig = 5, MarkMark = 6, Context = 7, ChainContext = 8, Extension = 9 }; template <typename context_t, typename ...Ts> typename context_t::return_t dispatch (context_t *c, unsigned int lookup_type, Ts&&... ds) const { TRACE_DISPATCH (this, lookup_type); switch (lookup_type) { case Single: return_trace (u.single.dispatch (c, hb_forward<Ts> (ds)...)); case Pair: return_trace (u.pair.dispatch (c, hb_forward<Ts> (ds)...)); case Cursive: return_trace (u.cursive.dispatch (c, hb_forward<Ts> (ds)...)); case MarkBase: return_trace (u.markBase.dispatch (c, hb_forward<Ts> (ds)...)); case MarkLig: return_trace (u.markLig.dispatch (c, hb_forward<Ts> (ds)...)); case MarkMark: return_trace (u.markMark.dispatch (c, hb_forward<Ts> (ds)...)); case Context: return_trace (u.context.dispatch (c, hb_forward<Ts> (ds)...)); case ChainContext: return_trace (u.chainContext.dispatch (c, hb_forward<Ts> (ds)...)); case Extension: return_trace (u.extension.dispatch (c, hb_forward<Ts> (ds)...)); default: return_trace (c->default_return_value ()); } } protected: union { SinglePos single; PairPos pair; CursivePos cursive; MarkBasePos markBase; MarkLigPos markLig; MarkMarkPos markMark; ContextPos context; ChainContextPos chainContext; ExtensionPos extension; } u; public: DEFINE_SIZE_MIN (0); }; struct PosLookup : Lookup { typedef struct PosLookupSubTable SubTable; const SubTable& get_subtable (unsigned int i) const { return Lookup::get_subtable<SubTable> (i); } bool is_reverse () const { return false; } bool apply (hb_ot_apply_context_t *c) const { TRACE_APPLY (this); return_trace (dispatch (c)); } bool intersects (const hb_set_t *glyphs) const { hb_intersects_context_t c (glyphs); return dispatch (&c); } hb_collect_glyphs_context_t::return_t collect_glyphs (hb_collect_glyphs_context_t *c) const { return dispatch (c); } template <typename set_t> void add_coverage (set_t *glyphs) const { hb_add_coverage_context_t<set_t> c (glyphs); dispatch (&c); } HB_INTERNAL static bool apply_recurse_func (hb_ot_apply_context_t *c, unsigned int lookup_index); template <typename context_t> static typename context_t::return_t dispatch_recurse_func (context_t *c, unsigned int lookup_index); template <typename context_t, typename ...Ts> typename context_t::return_t dispatch (context_t *c, Ts&&... ds) const { return Lookup::dispatch<SubTable> (c, hb_forward<Ts> (ds)...); } bool subset (hb_subset_context_t *c) const { return Lookup::subset<SubTable> (c); } bool sanitize (hb_sanitize_context_t *c) const { return Lookup::sanitize<SubTable> (c); } }; /* * GPOS -- Glyph Positioning * https://docs.microsoft.com/en-us/typography/opentype/spec/gpos */ struct GPOS : GSUBGPOS { static constexpr hb_tag_t tableTag = HB_OT_TAG_GPOS; const PosLookup& get_lookup (unsigned int i) const { return CastR<PosLookup> (GSUBGPOS::get_lookup (i)); } static inline void position_start (hb_font_t *font, hb_buffer_t *buffer); static inline void position_finish_advances (hb_font_t *font, hb_buffer_t *buffer); static inline void position_finish_offsets (hb_font_t *font, hb_buffer_t *buffer); bool subset (hb_subset_context_t *c) const { return GSUBGPOS::subset<PosLookup> (c); } bool sanitize (hb_sanitize_context_t *c) const { return GSUBGPOS::sanitize<PosLookup> (c); } HB_INTERNAL bool is_blacklisted (hb_blob_t *blob, hb_face_t *face) const; typedef GSUBGPOS::accelerator_t<GPOS> accelerator_t; }; static void reverse_cursive_minor_offset (hb_glyph_position_t *pos, unsigned int i, hb_direction_t direction, unsigned int new_parent) { int chain = pos[i].attach_chain(), type = pos[i].attach_type(); if (likely (!chain || 0 == (type & ATTACH_TYPE_CURSIVE))) return; pos[i].attach_chain() = 0; unsigned int j = (int) i + chain; /* Stop if we see new parent in the chain. */ if (j == new_parent) return; reverse_cursive_minor_offset (pos, j, direction, new_parent); if (HB_DIRECTION_IS_HORIZONTAL (direction)) pos[j].y_offset = -pos[i].y_offset; else pos[j].x_offset = -pos[i].x_offset; pos[j].attach_chain() = -chain; pos[j].attach_type() = type; } static void propagate_attachment_offsets (hb_glyph_position_t *pos, unsigned int len, unsigned int i, hb_direction_t direction) { /* Adjusts offsets of attached glyphs (both cursive and mark) to accumulate * offset of glyph they are attached to. */ int chain = pos[i].attach_chain(), type = pos[i].attach_type(); if (likely (!chain)) return; pos[i].attach_chain() = 0; unsigned int j = (int) i + chain; if (unlikely (j >= len)) return; propagate_attachment_offsets (pos, len, j, direction); assert (!!(type & ATTACH_TYPE_MARK) ^ !!(type & ATTACH_TYPE_CURSIVE)); if (type & ATTACH_TYPE_CURSIVE) { if (HB_DIRECTION_IS_HORIZONTAL (direction)) pos[i].y_offset += pos[j].y_offset; else pos[i].x_offset += pos[j].x_offset; } else /*if (type & ATTACH_TYPE_MARK)*/ { pos[i].x_offset += pos[j].x_offset; pos[i].y_offset += pos[j].y_offset; assert (j < i); if (HB_DIRECTION_IS_FORWARD (direction)) for (unsigned int k = j; k < i; k++) { pos[i].x_offset -= pos[k].x_advance; pos[i].y_offset -= pos[k].y_advance; } else for (unsigned int k = j + 1; k < i + 1; k++) { pos[i].x_offset += pos[k].x_advance; pos[i].y_offset += pos[k].y_advance; } } } void GPOS::position_start (hb_font_t *font HB_UNUSED, hb_buffer_t *buffer) { unsigned int count = buffer->len; for (unsigned int i = 0; i < count; i++) buffer->pos[i].attach_chain() = buffer->pos[i].attach_type() = 0; } void GPOS::position_finish_advances (hb_font_t *font HB_UNUSED, hb_buffer_t *buffer HB_UNUSED) { //_hb_buffer_assert_gsubgpos_vars (buffer); } void GPOS::position_finish_offsets (hb_font_t *font HB_UNUSED, hb_buffer_t *buffer) { _hb_buffer_assert_gsubgpos_vars (buffer); unsigned int len; hb_glyph_position_t *pos = hb_buffer_get_glyph_positions (buffer, &len); hb_direction_t direction = buffer->props.direction; /* Handle attachments */ if (buffer->scratch_flags & HB_BUFFER_SCRATCH_FLAG_HAS_GPOS_ATTACHMENT) for (unsigned int i = 0; i < len; i++) propagate_attachment_offsets (pos, len, i, direction); } struct GPOS_accelerator_t : GPOS::accelerator_t {}; /* Out-of-class implementation for methods recursing */ #ifndef HB_NO_OT_LAYOUT template <typename context_t> /*static*/ inline typename context_t::return_t PosLookup::dispatch_recurse_func (context_t *c, unsigned int lookup_index) { const PosLookup &l = c->face->table.GPOS.get_relaxed ()->table->get_lookup (lookup_index); return l.dispatch (c); } /*static*/ inline bool PosLookup::apply_recurse_func (hb_ot_apply_context_t *c, unsigned int lookup_index) { const PosLookup &l = c->face->table.GPOS.get_relaxed ()->table->get_lookup (lookup_index); unsigned int saved_lookup_props = c->lookup_props; unsigned int saved_lookup_index = c->lookup_index; c->set_lookup_index (lookup_index); c->set_lookup_props (l.get_props ()); bool ret = l.dispatch (c); c->set_lookup_index (saved_lookup_index); c->set_lookup_props (saved_lookup_props); return ret; } #endif } /* namespace OT */ #endif /* HB_OT_LAYOUT_GPOS_TABLE_HH */

[ "ke.xu@vhall.com" ]

ke.xu@vhall.com

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#include<iostream> using std::cout; using std::cin; using std::endl; int localValble(int value ) { static int size = value; return ++size; } int main() { int value; cout <<" Input:"<<endl; cin >> value; cout << "result : "<< endl; for(int i = 0; i < value; i++) { cout <<localValble(value)<<endl; } return 0; }

[ "albertxiaoyu@163.com" ]

albertxiaoyu@163.com

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#ifndef __NVM_TREE_BENCH_HPP__ #define __NVM_TREE_BENCH_HPP__ #include "cpucounters.h" #include "key_generator.hpp" #include "operation_generator.hpp" #include "stopwatch.hpp" #include "tree_api.hpp" #include "value_generator.hpp" #include <cstdint> #include <memory> // For unique_ptr #include <chrono> // std::chrono::high_resolution_clock::time_point #include <vector> namespace PiBench { using namespace pcm; void print_environment(); /** * @brief Supported random number distributions. * */ enum class distribution_t : uint8_t { UNIFORM = 0, SELFSIMILAR = 1, ZIPFIAN = 2 }; /** * @brief Benchmark options. * */ struct options_t { /// Name of tree library file used to run the benchmark against. std::string library_file = ""; /// Number of records to insert into tree during 'load' phase. uint64_t num_records = 1e7; //uint64_t num_records = 10; /// Number of operations to issue during 'run' phase. uint64_t num_ops = 1e7; //uint64_t num_ops = 10; /// Number of parallel threads used for executing requests. uint32_t num_threads = 1; /// Sampling window in milliseconds. uint32_t sampling_ms = 100; /// Key prefix. std::string key_prefix = ""; /// Size of key in bytes. uint32_t key_size = 8; /// Size of value in bytes. //uint32_t value_size = 16; uint32_t value_size = 8; /// Ratio of read operations. float read_ratio = 0.0; /// Ratio of insert operations. float insert_ratio = 1.0; /// Ratio of update operations. float update_ratio = 0.0; /// Ratio of remove operations. float remove_ratio = 0.0; /// Ratio of scan operations. float scan_ratio = 0.0; /// Size of scan operations in records. uint32_t scan_size = 100; //uint32_t scan_size = 3; /// Distribution used for generation random keys. distribution_t key_distribution = distribution_t::UNIFORM; //distribution_t key_distribution = distribution_t::SELFSIMILAR; /// Factor to be used for skewed random key distributions. float key_skew = 0.2; /// Master seed to be used for random generations. uint32_t rnd_seed = 1729; /// Whether to enable Intel PCM for profiling. bool enable_pcm = true; /// Whether to skip the load phase. bool skip_load = false; /// Ratio of requests to sample latency from (between 0.0 and 1.0). // Constructs a Bernoulli distribution with likelihood //get the sample to caclutate the latency time float latency_sampling = 0.5; }; /** * @brief Statistics collected over time. * */ struct alignas(64) stats_t { stats_t() : operation_count(0) { } /// Number of operations completed. uint64_t operation_count; /// Vector to store both start and end time of requests. std::vector<std::chrono::high_resolution_clock::time_point> times; /// Padding to enforce cache-line size and avoid cache-line ping-pong. uint64_t ____padding[7]; }; class benchmark_t { public: /** * @brief Construct a new benchmark_t object. * * @param tree pointer to tree data structure compliant with the API. * @param opt options used to run the benchmark. */ benchmark_t(tree_api* tree, const options_t& opt) noexcept; /** * @brief Destroy the benchmark_t object. * */ ~benchmark_t(); /** * @brief Load the tree with the amount of records specified in options_t. * * A single thread is used for load phase to guarantee determinism across * multiple runs. Using multiple threads can lead to different, but * equivalent, results. */ void load() noexcept; /// Run the workload as specified by options_t. void run() noexcept; /// Maximum number of records to be scanned. static constexpr size_t MAX_SCAN = 1000; private: /// Tree data structure being benchmarked. tree_api* tree_; /// Options used to run this benchmark. const options_t opt_; /// Operation generator. operation_generator_t op_generator_; /// Key generator. std::unique_ptr<key_generator_t> key_generator_; /// Value generator. value_generator_t value_generator_; /// Intel PCM handler. PCM* pcm_; }; } // namespace PiBench namespace std { std::ostream& operator<<(std::ostream& os, const PiBench::distribution_t& dist); std::ostream& operator<<(std::ostream& os, const PiBench::options_t& opt); } // namespace std #endif

[ "zhangqianwayi@163.com" ]

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#include <vector> #include <string> using namespace std; int numDecodings(string s) { if(s.size()==0 || s[0] == '0') return 0; if(s.size() == 1) return 1; vector<int> dp(s.size()+1,0); dp[0] = dp[1] = 1; for(int i=1;i<s.size();i++){ if(s[i] == '0' ){ if((s[i-1] == '1'||s[i-1] == '2')){ dp[i+1] = dp[i-1]; } } else{ if(s[i-1] == '1' ||(s[i-1] == '2' && s[i] <='6')) dp[i+1] = dp[i-1]+dp[i]; else dp[i+1]=dp[i]; } } return dp[s.size()]; }

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#pragma once #include "Engine/Engine.hpp" #include "Helpers/Delegate.hpp" typedef struct ALCdevice_struct ALCdevice; typedef struct ALCcontext_struct ALCcontext; namespace acid { /** * @brief Module used for loading, managing and playing a variety of different sound types. */ class ACID_EXPORT Audio : public Module::Registrar<Audio> { public: enum class Type { Master, General, Effect, Music }; Audio(); ~Audio(); void Update() override; ACID_NO_EXPORT static std::string StringifyResultAl(int32_t result); ACID_NO_EXPORT static void CheckAl(int32_t result); ACID_NO_EXPORT ALCdevice *GetDevice() const { return m_device; } ACID_NO_EXPORT ALCcontext *GetContext() const { return m_context; } float GetGain(Type type) const; void SetGain(Type type, float volume); /** * Called when a gain value has been modified. * @return The delegate. */ Delegate<void(Type, float)> &OnGain() { return m_onGain; } private: ALCdevice *m_device = nullptr; ALCcontext *m_context = nullptr; std::map<Type, float> m_gains; Delegate<void(Type, float)> m_onGain; }; }

[ "mattparks5855@gmail.com" ]

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#include<stdio.h> #include<string.h> int main(){ char s[100]; scanf("%s",&s); for(int i=0;i<strlen(s);i++){ if(s[i] == 'A' || s[i] == 'O'|| s[i] == 'Y'|| s[i] == 'E'|| s[i] == 'U'|| s[i] == 'I' || s[i] == 'a'|| s[i] == 'o'|| s[i] == 'y'|| s[i] == 'e'|| s[i] == 'u'|| s[i] == 'i'){ continue; }else{ if(s[i] <= 'Z'){ printf(".%c",s[i]+32); }else{ printf(".%c",s[i]); } } } return 0; }

[ "imss5ss@outlook.com" ]

imss5ss@outlook.com

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#pragma once #include <memory> #include <string> // Базовый класс арифметического выражения class Expression { public: virtual ~Expression() = default; // Вычисляет значение выражения virtual int Evaluate() const = 0; // Форматирует выражение как строку // Каждый узел берётся в скобки, независимо от приоритета virtual std::string ToString() const = 0; }; using ExpressionPtr = std::unique_ptr<Expression>; // Функции для формирования выражения ExpressionPtr Value(int value); ExpressionPtr Sum(ExpressionPtr left, ExpressionPtr right); ExpressionPtr Product(ExpressionPtr left, ExpressionPtr right); //class Operand : public Expression { //public: // Operand(const int& value); // // int Evaluate() const override; // // std::string ToString() const override; // //private: // int operand; //}; // //class Operator : public Expression { //public: // Operator(ExpressionPtr left_, ExpressionPtr right_, Operators oper_); // // int Evaluate() const override; // // std::string ToString() const override; // //private: // ExpressionPtr left; // ExpressionPtr right; // Operators oper; //};

[ "Arttol2000@yandex.ru" ]

Arttol2000@yandex.ru

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#include <iostream> #include <cmath> #include <glad/glad.h> #include <GLFW/glfw3.h> #include "../shader_s.h" #define STB_IMAGE_IMPLEMENTATION #include "../stb_image.h" #include <glm/glm.hpp> #include <glm/gtc/matrix_transform.hpp> #include <glm/gtc/type_ptr.hpp> #include "vertex_data_textures.h" #include "../camera.h" const char* vertShaderPath = "shader/light_casters.vs"; const char* fragShaderPath = "shader/light_casters.direction.fs"; const char* lampVertShaderPath = "shader/colors.vs"; const char* lampFragShaderPath = "shader/colors_light.fs"; int screenWidth = 800; int screenHeight = 600; Shader* lightingShader = nullptr; Shader* lampShader = nullptr; unsigned int VBO; unsigned int VAO; unsigned int lightVAO; unsigned int diffuseMap; unsigned int specularMap; float deltaTime = 0.0f; float lastFrame = 0.0f; glm::vec3 lightPos(1.2f, 1.0f, 2.0f); Camera* camera = nullptr; float lastX = screenWidth / 2; float lastY = screenHeight / 2; bool firstMouse = true; glm::vec3 cubePositions[] = { glm::vec3( 0.0f, 0.0f, 0.0f), glm::vec3( 2.0f, 5.0f, -15.0f), glm::vec3(-1.5f, -2.2f, -2.5f), glm::vec3(-3.8f, -2.0f, -12.3f), glm::vec3( 2.4f, -0.4f, -3.5f), glm::vec3(-1.7f, 3.0f, -7.5f), glm::vec3( 1.3f, -2.0f, -2.5f), glm::vec3( 1.5f, 2.0f, -2.5f), glm::vec3( 1.5f, 0.2f, -1.5f), glm::vec3(-1.3f, 1.0f, -1.5f) }; int loadTexture(char * filepath, int mode = GL_RGB) { unsigned int texture; std::cout << "Start loading texture: " << filepath << std::endl; // Create texture glGenTextures(1, &texture); glBindTexture(GL_TEXTURE_2D, texture); // Configure wrap and filter type glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_MIN_FILTER, GL_LINEAR); glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_MAG_FILTER, GL_LINEAR); // Load and generate texture int width, height, nrChannels; stbi_set_flip_vertically_on_load(true); unsigned char *data = stbi_load(filepath, &width, &height, &nrChannels, 0); if (data) { glTexImage2D(GL_TEXTURE_2D, 0, mode, width, height, 0, mode, GL_UNSIGNED_BYTE, data); glGenerateMipmap(GL_TEXTURE_2D); } else { std::cout << "Failed to load texture" << std::endl; } // Free image stbi_image_free(data); return texture; } void prepareDraw() { // Load texture diffuseMap = loadTexture("image/container2.png", GL_RGBA); specularMap = loadTexture("image/container2_specular.png", GL_RGBA); // Create camera camera = new Camera(glm::vec3(1.0f, 1.0f, 5.0f)); // Create VBO, VAO glGenBuffers(1, &VBO); glGenVertexArrays(1, &VAO); glGenVertexArrays(1, &lightVAO); // Rectangle glBindVertexArray(VAO); glBindBuffer(GL_ARRAY_BUFFER, VBO); glBufferData(GL_ARRAY_BUFFER, sizeof(vertices), vertices, GL_STATIC_DRAW); // Pos glVertexAttribPointer(0, 3, GL_FLOAT, GL_FALSE, 8 * sizeof(float), (void*)0); glEnableVertexAttribArray(0); // Normal glVertexAttribPointer(1, 3, GL_FLOAT, GL_FALSE, 8 * sizeof(float), (void*)(3 * sizeof(float))); glEnableVertexAttribArray(1); // Texture glVertexAttribPointer(2, 2, GL_FLOAT, GL_FALSE, 8 * sizeof(float), (void*)(6 * sizeof(float))); glEnableVertexAttribArray(2); glBindVertexArray(lightVAO); glVertexAttribPointer(0, 3, GL_FLOAT, GL_FALSE, 8 * sizeof(float), (void*)0); glEnableVertexAttribArray(0); } void drawStaff() { lightingShader->use(); // Projection matrix glm::mat4 projection; projection = glm::perspective(glm::radians(camera->zoom), (float) screenWidth / screenHeight, 0.1f, 100.0f); // Pass the transform matrixs lightingShader->setMat4("view", camera->getViewMatrix()); lightingShader->setMat4("projection", projection); // Lighting lightingShader->setVec3("viewPos", camera->position); lightingShader->setVec3("light.ambient", 0.2f, 0.2f, 0.2f); lightingShader->setVec3("light.diffuse", 0.5f, 0.5f, 0.5f); lightingShader->setVec3("light.specular", 1.0f, 1.0f, 1.0f); lightingShader->setVec3("light.position", lightPos); lightingShader->setVec3("light.direction", -0.2f, -1.0f, -0.3f); lightingShader->setInt("material.diffuse", 0); lightingShader->setVec3("material.specular", 0.5f, 0.5f, 0.5f); lightingShader->setFloat("material.shininess", 32.0f); lightingShader->setInt("material.specular", 1); glActiveTexture(GL_TEXTURE0); glBindTexture(GL_TEXTURE_2D, diffuseMap); glActiveTexture(GL_TEXTURE1); glBindTexture(GL_TEXTURE_2D, specularMap); // Drawing glBindVertexArray(VAO); glm::mat4 model; for (int i = 0; i < 10; i++) { glm::mat4 model; model = glm::translate(model, cubePositions[i]); float angle = 20.0f * i; model = glm::rotate(model, glm::radians(angle), glm::vec3(1.0f, 0.3f, 0.5f)); lightingShader->setMat4("model", model); glDrawArrays(GL_TRIANGLES, 0, 36); } // Lamp cube // lampShader->use(); // model = glm::mat4(); // model = glm::translate(model, lightPos); // model = glm::scale(model, glm::vec3(0.2f)); // lampShader->setMat4("model", model); // lampShader->setMat4("view", camera->getViewMatrix()); // lampShader->setMat4("projection", projection); // glBindVertexArray(lightVAO); // glDrawArrays(GL_TRIANGLES, 0, 36); } void framebuffer_size_callback(GLFWwindow* window, int width, int height); void mouse_callback(GLFWwindow* window, double xpos, double ypos); void scroll_callback(GLFWwindow* window, double xoffset, double yoffset); void processInput(GLFWwindow *window); int main() { glfwInit(); // OpenGL Version glfwWindowHint(GLFW_CONTEXT_VERSION_MAJOR, 3); glfwWindowHint(GLFW_CONTEXT_VERSION_MINOR, 3); // Using core profile glfwWindowHint(GLFW_OPENGL_PROFILE, GLFW_OPENGL_CORE_PROFILE); // For Mac OS X: // glfwWindowHint(GLFW_OPENGL_FORWARD_COMPAT, GL_TRUE); // Create window object GLFWwindow* window = glfwCreateWindow(screenWidth, screenHeight, "LearnOpenGL", NULL, NULL); if (window == NULL) { std::cout << "Failed to create GLFW window" << std::endl; glfwTerminate(); return -1; } glfwMakeContextCurrent(window); // Using GLAD to load OpenGL functions if (!gladLoadGLLoader((GLADloadproc) glfwGetProcAddress)) { std::cout << "Failed to initialize GLAD" << std::endl; return -1; } // Define the Viewport glViewport(0, 0, 800, 600); // Register callbacks glfwSetFramebufferSizeCallback(window, framebuffer_size_callback); glfwSetCursorPosCallback(window, mouse_callback); glfwSetScrollCallback(window, scroll_callback); // Capture the mouse glfwSetInputMode(window, GLFW_CURSOR, GLFW_CURSOR_DISABLED); // Configuration glEnable(GL_DEPTH_TEST); // Prepare for drawing lightingShader = new Shader(vertShaderPath, fragShaderPath); lampShader = new Shader(lampVertShaderPath, lampFragShaderPath); prepareDraw(); // Start render loop while (!glfwWindowShouldClose(window)) { // Input processInput(window); // Clear Screen glClearColor(0.2f, 0.3f, 0.3f, 1.0f); glClear(GL_COLOR_BUFFER_BIT | GL_DEPTH_BUFFER_BIT); // Draw drawStaff(); // Frame calc float currentFrame = glfwGetTime(); deltaTime = currentFrame - lastFrame; lastFrame = currentFrame; // Swap double buffer glfwSwapBuffers(window); // Deal with the events glfwPollEvents(); } delete lightingShader; glfwTerminate(); return 0; } /* * Callbacks */ void framebuffer_size_callback(GLFWwindow* window, int width, int height) { glViewport(0, 0, width, height); screenWidth = width; screenHeight = height; } void processInput(GLFWwindow *window) { if (glfwGetKey(window, GLFW_KEY_ESCAPE) == GLFW_PRESS) { glfwSetWindowShouldClose(window, true); } // Camera Pos if (glfwGetKey(window, GLFW_KEY_W) == GLFW_PRESS) camera->processKeyboard(FORWARD, deltaTime); if (glfwGetKey(window, GLFW_KEY_S) == GLFW_PRESS) camera->processKeyboard(BACKWARD, deltaTime); if (glfwGetKey(window, GLFW_KEY_A) == GLFW_PRESS) camera->processKeyboard(LEFT, deltaTime); if (glfwGetKey(window, GLFW_KEY_D) == GLFW_PRESS) camera->processKeyboard(RIGHT, deltaTime); } void mouse_callback(GLFWwindow* window, double xpos, double ypos) { if (firstMouse) { lastX = xpos; lastY = ypos; firstMouse = false; } float xoffset = xpos - lastX; float yoffset = lastY - ypos; lastX = xpos; lastY = ypos; camera->processMouseMovement(xoffset, yoffset); } void scroll_callback(GLFWwindow* window, double xoffset, double yoffset) { camera->processMouseScroll(yoffset); }

[ "admin@kaaass.net" ]

admin@kaaass.net

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/SOURCE/how_tos/adding_an_op/zero_out_op_kernel_2.cc

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no_license

Shadowhello/tensorflow-zh

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#include "tensorflow/core/framework/op_kernel.h" #include "tensorflow/core/framework/register_types.h" using namespace tensorflow; REGISTER_OP("ZeroOut") .Attr("T: realnumbertype") .Input("to_zero: T") .Output("zeroed: T") .Doc(R"doc( Zeros out all but the first value of a Tensor. zeroed: A Tensor whose first value is identical to `to_zero`, and 0 otherwise. )doc"); REGISTER_OP("ZeroOut2") .Attr("T: realnumbertype") .Input("to_zero: T") .Output("zeroed: T") .Doc(R"doc( Zeros out all but the first value of a Tensor. zeroed: A Tensor whose first value is identical to `to_zero`, and 0 otherwise. )doc"); REGISTER_OP("ZeroOut3") .Attr("T: realnumbertype") .Input("to_zero: T") .Output("zeroed: T") .Doc(R"doc( Zeros out all but the first value of a Tensor. zeroed: A Tensor whose first value is identical to `to_zero`, and 0 otherwise. )doc"); template <typename T> class ZeroOutOp : public OpKernel { public: explicit ZeroOutOp(OpKernelConstruction* context) : OpKernel(context) {} void Compute(OpKernelContext* context) override { // Grab the input tensor const Tensor& input_tensor = context->input(0); auto input = input_tensor.flat<T>(); // Create an output tensor Tensor* output = NULL; OP_REQUIRES_OK(context, context->allocate_output(0, input_tensor.shape(), &output)); auto output_flat = output->template flat<T>(); // Set all the elements of the output tensor to 0 const int N = input.size(); for (int i = 0; i < N; i++) { output_flat(i) = 0; } // Preserve the first input value if (N > 0) output_flat(0) = input(0); } }; REGISTER_KERNEL_BUILDER(Name("ZeroOut") .Device(DEVICE_CPU) .TypeConstraint<float>("T"), ZeroOutOp<float>); REGISTER_KERNEL_BUILDER(Name("ZeroOut") .Device(DEVICE_CPU) .TypeConstraint<double>("T"), ZeroOutOp<double>); REGISTER_KERNEL_BUILDER(Name("ZeroOut") .Device(DEVICE_CPU) .TypeConstraint<int>("T"), ZeroOutOp<int>); #define REGISTER_KERNEL(type) \ REGISTER_KERNEL_BUILDER( \ Name("ZeroOut2").Device(DEVICE_CPU).TypeConstraint<type>("T"), \ ZeroOutOp<type>) REGISTER_KERNEL(float); REGISTER_KERNEL(double); REGISTER_KERNEL(int32); #undef REGISTER_KERNEL #define REGISTER_KERNEL(type) \ REGISTER_KERNEL_BUILDER( \ Name("ZeroOut3").Device(DEVICE_CPU).TypeConstraint<type>("T"), \ ZeroOutOp<type>) TF_CALL_REAL_NUMBER_TYPES(REGISTER_KERNEL); #undef REGISTER_KERNEL

[ "seika@SeikadeMacBook-Pro.local" ]

seika@SeikadeMacBook-Pro.local

2277765475d420d33f798b4bb2a2786a01ecd161

f6a1797248747340827bf8bd234c5a9fbf287a43

/0716/c++primer/10.3.9_c++primer.h

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[]

no_license

Andrew-liu/learn_cplusplus

b58e90ee3723610b9d59762f9300b5598d89e00d

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refs/heads/master

2016-09-05T22:38:42.123786

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#ifndef _WORD_ #define _WORD_ #include <iostream> #include <string> #include <vector> #include <list> #include <map> #include <algorithm> #include <fstream> using namespace std; class Word { public: Word(); ~Word(); void open_file(); void read_pair(); void output(); private: map<string, string> map_; ifstream rpair_;//读pair取用 ifstream cpair_;//读转换文本用 std::string rfile_; std::string cfile_; }; #endif

[ "xujie@ubuntu.(none)" ]

xujie@ubuntu.(none)

d4da4a3e84947671d9efa2a982e20e3be5b5170f

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/就職作品用/Src/Game/Gimmick/Box_1/Box_1.cpp

8857a1e66ce5f3df3501e0aa627187dd51317659

[]

no_license

NakataniKeiga/KazukiWatanabe_Is_Ihou_Kenchiku

198680ecdb63b177f5e89cc6ab3ecb2d5d50ec6c

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refs/heads/main

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#include"Box_1.h" #include"../../../Lib/math/Hit/Hit.h" #include"../../Input/Input.h" #include"../../Character/Player/Player.h" #include"../../Collision/CollisionManager.h" static const char* BOX_PATH_S = { "Data/model/Box/Box.x" }; const VECTOR BOX_SCALE = { 0.01f, 0.01f, 0.01f }; const float BOX_RADIUS = 1.5f; const float GRAVITY_SPEED = 0.0f; //初期化 void CBox_1::Init() { m_kind = BOX_GIMMICK; memset(&m_vRot, 0, sizeof(VECTOR)); memset(&m_vGravity, 0, sizeof(VECTOR)); m_vMove = VGet(0.0f, 0.0f, 0.0f); m_vScale = BOX_SCALE; m_fRadius = BOX_RADIUS; m_fGravity = GRAVITY_SPEED; m_isHave = false; Load(); } //ロード処理 void CBox_1::Load() { m_iHndl = MV1LoadModel(BOX_PATH_S); } //メイン処理 void CBox_1::Step() { /*CPlayer* Player = CPlayer::GetInstance(); if (CInputKey::IsPuch(KEY_INPUT_SPACE)) { if (CHit::IsHitSphereToSphere(Player->GetHitPos(), Player->GetRadius(), m_vPos, m_fRadius)) { if (Player->GetShove() == true) { m_isHave = false; Player->SetShove(false); } else if (Player->GetShove() == false) { m_isHave = true; Player->SetShove(true); } } } if (m_isHave == true) { VECTOR PlayerHand = VAdd(Player->GetHitPos(), VGet(0.0f, 2.0f, 0.0f)); m_vPos = VAdd(PlayerHand, m_vMove); } else { m_vMove.z = 0.0f; m_vMove.z = 0.0f; }*/ } // void CBox_1::Update() { if (m_isHave == false) { m_vGravity.y -= m_fGravity; } m_vPos = VAdd(m_vPos, m_vGravity); MV1SetPosition(m_iHndl, m_vPos); MV1SetRotationXYZ(m_iHndl, m_vRot); MV1SetScale(m_iHndl, m_vScale); } //描画処理 void CBox_1::Draw() { MV1DrawModel(m_iHndl); } //終了処理 void CBox_1::Fin() { MV1DeleteModel(m_iHndl); } void CBox_1::Collision() { CCollisionManager::CollCchekBoxToGimmick(this); } void CBox_1::PlayerHit(CPlayer* player) { } void CBox_1::PlayerHitPosHit(CPlayer* player) { if (CInputKey::IsPuch(KEY_INPUT_SPACE)) { if (CHit::IsHitSphereToSphere(player->GetHitPos(), player->GetRadius(), m_vPos, m_fRadius)) { if (player->GetShove() == true) { m_isHave = false; player->SetShove(false); } else if (player->GetShove() == false) { m_isHave = true; player->SetShove(true); } } } if (m_isHave == true) { VECTOR PlayerHand = VAdd(player->GetHitPos(), VGet(0.0f, 2.0f, 0.0f)); m_vPos = VAdd(PlayerHand, m_vMove); } else { m_vMove.z = 0.0f; m_vMove.z = 0.0f; } }

[ "tobun6212@gmail.com" ]

tobun6212@gmail.com

d3c071b921f7dd6d7b32b1df4851de8668221bef

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/Juliet_Test_Suite_v1.3_for_C_Cpp/C/testcases/CWE563_Unused_Variable/CWE563_Unused_Variable__unused_value_struct_72a.cpp

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buihuynhduc/tooltest

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refs/heads/master

2020-08-27T20:46:53.725182

2019-10-25T05:42:36

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/* TEMPLATE GENERATED TESTCASE FILE Filename: CWE563_Unused_Variable__unused_value_struct_72a.cpp Label Definition File: CWE563_Unused_Variable__unused_value.label.xml Template File: sources-sinks-72a.tmpl.cpp */ /* * @description * CWE: 563 Unused Variable * BadSource: Initialize data * GoodSource: Initialize and use data * Sinks: * GoodSink: Use data * BadSink : Initialize and use data * Flow Variant: 72 Data flow: data passed in a vector from one function to another in different source files * * */ #include "std_testcase.h" #include <vector> #include <wchar.h> using namespace std; namespace CWE563_Unused_Variable__unused_value_struct_72 { #ifndef OMITBAD /* bad function declaration */ void badSink(vector<twoIntsStruct> dataVector); void bad() { twoIntsStruct data; vector<twoIntsStruct> dataVector; /* POTENTIAL FLAW: Initialize, but do not use data */ data.intOne = 0; data.intTwo = 0; /* Put data in a vector */ dataVector.insert(dataVector.end(), 1, data); dataVector.insert(dataVector.end(), 1, data); dataVector.insert(dataVector.end(), 1, data); badSink(dataVector); } #endif /* OMITBAD */ #ifndef OMITGOOD /* goodG2B uses the GoodSource with the BadSink */ void goodG2BSink(vector<twoIntsStruct> dataVector); static void goodG2B() { twoIntsStruct data; vector<twoIntsStruct> dataVector; /* FIX: Initialize and use data before it is overwritten */ data.intOne = 0; data.intTwo = 0; printStructLine(&data); /* Put data in a vector */ dataVector.insert(dataVector.end(), 1, data); dataVector.insert(dataVector.end(), 1, data); dataVector.insert(dataVector.end(), 1, data); goodG2BSink(dataVector); } /* goodB2G uses the BadSource with the GoodSink */ void goodB2GSink(vector<twoIntsStruct> dataVector); static void goodB2G() { twoIntsStruct data; vector<twoIntsStruct> dataVector; /* POTENTIAL FLAW: Initialize, but do not use data */ data.intOne = 0; data.intTwo = 0; dataVector.insert(dataVector.end(), 1, data); dataVector.insert(dataVector.end(), 1, data); dataVector.insert(dataVector.end(), 1, data); goodB2GSink(dataVector); } void good() { goodG2B(); goodB2G(); } #endif /* OMITGOOD */ } /* close namespace */ /* Below is the main(). It is only used when building this testcase on its own for testing or for building a binary to use in testing binary analysis tools. It is not used when compiling all the testcases as one application, which is how source code analysis tools are tested. */ #ifdef INCLUDEMAIN using namespace CWE563_Unused_Variable__unused_value_struct_72; /* so that we can use good and bad easily */ int main(int argc, char * argv[]) { /* seed randomness */ srand( (unsigned)time(NULL) ); #ifndef OMITGOOD printLine("Calling good()..."); good(); printLine("Finished good()"); #endif /* OMITGOOD */ #ifndef OMITBAD printLine("Calling bad()..."); bad(); printLine("Finished bad()"); #endif /* OMITBAD */ return 0; } #endif

[ "43197106+buihuynhduc@users.noreply.github.com" ]

43197106+buihuynhduc@users.noreply.github.com

2c1d9f8e7e9c079a79953346946bbd60e82d8bda

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/part_3/co_overhead/server.cpp

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no_license

Cylix/cse_221_experiments

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refs/heads/master

2023-08-26T03:22:54.689211

2016-05-28T08:52:21

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#include <iostream> #include <stdlib.h> #include <unistd.h> #include <sys/types.h> #include <sys/socket.h> #include <netinet/in.h> #include <netdb.h> #include <arpa/inet.h> uint64_t rdtscp(void) { uint32_t eax, edx; __asm__ __volatile__("rdtscp" //! rdtscp instruction : "+a" (eax), "=d" (edx) //! output : //! input : "%ecx"); //! registers return (((uint64_t)edx << 32) | eax); } int main(int ac , char** av) { if (ac != 2) { std::cout << "./bin port" << std::endl; return -1; } // create socket int fd = socket(AF_INET , SOCK_STREAM , 0); if (fd < 0) { std::cout << "fail socket()" << std::endl; return -1; } struct sockaddr_in server; server.sin_family = AF_INET; server.sin_addr.s_addr = INADDR_ANY; server.sin_port = htons(atoi(av[1])); // bind if(bind(fd, (const struct sockaddr *)&server , sizeof(server)) < 0) { std::cout << "fail bind()" << std::endl; return -1; } // listen listen(fd , 1024); //! get client int size = sizeof(struct sockaddr_in); struct sockaddr_in client; int client_fd; while ((client_fd = accept(fd, (struct sockaddr *)&client, (socklen_t*)&size))) { if (client_fd < 0) { std::cout << "fail accept()" << std::endl; return 1; } sleep(1); uint64_t start = rdtscp(); close(client_fd); uint64_t end = rdtscp(); std::cout << (end - start - 34) << std::endl; } close(fd); return 0; }

[ "simon.ninon@gmail.com" ]

simon.ninon@gmail.com

67f3af48e1def9251187fd0a3363f5b02a75ac86

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/leetcode/分数到小数.cpp

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dengbohhxx/vscode

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refs/heads/master

2023-03-31T16:04:41.839580

2021-04-04T08:36:29

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class Solution { public: string fractionToDecimal(int numerator, int denominator) { if(numerator==0) return "0"; if(denominator==0) return ""; string result; long long num=(long long)numerator; long long denom=(long long)denominator; if((num>0)^(denom>0)) result.push_back('-'); num=llabs(num); denom=llabs(denom); result+=to_string(num/denom); num%=denom; if(num==0) return result; result.push_back('.'); int index=result.size()-1; unordered_map<int,int> hash; while(num&&hash.count(num)==0) { hash[num]=++index; num*=10; result+=to_string(num/denom); num%=denom; } if(hash.count(num)>0) { result.insert(hash[num],"("); result.push_back(')'); } return result; } };

[ "dengbohhxx@sina.com" ]

dengbohhxx@sina.com

c6a51113764da35b40f8df5876abcdb30468f6a7

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/C++/YouTube_CodeBeauty/015_struct.cpp

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no_license

AdamYuWen/LearningProgramming

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refs/heads/master

2023-05-20T20:37:57.269187

2021-06-07T00:46:31

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#include <iostream> #include <string> using std::cout; using std::endl; using std::string; struct SmartPhones { string name; int storage_space; string color; float price; }; void PrintSmartPhones(SmartPhones s) { cout << s.name << endl; cout << s.storage_space << endl; cout << s.color << endl; cout << s.price << endl; } struct Person { string name; int age; SmartPhones smart_phone; }; void PrintPerson(Person p) { cout << p.name << endl; cout << p.age << endl; PrintSmartPhones(p.smart_phone); // Use another print function. } int main() { SmartPhones iphone; iphone.name = "iPhone 12"; iphone.storage_space = 32; iphone.color = "black"; iphone.price = 999.99; PrintSmartPhones(iphone); cout << endl; SmartPhones samsung; samsung.name = "Samsung Galaxy S21 Ultra"; samsung.storage_space = 64; samsung.color = "gray"; samsung.price = 888.88; PrintSmartPhones(samsung); cout << endl; Person person; person.name = "Saldina"; person.age = 26; // person.smart_phone = samsung; // It also works. person.smart_phone.name = "Samsung Galaxy S21 Ultra"; person.smart_phone.storage_space = 64; person.smart_phone.color = "gray"; person.smart_phone.price = 888.88; PrintPerson(person); return 0; }

[ "wen.adam@hotmail.com" ]

wen.adam@hotmail.com

b425cac863eaf79eff98ddf3838bdf554399a25c

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/GameTest/GameHandler.h

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no_license

theofanet/GameCube

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refs/heads/master

2021-01-21T20:07:52.006196

2017-05-23T16:25:26

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// // GameHandler.h // GameTest // // Created by Theo Fanet on 15/02/2015. // Copyright (c) 2015 Theo. All rights reserved. // #ifndef __GameTest__GameHandler__ #define __GameTest__GameHandler__ #include <OpenGL/OpenGL.h> #include <GLUT/glut.h> #include <stdio.h> #include <iostream> #include <stdarg.h> #include <stdlib.h> #include <sstream> #include <string> #include <vector> #include "defines.h" #include "IoHandler.h" #include "MenuScene.h" #include "CubeWord.h" using namespace std; class GameHandler : public GameSceneHandler{ public: GameHandler(); ~GameHandler(); void run(); b2Vec2 ConvertScreenToWorld(int x, int y); void reshape(int w, int h); void display(void); void idle(void); void keyboard(unsigned char key, int x = 0, int y = 0); void keyboard_up(unsigned char key, int x = 0, int y = 0); void specialKeyboard(int key, int x = 0, int y = 0); void specialKeyboard_up(int key, int x = 0, int y = 0); void mouse_click(int button, int state, int x = 0, int y = 0); void mouse_motion(int x, int y); void mouse_passive_motion(int x, int y); void setCurrentScene(GameScene *s); void goToScene(GameScene *fromScene, GameScene *toScene); void goNextScene(GameScene *fromScene); void exitScene(GameScene *fromScene); int handleFPS(); void quit_action(int code = 0); private: int _frameCount, _currentTime, _previousTime; float _fps; float _width, _height; int _current_scene_index; GameScene *_current_scene, *_to_remove; vector<GameScene *> _scenes; MenuScene *_menuScene; IoHandler *_Io; }; #endif /* defined(__GameTest__GameHandler__) */

[ "theo@bricomac.com" ]

theo@bricomac.com

b7f5fbb18280c7353f16c58cfcbe01ee30373f4a

4b1d1df5d44215b689bd77c4446098866615329e

/chrome/browser/apps/app_service/app_platform_metrics_service_unittest.cc

42ca8a9aaeec4a846e613c38ac08b114174c72dc

[ "BSD-3-Clause" ]

permissive

neeraj-342001/chromium

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5ee4c2f728928457b8983cdfe4292d552f0fdfbc

refs/heads/master

2023-06-26T06:55:50.706997

2021-08-18T17:07:55

null

0

null

UTF-8

C++

false

49,946

cc

// Copyright 2021 The Chromium Authors. All rights reserved. // Use of this source code is governed by a BSD-style license that can be // found in the LICENSE file. #include "chrome/browser/apps/app_service/app_platform_metrics_service.h" #include <memory> #include <utility> #include "base/json/values_util.h" #include "base/metrics/histogram_base.h" #include "base/test/metrics/histogram_tester.h" #include "base/test/task_environment.h" #include "base/time/time.h" #include "chrome/browser/apps/app_service/app_platform_metrics.h" #include "chrome/browser/apps/app_service/app_service_proxy.h" #include "chrome/browser/apps/app_service/app_service_proxy_factory.h" #include "chrome/browser/ash/login/users/fake_chrome_user_manager.h" #include "chrome/browser/ash/profiles/profile_helper.h" #include "chrome/browser/sync/sync_service_factory.h" #include "chrome/browser/ui/browser.h" #include "chrome/browser/ui/browser_list.h" #include "chrome/test/base/test_browser_window_aura.h" #include "chrome/test/base/testing_profile.h" #include "chromeos/dbus/power/fake_power_manager_client.h" #include "chromeos/dbus/power_manager/idle.pb.h" #include "chromeos/dbus/power_manager/suspend.pb.h" #include "components/prefs/pref_service.h" #include "components/prefs/scoped_user_pref_update.h" #include "components/services/app_service/public/cpp/app_registry_cache.h" #include "components/services/app_service/public/cpp/instance_registry.h" #include "components/sync/driver/sync_service.h" #include "components/sync/driver/test_sync_service.h" #include "components/sync_preferences/testing_pref_service_syncable.h" #include "components/ukm/test_ukm_recorder.h" #include "components/user_manager/scoped_user_manager.h" #include "content/public/test/browser_task_environment.h" #include "extensions/common/constants.h" #include "services/metrics/public/cpp/ukm_source.h" #include "testing/gmock/include/gmock/gmock.h" #include "testing/gtest/include/gtest/gtest.h" #include "ui/aura/test/test_window_delegate.h" #include "ui/aura/window.h" namespace apps { namespace { constexpr char kStartTime[] = "1 Jan 2021 21:00"; constexpr apps::InstanceState kActiveInstanceState = static_cast<apps::InstanceState>( apps::InstanceState::kStarted | apps::InstanceState::kRunning | apps::InstanceState::kActive | apps::InstanceState::kVisible); constexpr apps::InstanceState kInactiveInstanceState = static_cast<apps::InstanceState>(apps::InstanceState::kStarted | apps::InstanceState::kRunning); void SetScreenOff(bool is_screen_off) { power_manager::ScreenIdleState screen_idle_state; screen_idle_state.set_off(is_screen_off); chromeos::FakePowerManagerClient::Get()->SendScreenIdleStateChanged( screen_idle_state); } void SetSuspendImminent() { chromeos::FakePowerManagerClient::Get()->SendSuspendImminent( power_manager::SuspendImminent_Reason_OTHER); } apps::mojom::AppPtr MakeApp(const char* app_id, apps::mojom::AppType app_type, const std::string& publisher_id, apps::mojom::Readiness readiness, apps::mojom::InstallSource install_source) { apps::mojom::AppPtr app = apps::mojom::App::New(); app->app_id = app_id; app->app_type = app_type; app->publisher_id = publisher_id; app->readiness = readiness; app->install_source = install_source; return app; } std::unique_ptr<KeyedService> TestingSyncFactoryFunction( content::BrowserContext* context) { return std::make_unique<syncer::TestSyncService>(); } } // namespace // Tests for app platform metrics service. class AppPlatformMetricsServiceTest : public testing::Test { public: void SetUp() override { AddRegularUser("user@test.com"); test_ukm_recorder_ = std::make_unique<ukm::TestAutoSetUkmRecorder>(); base::Time start_time; EXPECT_TRUE(base::Time::FromUTCString(kStartTime, &start_time)); base::TimeDelta forward_by = start_time - base::Time::Now(); EXPECT_LT(base::TimeDelta(), forward_by); task_environment_.AdvanceClock(forward_by); GetPrefService()->SetInteger( kAppPlatformMetricsDayId, start_time.UTCMidnight().since_origin().InDaysFloored()); chromeos::PowerManagerClient::InitializeFake(); app_platform_metrics_service_ = std::make_unique<AppPlatformMetricsService>(testing_profile_.get()); app_platform_metrics_service_->Start( apps::AppServiceProxyFactory::GetForProfile(testing_profile_.get()) ->AppRegistryCache(), apps::AppServiceProxyFactory::GetForProfile(testing_profile_.get()) ->InstanceRegistry()); InstallApps(); } void TearDown() override { app_platform_metrics_service_.reset(); chromeos::PowerManagerClient::Shutdown(); browser_window1_.reset(); browser_window2_.reset(); } void AddRegularUser(const std::string& email) { fake_user_manager_ = new ash::FakeChromeUserManager; scoped_user_manager_ = std::make_unique<user_manager::ScopedUserManager>( base::WrapUnique(fake_user_manager_)); AccountId account_id = AccountId::FromUserEmail(email); const user_manager::User* user = fake_user_manager_->AddUser(account_id); fake_user_manager_->UserLoggedIn(account_id, user->username_hash(), /*browser_restart=*/false, /*is_child=*/false); fake_user_manager_->SimulateUserProfileLoad(account_id); TestingProfile::Builder builder; builder.AddTestingFactory(SyncServiceFactory::GetInstance(), SyncServiceFactory::GetDefaultFactory()); testing_profile_ = builder.Build(); chromeos::ProfileHelper::Get()->SetUserToProfileMappingForTesting( user, testing_profile_.get()); sync_service_ = static_cast<syncer::TestSyncService*>( SyncServiceFactory::GetInstance()->SetTestingFactoryAndUse( testing_profile_.get(), base::BindRepeating(&TestingSyncFactoryFunction))); sync_service_->SetFirstSetupComplete(true); } void InstallApps() { auto* proxy = apps::AppServiceProxyFactory::GetForProfile(testing_profile_.get()); std::vector<apps::mojom::AppPtr> deltas; apps::AppRegistryCache& cache = proxy->AppRegistryCache(); deltas.push_back(MakeApp(/*app_id=*/"a", apps::mojom::AppType::kArc, "com.google.A", apps::mojom::Readiness::kReady, apps::mojom::InstallSource::kUser)); cache.OnApps(std::move(deltas), apps::mojom::AppType::kArc, true /* should_notify_initialized */); deltas.clear(); deltas.push_back(MakeApp(/*app_id=*/"bu", apps::mojom::AppType::kBuiltIn, "", apps::mojom::Readiness::kReady, apps::mojom::InstallSource::kSystem)); cache.OnApps(std::move(deltas), apps::mojom::AppType::kBuiltIn, true /* should_notify_initialized */); deltas.clear(); deltas.push_back(MakeApp(/*app_id=*/"c", apps::mojom::AppType::kCrostini, "", apps::mojom::Readiness::kReady, apps::mojom::InstallSource::kUser)); cache.OnApps(std::move(deltas), apps::mojom::AppType::kCrostini, true /* should_notify_initialized */); deltas.clear(); deltas.push_back(MakeApp(/*app_id=*/"w", apps::mojom::AppType::kWeb, "https://foo.com", apps::mojom::Readiness::kReady, apps::mojom::InstallSource::kSync)); cache.OnApps(std::move(deltas), apps::mojom::AppType::kWeb, true /* should_notify_initialized */); deltas.clear(); deltas.push_back(MakeApp( /*app_id=*/"s", apps::mojom::AppType::kSystemWeb, "https://os-settings", apps::mojom::Readiness::kReady, apps::mojom::InstallSource::kDefault)); cache.OnApps(std::move(deltas), apps::mojom::AppType::kWeb, true /* should_notify_initialized */); deltas.clear(); deltas.push_back(MakeApp(/*app_id=*/"u", apps::mojom::AppType::kUnknown, "", apps::mojom::Readiness::kReady, apps::mojom::InstallSource::kUnknown)); deltas.push_back(MakeApp( /*app_id=*/"m", apps::mojom::AppType::kMacOs, "", apps::mojom::Readiness::kReady, apps::mojom::InstallSource::kUnknown)); deltas.push_back(MakeApp( /*app_id=*/"p", apps::mojom::AppType::kPluginVm, "", apps::mojom::Readiness::kReady, apps::mojom::InstallSource::kUser)); deltas.push_back(MakeApp( /*app_id=*/"l", apps::mojom::AppType::kStandaloneBrowser, "", apps::mojom::Readiness::kReady, apps::mojom::InstallSource::kSystem)); deltas.push_back(MakeApp( /*app_id=*/"lcr", apps::mojom::AppType::kStandaloneBrowserExtension, "", apps::mojom::Readiness::kReady, apps::mojom::InstallSource::kUser)); deltas.push_back(MakeApp( /*app_id=*/"r", apps::mojom::AppType::kRemote, "", apps::mojom::Readiness::kReady, apps::mojom::InstallSource::kPolicy)); deltas.push_back(MakeApp(/*app_id=*/"bo", apps::mojom::AppType::kBorealis, "", apps::mojom::Readiness::kReady, apps::mojom::InstallSource::kOem)); cache.OnApps(std::move(deltas), apps::mojom::AppType::kUnknown, false /* should_notify_initialized */); } void InstallOneApp(const std::string& app_id, apps::mojom::AppType app_type, const std::string& publisher_id, apps::mojom::Readiness readiness) { auto* proxy = apps::AppServiceProxyFactory::GetForProfile(testing_profile_.get()); std::vector<apps::mojom::AppPtr> deltas; apps::AppRegistryCache& cache = proxy->AppRegistryCache(); deltas.push_back(MakeApp(app_id.c_str(), app_type, publisher_id, readiness, apps::mojom::InstallSource::kUser)); cache.OnApps(std::move(deltas), apps::mojom::AppType::kUnknown, false /* should_notify_initialized */); } void VerifyMetrics() { histogram_tester_.ExpectTotalCount( AppPlatformMetrics::GetAppsCountHistogramNameForTest(AppTypeName::kArc), /*expected_count=*/1); histogram_tester_.ExpectTotalCount( AppPlatformMetrics::GetAppsCountPerInstallSourceHistogramNameForTest( AppTypeName::kArc, apps::mojom::InstallSource::kUser), /*expected_count=*/1); histogram_tester_.ExpectTotalCount( AppPlatformMetrics::GetAppsCountHistogramNameForTest( AppTypeName::kBuiltIn), /*expected_count=*/1); histogram_tester_.ExpectTotalCount( AppPlatformMetrics::GetAppsCountPerInstallSourceHistogramNameForTest( AppTypeName::kBuiltIn, apps::mojom::InstallSource::kSystem), /*expected_count=*/1); histogram_tester_.ExpectTotalCount( AppPlatformMetrics::GetAppsCountHistogramNameForTest( AppTypeName::kCrostini), /*expected_count=*/1); histogram_tester_.ExpectTotalCount( AppPlatformMetrics::GetAppsCountPerInstallSourceHistogramNameForTest( AppTypeName::kCrostini, apps::mojom::InstallSource::kUser), /*expected_count=*/1); histogram_tester_.ExpectTotalCount( AppPlatformMetrics::GetAppsCountHistogramNameForTest( AppTypeName::kChromeApp), /*expected_count=*/0); histogram_tester_.ExpectTotalCount( AppPlatformMetrics::GetAppsCountHistogramNameForTest(AppTypeName::kWeb), /*expected_count=*/0); histogram_tester_.ExpectTotalCount( AppPlatformMetrics::GetAppsCountPerInstallSourceHistogramNameForTest( AppTypeName::kWeb, apps::mojom::InstallSource::kSync), /*expected_count=*/0); histogram_tester_.ExpectTotalCount( AppPlatformMetrics::GetAppsCountHistogramNameForTest( AppTypeName::kMacOs), /*expected_count=*/1); histogram_tester_.ExpectTotalCount( AppPlatformMetrics::GetAppsCountPerInstallSourceHistogramNameForTest( AppTypeName::kMacOs, apps::mojom::InstallSource::kUnknown), /*expected_count=*/1); histogram_tester_.ExpectTotalCount( AppPlatformMetrics::GetAppsCountHistogramNameForTest( AppTypeName::kPluginVm), /*expected_count=*/1); histogram_tester_.ExpectTotalCount( AppPlatformMetrics::GetAppsCountPerInstallSourceHistogramNameForTest( AppTypeName::kPluginVm, apps::mojom::InstallSource::kUser), /*expected_count=*/1); histogram_tester_.ExpectTotalCount( AppPlatformMetrics::GetAppsCountHistogramNameForTest( AppTypeName::kStandaloneBrowser), /*expected_count=*/1); histogram_tester_.ExpectTotalCount( AppPlatformMetrics::GetAppsCountPerInstallSourceHistogramNameForTest( AppTypeName::kStandaloneBrowser, apps::mojom::InstallSource::kSystem), /*expected_count=*/1); histogram_tester_.ExpectTotalCount( AppPlatformMetrics::GetAppsCountHistogramNameForTest( AppTypeName::kStandaloneBrowserExtension), /*expected_count=*/1); histogram_tester_.ExpectTotalCount( AppPlatformMetrics::GetAppsCountPerInstallSourceHistogramNameForTest( AppTypeName::kStandaloneBrowserExtension, apps::mojom::InstallSource::kUser), /*expected_count=*/1); histogram_tester_.ExpectTotalCount( AppPlatformMetrics::GetAppsCountHistogramNameForTest( AppTypeName::kStandaloneBrowserExtension), /*expected_count=*/1); histogram_tester_.ExpectTotalCount( AppPlatformMetrics::GetAppsCountPerInstallSourceHistogramNameForTest( AppTypeName::kStandaloneBrowserExtension, apps::mojom::InstallSource::kUser), /*expected_count=*/1); histogram_tester_.ExpectTotalCount( AppPlatformMetrics::GetAppsCountHistogramNameForTest( AppTypeName::kRemote), /*expected_count=*/1); histogram_tester_.ExpectTotalCount( AppPlatformMetrics::GetAppsCountPerInstallSourceHistogramNameForTest( AppTypeName::kRemote, apps::mojom::InstallSource::kPolicy), /*expected_count=*/1); histogram_tester_.ExpectTotalCount( AppPlatformMetrics::GetAppsCountHistogramNameForTest( AppTypeName::kBorealis), /*expected_count=*/1); histogram_tester_.ExpectTotalCount( AppPlatformMetrics::GetAppsCountPerInstallSourceHistogramNameForTest( AppTypeName::kBorealis, apps::mojom::InstallSource::kOem), /*expected_count=*/1); histogram_tester_.ExpectTotalCount( AppPlatformMetrics::GetAppsCountHistogramNameForTest( AppTypeName::kSystemWeb), /*expected_count=*/1); histogram_tester_.ExpectTotalCount( AppPlatformMetrics::GetAppsCountPerInstallSourceHistogramNameForTest( AppTypeName::kSystemWeb, apps::mojom::InstallSource::kDefault), /*expected_count=*/1); } void ModifyInstance(const std::string& app_id, aura::Window* window, apps::InstanceState state) { std::unique_ptr<apps::Instance> instance = std::make_unique<apps::Instance>( app_id, apps::Instance::InstanceKey(window)); instance->UpdateState(state, base::Time::Now()); std::vector<std::unique_ptr<apps::Instance>> deltas; deltas.push_back(std::move(instance)); apps::AppServiceProxyFactory::GetForProfile(testing_profile_.get()) ->InstanceRegistry() .OnInstances(deltas); } std::unique_ptr<Browser> CreateBrowserWithAuraWindow1() { std::unique_ptr<aura::Window> window = std::make_unique<aura::Window>( &delegate1_, aura::client::WINDOW_TYPE_NORMAL); window->SetId(0); window->Init(ui::LAYER_TEXTURED); Browser::CreateParams params(testing_profile_.get(), true); params.type = Browser::TYPE_NORMAL; browser_window1_ = std::make_unique<TestBrowserWindowAura>(std::move(window)); params.window = browser_window1_.get(); return std::unique_ptr<Browser>(Browser::Create(params)); } std::unique_ptr<Browser> CreateBrowserWithAuraWindow2() { std::unique_ptr<aura::Window> window = std::make_unique<aura::Window>( &delegate2_, aura::client::WINDOW_TYPE_NORMAL); window->SetId(0); window->Init(ui::LAYER_TEXTURED); Browser::CreateParams params(testing_profile_.get(), true); params.type = Browser::TYPE_NORMAL; browser_window2_ = std::make_unique<TestBrowserWindowAura>(std::move(window)); params.window = browser_window2_.get(); return std::unique_ptr<Browser>(Browser::Create(params)); } void VerifyAppRunningDuration(const base::TimeDelta time_delta, AppTypeName app_type_name) { DictionaryPrefUpdate update(GetPrefService(), kAppRunningDuration); std::string key = GetAppTypeHistogramName(app_type_name); absl::optional<base::TimeDelta> unreported_duration = base::ValueToTimeDelta(update->FindPath(key)); if (time_delta.is_zero()) { EXPECT_FALSE(unreported_duration.has_value()); return; } ASSERT_TRUE(unreported_duration.has_value()); EXPECT_EQ(time_delta, unreported_duration.value()); } void VerifyAppRunningDurationCountHistogram(base::HistogramBase::Count count, AppTypeName app_type_name) { histogram_tester_.ExpectTotalCount( AppPlatformMetrics::GetAppsRunningDurationHistogramNameForTest( app_type_name), count); } void VerifyAppRunningDurationHistogram(base::TimeDelta time_delta, base::HistogramBase::Count count, AppTypeName app_type_name) { histogram_tester().ExpectTimeBucketCount( AppPlatformMetrics::GetAppsRunningDurationHistogramNameForTest( app_type_name), time_delta, count); } void VerifyAppRunningPercentageCountHistogram( base::HistogramBase::Count count, AppTypeName app_type_name) { histogram_tester_.ExpectTotalCount( AppPlatformMetrics::GetAppsRunningPercentageHistogramNameForTest( app_type_name), count); } void VerifyAppRunningPercentageHistogram( int count, base::HistogramBase::Count expected_count, AppTypeName app_type_name) { histogram_tester().ExpectBucketCount( AppPlatformMetrics::GetAppsRunningPercentageHistogramNameForTest( app_type_name), count, expected_count); } void VerifyAppActivatedCount(int count, AppTypeName app_type_name) { DictionaryPrefUpdate update(GetPrefService(), kAppActivatedCount); std::string key = GetAppTypeHistogramName(app_type_name); absl::optional<int> activated_count = update->FindIntPath(key); if (count == 0) { EXPECT_FALSE(activated_count.has_value()); return; } ASSERT_TRUE(activated_count.has_value()); EXPECT_EQ(count, activated_count.value()); } void VerifyAppActivatedCountHistogram(base::HistogramBase::Count count, AppTypeName app_type_name) { histogram_tester().ExpectTotalCount( AppPlatformMetrics::GetAppsActivatedCountHistogramNameForTest( app_type_name), count); } void VerifyAppActivatedHistogram(int count, base::HistogramBase::Count expected_count, AppTypeName app_type_name) { histogram_tester().ExpectBucketCount( AppPlatformMetrics::GetAppsActivatedCountHistogramNameForTest( app_type_name), count, expected_count); } void VerifyAppUsageTimeCountHistogram(base::HistogramBase::Count count, AppTypeName app_type_name) { histogram_tester_.ExpectTotalCount( AppPlatformMetrics::GetAppsUsageTimeHistogramNameForTest(app_type_name), count); } void VerifyAppUsageTimeCountHistogram(base::HistogramBase::Count count, AppTypeNameV2 app_type_name) { histogram_tester_.ExpectTotalCount( AppPlatformMetrics::GetAppsUsageTimeHistogramNameForTest(app_type_name), count); } void VerifyAppUsageTimeHistogram(base::TimeDelta time_delta, base::HistogramBase::Count count, AppTypeName app_type_name) { histogram_tester().ExpectTimeBucketCount( AppPlatformMetrics::GetAppsUsageTimeHistogramNameForTest(app_type_name), time_delta, count); } void VerifyAppUsageTimeUkm(const std::string& app_id, int duration, AppTypeName app_type_name) { const std::string kUrl = std::string("app://") + app_id; const auto entries = test_ukm_recorder()->GetEntriesByName("ChromeOSApp.UsageTime"); int count = 0; for (const auto* entry : entries) { const ukm::UkmSource* src = test_ukm_recorder()->GetSourceForSourceId(entry->source_id); if (src == nullptr || src->url() != GURL(kUrl)) { continue; } ++count; test_ukm_recorder()->ExpectEntryMetric(entry, "UserDeviceMatrix", 0); test_ukm_recorder()->ExpectEntryMetric(entry, "Duration", duration); test_ukm_recorder()->ExpectEntryMetric(entry, "AppType", (int)app_type_name); } ASSERT_EQ(1, count); } void VerifyInstalledAppsUkm(const std::string& app_info, AppTypeName app_type_name, apps::mojom::InstallSource install_source, InstallTime install_time) { const auto entries = test_ukm_recorder()->GetEntriesByName("ChromeOSApp.InstalledApp"); int count = 0; for (const auto* entry : entries) { const ukm::UkmSource* src = test_ukm_recorder()->GetSourceForSourceId(entry->source_id); if (src == nullptr || src->url() != GURL(app_info)) { continue; } ++count; test_ukm_recorder()->ExpectEntryMetric(entry, "AppType", (int)app_type_name); test_ukm_recorder()->ExpectEntryMetric(entry, "InstallSource", (int)install_source); test_ukm_recorder()->ExpectEntryMetric(entry, "InstallTime", (int)install_time); } ASSERT_EQ(1, count); } void VerifyAppsLaunchUkm(const std::string& app_info, AppTypeName app_type_name, apps::mojom::LaunchSource launch_source) { const auto entries = test_ukm_recorder()->GetEntriesByName("ChromeOSApp.Launch"); int count = 0; for (const auto* entry : entries) { const ukm::UkmSource* src = test_ukm_recorder()->GetSourceForSourceId(entry->source_id); if (src == nullptr || src->url() != GURL(app_info)) { continue; } ++count; test_ukm_recorder()->ExpectEntryMetric(entry, "AppType", (int)app_type_name); test_ukm_recorder()->ExpectEntryMetric(entry, "LaunchSource", (int)launch_source); } ASSERT_EQ(1, count); } void VerifyAppsUninstallUkm(const std::string& app_info, AppTypeName app_type_name, apps::mojom::UninstallSource uninstall_source) { const auto entries = test_ukm_recorder()->GetEntriesByName("ChromeOSApp.UninstallApp"); int count = 0; for (const auto* entry : entries) { const ukm::UkmSource* src = test_ukm_recorder()->GetSourceForSourceId(entry->source_id); if (src == nullptr || src->url() != GURL(app_info)) { continue; } ++count; test_ukm_recorder()->ExpectEntryMetric(entry, "AppType", (int)app_type_name); test_ukm_recorder()->ExpectEntryMetric(entry, "UninstallSource", (int)uninstall_source); } ASSERT_EQ(1, count); } ukm::TestAutoSetUkmRecorder* test_ukm_recorder() { return test_ukm_recorder_.get(); } protected: sync_preferences::TestingPrefServiceSyncable* GetPrefService() { return testing_profile_->GetTestingPrefService(); } int GetDayIdPref() { return GetPrefService()->GetInteger(kAppPlatformMetricsDayId); } std::unique_ptr<AppPlatformMetricsService> GetAppPlatformMetricsService() { return std::move(app_platform_metrics_service_); } TestingProfile* profile() { return testing_profile_.get(); } syncer::TestSyncService* sync_service() { return sync_service_; } base::HistogramTester& histogram_tester() { return histogram_tester_; } content::BrowserTaskEnvironment task_environment_{ base::test::TaskEnvironment::TimeSource::MOCK_TIME}; private: std::unique_ptr<TestingProfile> testing_profile_; syncer::TestSyncService* sync_service_ = nullptr; base::HistogramTester histogram_tester_; std::unique_ptr<AppPlatformMetricsService> app_platform_metrics_service_; std::unique_ptr<TestBrowserWindowAura> browser_window1_; std::unique_ptr<TestBrowserWindowAura> browser_window2_; aura::test::TestWindowDelegate delegate1_; aura::test::TestWindowDelegate delegate2_; ash::FakeChromeUserManager* fake_user_manager_ = nullptr; std::unique_ptr<user_manager::ScopedUserManager> scoped_user_manager_; std::unique_ptr<ukm::TestAutoSetUkmRecorder> test_ukm_recorder_; }; // Tests OnNewDay() is called after more than one day passes. TEST_F(AppPlatformMetricsServiceTest, MoreThanOneDay) { task_environment_.FastForwardBy(base::TimeDelta::FromDays(1) + base::TimeDelta::FromHours(1)); VerifyMetrics(); EXPECT_EQ(AppPlatformMetricsService::GetDayIdForTesting(base::Time::Now()), GetDayIdPref()); } // Tests OnNewDay() is called at midnight. TEST_F(AppPlatformMetricsServiceTest, UntilMidnight) { task_environment_.FastForwardBy(base::TimeDelta::FromHours(3)); VerifyMetrics(); EXPECT_EQ(AppPlatformMetricsService::GetDayIdForTesting(base::Time::Now()), GetDayIdPref()); } // Tests OnNewDay() is not called before midnight. TEST_F(AppPlatformMetricsServiceTest, LessThanOneDay) { task_environment_.FastForwardBy(base::TimeDelta::FromHours(1)); histogram_tester().ExpectTotalCount( AppPlatformMetrics::GetAppsCountHistogramNameForTest(AppTypeName::kArc), /*expected_count=*/0); EXPECT_EQ(AppPlatformMetricsService::GetDayIdForTesting(base::Time::Now()), GetDayIdPref()); } // Tests OnNewDay() is called after one day passes, even when the device is // idle. TEST_F(AppPlatformMetricsServiceTest, MoreThanOneDayDeviceIdle) { SetScreenOff(true); SetSuspendImminent(); task_environment_.FastForwardBy(base::TimeDelta::FromDays(1)); VerifyMetrics(); EXPECT_EQ(AppPlatformMetricsService::GetDayIdForTesting(base::Time::Now()), GetDayIdPref()); } // Tests the UMA metrics that count the number of installed apps. TEST_F(AppPlatformMetricsServiceTest, InstallApps) { task_environment_.FastForwardBy(base::TimeDelta::FromHours(3)); VerifyMetrics(); InstallOneApp("aa", apps::mojom::AppType::kArc, "com.google.AA", apps::mojom::Readiness::kReady); task_environment_.FastForwardBy(base::TimeDelta::FromDays(1)); histogram_tester().ExpectTotalCount( AppPlatformMetrics::GetAppsCountHistogramNameForTest(AppTypeName::kArc), /*expected_count=*/2); } TEST_F(AppPlatformMetricsServiceTest, BrowserWindow) { InstallOneApp(extension_misc::kChromeAppId, apps::mojom::AppType::kExtension, "Chrome", apps::mojom::Readiness::kReady); BrowserList* active_browser_list = BrowserList::GetInstance(); // Expect BrowserList is empty at the beginning. EXPECT_EQ(0U, active_browser_list->size()); std::unique_ptr<Browser> browser1 = CreateBrowserWithAuraWindow1(); EXPECT_EQ(1U, active_browser_list->size()); // Set the browser window active. ModifyInstance(extension_misc::kChromeAppId, browser1->window()->GetNativeWindow(), kActiveInstanceState); task_environment_.FastForwardBy(base::TimeDelta::FromMinutes(10)); VerifyAppActivatedCount(/*expected_count=*/1, AppTypeName::kChromeBrowser); task_environment_.FastForwardBy(base::TimeDelta::FromMinutes(20)); // Set the browser window running in the background. ModifyInstance(extension_misc::kChromeAppId, browser1->window()->GetNativeWindow(), kInactiveInstanceState); task_environment_.FastForwardBy(base::TimeDelta::FromMinutes(10)); VerifyAppRunningDuration(base::TimeDelta::FromMinutes(30), AppTypeName::kChromeBrowser); // Test multiple browsers. std::unique_ptr<Browser> browser2 = CreateBrowserWithAuraWindow2(); EXPECT_EQ(2U, active_browser_list->size()); ModifyInstance(extension_misc::kChromeAppId, browser2->window()->GetNativeWindow(), kActiveInstanceState); task_environment_.FastForwardBy(base::TimeDelta::FromMinutes(10)); VerifyAppActivatedCount(/*expected_count=*/2, AppTypeName::kChromeBrowser); task_environment_.FastForwardBy(base::TimeDelta::FromMinutes(20)); ModifyInstance(extension_misc::kChromeAppId, browser2->window()->GetNativeWindow(), apps::InstanceState::kDestroyed); task_environment_.FastForwardBy(base::TimeDelta::FromMinutes(10)); VerifyAppRunningDuration(base::TimeDelta::FromHours(1), AppTypeName::kChromeBrowser); // Test date change. task_environment_.FastForwardBy(base::TimeDelta::FromDays(1)); VerifyAppRunningDurationCountHistogram(/*expected_count=*/1, AppTypeName::kChromeBrowser); VerifyAppRunningDurationHistogram(base::TimeDelta::FromHours(1), /*expected_count=*/1, AppTypeName::kChromeBrowser); VerifyAppRunningPercentageCountHistogram(/*expected_count=*/1, AppTypeName::kChromeBrowser); VerifyAppRunningPercentageHistogram(100, /*expected_count=*/1, AppTypeName::kChromeBrowser); VerifyAppActivatedCountHistogram(/*expected_count=*/1, AppTypeName::kChromeBrowser); VerifyAppActivatedHistogram(/*count*/ 2, /*expected_count=*/1, AppTypeName::kChromeBrowser); } // Tests the UMA metrics when launching an app in one day . TEST_F(AppPlatformMetricsServiceTest, OpenWindowInOneDay) { std::string app_id = "aa"; InstallOneApp(app_id, apps::mojom::AppType::kArc, "com.google.AA", apps::mojom::Readiness::kReady); // Create a window to simulate launching the app. auto window = std::make_unique<aura::Window>(nullptr); window->Init(ui::LAYER_NOT_DRAWN); ModifyInstance(app_id, window.get(), apps::InstanceState::kActive); task_environment_.FastForwardBy(base::TimeDelta::FromMinutes(10)); VerifyAppActivatedCount(/*expected_count=*/1, AppTypeName::kArc); // Close the window after running one hour. task_environment_.FastForwardBy(base::TimeDelta::FromMinutes(50)); ModifyInstance(app_id, window.get(), apps::InstanceState::kDestroyed); task_environment_.FastForwardBy(base::TimeDelta::FromHours(1)); VerifyAppRunningDuration(base::TimeDelta::FromHours(1), AppTypeName::kArc); // One day passes. task_environment_.FastForwardBy(base::TimeDelta::FromHours(1)); VerifyAppRunningDurationCountHistogram(/*expected_count=*/1, AppTypeName::kArc); VerifyAppRunningDurationHistogram(base::TimeDelta::FromHours(1), /*expected_count=*/1, AppTypeName::kArc); VerifyAppActivatedCountHistogram(/*expected_count=*/1, AppTypeName::kArc); VerifyAppActivatedHistogram(/*count*/ 1, /*expected_count=*/1, AppTypeName::kArc); VerifyAppRunningDuration(base::TimeDelta(), AppTypeName::kArc); VerifyAppActivatedCount(/*expected_count=*/0, AppTypeName::kArc); // One more day passes. task_environment_.FastForwardBy(base::TimeDelta::FromDays(1)); VerifyAppRunningDurationCountHistogram(/*expected_count=*/1, AppTypeName::kArc); VerifyAppRunningDurationHistogram(base::TimeDelta::FromHours(1), /*expected_count=*/1, AppTypeName::kArc); VerifyAppRunningPercentageCountHistogram(/*expected_count=*/1, AppTypeName::kArc); VerifyAppRunningPercentageHistogram(100, /*expected_count=*/1, AppTypeName::kArc); VerifyAppActivatedCountHistogram(/*expected_count=*/1, AppTypeName::kArc); } // Tests the UMA metrics when launching an app multiple days. TEST_F(AppPlatformMetricsServiceTest, OpenWindowInMultipleDays) { std::string app_id = "aa"; InstallOneApp(app_id, apps::mojom::AppType::kArc, "com.google.AA", apps::mojom::Readiness::kReady); // Create a window to simulate launching the app. auto window = std::make_unique<aura::Window>(nullptr); window->Init(ui::LAYER_NOT_DRAWN); ModifyInstance(app_id, window.get(), apps::InstanceState::kActive); task_environment_.FastForwardBy(base::TimeDelta::FromHours(1)); VerifyAppActivatedCount(/*expected_count=*/1, AppTypeName::kArc); // One day passes. task_environment_.FastForwardBy(base::TimeDelta::FromHours(2)); VerifyAppRunningDurationCountHistogram(/*expected_count=*/1, AppTypeName::kArc); VerifyAppActivatedCountHistogram(/*expected_count=*/1, AppTypeName::kArc); VerifyAppActivatedHistogram(/*count*/ 1, /*expected_count=*/1, AppTypeName::kArc); task_environment_.FastForwardBy(base::TimeDelta::FromHours(2)); // Close the window after running five hours. ModifyInstance(app_id, window.get(), apps::InstanceState::kDestroyed); VerifyAppRunningDurationCountHistogram(/*expected_count=*/1, AppTypeName::kArc); VerifyAppRunningDurationHistogram(base::TimeDelta::FromHours(3), /*expected_count=*/1, AppTypeName::kArc); task_environment_.FastForwardBy(base::TimeDelta::FromMinutes(10)); VerifyAppRunningDuration(base::TimeDelta::FromHours(2), AppTypeName::kArc); // One more day passes. task_environment_.FastForwardBy(base::TimeDelta::FromDays(1)); VerifyAppRunningDurationCountHistogram(/*expected_count=*/2, AppTypeName::kArc); VerifyAppRunningDurationHistogram(base::TimeDelta::FromHours(3), /*expected_count=*/1, AppTypeName::kArc); VerifyAppRunningDurationHistogram(base::TimeDelta::FromHours(2), /*expected_count=*/1, AppTypeName::kArc); VerifyAppActivatedCountHistogram(/*expected_count=*/1, AppTypeName::kArc); VerifyAppRunningDuration(base::TimeDelta::FromHours(0), AppTypeName::kArc); VerifyAppActivatedCount(/*expected_count=*/0, AppTypeName::kArc); } // Tests the UMA metrics when an app window is reactivated. TEST_F(AppPlatformMetricsServiceTest, ReactiveWindow) { std::string app_id = "aa"; InstallOneApp(app_id, apps::mojom::AppType::kArc, "com.google.AA", apps::mojom::Readiness::kReady); // Create a window to simulate launching the app. auto window = std::make_unique<aura::Window>(nullptr); window->Init(ui::LAYER_NOT_DRAWN); ModifyInstance(app_id, window.get(), apps::InstanceState::kActive); task_environment_.FastForwardBy(base::TimeDelta::FromMinutes(30)); ModifyInstance(app_id, window.get(), kActiveInstanceState); VerifyAppActivatedCount(/*expected_count=*/1, AppTypeName::kArc); // Inactiva the window after running one hour. task_environment_.FastForwardBy(base::TimeDelta::FromMinutes(30)); ModifyInstance(app_id, window.get(), kInactiveInstanceState); // Activa the window after running one hour. task_environment_.FastForwardBy(base::TimeDelta::FromHours(1)); ModifyInstance(app_id, window.get(), kActiveInstanceState); task_environment_.FastForwardBy(base::TimeDelta::FromMinutes(10)); VerifyAppActivatedCount(/*expected_count=*/2, AppTypeName::kArc); // Close the window after running half hour. task_environment_.FastForwardBy(base::TimeDelta::FromMinutes(20)); ModifyInstance(app_id, window.get(), apps::InstanceState::kDestroyed); task_environment_.FastForwardBy(base::TimeDelta::FromMinutes(10)); VerifyAppRunningDuration( base::TimeDelta::FromHours(1) + base::TimeDelta::FromMinutes(30), AppTypeName::kArc); // One day passes. task_environment_.FastForwardBy(base::TimeDelta::FromMinutes(20)); VerifyAppRunningDurationCountHistogram(/*expected_count=*/1, AppTypeName::kArc); VerifyAppRunningDurationHistogram( base::TimeDelta::FromHours(1) + base::TimeDelta::FromMinutes(30), /*expected_count=*/1, AppTypeName::kArc); VerifyAppActivatedCountHistogram(/*expected_count=*/1, AppTypeName::kArc); VerifyAppActivatedHistogram(/*count*/ 2, /*expected_count=*/1, AppTypeName::kArc); // 20 hours passes. task_environment_.FastForwardBy(base::TimeDelta::FromHours(20)); // Create a new window. window = std::make_unique<aura::Window>(nullptr); window->Init(ui::LAYER_NOT_DRAWN); ModifyInstance(app_id, window.get(), kActiveInstanceState); task_environment_.FastForwardBy(base::TimeDelta::FromMinutes(10)); VerifyAppActivatedCount(/*expected_count=*/1, AppTypeName::kArc); // Inactiva the window after running one hour. task_environment_.FastForwardBy(base::TimeDelta::FromMinutes(50)); ModifyInstance(app_id, window.get(), kInactiveInstanceState); // Activa the window after running one hour. task_environment_.FastForwardBy(base::TimeDelta::FromHours(1)); ModifyInstance(app_id, window.get(), kActiveInstanceState); task_environment_.FastForwardBy(base::TimeDelta::FromHours(1)); VerifyAppActivatedCount(/*expected_count=*/2, AppTypeName::kArc); // One more day passes. task_environment_.FastForwardBy(base::TimeDelta::FromHours(1)); VerifyAppRunningDurationCountHistogram(/*expected_count=*/2, AppTypeName::kArc); VerifyAppRunningDurationHistogram(base::TimeDelta::FromHours(3), /*expected_count=*/1, AppTypeName::kArc); VerifyAppActivatedCountHistogram(/*expected_count=*/2, AppTypeName::kArc); VerifyAppActivatedHistogram(/*count*/ 2, /*expected_count=*/2, AppTypeName::kArc); // Inactiva the window after running one hour. task_environment_.FastForwardBy(base::TimeDelta::FromHours(3)); ModifyInstance(app_id, window.get(), kInactiveInstanceState); // Close the window after running five hour. task_environment_.FastForwardBy(base::TimeDelta::FromHours(1)); ModifyInstance(app_id, window.get(), apps::InstanceState::kDestroyed); task_environment_.FastForwardBy(base::TimeDelta::FromMinutes(10)); VerifyAppRunningDuration(base::TimeDelta::FromHours(3), AppTypeName::kArc); // One more day passes. task_environment_.FastForwardBy(base::TimeDelta::FromDays(1)); VerifyAppRunningDurationCountHistogram(/*expected_count=*/3, AppTypeName::kArc); VerifyAppRunningDurationHistogram(base::TimeDelta::FromHours(3), /*expected_count=*/2, AppTypeName::kArc); VerifyAppActivatedCountHistogram(/*expected_count=*/2, AppTypeName::kArc); VerifyAppRunningDuration(base::TimeDelta::FromHours(0), AppTypeName::kArc); VerifyAppActivatedCount(/*expected_count=*/0, AppTypeName::kArc); } // Tests the app running percentage UMA metrics when launch a browser window // and an ARC app in one day. TEST_F(AppPlatformMetricsServiceTest, AppRunningPercentrage) { // Launch a browser window. InstallOneApp(extension_misc::kChromeAppId, apps::mojom::AppType::kExtension, "Chrome", apps::mojom::Readiness::kReady); std::unique_ptr<Browser> browser = CreateBrowserWithAuraWindow1(); EXPECT_EQ(1U, BrowserList::GetInstance()->size()); // Set the browser window active. ModifyInstance(extension_misc::kChromeAppId, browser->window()->GetNativeWindow(), kActiveInstanceState); task_environment_.FastForwardBy(base::TimeDelta::FromHours(1)); // Set the browser window running in the background. ModifyInstance(extension_misc::kChromeAppId, browser->window()->GetNativeWindow(), kInactiveInstanceState); // Launch an ARC app. std::string app_id = "aa"; InstallOneApp(app_id, apps::mojom::AppType::kArc, "com.google.AA", apps::mojom::Readiness::kReady); // Create a window to simulate launching the app. auto window = std::make_unique<aura::Window>(nullptr); window->Init(ui::LAYER_NOT_DRAWN); ModifyInstance(app_id, window.get(), apps::InstanceState::kActive); // Close the window after running one hour. task_environment_.FastForwardBy(base::TimeDelta::FromHours(1)); ModifyInstance(app_id, window.get(), apps::InstanceState::kDestroyed); // One day passes. task_environment_.FastForwardBy(base::TimeDelta::FromHours(1)); VerifyAppRunningPercentageCountHistogram(/*expected_count=*/1, AppTypeName::kChromeBrowser); VerifyAppRunningPercentageCountHistogram(/*expected_count=*/1, AppTypeName::kArc); VerifyAppRunningPercentageHistogram(50, /*expected_count=*/1, AppTypeName::kChromeBrowser); VerifyAppRunningPercentageHistogram(50, /*expected_count=*/1, AppTypeName::kArc); } TEST_F(AppPlatformMetricsServiceTest, UsageTime) { // Create an ARC app window. std::string app_id = "aa"; InstallOneApp(app_id, apps::mojom::AppType::kArc, "com.google.AA", apps::mojom::Readiness::kReady); auto window = std::make_unique<aura::Window>(nullptr); window->Init(ui::LAYER_NOT_DRAWN); ModifyInstance(app_id, window.get(), apps::InstanceState::kActive); task_environment_.FastForwardBy(base::TimeDelta::FromMinutes(5)); VerifyAppUsageTimeCountHistogram(/*expected_count=*/1, AppTypeName::kArc); VerifyAppUsageTimeCountHistogram(/*expected_count=*/1, AppTypeNameV2::kArc); VerifyAppUsageTimeHistogram(base::TimeDelta::FromMinutes(5), /*expected_count=*/1, AppTypeName::kArc); task_environment_.FastForwardBy(base::TimeDelta::FromMinutes(2)); ModifyInstance(app_id, window.get(), kInactiveInstanceState); // Create a browser window InstallOneApp(extension_misc::kChromeAppId, apps::mojom::AppType::kExtension, "Chrome", apps::mojom::Readiness::kReady); std::unique_ptr<Browser> browser = CreateBrowserWithAuraWindow1(); EXPECT_EQ(1U, BrowserList::GetInstance()->size()); // Set the browser window active. ModifyInstance(extension_misc::kChromeAppId, browser->window()->GetNativeWindow(), kActiveInstanceState); task_environment_.FastForwardBy(base::TimeDelta::FromMinutes(3)); VerifyAppUsageTimeCountHistogram(/*expected_count=*/2, AppTypeName::kArc); VerifyAppUsageTimeCountHistogram(/*expected_count=*/2, AppTypeNameV2::kArc); VerifyAppUsageTimeHistogram(base::TimeDelta::FromMinutes(2), /*expected_count=*/1, AppTypeName::kArc); VerifyAppUsageTimeCountHistogram(/*expected_count=*/1, AppTypeName::kChromeBrowser); VerifyAppUsageTimeCountHistogram(/*expected_count=*/1, AppTypeNameV2::kChromeBrowser); VerifyAppUsageTimeHistogram(base::TimeDelta::FromMinutes(3), /*expected_count=*/1, AppTypeName::kChromeBrowser); VerifyAppUsageTimeUkm(extension_misc::kChromeAppId, /*duration=*/180000, AppTypeName::kChromeBrowser); task_environment_.FastForwardBy(base::TimeDelta::FromMinutes(15)); VerifyAppUsageTimeCountHistogram(/*expected_count=*/2, AppTypeName::kArc); VerifyAppUsageTimeCountHistogram(/*expected_count=*/2, AppTypeNameV2::kArc); VerifyAppUsageTimeCountHistogram(/*expected_count=*/4, AppTypeName::kChromeBrowser); VerifyAppUsageTimeCountHistogram(/*expected_count=*/4, AppTypeNameV2::kChromeBrowser); VerifyAppUsageTimeHistogram(base::TimeDelta::FromMinutes(5), /*expected_count=*/3, AppTypeName::kChromeBrowser); } TEST_F(AppPlatformMetricsServiceTest, UsageTimeUkm) { // Create a browser window. InstallOneApp(extension_misc::kChromeAppId, apps::mojom::AppType::kExtension, "Chrome", apps::mojom::Readiness::kReady); std::unique_ptr<Browser> browser = CreateBrowserWithAuraWindow1(); EXPECT_EQ(1U, BrowserList::GetInstance()->size()); // Set the browser window active. ModifyInstance(extension_misc::kChromeAppId, browser->window()->GetNativeWindow(), kActiveInstanceState); // Set sync is not allowed. sync_service()->SetDisableReasons( syncer::SyncService::DISABLE_REASON_ENTERPRISE_POLICY); task_environment_.FastForwardBy(base::TimeDelta::FromMinutes(5)); // Verify UKM is not reported. const auto entries = test_ukm_recorder()->GetEntriesByName("ChromeOSApp.UsageTime"); ASSERT_EQ(0U, entries.size()); // Set sync is allowed by setting an empty disable reason set. sync_service()->SetDisableReasons(syncer::SyncService::DisableReasonSet()); task_environment_.FastForwardBy(base::TimeDelta::FromMinutes(5)); VerifyAppUsageTimeUkm(extension_misc::kChromeAppId, /*duration=*/600000, AppTypeName::kChromeBrowser); } TEST_F(AppPlatformMetricsServiceTest, InstalledAppsUkm) { // Verify the apps installed during the init phase. VerifyInstalledAppsUkm("app://com.google.A", AppTypeName::kArc, apps::mojom::InstallSource::kUser, InstallTime::kInit); VerifyInstalledAppsUkm("app://bu", AppTypeName::kBuiltIn, apps::mojom::InstallSource::kSystem, InstallTime::kInit); VerifyInstalledAppsUkm("https://os-settings", AppTypeName::kSystemWeb, apps::mojom::InstallSource::kDefault, InstallTime::kInit); VerifyInstalledAppsUkm("https://foo.com", AppTypeName::kChromeBrowser, apps::mojom::InstallSource::kSync, InstallTime::kInit); // Install a new ARC app during the running time. InstallOneApp("aa", apps::mojom::AppType::kArc, "com.google.AA", apps::mojom::Readiness::kReady); // Verify the ARC app installed during the running time. VerifyInstalledAppsUkm("app://com.google.AA", AppTypeName::kArc, apps::mojom::InstallSource::kUser, InstallTime::kRunning); } TEST_F(AppPlatformMetricsServiceTest, LaunchAppsUkm) { auto* proxy = apps::AppServiceProxyFactory::GetForProfile(profile()); proxy->SetAppPlatformMetricsServiceForTesting(GetAppPlatformMetricsService()); proxy->Launch( /*app_id=*/"c", ui::EventFlags::EF_NONE, apps::mojom::LaunchSource::kFromChromeInternal, nullptr); // Verify UKM is not reported for the Crostini app. const auto entries = test_ukm_recorder()->GetEntriesByName("ChromeOSApp.Launch"); ASSERT_EQ(0U, entries.size()); proxy->Launch( /*app_id=*/"a", ui::EventFlags::EF_NONE, apps::mojom::LaunchSource::kFromChromeInternal, nullptr); VerifyAppsLaunchUkm("app://com.google.A", AppTypeName::kArc, apps::mojom::LaunchSource::kFromChromeInternal); proxy->LaunchAppWithUrl( /*app_id=*/"w", ui::EventFlags::EF_NONE, GURL("https://boo.com/a"), apps::mojom::LaunchSource::kFromFileManager, nullptr); VerifyAppsLaunchUkm("https://foo.com", AppTypeName::kChromeBrowser, apps::mojom::LaunchSource::kFromFileManager); proxy->BrowserAppLauncher()->LaunchAppWithParams(apps::AppLaunchParams( "s", apps::mojom::LaunchContainer::kLaunchContainerTab, WindowOpenDisposition::NEW_FOREGROUND_TAB, apps::mojom::AppLaunchSource::kSourceTest)); VerifyAppsLaunchUkm("https://os-settings", AppTypeName::kChromeBrowser, apps::mojom::LaunchSource::kFromTest); } TEST_F(AppPlatformMetricsServiceTest, UninstallAppUkm) { auto* proxy = apps::AppServiceProxyFactory::GetForProfile(profile()); proxy->SetAppPlatformMetricsServiceForTesting(GetAppPlatformMetricsService()); proxy->UninstallSilently( /*app_id=*/"c", apps::mojom::UninstallSource::kAppList); // Verify UKM is not reported for the Crostini app. const auto entries = test_ukm_recorder()->GetEntriesByName("ChromeOSApp.UninstallApp"); ASSERT_EQ(0U, entries.size()); proxy->UninstallSilently( /*app_id=*/"a", apps::mojom::UninstallSource::kAppList); VerifyAppsUninstallUkm("app://com.google.A", AppTypeName::kArc, apps::mojom::UninstallSource::kAppList); } } // namespace apps

[ "chromium-scoped@luci-project-accounts.iam.gserviceaccount.com" ]

chromium-scoped@luci-project-accounts.iam.gserviceaccount.com