content stringlengths 7 1.05M | fixed_cases stringlengths 1 1.28M |
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"""This module contains classes.
"""
class AnObject:
"""Defines an object
Args:
a (bool): This is param `a` description.
b (np.array): This is param `b` description.
Attributes:
a (bool): An attribute.
b (np.array): Another attribute.
Notes:
There's a little of repeatability in paramaters and attributes.
Nevertheless, the output is quite different (take a look).
"""
def __init__(self, a, b):
pass
def operate_on_attributes(self, operator):
"""Operates on attributes accordingly to passed method.
Args:
operator (callable): A function that receives `a` and `b`.
"""
pass
| """This module contains classes.
"""
class Anobject:
"""Defines an object
Args:
a (bool): This is param `a` description.
b (np.array): This is param `b` description.
Attributes:
a (bool): An attribute.
b (np.array): Another attribute.
Notes:
There's a little of repeatability in paramaters and attributes.
Nevertheless, the output is quite different (take a look).
"""
def __init__(self, a, b):
pass
def operate_on_attributes(self, operator):
"""Operates on attributes accordingly to passed method.
Args:
operator (callable): A function that receives `a` and `b`.
"""
pass |
__all__ = ['ADMIN']
ADMIN = """from django.contrib import admin
from . import models
{% for model in fields_dict %}
@admin.register(models.{{model.name}})
class {{ model.name }}Admin(admin.ModelAdmin):
list_display = [{% for field in model.fields %}{% if field == 'id' %}'pk'{% else %}'{{field}}'{% endif %}, {% endfor %}]
{% endfor %}"""
| __all__ = ['ADMIN']
admin = "from django.contrib import admin\nfrom . import models\n{% for model in fields_dict %}\n\n@admin.register(models.{{model.name}})\nclass {{ model.name }}Admin(admin.ModelAdmin):\n list_display = [{% for field in model.fields %}{% if field == 'id' %}'pk'{% else %}'{{field}}'{% endif %}, {% endfor %}]\n{% endfor %}" |
SELECT_NOTICES_FOR_RE_PACKAGE_AND_RESET_STATUS_TASK_ID = "select_notices_for_re_package_and_reset_status"
TRIGGER_WORKER_FOR_PACKAGE_BRANCH_TASK_ID = "trigger_worker_for_package_branch"
def test_selector_repackage_process_orchestrator(dag_bag):
assert dag_bag.import_errors == {}
dag = dag_bag.get_dag(dag_id="selector_re_package_process_orchestrator")
assert dag is not None
assert dag.has_task(SELECT_NOTICES_FOR_RE_PACKAGE_AND_RESET_STATUS_TASK_ID)
assert dag.has_task(TRIGGER_WORKER_FOR_PACKAGE_BRANCH_TASK_ID)
select_notices_for_re_package_and_reset_status_task = dag.get_task(
SELECT_NOTICES_FOR_RE_PACKAGE_AND_RESET_STATUS_TASK_ID)
trigger_worker_for_package_branch_task = dag.get_task(TRIGGER_WORKER_FOR_PACKAGE_BRANCH_TASK_ID)
assert select_notices_for_re_package_and_reset_status_task
assert trigger_worker_for_package_branch_task
assert TRIGGER_WORKER_FOR_PACKAGE_BRANCH_TASK_ID in set(
map(lambda task: task.task_id, select_notices_for_re_package_and_reset_status_task.downstream_list))
assert SELECT_NOTICES_FOR_RE_PACKAGE_AND_RESET_STATUS_TASK_ID in set(
map(lambda task: task.task_id, trigger_worker_for_package_branch_task.upstream_list))
| select_notices_for_re_package_and_reset_status_task_id = 'select_notices_for_re_package_and_reset_status'
trigger_worker_for_package_branch_task_id = 'trigger_worker_for_package_branch'
def test_selector_repackage_process_orchestrator(dag_bag):
assert dag_bag.import_errors == {}
dag = dag_bag.get_dag(dag_id='selector_re_package_process_orchestrator')
assert dag is not None
assert dag.has_task(SELECT_NOTICES_FOR_RE_PACKAGE_AND_RESET_STATUS_TASK_ID)
assert dag.has_task(TRIGGER_WORKER_FOR_PACKAGE_BRANCH_TASK_ID)
select_notices_for_re_package_and_reset_status_task = dag.get_task(SELECT_NOTICES_FOR_RE_PACKAGE_AND_RESET_STATUS_TASK_ID)
trigger_worker_for_package_branch_task = dag.get_task(TRIGGER_WORKER_FOR_PACKAGE_BRANCH_TASK_ID)
assert select_notices_for_re_package_and_reset_status_task
assert trigger_worker_for_package_branch_task
assert TRIGGER_WORKER_FOR_PACKAGE_BRANCH_TASK_ID in set(map(lambda task: task.task_id, select_notices_for_re_package_and_reset_status_task.downstream_list))
assert SELECT_NOTICES_FOR_RE_PACKAGE_AND_RESET_STATUS_TASK_ID in set(map(lambda task: task.task_id, trigger_worker_for_package_branch_task.upstream_list)) |
def taylor(val,precision):
next = 1
total = 0
for i in range(0,precision):
posorneg = (-1) ** i
top = val ** (2 * i + 1 ) * posorneg
final = 1
for i in range(next):
final = final * (next -i)
next +=2
total += top/final
print(top,final)
return total
if __name__ == "__main__":
print(taylor(1.57,51)) | def taylor(val, precision):
next = 1
total = 0
for i in range(0, precision):
posorneg = (-1) ** i
top = val ** (2 * i + 1) * posorneg
final = 1
for i in range(next):
final = final * (next - i)
next += 2
total += top / final
print(top, final)
return total
if __name__ == '__main__':
print(taylor(1.57, 51)) |
# -*- coding: utf-8 -*-
"""Project metadata
Information to describe this project.
NOTE:
Be sure to "not" include any dependency here, otherwise they will need to be added to
`setup.py` as well.
To import it to `setup.py`, use `imp.load_source()` method to directly load it as a module.
"""
# The package name, which is also the "UNIX name" for the project.
package = 'neoRNA'
project = "neoRNA"
project_no_spaces = project.replace(' ', '_')
version = '0.6.6'
keywords = 'NGS pipeline RNA'
description = 'A Python Toolkit for RNA NGS and Analysis.'
authors = ['Lei SHI']
authors_string = ', '.join(authors)
emails = ['foxshee@gmail.com']
license = 'MIT'
copyright = '2017 ' + authors_string
url = 'http://example.com/'
| """Project metadata
Information to describe this project.
NOTE:
Be sure to "not" include any dependency here, otherwise they will need to be added to
`setup.py` as well.
To import it to `setup.py`, use `imp.load_source()` method to directly load it as a module.
"""
package = 'neoRNA'
project = 'neoRNA'
project_no_spaces = project.replace(' ', '_')
version = '0.6.6'
keywords = 'NGS pipeline RNA'
description = 'A Python Toolkit for RNA NGS and Analysis.'
authors = ['Lei SHI']
authors_string = ', '.join(authors)
emails = ['foxshee@gmail.com']
license = 'MIT'
copyright = '2017 ' + authors_string
url = 'http://example.com/' |
class MathUtils:
@staticmethod
def average(a, b):
return (a + b)/2
if __name__ == '__main__':
print(MathUtils.average(1, 2))
| class Mathutils:
@staticmethod
def average(a, b):
return (a + b) / 2
if __name__ == '__main__':
print(MathUtils.average(1, 2)) |
# Copyright (c) 2018, Xilinx, Inc.
# All rights reserved.
#
# Redistribution and use in source and binary forms, with or without
# modification, are permitted provided that the following conditions are met:
#
# 1. Redistributions of source code must retain the above copyright notice,
# this list of conditions and the following disclaimer.
#
# 2. Redistributions in binary form must reproduce the above copyright
# notice, this list of conditions and the following disclaimer in the
# documentation and/or other materials provided with the distribution.
#
# 3. Neither the name of the copyright holder nor the names of its
# contributors may be used to endorse or promote products derived from
# this software without specific prior written permission.
#
# THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS"
# AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO,
# THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR
# PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR
# CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL,
# EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO,
# PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS;
# OR BUSINESS INTERRUPTION). HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY,
# WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR
# OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF
# ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
__author__ = "Peter Ogden"
__copyright__ = "Copyright 2018, Xilinx"
__email__ = "pynq_support@xilinx.com"
_DAC_ADP = [
('BlockAvailable', 'C_DAC_Slice{}{}_Enable', 'int'),
('InvSyncEnable', 'C_DAC_Invsinc_Ctrl{}{}', 'int'),
('MixMode', 'C_DAC_Mixer_Mode{}{}', 'int'),
('DecoderMode', 'C_DAC_Decoder_Mode{}{}', 'int')
]
_DAC_DDP = [
('DataType', 'C_DAC_Data_Type{}{}', 'int'),
('DataWidth', 'C_DAC_Data_Width{}{}', 'int'),
('InterploationMode', 'C_DAC_Interpolation_Mode{}{}', 'int'),
# ('FifoEnable', 'C_DAC_Fifo{}{}_Enable', 'int'),
# ('AdderEnable', 'C_DAC_Adder{}{}_Enable', 'int'),
('MixerType', 'C_DAC_Mixer_Type{}{}', 'int')
]
_ADC_ADP = [
('BlockAvailable', 'C_ADC_Slice{}{}_Enable', 'int'),
('MixMode', 'C_ADC_Mixer_Mode{}{}', 'int')
]
_ADC_DDP = [
('DataType', 'C_ADC_Data_Type{}{}', 'int'),
('DataWidth', 'C_ADC_Data_Width{}{}', 'int'),
('DecimationMode', 'C_ADC_Decimation_Mode{}{}', 'int'),
# ('FifoEnable', 'C_ADC_Fifo{}{}_Enable', 'int'),
('MixerType', 'C_ADC_Mixer_Type{}{}', 'int')
]
_DAC_Tile = [
('Enable', 'C_DAC{}_Enable', 'int'),
('PLLEnable', 'C_DAC{}_PLL_Enable', 'int'),
('SamplingRate', 'C_DAC{}_Sampling_Rate', 'double'),
('RefClkFreq', 'C_DAC{}_Refclk_Freq', 'double'),
('FabClkFreq', 'C_DAC{}_Fabric_Freq', 'double'),
('FeedbackDiv', 'C_DAC{}_FBDIV', 'int'),
('OutputDiv', 'C_DAC{}_OutDiv', 'int'),
('RefClkDiv', 'C_DAC{}_Refclk_Div', 'int'),
('MultibandConfig', 'C_DAC{}_Band', 'int')
]
_ADC_Tile = [
('Enable', 'C_ADC{}_Enable', 'int'),
('PLLEnable', 'C_ADC{}_PLL_Enable', 'int'),
('SamplingRate', 'C_ADC{}_Sampling_Rate', 'double'),
('RefClkFreq', 'C_ADC{}_Refclk_Freq', 'double'),
('FabClkFreq', 'C_ADC{}_Fabric_Freq', 'double'),
('FeedbackDiv', 'C_ADC{}_FBDIV', 'int'),
('OutputDiv', 'C_ADC{}_OutDiv', 'int'),
('RefClkDiv', 'C_ADC{}_Refclk_Div', 'int'),
('MultibandConfig', 'C_ADC{}_Band', 'int')
]
_Config = [
('ADCType', 'C_High_Speed_ADC', 'int'),
# ('MasterADCTile', 'C_Sysref_Master', 'int'),
# ('MasterDACTile', 'C_Sysref_Master', 'int'),
('ADCSysRefSource', 'C_Sysref_Source', 'int'),
('DACSysRefSource', 'C_Sysref_Source', 'int')
]
_bool_dict = {
'true': 1,
'false': 0
}
def _to_value(val, dtype):
if dtype == 'int':
if val in _bool_dict:
return _bool_dict[val]
return int(val, 0)
elif dtype == 'double':
return float(val)
else:
raise ValueError(f"{dtype} is not int or double")
def _set_configs(obj, params, config, *args):
for c in config:
setattr(obj, c[0], _to_value(params[c[1].format(*args)], c[2]))
def populate_config(obj, params):
_set_configs(obj, params, _Config)
for i in range(4):
_set_configs(obj.DACTile_Config[i], params, _DAC_Tile, i)
_set_configs(obj.ADCTile_Config[i], params, _ADC_Tile, i)
for j in range(4):
_set_configs(obj.DACTile_Config[i].DACBlock_Analog_Config[j],
params, _DAC_ADP, i, j)
_set_configs(obj.DACTile_Config[i].DACBlock_Digital_Config[j],
params, _DAC_DDP, i, j)
_set_configs(obj.ADCTile_Config[i].ADCBlock_Analog_Config[j],
params, _ADC_ADP, i, j)
_set_configs(obj.ADCTile_Config[i].ADCBlock_Digital_Config[j],
params, _ADC_DDP, i, j)
| __author__ = 'Peter Ogden'
__copyright__ = 'Copyright 2018, Xilinx'
__email__ = 'pynq_support@xilinx.com'
_dac_adp = [('BlockAvailable', 'C_DAC_Slice{}{}_Enable', 'int'), ('InvSyncEnable', 'C_DAC_Invsinc_Ctrl{}{}', 'int'), ('MixMode', 'C_DAC_Mixer_Mode{}{}', 'int'), ('DecoderMode', 'C_DAC_Decoder_Mode{}{}', 'int')]
_dac_ddp = [('DataType', 'C_DAC_Data_Type{}{}', 'int'), ('DataWidth', 'C_DAC_Data_Width{}{}', 'int'), ('InterploationMode', 'C_DAC_Interpolation_Mode{}{}', 'int'), ('MixerType', 'C_DAC_Mixer_Type{}{}', 'int')]
_adc_adp = [('BlockAvailable', 'C_ADC_Slice{}{}_Enable', 'int'), ('MixMode', 'C_ADC_Mixer_Mode{}{}', 'int')]
_adc_ddp = [('DataType', 'C_ADC_Data_Type{}{}', 'int'), ('DataWidth', 'C_ADC_Data_Width{}{}', 'int'), ('DecimationMode', 'C_ADC_Decimation_Mode{}{}', 'int'), ('MixerType', 'C_ADC_Mixer_Type{}{}', 'int')]
_dac__tile = [('Enable', 'C_DAC{}_Enable', 'int'), ('PLLEnable', 'C_DAC{}_PLL_Enable', 'int'), ('SamplingRate', 'C_DAC{}_Sampling_Rate', 'double'), ('RefClkFreq', 'C_DAC{}_Refclk_Freq', 'double'), ('FabClkFreq', 'C_DAC{}_Fabric_Freq', 'double'), ('FeedbackDiv', 'C_DAC{}_FBDIV', 'int'), ('OutputDiv', 'C_DAC{}_OutDiv', 'int'), ('RefClkDiv', 'C_DAC{}_Refclk_Div', 'int'), ('MultibandConfig', 'C_DAC{}_Band', 'int')]
_adc__tile = [('Enable', 'C_ADC{}_Enable', 'int'), ('PLLEnable', 'C_ADC{}_PLL_Enable', 'int'), ('SamplingRate', 'C_ADC{}_Sampling_Rate', 'double'), ('RefClkFreq', 'C_ADC{}_Refclk_Freq', 'double'), ('FabClkFreq', 'C_ADC{}_Fabric_Freq', 'double'), ('FeedbackDiv', 'C_ADC{}_FBDIV', 'int'), ('OutputDiv', 'C_ADC{}_OutDiv', 'int'), ('RefClkDiv', 'C_ADC{}_Refclk_Div', 'int'), ('MultibandConfig', 'C_ADC{}_Band', 'int')]
__config = [('ADCType', 'C_High_Speed_ADC', 'int'), ('ADCSysRefSource', 'C_Sysref_Source', 'int'), ('DACSysRefSource', 'C_Sysref_Source', 'int')]
_bool_dict = {'true': 1, 'false': 0}
def _to_value(val, dtype):
if dtype == 'int':
if val in _bool_dict:
return _bool_dict[val]
return int(val, 0)
elif dtype == 'double':
return float(val)
else:
raise value_error(f'{dtype} is not int or double')
def _set_configs(obj, params, config, *args):
for c in config:
setattr(obj, c[0], _to_value(params[c[1].format(*args)], c[2]))
def populate_config(obj, params):
_set_configs(obj, params, _Config)
for i in range(4):
_set_configs(obj.DACTile_Config[i], params, _DAC_Tile, i)
_set_configs(obj.ADCTile_Config[i], params, _ADC_Tile, i)
for j in range(4):
_set_configs(obj.DACTile_Config[i].DACBlock_Analog_Config[j], params, _DAC_ADP, i, j)
_set_configs(obj.DACTile_Config[i].DACBlock_Digital_Config[j], params, _DAC_DDP, i, j)
_set_configs(obj.ADCTile_Config[i].ADCBlock_Analog_Config[j], params, _ADC_ADP, i, j)
_set_configs(obj.ADCTile_Config[i].ADCBlock_Digital_Config[j], params, _ADC_DDP, i, j) |
# SD-WAN vManager username and password
vManager_USERNAME = "devnetuser"
vManager_PASSWORD = "Cisco123!"
# DNA Center username and password
DNAC_USER = "devnetuser"
DNAC_PASSWORD = "Cisco123!"
# Meraki API key
MERAKI_API_KEY = "6bec40cf957de430a6f1f2baa056b99a4fac9ea0"
# E-mail username and password
EMAIL_USERNAME = "email_username"
EMAIL_PASSWORD = "email_password"
# send message to Webex Teams Spaces - DevNetDemo
WEBEX_TEAMS_SPACE = "webex_team_space_more_than_70_characters"
WEBEX_TEAMS_TOKEN = "webex_teams_token_more_than_100_characters"
| v_manager_username = 'devnetuser'
v_manager_password = 'Cisco123!'
dnac_user = 'devnetuser'
dnac_password = 'Cisco123!'
meraki_api_key = '6bec40cf957de430a6f1f2baa056b99a4fac9ea0'
email_username = 'email_username'
email_password = 'email_password'
webex_teams_space = 'webex_team_space_more_than_70_characters'
webex_teams_token = 'webex_teams_token_more_than_100_characters' |
class Solution(object):
def maxSlidingWindow(self, nums, k):
"""
:type nums: List[int]
:type k: int
:rtype: List[int]
"""
if not nums: return []
window,res=[],[]
#window stores indices,and res stores result
for i,x in enumerate(nums):
if i>=k and window[0]<=i-k:
window.pop(0)
while window and nums[window[-1]]<=x:
window.pop()
window.append(i)
if i>=k-1:
res.append(nums[window[0]])
return res | class Solution(object):
def max_sliding_window(self, nums, k):
"""
:type nums: List[int]
:type k: int
:rtype: List[int]
"""
if not nums:
return []
(window, res) = ([], [])
for (i, x) in enumerate(nums):
if i >= k and window[0] <= i - k:
window.pop(0)
while window and nums[window[-1]] <= x:
window.pop()
window.append(i)
if i >= k - 1:
res.append(nums[window[0]])
return res |
class Solution:
def searchInsert(self, nums: List[int], target: int) -> int:
def divide_conquer(low, high, nums, target):
mid = int(low+high)/2
if nums[mid] == target:
return mid
elif nums[mid] < target:
divide_conquer(mid+1, high, nums, target)
elif nums[mid] > target:
divide_conquer(low, mid-1, nums, target)
return mid+1
return divide_conquer(0, len(nums)-1, nums, target)
class Solution:
def searchInsert(self, nums, T):
def search(nums, T, L, R):
if L > R:
return L
mid = (L + R) >> 1
if nums[mid] == T:
return mid
return search(nums, T, mid + 1, R) if nums[mid] < T else search(nums, T, L, mid - 1)
# if nums[mid]< T:
# search(nums, T, mid + 1, R)
# elif nums[mid]>T:
# search(nums, T, L, mid - 1)
# return mid+1
return search(nums, T, 0, len(nums)-1)
| class Solution:
def search_insert(self, nums: List[int], target: int) -> int:
def divide_conquer(low, high, nums, target):
mid = int(low + high) / 2
if nums[mid] == target:
return mid
elif nums[mid] < target:
divide_conquer(mid + 1, high, nums, target)
elif nums[mid] > target:
divide_conquer(low, mid - 1, nums, target)
return mid + 1
return divide_conquer(0, len(nums) - 1, nums, target)
class Solution:
def search_insert(self, nums, T):
def search(nums, T, L, R):
if L > R:
return L
mid = L + R >> 1
if nums[mid] == T:
return mid
return search(nums, T, mid + 1, R) if nums[mid] < T else search(nums, T, L, mid - 1)
return search(nums, T, 0, len(nums) - 1) |
class TestLogicReset:
def __init__(self,ctx):
self.ctx_=ctx
def advance(self, tms, tdi):
if ( tms ):
return self
else:
return self.ctx_.RunTestIdle
class RunTestIdle:
def __init__(self,ctx):
self.ctx_=ctx
def advance(self, tms, tdi):
if ( tms ):
return self.ctx_.SelectDRScan
else:
return self
class SelectDRScan:
def __init__(self,ctx):
self.ctx_=ctx
def advance(self, tms, tdi):
if ( tms ):
return self.ctx_.SelectIRScan
else:
return self.ctx_.CaptureDR
class CaptureDR:
def __init__(self,ctx):
self.ctx_=ctx
def advance(self, tms, tdi):
self.ctx_.captureDR()
if ( tms ):
return self.ctx_.Exit1DR
else:
return self.ctx_.ShiftDR
class ShiftDR:
def __init__(self,ctx):
self.ctx_=ctx
def advance(self, tms, tdi):
self.ctx_.shiftDR(tdi)
if ( tms ):
return self.ctx_.Exit1DR
else:
return self
class Exit1DR:
def __init__(self,ctx):
self.ctx_=ctx
def advance(self, tms, tdi):
if ( tms ):
return self.ctx_.UpdateDR
else:
return self.ctx_.PauseDR
class PauseDR:
def __init__(self,ctx):
self.ctx_=ctx
def advance(self, tms, tdi):
if ( tms ):
return self.ctx_.Exit2DR
else:
return self
class Exit2DR:
def __init__(self,ctx):
self.ctx_=ctx
def advance(self, tms, tdi):
if ( tms ):
return self.ctx_.UpdateDR
else:
return self.ctx_.ShiftDR
class UpdateDR:
def __init__(self,ctx):
self.ctx_=ctx
def advance(self, tms, tdi):
self.ctx_.updateDR()
if ( tms ):
return self.ctx_.SelectDRScan
else:
return self.ctx_.RunTestIdle
class SelectIRScan:
def __init__(self,ctx):
self.ctx_=ctx
def advance(self, tms, tdi):
if ( tms ):
return self.ctx_.TestLogicReset
else:
return self.ctx_.CaptureIR
class CaptureIR:
def __init__(self,ctx):
self.ctx_=ctx
def advance(self, tms, tdi):
self.ctx_.captureIR()
if ( tms ):
return self.ctx_.Exit1IR
else:
return self.ctx_.ShiftIR
class ShiftIR:
def __init__(self,ctx):
self.ctx_=ctx
def advance(self, tms, tdi):
self.ctx_.shiftIR(tdi)
if ( tms ):
return self.ctx_.Exit1IR
else:
return self
class Exit1IR:
def __init__(self,ctx):
self.ctx_=ctx
def advance(self, tms, tdi):
if ( tms ):
return self.ctx_.UpdateIR
else:
return self.ctx_.PauseIR
class PauseIR:
def __init__(self,ctx):
self.ctx_=ctx
def advance(self, tms, tdi):
if ( tms ):
return self.ctx_.Exit2IR
else:
return self
class Exit2IR:
def __init__(self,ctx):
self.ctx_=ctx
def advance(self, tms, tdi):
if ( tms ):
return self.ctx_.UpdateIR
else:
return self.ctx_.ShiftIR
class UpdateIR:
def __init__(self,ctx):
self.ctx_=ctx
def advance(self, tms, tdi):
self.ctx_.updateIR()
if ( tms ):
return self.ctx_.SelectDRScan
else:
return self.ctx_.RunTestIdle
class JtagShiftReg:
def __init__(self, LIM=0):
self.reg_ = 0
self.len_ = 0
self.shr_ = 0
self.shl_ = 0
self.msk_ = 1
self.lim_ = LIM
def capture(self):
self.shr_ = 0
self.shl_ = 0
self.msk_ = 1
def shift(self, tdi):
if ( tdi ):
self.shr_ |= self.msk_
self.shl_ += 1
self.msk_ <<= 1
def update(self):
if (self.lim_ > 0 and self.shl_ != self.lim_ ):
raise RuntimeError("Bad DATA? Register length mismatch")
self.reg_ = self.shr_
self.len_ = self.shl_
def getLength(self):
return self.len_
def getData(self):
return self.reg_
class JtagSniffer:
def __init__(self, IR_USER=0x3c2, IR_LEN=10):
self.TestLogicReset=TestLogicReset(self)
self.RunTestIdle=RunTestIdle(self)
self.SelectDRScan=SelectDRScan(self)
self.CaptureDR=CaptureDR(self)
self.ShiftDR=ShiftDR(self)
self.Exit1DR=Exit1DR(self)
self.PauseDR=PauseDR(self)
self.Exit2DR=Exit2DR(self)
self.UpdateDR=UpdateDR(self)
self.SelectIRScan=SelectIRScan(self)
self.CaptureIR=CaptureIR(self)
self.ShiftIR=ShiftIR(self)
self.Exit1IR=Exit1IR(self)
self.PauseIR=PauseIR(self)
self.Exit2IR=Exit2IR(self)
self.UpdateIR=UpdateIR(self)
self.IR_USR_ = IR_USER
self.IR_ULN_ = IR_LEN
self.state_ = self.TestLogicReset
self.IR_ = ~IR_USER
self.IR_SHR_ = 0
self_IR_LEN_ = 0
self.DR_ = 0
self.DR_SHR_ = 0
self.DR_LEN_ = 0
self.DR = JtagShiftReg()
self.IR = JtagShiftReg(LIM=IR_LEN)
def advance(self, tms, tdi):
self.state_ = self.state_.advance(tms, tdi)
def isUSER(self):
return self.IR.getData() == self.IR_USR_
def captureIR(self):
self.IR.capture()
def captureDR(self):
if (self.isUSER()):
self.DR.capture()
def shiftIR(self, tdi):
self.IR.shift(tdi)
def shiftDR(self, tdi):
if (self.isUSER()):
self.DR.shift(tdi)
def updateIR(self):
self.IR.update()
#print("New IR: 0x{:x}".format(self.IR.getData()))
def updateDR(self):
if (self.isUSER()):
self.DR.update()
print("New DR[{}]: {:x}".format(self.DR.getLength(),self.DR.getData()))
def processVecs(self, tms, tdi, nbits):
for i in range(nbits):
self.advance( not not (tms & 1), not not (tdi & 1) )
tms >>= 1
tdi >>= 1
| class Testlogicreset:
def __init__(self, ctx):
self.ctx_ = ctx
def advance(self, tms, tdi):
if tms:
return self
else:
return self.ctx_.RunTestIdle
class Runtestidle:
def __init__(self, ctx):
self.ctx_ = ctx
def advance(self, tms, tdi):
if tms:
return self.ctx_.SelectDRScan
else:
return self
class Selectdrscan:
def __init__(self, ctx):
self.ctx_ = ctx
def advance(self, tms, tdi):
if tms:
return self.ctx_.SelectIRScan
else:
return self.ctx_.CaptureDR
class Capturedr:
def __init__(self, ctx):
self.ctx_ = ctx
def advance(self, tms, tdi):
self.ctx_.captureDR()
if tms:
return self.ctx_.Exit1DR
else:
return self.ctx_.ShiftDR
class Shiftdr:
def __init__(self, ctx):
self.ctx_ = ctx
def advance(self, tms, tdi):
self.ctx_.shiftDR(tdi)
if tms:
return self.ctx_.Exit1DR
else:
return self
class Exit1Dr:
def __init__(self, ctx):
self.ctx_ = ctx
def advance(self, tms, tdi):
if tms:
return self.ctx_.UpdateDR
else:
return self.ctx_.PauseDR
class Pausedr:
def __init__(self, ctx):
self.ctx_ = ctx
def advance(self, tms, tdi):
if tms:
return self.ctx_.Exit2DR
else:
return self
class Exit2Dr:
def __init__(self, ctx):
self.ctx_ = ctx
def advance(self, tms, tdi):
if tms:
return self.ctx_.UpdateDR
else:
return self.ctx_.ShiftDR
class Updatedr:
def __init__(self, ctx):
self.ctx_ = ctx
def advance(self, tms, tdi):
self.ctx_.updateDR()
if tms:
return self.ctx_.SelectDRScan
else:
return self.ctx_.RunTestIdle
class Selectirscan:
def __init__(self, ctx):
self.ctx_ = ctx
def advance(self, tms, tdi):
if tms:
return self.ctx_.TestLogicReset
else:
return self.ctx_.CaptureIR
class Captureir:
def __init__(self, ctx):
self.ctx_ = ctx
def advance(self, tms, tdi):
self.ctx_.captureIR()
if tms:
return self.ctx_.Exit1IR
else:
return self.ctx_.ShiftIR
class Shiftir:
def __init__(self, ctx):
self.ctx_ = ctx
def advance(self, tms, tdi):
self.ctx_.shiftIR(tdi)
if tms:
return self.ctx_.Exit1IR
else:
return self
class Exit1Ir:
def __init__(self, ctx):
self.ctx_ = ctx
def advance(self, tms, tdi):
if tms:
return self.ctx_.UpdateIR
else:
return self.ctx_.PauseIR
class Pauseir:
def __init__(self, ctx):
self.ctx_ = ctx
def advance(self, tms, tdi):
if tms:
return self.ctx_.Exit2IR
else:
return self
class Exit2Ir:
def __init__(self, ctx):
self.ctx_ = ctx
def advance(self, tms, tdi):
if tms:
return self.ctx_.UpdateIR
else:
return self.ctx_.ShiftIR
class Updateir:
def __init__(self, ctx):
self.ctx_ = ctx
def advance(self, tms, tdi):
self.ctx_.updateIR()
if tms:
return self.ctx_.SelectDRScan
else:
return self.ctx_.RunTestIdle
class Jtagshiftreg:
def __init__(self, LIM=0):
self.reg_ = 0
self.len_ = 0
self.shr_ = 0
self.shl_ = 0
self.msk_ = 1
self.lim_ = LIM
def capture(self):
self.shr_ = 0
self.shl_ = 0
self.msk_ = 1
def shift(self, tdi):
if tdi:
self.shr_ |= self.msk_
self.shl_ += 1
self.msk_ <<= 1
def update(self):
if self.lim_ > 0 and self.shl_ != self.lim_:
raise runtime_error('Bad DATA? Register length mismatch')
self.reg_ = self.shr_
self.len_ = self.shl_
def get_length(self):
return self.len_
def get_data(self):
return self.reg_
class Jtagsniffer:
def __init__(self, IR_USER=962, IR_LEN=10):
self.TestLogicReset = test_logic_reset(self)
self.RunTestIdle = run_test_idle(self)
self.SelectDRScan = select_dr_scan(self)
self.CaptureDR = capture_dr(self)
self.ShiftDR = shift_dr(self)
self.Exit1DR = exit1_dr(self)
self.PauseDR = pause_dr(self)
self.Exit2DR = exit2_dr(self)
self.UpdateDR = update_dr(self)
self.SelectIRScan = select_ir_scan(self)
self.CaptureIR = capture_ir(self)
self.ShiftIR = shift_ir(self)
self.Exit1IR = exit1_ir(self)
self.PauseIR = pause_ir(self)
self.Exit2IR = exit2_ir(self)
self.UpdateIR = update_ir(self)
self.IR_USR_ = IR_USER
self.IR_ULN_ = IR_LEN
self.state_ = self.TestLogicReset
self.IR_ = ~IR_USER
self.IR_SHR_ = 0
self_ir_len_ = 0
self.DR_ = 0
self.DR_SHR_ = 0
self.DR_LEN_ = 0
self.DR = jtag_shift_reg()
self.IR = jtag_shift_reg(LIM=IR_LEN)
def advance(self, tms, tdi):
self.state_ = self.state_.advance(tms, tdi)
def is_user(self):
return self.IR.getData() == self.IR_USR_
def capture_ir(self):
self.IR.capture()
def capture_dr(self):
if self.isUSER():
self.DR.capture()
def shift_ir(self, tdi):
self.IR.shift(tdi)
def shift_dr(self, tdi):
if self.isUSER():
self.DR.shift(tdi)
def update_ir(self):
self.IR.update()
def update_dr(self):
if self.isUSER():
self.DR.update()
print('New DR[{}]: {:x}'.format(self.DR.getLength(), self.DR.getData()))
def process_vecs(self, tms, tdi, nbits):
for i in range(nbits):
self.advance(not not tms & 1, not not tdi & 1)
tms >>= 1
tdi >>= 1 |
class Node:
def __init__(self, doc):
self.doc = doc
| class Node:
def __init__(self, doc):
self.doc = doc |
class Images:
@staticmethod
def save(data,filename):
result=""
for i in data:
result+=chr(i);
saveBytes(filename,result)
@staticmethod
def visualize(data,height,width,offsetH=0,offsetW=0,scale=1):
x=0
y=0
for elem in data:
pixel=ord(elem)
for s in range(scale):
for ss in range(scale):
set(((x+offsetW)*scale)+s,((y+offsetH)*scale)+ss,color(pixel))
x=(x+1)%width
if(x==0): y=(y+1)%height
| class Images:
@staticmethod
def save(data, filename):
result = ''
for i in data:
result += chr(i)
save_bytes(filename, result)
@staticmethod
def visualize(data, height, width, offsetH=0, offsetW=0, scale=1):
x = 0
y = 0
for elem in data:
pixel = ord(elem)
for s in range(scale):
for ss in range(scale):
set((x + offsetW) * scale + s, (y + offsetH) * scale + ss, color(pixel))
x = (x + 1) % width
if x == 0:
y = (y + 1) % height |
class printerClass():
def print_table(self, data, header):
data = list(data)
MaxLength = 0
data.insert(0, header)
for i in range(0, len(data)):
for x in data[i]:
MaxLength = len(str(x)) if MaxLength < len(str(x)) else MaxLength
print("-" * MaxLength * len(data[i]) + "----------")
for i in range(0, len(data)):
for x in range(0, len(data[i])):
Length = MaxLength - len(str(data[i][x]))
print("| " + str(data[i][x]) + (" " * Length), end=" ")
print("|")
if (not i):
print("-" * MaxLength * len(data[i]) + "----------")
print("-" * MaxLength * len(data[i]) + "----------")
| class Printerclass:
def print_table(self, data, header):
data = list(data)
max_length = 0
data.insert(0, header)
for i in range(0, len(data)):
for x in data[i]:
max_length = len(str(x)) if MaxLength < len(str(x)) else MaxLength
print('-' * MaxLength * len(data[i]) + '----------')
for i in range(0, len(data)):
for x in range(0, len(data[i])):
length = MaxLength - len(str(data[i][x]))
print('| ' + str(data[i][x]) + ' ' * Length, end=' ')
print('|')
if not i:
print('-' * MaxLength * len(data[i]) + '----------')
print('-' * MaxLength * len(data[i]) + '----------') |
class SVG_map:
"""
This class generates the svg for the API response
This class initializes itself with title, total range and progress.
It calculates the necessary measurements from these info to generate
the SVG.
Attributes
----------
__title__ : str
title of the progress-bar
__title_width__ : int
width of title for svg
__total_width__ : int
total width of svg
__progress__ : int
percentage of progress
__progressbar_width__ :
width of the progress-bar
__progress_color__ : str
color of the progress-bar depending on the perentage of progress
__green__ if progress > 66
__yellow__ if 66 >= progress > 33
__red__ if 33 >= progress > 0
__progress_details_x__ : int
position of progress details in X axis
__red__ : str
fill:rgb(240,113,120)
__yellow__ : str
fill:rgb(255,203,107)
__green__ : str
fill:rgb(195,232,141)"
__keys__ : tuple of str
keys for the svg_data_list dictionary
Methods
-------
generate()
generates and returns the SVG
"""
def __init__(self, title="Prog", total=100, progress=30):
"""
Parameters
----------
title : str
title of the progress-bar
total : int
total range of work
progress : int
progress of the work
"""
self.__set_default__()
self.__title__ = title
self.__title_width__ = len(title) * 8.5 + 10
self.__total_width__ = self.__title_width__ + 70
self.__progress__ = int(progress / total * 100)
self.__progress__ = self.__progress__ if self.__progress__ <= 100 else 100
self.__progressbar_width__ = int(self.__progress__ / 100 * 70)
self.__progress_color__ = self.__get_progress_color__(self.__progress__)
self.__progress_details_x__ = self.__get_progress_details_x__(self.__progress__)
def __set_default__(self):
"""
sets default attributes
"""
self.__green__ = "#c3e88d"
self.__red__ = "#f07178"
self.__yellow__ = "#ffcb6b"
self.__keys__ = (
"start",
"title_rect",
"title",
"progress_box",
"progress_bar",
"progress_details",
"error_text",
"end",
)
def __get_progress_details_x__(self, progress):
"""
Parameters
----------
progress : int
percentage of progress
Returns
-------
int
position of progress details in X axis
"""
if progress <= 9:
return self.__title_width__ + 25
elif progress <= 99:
return self.__title_width__ + 20
return self.__title_width__ + 15
def __get_progress_color__(self, progress):
"""
Parameters
----------
progress: int
percentage of progress
Returns
-------
str
returns __green__, __yellow__ or __red__
"""
if progress <= 33:
return self.__red__
elif progress <= 66:
return self.__yellow__
return self.__green__
def generate(self):
"""
Returns
-------
str
generates and returns SVG data as a str
"""
svg_data = {
"start": '<svg xmlns="http://www.w3.org/2000/svg" width="'
+ str(self.__total_width__)
+ '" height="20">',
"title_rect": '<rect rx="3" width="'
+ str(self.__title_width__)
+ '" height="20" fill="#0f111a"/>',
"title": '<text x="5" y="14" fill="#c792ea" style="font:700 13px sans-serif">'
+ self.__title__
+ "</text>",
"progress_box": '<rect x="'
+ str(self.__title_width__ - 5)
+ '" rx="3" width="70" height="20" fill="#464b5d"/>',
"progress_bar": '<rect x="'
+ str(self.__title_width__ - 5)
+ '" rx="3" width="'
+ str(self.__progressbar_width__)
+ '" height="20" fill="'
+ self.__progress_color__
+ '"/>',
"progress_details": '<text x="'
+ str(self.__progress_details_x__)
+ '" y="14" class="txt" '
+ 'fill="#fff" style="align:center;font:13px sans-serif">'
+ str(self.__progress__)
+ "%</text>",
"error_text": "Sorry, your browser does not support inline SVG.",
"end": "</svg>",
}
svg_data_list = [svg_data[key] for key in self.__keys__]
return "".join(svg_data_list)
| class Svg_Map:
"""
This class generates the svg for the API response
This class initializes itself with title, total range and progress.
It calculates the necessary measurements from these info to generate
the SVG.
Attributes
----------
__title__ : str
title of the progress-bar
__title_width__ : int
width of title for svg
__total_width__ : int
total width of svg
__progress__ : int
percentage of progress
__progressbar_width__ :
width of the progress-bar
__progress_color__ : str
color of the progress-bar depending on the perentage of progress
__green__ if progress > 66
__yellow__ if 66 >= progress > 33
__red__ if 33 >= progress > 0
__progress_details_x__ : int
position of progress details in X axis
__red__ : str
fill:rgb(240,113,120)
__yellow__ : str
fill:rgb(255,203,107)
__green__ : str
fill:rgb(195,232,141)"
__keys__ : tuple of str
keys for the svg_data_list dictionary
Methods
-------
generate()
generates and returns the SVG
"""
def __init__(self, title='Prog', total=100, progress=30):
"""
Parameters
----------
title : str
title of the progress-bar
total : int
total range of work
progress : int
progress of the work
"""
self.__set_default__()
self.__title__ = title
self.__title_width__ = len(title) * 8.5 + 10
self.__total_width__ = self.__title_width__ + 70
self.__progress__ = int(progress / total * 100)
self.__progress__ = self.__progress__ if self.__progress__ <= 100 else 100
self.__progressbar_width__ = int(self.__progress__ / 100 * 70)
self.__progress_color__ = self.__get_progress_color__(self.__progress__)
self.__progress_details_x__ = self.__get_progress_details_x__(self.__progress__)
def __set_default__(self):
"""
sets default attributes
"""
self.__green__ = '#c3e88d'
self.__red__ = '#f07178'
self.__yellow__ = '#ffcb6b'
self.__keys__ = ('start', 'title_rect', 'title', 'progress_box', 'progress_bar', 'progress_details', 'error_text', 'end')
def __get_progress_details_x__(self, progress):
"""
Parameters
----------
progress : int
percentage of progress
Returns
-------
int
position of progress details in X axis
"""
if progress <= 9:
return self.__title_width__ + 25
elif progress <= 99:
return self.__title_width__ + 20
return self.__title_width__ + 15
def __get_progress_color__(self, progress):
"""
Parameters
----------
progress: int
percentage of progress
Returns
-------
str
returns __green__, __yellow__ or __red__
"""
if progress <= 33:
return self.__red__
elif progress <= 66:
return self.__yellow__
return self.__green__
def generate(self):
"""
Returns
-------
str
generates and returns SVG data as a str
"""
svg_data = {'start': '<svg xmlns="http://www.w3.org/2000/svg" width="' + str(self.__total_width__) + '" height="20">', 'title_rect': '<rect rx="3" width="' + str(self.__title_width__) + '" height="20" fill="#0f111a"/>', 'title': '<text x="5" y="14" fill="#c792ea" style="font:700 13px sans-serif">' + self.__title__ + '</text>', 'progress_box': '<rect x="' + str(self.__title_width__ - 5) + '" rx="3" width="70" height="20" fill="#464b5d"/>', 'progress_bar': '<rect x="' + str(self.__title_width__ - 5) + '" rx="3" width="' + str(self.__progressbar_width__) + '" height="20" fill="' + self.__progress_color__ + '"/>', 'progress_details': '<text x="' + str(self.__progress_details_x__) + '" y="14" class="txt" ' + 'fill="#fff" style="align:center;font:13px sans-serif">' + str(self.__progress__) + '%</text>', 'error_text': 'Sorry, your browser does not support inline SVG.', 'end': '</svg>'}
svg_data_list = [svg_data[key] for key in self.__keys__]
return ''.join(svg_data_list) |
class Solution:
"""
@param matrix: an integer matrix
@return: the length of the longest increasing path
"""
def longestIncreasingPath(self, matrix):
# write your code here
m = len(matrix)
if m == 0:
return 0
cache = {}
n = len(matrix[0])
maxLen = 0
def dfs(row, col):
if (row, col) in cache:
return cache[(row, col)]
ml = 1
for dr, dc in ((-1, 0), (1, 0), (0, -1), (0, 1)):
nr = row + dr
nc = col + dc
if nr >= 0 and nr < m and nc >= 0 and nc < n and matrix[nr][nc] > matrix[row][col]:
ml = max(ml, 1 + dfs(nr, nc))
cache[(row, col)] = ml
return ml
for i in range(m):
for j in range(n):
maxLen = max(maxLen, dfs(i, j))
return maxLen
| class Solution:
"""
@param matrix: an integer matrix
@return: the length of the longest increasing path
"""
def longest_increasing_path(self, matrix):
m = len(matrix)
if m == 0:
return 0
cache = {}
n = len(matrix[0])
max_len = 0
def dfs(row, col):
if (row, col) in cache:
return cache[row, col]
ml = 1
for (dr, dc) in ((-1, 0), (1, 0), (0, -1), (0, 1)):
nr = row + dr
nc = col + dc
if nr >= 0 and nr < m and (nc >= 0) and (nc < n) and (matrix[nr][nc] > matrix[row][col]):
ml = max(ml, 1 + dfs(nr, nc))
cache[row, col] = ml
return ml
for i in range(m):
for j in range(n):
max_len = max(maxLen, dfs(i, j))
return maxLen |
class Solution:
def kthSmallestPrimeFraction(self, A: List[int], K: int) -> List[int]:
lo, hi = 0, 1
n = len(A)
while True:
mid = (lo + hi) / 2
idxes = [bisect.bisect(A, num / mid) for num in A]
cnt = sum(n - idx for idx in idxes)
if cnt < K:
lo = mid
elif cnt > K:
hi = mid
else:
return max([(A[i], A[idx]) for i, idx in enumerate(idxes) if idx < n], key=lambda x : (x[0] / x[1]))
| class Solution:
def kth_smallest_prime_fraction(self, A: List[int], K: int) -> List[int]:
(lo, hi) = (0, 1)
n = len(A)
while True:
mid = (lo + hi) / 2
idxes = [bisect.bisect(A, num / mid) for num in A]
cnt = sum((n - idx for idx in idxes))
if cnt < K:
lo = mid
elif cnt > K:
hi = mid
else:
return max([(A[i], A[idx]) for (i, idx) in enumerate(idxes) if idx < n], key=lambda x: x[0] / x[1]) |
# Search directories (list is searched downward until file is found)
# cwd is searched first by default
# Set to get resolver messages through stderr
# (helpful for observing and debugging path resolution)
# setting _more lists every path resolution attempt
resolver_debug = False
resolver_debug_more = False
fhs_dirs = {
"dld": [ #dld directories
"./dld/",
"~/dml/dld/",
"/usr/local/share/dml/dld/",
"/usr/share/dml/dld/",
"/etc/dml/dld/"
],
"dss": [ #DSS files
"./dss/",
"~/dml/dss/",
"/usr/local/share/dml/dss/",
"/usr/share/dml/dss/",
"/etc/dml/dss/"
]
}
windows_dirs = {
"dld": [],
"dss": []
}
| resolver_debug = False
resolver_debug_more = False
fhs_dirs = {'dld': ['./dld/', '~/dml/dld/', '/usr/local/share/dml/dld/', '/usr/share/dml/dld/', '/etc/dml/dld/'], 'dss': ['./dss/', '~/dml/dss/', '/usr/local/share/dml/dss/', '/usr/share/dml/dss/', '/etc/dml/dss/']}
windows_dirs = {'dld': [], 'dss': []} |
class Graph:
def __init__(self, vertexes: int) -> None:
self.vertexes = vertexes
self.graph = [[float("inf") for _ in range(self.vertexes)] for _ in range(self.vertexes)]
def connect(self, u: int, v: int, w: int) -> None:
self.graph[u][v] = w
def show(self, matrix: list) -> None:
for i in range(len(matrix)):
for j in range(len(matrix)):
print(f"{matrix[i][j]}", end=" ")
print()
def floyd(self) -> None:
matrix = self.graph.copy()
for i in range(self.vertexes):
for u in range(self.vertexes):
for v in range(self.vertexes):
matrix[u][v] = min([matrix[u][v], matrix[u][i] + matrix[i][v]])
self.show(matrix)
graph = Graph(5)
graph.connect(0, 1, -1)
graph.connect(0, 2, 4)
graph.connect(1, 2, 3)
graph.connect(1, 3, 2)
graph.connect(1, 4, 2)
graph.connect(3, 2, 5)
graph.connect(3, 1, 1)
graph.connect(4, 3, -3)
graph.floyd()
| class Graph:
def __init__(self, vertexes: int) -> None:
self.vertexes = vertexes
self.graph = [[float('inf') for _ in range(self.vertexes)] for _ in range(self.vertexes)]
def connect(self, u: int, v: int, w: int) -> None:
self.graph[u][v] = w
def show(self, matrix: list) -> None:
for i in range(len(matrix)):
for j in range(len(matrix)):
print(f'{matrix[i][j]}', end=' ')
print()
def floyd(self) -> None:
matrix = self.graph.copy()
for i in range(self.vertexes):
for u in range(self.vertexes):
for v in range(self.vertexes):
matrix[u][v] = min([matrix[u][v], matrix[u][i] + matrix[i][v]])
self.show(matrix)
graph = graph(5)
graph.connect(0, 1, -1)
graph.connect(0, 2, 4)
graph.connect(1, 2, 3)
graph.connect(1, 3, 2)
graph.connect(1, 4, 2)
graph.connect(3, 2, 5)
graph.connect(3, 1, 1)
graph.connect(4, 3, -3)
graph.floyd() |
# -*- coding: utf-8 -*-
"""
Created on Tue Jan 9 15:40:19 2018
@author: User
"""
class Airlines(object):
''' Fields: code(Str), dates(Int), price(Nat)'''
allAirlines = []
allCodes = []
allDates = []
allPrices = []
registry = []
def addAir(self, name, code, dates, price):
# self.allAirlines.append(name)
# self.allAirlines.append(code)
# self.allAirlines.append(dates)
# self.allAirlines.append(price)
self.registry.append(self)
def __init__(self, name, code, dates, price):
self.name = name
self.code = code
self.dates = dates
self.price = price
def __str__(self):
return "Code: {0.code}; Dates: {0.dates}; Price: {0.price}".format(self)
def chooseAir(a1, a2):
if a1.price > a2.price:
print( True)
else:
print (False)
def giveInfo(self):
print(self.code, self.dates, self.price)
def main():
airline1 = Airlines('airline1','AC027', 245, 600)
airline2 = Airlines('airline2', 'AC027', 256, 800)
airline3 = Airlines('airline3', 'AC115', 256, 700)
airline4 = Airlines('airline4', 'AC028', 300, 400)
airline1.addAir('airline1','AC027', 245, 600)
airline2.addAir('airline2', 'AC027', 256, 800)
airline3.addAir('airline3', 'AC115', 256, 700)
airline4.addAir('airline4', 'AC028', 300, 400)
# Airlines.chooseAir(airline4, airline1)
# Airlines.giveInfo(airline1)
# print(Airlines.allAirlines)
if __name__ == "__main__":
main()
def theChooseFn(L, min, max):
finalList = []
for a in L:
if a.dates > min and a.dates <= max:
newL = [a.code, a.dates, a.price]
finalList.append(newL)
return finalList
print(theChooseFn(Airlines.registry, 250, 300))
#def binarySearch(L, d1, d2):
# lower = 0
# upper = len(L)
# while lower < upper:
# x = lower + (upper - lower) // 2
# val = L.dates
# if d1 == val:
# return x
# elif target > val:
# if lower == x: # this two are the actual lines
# break # you're looking for
# lower = x
# elif target < val:
# upper = x
############################
# One way of doing it, possibly not acceptable within rubric
#def returnDates(L, d1, d2):
# firstList = (list(filter(lambda x: (x[1] >=d1), L)))
# secondList = (list(filter(lambda x: (x[1] <=d2), firstList)))
# print(secondList)
#returnDates(allAirlines, 266,270)
#############################
#airline1 = Airlines('AC027',245,600)
#airline2 = Airlines('AC027', 256, 800)
#airline3 = Airlines('AC115', 256, 700)
#airline4 = Airlines('AC028', 300, 400)
#print(airline4.code)
#print(airline4)
#print(sorted(allAirlines, key = lambda x: (x[1] >266))) #this works
#print(list(filter(lambda x: (x[1] >266), allAirlines))) # this works as well | """
Created on Tue Jan 9 15:40:19 2018
@author: User
"""
class Airlines(object):
""" Fields: code(Str), dates(Int), price(Nat)"""
all_airlines = []
all_codes = []
all_dates = []
all_prices = []
registry = []
def add_air(self, name, code, dates, price):
self.registry.append(self)
def __init__(self, name, code, dates, price):
self.name = name
self.code = code
self.dates = dates
self.price = price
def __str__(self):
return 'Code: {0.code}; Dates: {0.dates}; Price: {0.price}'.format(self)
def choose_air(a1, a2):
if a1.price > a2.price:
print(True)
else:
print(False)
def give_info(self):
print(self.code, self.dates, self.price)
def main():
airline1 = airlines('airline1', 'AC027', 245, 600)
airline2 = airlines('airline2', 'AC027', 256, 800)
airline3 = airlines('airline3', 'AC115', 256, 700)
airline4 = airlines('airline4', 'AC028', 300, 400)
airline1.addAir('airline1', 'AC027', 245, 600)
airline2.addAir('airline2', 'AC027', 256, 800)
airline3.addAir('airline3', 'AC115', 256, 700)
airline4.addAir('airline4', 'AC028', 300, 400)
if __name__ == '__main__':
main()
def the_choose_fn(L, min, max):
final_list = []
for a in L:
if a.dates > min and a.dates <= max:
new_l = [a.code, a.dates, a.price]
finalList.append(newL)
return finalList
print(the_choose_fn(Airlines.registry, 250, 300)) |
# Runtime: 40 ms, faster than 91.18% of Python3 online submissions for Find Peak Element.
# Memory Usage: 13.9 MB, less than 5.88% of Python3 online submissions for Find Peak Element.
class Solution:
def findPeakElement(self, nums: List[int]) -> int:
left, right = 0, len(nums) - 1
while left < right:
mid = (left + right) // 2
if nums[mid] > nums[mid - 1] and nums[mid] > nums[(mid + 1)]:
return mid
if nums[mid] < nums[mid + 1]: # ascending slope
left = mid + 1
else: # descending slope
right = mid - 1
return left
if __name__ == '__main__':
nums = [1,2,3] # [5,4,3,2,1]
sol = Solution()
print(sol.findPeakElement(nums)) | class Solution:
def find_peak_element(self, nums: List[int]) -> int:
(left, right) = (0, len(nums) - 1)
while left < right:
mid = (left + right) // 2
if nums[mid] > nums[mid - 1] and nums[mid] > nums[mid + 1]:
return mid
if nums[mid] < nums[mid + 1]:
left = mid + 1
else:
right = mid - 1
return left
if __name__ == '__main__':
nums = [1, 2, 3]
sol = solution()
print(sol.findPeakElement(nums)) |
__author__ = "Lukhnos Liu and The McBopomofo Authors"
__copyright__ = "Copyright 2022 and onwards The McBopomofo Authors"
__license__ = "MIT"
HEADER = '# format org.openvanilla.mcbopomofo.sorted\n'
def convert_vks_rows_to_sorted_kvs_rows(vks_rows):
"""Converts value-key-score rows to key-value-score rows, sorted by key."""
key_to_vss = {}
for value, key, score in vks_rows:
if type(score) is float:
# Use the default (which is '%.6f') format
score = '%f' % score
if key not in key_to_vss:
key_to_vss[key] = []
key_to_vss[key].append((value, score))
keys = sorted(key_to_vss.keys(), key=lambda k: k.encode('utf-8'))
output = []
for key in keys:
# stable sort, so it's ok for values that have the same scores as their
# "natural" order in the list will be preserved; this is important for
# rows from the plain BPMF list.
vs_rows = sorted(key_to_vss[key], key=lambda vs: float(vs[1]), reverse=True)
for vs_row in vs_rows:
output.append((key, vs_row[0], vs_row[1]))
return output
| __author__ = 'Lukhnos Liu and The McBopomofo Authors'
__copyright__ = 'Copyright 2022 and onwards The McBopomofo Authors'
__license__ = 'MIT'
header = '# format org.openvanilla.mcbopomofo.sorted\n'
def convert_vks_rows_to_sorted_kvs_rows(vks_rows):
"""Converts value-key-score rows to key-value-score rows, sorted by key."""
key_to_vss = {}
for (value, key, score) in vks_rows:
if type(score) is float:
score = '%f' % score
if key not in key_to_vss:
key_to_vss[key] = []
key_to_vss[key].append((value, score))
keys = sorted(key_to_vss.keys(), key=lambda k: k.encode('utf-8'))
output = []
for key in keys:
vs_rows = sorted(key_to_vss[key], key=lambda vs: float(vs[1]), reverse=True)
for vs_row in vs_rows:
output.append((key, vs_row[0], vs_row[1]))
return output |
# _SequenceManipulation.py
__module_name__ = "_SequenceManipulation.py"
__author__ = ", ".join(["Michael E. Vinyard"])
__email__ = ", ".join(["vinyard@g.harvard.edu",])
class _SequenceManipulation:
"""
Get the complement or reverse compliment of a DNA sequence.
Parameters:
-----------
sequence
Returns:
--------
complement_sequence
reverse_sequence
reverse_complement_sequence
Notes:
------
(1) No dependencies required. Pure python.
"""
def __init__(self, sequence):
self.sequence = sequence
self.ComplimentDict = {"C": "G", "G": "C", "T": "A", "A": "T", "N": "N"}
self.complement_sequence = ""
self.reverse_complement_sequence = ""
def complement(self):
"""
Get the complement of a DNA sequence.
Parameters:
-----------
sequence (passed during instantiation).
Returns:
--------
complement_sequence
Notes:
------
(1) No dependencies required. Pure python.
"""
for nucleotide in self.sequence:
self.complement_sequence += self.ComplimentDict[nucleotide]
return self.complement_sequence
def reverse(self):
"""
Get the reverse of a DNA sequence.
Parameters:
-----------
sequence (passed during instantiation).
Returns:
--------
reverse_sequence
Notes:
------
(1) No dependencies required. Pure python.
"""
self.reverse_sequence = self.sequence[::-1]
def reverse_complement(self):
"""
Get the reverse complement of a DNA sequence.
Parameters:
-----------
sequence (passed during instantiation).
Returns:
--------
reverse_complement_sequence
Notes:
------
(1) No dependencies required. Pure python.
"""
ComplimentDict = self.ComplimentDict
complement_sequence = ""
for nucleotide in self.sequence:
complement_sequence += ComplimentDict[nucleotide]
self.complement_sequence = complement_sequence
self.reverse_complement_sequence = complement_sequence[::-1]
return self.reverse_complement_sequence
| __module_name__ = '_SequenceManipulation.py'
__author__ = ', '.join(['Michael E. Vinyard'])
__email__ = ', '.join(['vinyard@g.harvard.edu'])
class _Sequencemanipulation:
"""
Get the complement or reverse compliment of a DNA sequence.
Parameters:
-----------
sequence
Returns:
--------
complement_sequence
reverse_sequence
reverse_complement_sequence
Notes:
------
(1) No dependencies required. Pure python.
"""
def __init__(self, sequence):
self.sequence = sequence
self.ComplimentDict = {'C': 'G', 'G': 'C', 'T': 'A', 'A': 'T', 'N': 'N'}
self.complement_sequence = ''
self.reverse_complement_sequence = ''
def complement(self):
"""
Get the complement of a DNA sequence.
Parameters:
-----------
sequence (passed during instantiation).
Returns:
--------
complement_sequence
Notes:
------
(1) No dependencies required. Pure python.
"""
for nucleotide in self.sequence:
self.complement_sequence += self.ComplimentDict[nucleotide]
return self.complement_sequence
def reverse(self):
"""
Get the reverse of a DNA sequence.
Parameters:
-----------
sequence (passed during instantiation).
Returns:
--------
reverse_sequence
Notes:
------
(1) No dependencies required. Pure python.
"""
self.reverse_sequence = self.sequence[::-1]
def reverse_complement(self):
"""
Get the reverse complement of a DNA sequence.
Parameters:
-----------
sequence (passed during instantiation).
Returns:
--------
reverse_complement_sequence
Notes:
------
(1) No dependencies required. Pure python.
"""
compliment_dict = self.ComplimentDict
complement_sequence = ''
for nucleotide in self.sequence:
complement_sequence += ComplimentDict[nucleotide]
self.complement_sequence = complement_sequence
self.reverse_complement_sequence = complement_sequence[::-1]
return self.reverse_complement_sequence |
class Solution(object):
def findMedianSortedArrays(self, nums1, nums2):
"""
:type nums1: List[int]
:type nums2: List[int]
:rtype: float
"""
new = sorted(nums1 + nums2)
if len(new)%2 == 0:
return (new[len(new)/2-1]+new[len(new)/2])/2.0
else:
return new[len(new)/2]
| class Solution(object):
def find_median_sorted_arrays(self, nums1, nums2):
"""
:type nums1: List[int]
:type nums2: List[int]
:rtype: float
"""
new = sorted(nums1 + nums2)
if len(new) % 2 == 0:
return (new[len(new) / 2 - 1] + new[len(new) / 2]) / 2.0
else:
return new[len(new) / 2] |
# -*- coding: utf-8 -*-
"""
Created on Sun Nov 14 00:56:21 2021
@author: Alexis
"""
perm_dict = {
"newbie":[
"/bq_user help",
"/bq_user refresh",
"/help",
"/tell",
"/chant (witchery)",
"/afk",
"/back",
"/bal (see your money)",
"/balancetop (shows the richest people on the server, takes time to process)",
"/compass",
"/plugins",
"/depth",
"/ec",
"/ext",
"/getpos",
"/helpop",
"/ignore (stop receiving /msg from someone)",
"/info (bind some debugger on the item you have on hand, then you right-click to get data from blocks)",
"""
/kits
<ul align="left" style="padding-left:40px">
<li>newbie</li>
<li>stamps 1n</li>
<li>stamps 20n</li>
<li>stamps 2n</li>
</ul>
""",
"/list (list the online players with their rank)",
"/mail (mail system in-game through commands)",
"/motd (print the message of the day)",
"/msg",
"/home",
"/warp",
"/pay",
"/ping (answers pong as soon as received by the server)",
"""
/powertool (command used to bind commands to an item)
<ul align="left" style="padding-left:40px">
<li>append (stack the commands on one item)</li>
<li>toggle</li>
</ul>
""",
"/realname (see the name of a nicknamed player)",
"""
custom essentials sign uses:
<ul align="left" style="padding-left:40px">
<li>
can break custom essential signs about:
<ul align="left" style="padding-left:60px">
<li>balance</li>
<li>disposal</li>
<li>mail</li>
<li>protection</li>
</ul>
</li>
<li>
can create custom essential signs about:
<ul align="left" style="padding-left:60px">
<li>balance</li>
<li>disposal</li>
<li>mail</li>
<li>protection</li>
</ul>
</li>
<li>
can use custom essential signs about:
<ul align="left" style="padding-left:60px">
<li>balance
<li>buy</li>
<li>disposal</li>
<li>free</li>
<li>info</li>
<li>kit</li>
<li>mail</li>
<li>protection</li>
<li>sell</li>
<li>spawnmob</li>
<li>trade</li>
<li>warp</li>
</ul>
</li>
</ul>""",
"/time",
"/tpa, tpaccept, tpahere",
"/tptoggle (enable/disable rejecting tp/tpa targettting, staff can still /tpo to tp to them)",
"/craft (open a crafting table)",
"chunkloader coin T1 availiable in /jobs shops",
"/gchelp (link to the gc wiki)",
"/joinrace (gc command)",
"/ssinvite (gc command)",
"/ssuninvite (gc command)",
"/mvcoord (multiverse commands)",
"/mvlist",
"/mvspawn",
"/mvp list",
"/iskamiunlocked (thaumic tinkerer)",
"/rankup (to rank up in the ranks)",
"/vote yes and /vote no for the server votes",
"/rg info (tells info about the worldguard region you are currently in)",
"/ext (short for extinguish, stop the current fire on you)"],
"nomad":[
"3 homes",
"""
Additional custom essential sign perms:
<ul align="left" style="padding-left:40px>
<li>can use and create custom "trade" essentials signs</li>
<li>can use custom essentials signs with "heal"</li>
</ul>""",
"can use /mytownweb verify (to link your account to the mtw<server>.gtnewhorizons.com, a website to see stuff about your towns)",
"/mytown (allows the claiming of chunks)",
"/foodlist (command to see the progression with unique food eaten)",
"/vote night, /vote day and /vote rain are now availiable"],
"dweller":["/vote restart (starts a vote to restart the server, however, always ask an admin to trackdown lag before rebooting the server, as it will hide the issue instead of fixing it)",
"chunkloader coin T2",
"5 homes"],
"villager":["7 homes"],
"resident":["9 homes",
"veto on votes (/vote veto)",
"chunkloader coin T3"],
"citizen":["12 homes"],
"elite":["16 homes",
"chunkloader coin T4",
"No more delay between a teleport command and the actual teleport"],
"nolife":["can place a stargate in the world",
"/back without monthly goal",
"/me",
"/nick (with color and format)",
"is not counted in the sleep count",
"can join the full server",
"can use color and format in chat",
"chunkloader coin T5"],
"helper":[],
"moderator":[],
"admin":[]
}
a="""
<h2 class="title">Ranks and Commands</h2><br>
<ol align="center" style="-webkit-padding-end:40px">
"""
def rank(name, perms):
b = f"""
<h2><li>
{name}</h2><br>
"""
c="""
<ul align="left" style="padding-left:20px">
"""+" \n".join([f"\t\t\t\t\t<li>{x}</li>" for x in perms])+"""
</ul>
</li><br>
"""
return b+c
d="""
</ol>
"""
print(a+"\n".join([rank(k,v) for k,v in perm_dict.items()])+d) | """
Created on Sun Nov 14 00:56:21 2021
@author: Alexis
"""
perm_dict = {'newbie': ['/bq_user help', '/bq_user refresh', '/help', '/tell', '/chant (witchery)', '/afk', '/back', '/bal (see your money)', '/balancetop (shows the richest people on the server, takes time to process)', '/compass', '/plugins', '/depth', '/ec', '/ext', '/getpos', '/helpop', '/ignore (stop receiving /msg from someone)', '/info (bind some debugger on the item you have on hand, then you right-click to get data from blocks)', '\n /kits\n <ul align="left" style="padding-left:40px">\n <li>newbie</li>\n <li>stamps 1n</li>\n <li>stamps 20n</li>\n <li>stamps 2n</li>\n </ul>\n ', '/list (list the online players with their rank)', '/mail (mail system in-game through commands)', '/motd (print the message of the day)', '/msg', '/home', '/warp', '/pay', '/ping (answers pong as soon as received by the server)', '\n /powertool (command used to bind commands to an item)\n <ul align="left" style="padding-left:40px">\n <li>append (stack the commands on one item)</li>\n <li>toggle</li>\n </ul>\n ', '/realname (see the name of a nicknamed player)', '\n custom essentials sign uses:\n <ul align="left" style="padding-left:40px">\n <li>\n can break custom essential signs about:\n <ul align="left" style="padding-left:60px">\n <li>balance</li>\n <li>disposal</li>\n <li>mail</li>\n <li>protection</li>\n </ul>\n </li>\n <li>\n can create custom essential signs about:\n <ul align="left" style="padding-left:60px">\n <li>balance</li>\n <li>disposal</li>\n <li>mail</li>\n <li>protection</li>\n </ul>\n </li>\n <li>\n can use custom essential signs about:\n <ul align="left" style="padding-left:60px">\n <li>balance\n <li>buy</li>\n <li>disposal</li>\n <li>free</li>\n <li>info</li>\n <li>kit</li>\n <li>mail</li>\n <li>protection</li>\n <li>sell</li>\n <li>spawnmob</li>\n <li>trade</li>\n <li>warp</li>\n </ul>\n </li>\n </ul>', '/time', '/tpa, tpaccept, tpahere', '/tptoggle (enable/disable rejecting tp/tpa targettting, staff can still /tpo to tp to them)', '/craft (open a crafting table)', 'chunkloader coin T1 availiable in /jobs shops', '/gchelp (link to the gc wiki)', '/joinrace (gc command)', '/ssinvite (gc command)', '/ssuninvite (gc command)', '/mvcoord (multiverse commands)', '/mvlist', '/mvspawn', '/mvp list', '/iskamiunlocked (thaumic tinkerer)', '/rankup (to rank up in the ranks)', '/vote yes and /vote no for the server votes', '/rg info (tells info about the worldguard region you are currently in)', '/ext (short for extinguish, stop the current fire on you)'], 'nomad': ['3 homes', '\n Additional custom essential sign perms:\n <ul align="left" style="padding-left:40px>\n <li>can use and create custom "trade" essentials signs</li>\n <li>can use custom essentials signs with "heal"</li>\n </ul>', 'can use /mytownweb verify (to link your account to the mtw<server>.gtnewhorizons.com, a website to see stuff about your towns)', '/mytown (allows the claiming of chunks)', '/foodlist (command to see the progression with unique food eaten)', '/vote night, /vote day and /vote rain are now availiable'], 'dweller': ['/vote restart (starts a vote to restart the server, however, always ask an admin to trackdown lag before rebooting the server, as it will hide the issue instead of fixing it)', 'chunkloader coin T2', '5 homes'], 'villager': ['7 homes'], 'resident': ['9 homes', 'veto on votes (/vote veto)', 'chunkloader coin T3'], 'citizen': ['12 homes'], 'elite': ['16 homes', 'chunkloader coin T4', 'No more delay between a teleport command and the actual teleport'], 'nolife': ['can place a stargate in the world', '/back without monthly goal', '/me', '/nick (with color and format)', 'is not counted in the sleep count', 'can join the full server', 'can use color and format in chat', 'chunkloader coin T5'], 'helper': [], 'moderator': [], 'admin': []}
a = '\n\t\t\t<h2 class="title">Ranks and Commands</h2><br>\n\t\t\t<ol align="center" style="-webkit-padding-end:40px">\n'
def rank(name, perms):
b = f'\n\t\t\t\t<h2><li>\n {name}</h2><br>\n '
c = '\n <ul align="left" style="padding-left:20px">\n ' + ' \n'.join([f'\t\t\t\t\t<li>{x}</li>' for x in perms]) + '\t\t\n </ul>\n\t\t\t\t</li><br>\n '
return b + c
d = '\n\t\t\t</ol>\n '
print(a + '\n'.join([rank(k, v) for (k, v) in perm_dict.items()]) + d) |
rows, cols = [int(x) for x in input().split()]
matrix = [[x for x in input().split()] for _ in range(rows)]
squares_found = 0
for row in range(rows - 1):
for col in range(cols - 1):
if matrix[row][col] == \
matrix[row][col + 1] == \
matrix[row + 1][col] == \
matrix[row + 1][col + 1]:
squares_found += 1
print(squares_found)
| (rows, cols) = [int(x) for x in input().split()]
matrix = [[x for x in input().split()] for _ in range(rows)]
squares_found = 0
for row in range(rows - 1):
for col in range(cols - 1):
if matrix[row][col] == matrix[row][col + 1] == matrix[row + 1][col] == matrix[row + 1][col + 1]:
squares_found += 1
print(squares_found) |
str_year = input("what is your birth year:")
year = int(str_year)
age = 2020-year-1
print(f"hello, your age is {age}")
| str_year = input('what is your birth year:')
year = int(str_year)
age = 2020 - year - 1
print(f'hello, your age is {age}') |
"""
Demonstrates a try...except statement with else and finally clauses
"""
#Prompts the user to enter a number.
line = input("Enter a number: ")
try:
#Converts the input to an int.
number = int(line)
except ValueError:
#This statement will execute if the input could not be
#converted to an int (raised a ValueError)
print("Invalid value")
else:
#Prints the number the user entered.
#This statement will only execute if all statements in the
#try block executed without raising an exception.
print(number)
finally:
#Prints goodbye to show the program has ended.
#This statement will only execute REGARDLESS of if all statements
#in the try block executed without raising an exception or not.
print("Goodbye!")
| """
Demonstrates a try...except statement with else and finally clauses
"""
line = input('Enter a number: ')
try:
number = int(line)
except ValueError:
print('Invalid value')
else:
print(number)
finally:
print('Goodbye!') |
# -*- coding: utf-8 -*-
description = 'Detector data acquisition setup'
group = 'lowlevel'
display_order = 25
includes = ['counter']
excludes = ['virtual_daq']
sysconfig = dict(
datasinks = ['kwsformat', 'yamlformat', 'binaryformat', 'livesink'],
)
tango_base = 'tango://phys.kws2.frm2:10000/kws2/'
devices = dict(
kwsformat = device('nicos_mlz.kws2.devices.kwsfileformat.KWSFileSink',
transpose = True,
detectors = ['det'],
),
yamlformat = device('nicos_mlz.kws2.devices.yamlformat.YAMLFileSink',
detectors = ['det'],
),
binaryformat = device('nicos_mlz.kws1.devices.yamlformat.BinaryArraySink',
detectors = ['det'],
),
livesink = device('nicos.devices.datasinks.LiveViewSink'),
det_mode = device('nicos.devices.generic.ReadonlyParamDevice',
description = 'Current detector mode',
device = 'det_img',
parameter = 'mode',
),
det_img_ge = device('nicos_mlz.kws1.devices.daq.GEImageChannel',
description = 'Image for the large KWS detector',
tangodevice = tango_base + 'ge/det',
timer = 'timer',
highvoltage = 'gedet_HV',
fmtstr = '%d (%.1f cps)',
rebin8x8 = True,
),
det_img_jum = device('nicos_mlz.kws1.devices.daq.KWSImageChannel',
description = 'Image for the small KWS detector',
tangodevice = tango_base + 'jumiom/det',
timer = 'timer',
fmtstr = '%d (%.1f cps)',
),
det_roi = device('nicos_mlz.kws1.devices.daq.ROIRateChannel',
description = 'Counts inside beamstop area',
bs_x = 'beamstop_x',
bs_y = 'beamstop_y',
timer = 'timer',
xscale = (0.125, 72),
yscale = (0.125, 62),
size = (10, 10),
),
det = device('nicos_mlz.kws1.devices.daq.KWSDetector',
description = 'KWS detector',
timers = ['timer'],
monitors = ['mon1', 'mon2', 'selctr'],
images = ['det_img'],
counters = ['det_roi'],
others = [],
postprocess = [('det_roi', 'det_img')],
shutter = 'shutter',
liveinterval = 2.0,
),
det_img = device('nicos.devices.generic.DeviceAlias',
alias = 'det_img_ge',
devclass = 'nicos_mlz.kws1.devices.daq.KWSImageChannel',
),
)
extended = dict(
poller_cache_reader = ['shutter', 'gedet_HV', 'beamstop_x', 'beamstop_y'],
representative = 'det_img',
)
| description = 'Detector data acquisition setup'
group = 'lowlevel'
display_order = 25
includes = ['counter']
excludes = ['virtual_daq']
sysconfig = dict(datasinks=['kwsformat', 'yamlformat', 'binaryformat', 'livesink'])
tango_base = 'tango://phys.kws2.frm2:10000/kws2/'
devices = dict(kwsformat=device('nicos_mlz.kws2.devices.kwsfileformat.KWSFileSink', transpose=True, detectors=['det']), yamlformat=device('nicos_mlz.kws2.devices.yamlformat.YAMLFileSink', detectors=['det']), binaryformat=device('nicos_mlz.kws1.devices.yamlformat.BinaryArraySink', detectors=['det']), livesink=device('nicos.devices.datasinks.LiveViewSink'), det_mode=device('nicos.devices.generic.ReadonlyParamDevice', description='Current detector mode', device='det_img', parameter='mode'), det_img_ge=device('nicos_mlz.kws1.devices.daq.GEImageChannel', description='Image for the large KWS detector', tangodevice=tango_base + 'ge/det', timer='timer', highvoltage='gedet_HV', fmtstr='%d (%.1f cps)', rebin8x8=True), det_img_jum=device('nicos_mlz.kws1.devices.daq.KWSImageChannel', description='Image for the small KWS detector', tangodevice=tango_base + 'jumiom/det', timer='timer', fmtstr='%d (%.1f cps)'), det_roi=device('nicos_mlz.kws1.devices.daq.ROIRateChannel', description='Counts inside beamstop area', bs_x='beamstop_x', bs_y='beamstop_y', timer='timer', xscale=(0.125, 72), yscale=(0.125, 62), size=(10, 10)), det=device('nicos_mlz.kws1.devices.daq.KWSDetector', description='KWS detector', timers=['timer'], monitors=['mon1', 'mon2', 'selctr'], images=['det_img'], counters=['det_roi'], others=[], postprocess=[('det_roi', 'det_img')], shutter='shutter', liveinterval=2.0), det_img=device('nicos.devices.generic.DeviceAlias', alias='det_img_ge', devclass='nicos_mlz.kws1.devices.daq.KWSImageChannel'))
extended = dict(poller_cache_reader=['shutter', 'gedet_HV', 'beamstop_x', 'beamstop_y'], representative='det_img') |
#!/usr/bin/env python3
with open('27985_B.txt') as f:
nums = list([int(x) for x in f.readlines()][1:])
r2, r7, r14 = 0, 0, 0
for num in nums:
if num % 14 == 0:
r14 = max(r14, num)
if num % 2 == 0:
r2 = max(r2, num)
if num % 7 == 0:
r7 = max(r7, num)
print(max(r2 * r7, r14 * max(nums)))
| with open('27985_B.txt') as f:
nums = list([int(x) for x in f.readlines()][1:])
(r2, r7, r14) = (0, 0, 0)
for num in nums:
if num % 14 == 0:
r14 = max(r14, num)
if num % 2 == 0:
r2 = max(r2, num)
if num % 7 == 0:
r7 = max(r7, num)
print(max(r2 * r7, r14 * max(nums))) |
# -*- coding: utf-8 -*-
"""Registry keeping track of all registered pluggable components"""
# Dictionary storying all cache policy implementations keyed by ID
CACHE_POLICY = {}
# Dictionary storying all repo storage policy implementations keyed by ID
REPO_POLICY = {}
# Dictionary storying all strategy implementations keyed by ID
STRATEGY = {}
# Dictionary storying all network topologies keyed by ID
TOPOLOGY_FACTORY = {}
# Dictionary storying all cache placement functions keyed by ID
CACHE_PLACEMENT = {}
# Dictionary storying all computation placement functions keyed by ID
COMPUTATION_PLACEMENT = {}
# Dictionary storying all content placement functions keyed by ID
CONTENT_PLACEMENT = {}
# Dictionary storying all workload generators keyed by ID
WORKLOAD = {}
# Dictionary storying all data collector classes keyed by ID
DATA_COLLECTOR = {}
# Dictionary storying all results reader functions keyed by ID
RESULTS_READER = {}
# Dictionary storying all results writer functions keyed by ID
RESULTS_WRITER = {}
# Dictionary storying all continuous logging parameters keyed by ID
LOGGING_PARAMETERS = {}
def register_decorator(register):
"""Returns a decorator that register a class or function to a specified
register
Parameters
----------
register : dict
The register to which the class or function is register
Returns
-------
decorator : func
The decorator
"""
def decorator(name):
"""Decorator that register a class or a function to a register.
Parameters
----------
name : str
The name assigned to the class or function to store in the register
"""
def _decorator(function):
register[name] = function
function.name = name
return function
return _decorator
return decorator
register_cache_policy = register_decorator(CACHE_POLICY)
register_repo_policy = register_decorator(REPO_POLICY)
register_strategy = register_decorator(STRATEGY)
register_topology_factory = register_decorator(TOPOLOGY_FACTORY)
register_cache_placement = register_decorator(CACHE_PLACEMENT)
register_computation_placement = register_decorator(COMPUTATION_PLACEMENT)
register_content_placement = register_decorator(CONTENT_PLACEMENT)
register_workload = register_decorator(WORKLOAD)
register_data_collector = register_decorator(DATA_COLLECTOR)
register_results_reader = register_decorator(RESULTS_READER)
register_results_writer = register_decorator(RESULTS_WRITER)
# register_log_writer = register_decorator(LOGGING_PARAMETERS)
| """Registry keeping track of all registered pluggable components"""
cache_policy = {}
repo_policy = {}
strategy = {}
topology_factory = {}
cache_placement = {}
computation_placement = {}
content_placement = {}
workload = {}
data_collector = {}
results_reader = {}
results_writer = {}
logging_parameters = {}
def register_decorator(register):
"""Returns a decorator that register a class or function to a specified
register
Parameters
----------
register : dict
The register to which the class or function is register
Returns
-------
decorator : func
The decorator
"""
def decorator(name):
"""Decorator that register a class or a function to a register.
Parameters
----------
name : str
The name assigned to the class or function to store in the register
"""
def _decorator(function):
register[name] = function
function.name = name
return function
return _decorator
return decorator
register_cache_policy = register_decorator(CACHE_POLICY)
register_repo_policy = register_decorator(REPO_POLICY)
register_strategy = register_decorator(STRATEGY)
register_topology_factory = register_decorator(TOPOLOGY_FACTORY)
register_cache_placement = register_decorator(CACHE_PLACEMENT)
register_computation_placement = register_decorator(COMPUTATION_PLACEMENT)
register_content_placement = register_decorator(CONTENT_PLACEMENT)
register_workload = register_decorator(WORKLOAD)
register_data_collector = register_decorator(DATA_COLLECTOR)
register_results_reader = register_decorator(RESULTS_READER)
register_results_writer = register_decorator(RESULTS_WRITER) |
# Tai Sakuma <tai.sakuma@gmail.com>
##__________________________________________________________________||
def create_files_start_length_list(
files, func_get_nevents_in_file=None,
max_events=-1, max_events_per_run=-1,
max_files=-1, max_files_per_run=1):
files = _apply_max_files(files, max_files)
if max_events == 0 or max_events_per_run == 0:
return [ ]
if max_events < 0 and max_events_per_run < 0:
return _fast_path(files, max_files_per_run)
return _full_path(files, func_get_nevents_in_file, max_events,
max_events_per_run, max_files_per_run)
##__________________________________________________________________||
def _apply_max_files(files, max_files):
if max_files < 0:
return files
return files[:min(max_files, len(files))]
def _fast_path(files, max_files_per_run):
if not files:
return [ ]
if max_files_per_run < 0:
return [(files, 0, -1)]
if max_files_per_run == 0:
return [ ]
return [(files[i:(i + max_files_per_run)], 0, -1) for i in range(0, len(files), max_files_per_run)]
def _full_path(files, func_get_nevents_in_file, max_events, max_events_per_run, max_files_per_run):
if max_events == 0 or max_events_per_run == 0 or max_files_per_run == 0:
return [ ]
# this can be slow
file_nevents_list = _file_nevents_list(
files,
func_get_nevents_in_file=func_get_nevents_in_file,
max_events=max_events
)
file_nevents_list = _apply_max_events_total(
file_nevents_list, max_events
)
files_start_length_list = _files_start_length_list(
file_nevents_list, max_events_per_run, max_files_per_run
)
return files_start_length_list
def _file_nevents_list(files, func_get_nevents_in_file, max_events):
total_events = 0
ret = [ ]
for f in files:
if 0 <= max_events <= total_events:
break
# this can be slow
n = func_get_nevents_in_file(f)
if n is None:
continue
if n == 0:
continue
ret.append((f, n))
total_events += n
return ret
def _apply_max_events_total(file_nevents_list, max_events_total):
if max_events_total < 0:
return file_nevents_list
ret = [ ]
for file, nevents in file_nevents_list:
if max_events_total == 0:
break
nevents = min(max_events_total, nevents)
ret.append((file, nevents))
max_events_total -= nevents
return ret
##__________________________________________________________________||
def _files_start_length_list(file_nevents_list, max_events_per_run, max_files_per_run):
if not file_nevents_list:
return [ ]
if max_events_per_run == 0 or max_files_per_run == 0:
return [ ]
total_nevents = sum([n for f, n, in file_nevents_list])
if total_nevents == 0:
return [ ]
if max_events_per_run < 0:
max_events_per_run = total_nevents
total_nfiles = len(set([f for f, n, in file_nevents_list]))
if max_files_per_run < 0:
max_files_per_run = total_nfiles
##
files = [ ]
nevents = [ ]
start = [ ]
length = [ ]
i = 0
for file_, nev in file_nevents_list:
if nev == 0:
continue
if i == len(files):
# create a new run
files.append([ ])
nevents.append(0)
start.append(0)
length.append(0)
files[i].append(file_)
nevents[i] += nev
if max_events_per_run >= nevents[i]:
length[i] = nevents[i]
else:
dlength = max_events_per_run - length[i]
length[i] = max_events_per_run
i += 1
files.append([file_])
nevents.append(nevents[i-1] - length[i-1])
start.append(dlength)
while max_events_per_run < nevents[i]:
length.append(max_events_per_run)
i += 1
files.append([file_])
nevents.append(nevents[i-1] - length[i-1])
start.append(start[i-1] + length[i-1])
length.append(nevents[i])
if max_events_per_run == nevents[i]:
i += 1 # to next run
continue
if max_files_per_run == len(files[i]):
i += 1 # to next run
return list(zip(files, start, length))
##__________________________________________________________________||
| def create_files_start_length_list(files, func_get_nevents_in_file=None, max_events=-1, max_events_per_run=-1, max_files=-1, max_files_per_run=1):
files = _apply_max_files(files, max_files)
if max_events == 0 or max_events_per_run == 0:
return []
if max_events < 0 and max_events_per_run < 0:
return _fast_path(files, max_files_per_run)
return _full_path(files, func_get_nevents_in_file, max_events, max_events_per_run, max_files_per_run)
def _apply_max_files(files, max_files):
if max_files < 0:
return files
return files[:min(max_files, len(files))]
def _fast_path(files, max_files_per_run):
if not files:
return []
if max_files_per_run < 0:
return [(files, 0, -1)]
if max_files_per_run == 0:
return []
return [(files[i:i + max_files_per_run], 0, -1) for i in range(0, len(files), max_files_per_run)]
def _full_path(files, func_get_nevents_in_file, max_events, max_events_per_run, max_files_per_run):
if max_events == 0 or max_events_per_run == 0 or max_files_per_run == 0:
return []
file_nevents_list = _file_nevents_list(files, func_get_nevents_in_file=func_get_nevents_in_file, max_events=max_events)
file_nevents_list = _apply_max_events_total(file_nevents_list, max_events)
files_start_length_list = _files_start_length_list(file_nevents_list, max_events_per_run, max_files_per_run)
return files_start_length_list
def _file_nevents_list(files, func_get_nevents_in_file, max_events):
total_events = 0
ret = []
for f in files:
if 0 <= max_events <= total_events:
break
n = func_get_nevents_in_file(f)
if n is None:
continue
if n == 0:
continue
ret.append((f, n))
total_events += n
return ret
def _apply_max_events_total(file_nevents_list, max_events_total):
if max_events_total < 0:
return file_nevents_list
ret = []
for (file, nevents) in file_nevents_list:
if max_events_total == 0:
break
nevents = min(max_events_total, nevents)
ret.append((file, nevents))
max_events_total -= nevents
return ret
def _files_start_length_list(file_nevents_list, max_events_per_run, max_files_per_run):
if not file_nevents_list:
return []
if max_events_per_run == 0 or max_files_per_run == 0:
return []
total_nevents = sum([n for (f, n) in file_nevents_list])
if total_nevents == 0:
return []
if max_events_per_run < 0:
max_events_per_run = total_nevents
total_nfiles = len(set([f for (f, n) in file_nevents_list]))
if max_files_per_run < 0:
max_files_per_run = total_nfiles
files = []
nevents = []
start = []
length = []
i = 0
for (file_, nev) in file_nevents_list:
if nev == 0:
continue
if i == len(files):
files.append([])
nevents.append(0)
start.append(0)
length.append(0)
files[i].append(file_)
nevents[i] += nev
if max_events_per_run >= nevents[i]:
length[i] = nevents[i]
else:
dlength = max_events_per_run - length[i]
length[i] = max_events_per_run
i += 1
files.append([file_])
nevents.append(nevents[i - 1] - length[i - 1])
start.append(dlength)
while max_events_per_run < nevents[i]:
length.append(max_events_per_run)
i += 1
files.append([file_])
nevents.append(nevents[i - 1] - length[i - 1])
start.append(start[i - 1] + length[i - 1])
length.append(nevents[i])
if max_events_per_run == nevents[i]:
i += 1
continue
if max_files_per_run == len(files[i]):
i += 1
return list(zip(files, start, length)) |
# time complexity O(n^2)
def find3Numbers(A, arr_size, sum):
A.sort()
# Now fix the first element
# one by one and find the
# other two elements
for i in range(0, arr_size-2):
# To find the other two elements,
# start two index variables from
# two corners of the array and
# move them toward each other
# index of the first element
# in the remaining elements
l = i + 1
r = arr_size-1
while (l < r):
if( A[i] + A[l] + A[r] == sum):
print("Triplet is", A[i],
', ', A[l], ', ', A[r]);
return True
elif (A[i] + A[l] + A[r] < sum):
l += 1
else: # A[i] + A[l] + A[r] > sum
r -= 1
# If we reach here, then
# no triplet was found
return False
A = [1, 4, 45, 6, 10, 8]
sum = 22
arr_size = len(A)
find3Numbers(A, arr_size, sum) | def find3_numbers(A, arr_size, sum):
A.sort()
for i in range(0, arr_size - 2):
l = i + 1
r = arr_size - 1
while l < r:
if A[i] + A[l] + A[r] == sum:
print('Triplet is', A[i], ', ', A[l], ', ', A[r])
return True
elif A[i] + A[l] + A[r] < sum:
l += 1
else:
r -= 1
return False
a = [1, 4, 45, 6, 10, 8]
sum = 22
arr_size = len(A)
find3_numbers(A, arr_size, sum) |
r = input()
s = input()
a = r.split(",")
b = s.split(",")
count = 0
k = 0
for i in range(len(b)):
count = count + int(b[k])
k += 1
for j in a:
n = j.split(":")
if count == int(n[0]):
count = int(n[1])
if count>= 100:
print("Yes", end="")
else:
print("No", end="")
| r = input()
s = input()
a = r.split(',')
b = s.split(',')
count = 0
k = 0
for i in range(len(b)):
count = count + int(b[k])
k += 1
for j in a:
n = j.split(':')
if count == int(n[0]):
count = int(n[1])
if count >= 100:
print('Yes', end='')
else:
print('No', end='') |
# Get a list of space-separated input ints. Multiply a new input
nums = input().split()
multiplier = int(input())
result = [int(item) * multiplier for item in nums]
for item in result:
print(item, end = ' ')
print()
| nums = input().split()
multiplier = int(input())
result = [int(item) * multiplier for item in nums]
for item in result:
print(item, end=' ')
print() |
class Solution:
def validTicTacToe(self, board: List[str]) -> bool:
def win( c ):
col = [0]*3
row = [0]*3
right = 0
left = 0
total = 0
for i in range(3):
for j in range(3):
if board[i][j] == c:
total += 1
col[j] += 1
row[i] += 1
if i == j:
right += 1
if (i+j) == 2:
left += 1
return total, (3 in col or 3 in row or left == 3 or right == 3)
Ocount, Owin = win("O")
Xcount, Xwin = win("X")
# both win
if Owin and Xwin:
return False
# not win
if not Owin and not Xwin:
return (Ocount == Xcount) or (Ocount == Xcount-1)
# X win
if Xwin:
return Xcount == Ocount+1
# O win
return Xcount == Ocount
| class Solution:
def valid_tic_tac_toe(self, board: List[str]) -> bool:
def win(c):
col = [0] * 3
row = [0] * 3
right = 0
left = 0
total = 0
for i in range(3):
for j in range(3):
if board[i][j] == c:
total += 1
col[j] += 1
row[i] += 1
if i == j:
right += 1
if i + j == 2:
left += 1
return (total, 3 in col or 3 in row or left == 3 or (right == 3))
(ocount, owin) = win('O')
(xcount, xwin) = win('X')
if Owin and Xwin:
return False
if not Owin and (not Xwin):
return Ocount == Xcount or Ocount == Xcount - 1
if Xwin:
return Xcount == Ocount + 1
return Xcount == Ocount |
def square(number):
answer = number * number
return answer # note: this is not an eror, return an answer
# main code starts here :
useNumber = input("Enter a number: ")
useNumber = float(useNumber) # convert to float
numberSquarred = square(useNumber) # call the function and save the result
print("The sequare of your number is", numberSquarred) # numberSquarred = None
| def square(number):
answer = number * number
return answer
use_number = input('Enter a number: ')
use_number = float(useNumber)
number_squarred = square(useNumber)
print('The sequare of your number is', numberSquarred) |
class Constants:
def __init__(self):
self.D20 = 20
self.D4 = 4
self.D6 = 6
self.D8 = 8
self.D10 = 10
self.D12 = 12
self.D100 = 100
self.CRITICALROLL = 20
self.CRITICAL = 100
self.FAILROLL = 1
self.FAIL = -100
self.ITEMATTACK = -200
self.HIT = 150
self.MISS = -150
self.STRENGTH = "Strength"
self.DEXTERITY = "Dexterity"
self.CONSTITUTION = "Constitution"
self.INTELLIGENCE = "Intelligence"
self.WISDOM = "Wisdom"
self.CHARISMA = "Charisma"
self.HEALTH = "Health"
self.ARMOR = "Armor"
self.ICE = "Ice"
self.FIRE = "Fire"
self.THUNDER = "Thunder"
self.BLUDGEONING = "Bludgeoning"
self.SLASHING = "Slashing"
self.PIERCING = "Piercing"
self.NONE = "None"
self.WALL = "Wall"
self.LOCKED = "Locked"
self.NORTH = "NORTH"
self.EAST = "EAST"
self.SOUTH = "SOUTH"
self.WEST = "WEST"
self.ORIGIN = "ORIGIN"
self.ROOMRATE = 100
| class Constants:
def __init__(self):
self.D20 = 20
self.D4 = 4
self.D6 = 6
self.D8 = 8
self.D10 = 10
self.D12 = 12
self.D100 = 100
self.CRITICALROLL = 20
self.CRITICAL = 100
self.FAILROLL = 1
self.FAIL = -100
self.ITEMATTACK = -200
self.HIT = 150
self.MISS = -150
self.STRENGTH = 'Strength'
self.DEXTERITY = 'Dexterity'
self.CONSTITUTION = 'Constitution'
self.INTELLIGENCE = 'Intelligence'
self.WISDOM = 'Wisdom'
self.CHARISMA = 'Charisma'
self.HEALTH = 'Health'
self.ARMOR = 'Armor'
self.ICE = 'Ice'
self.FIRE = 'Fire'
self.THUNDER = 'Thunder'
self.BLUDGEONING = 'Bludgeoning'
self.SLASHING = 'Slashing'
self.PIERCING = 'Piercing'
self.NONE = 'None'
self.WALL = 'Wall'
self.LOCKED = 'Locked'
self.NORTH = 'NORTH'
self.EAST = 'EAST'
self.SOUTH = 'SOUTH'
self.WEST = 'WEST'
self.ORIGIN = 'ORIGIN'
self.ROOMRATE = 100 |
'''This is a custom layout for the WordClock widget.
Custom layouts can be created for the widget by creating a new file in the
"qtile_extras.resources.wordclock" folder.
Each layout must have the following variables:
LAYOUT: The grid layout. Must be a single string.
MAP: The mapping required for various times (see notes below)
COLS: The number of columns required for the grid layout
ROWS: The number of rows required for the grid layout
'''
# Layout is a single string variable which will be looped over by the parser.
LAYOUT = ("ITQISHCUBMWLRPI"
"AOQUARTERFDHALF"
"TWENTYSFIVEGTEN"
"TOXPASTNYTWELVE"
"ONESIXTHREENINE"
"SEVENTWOXELEVEN"
"EIGHTENFOURFIVE"
"QTIO'CLOCKHAMPM")
# Map instructions:
# The clock works by rounding the time to the nearest 5 minutes.
# This means that you need to have settngs for each five minute interval "m00"
# "m00", "m05".
# The clock also works on a 12 hour basis rather than 24 hour:
# "h00", "h01" etc.
# There are three optional parameters:
# "all": Anything that is always shown regardless of the time e.g. "It is..."
# "am": Wording/symbol to indicate morning.
# "pm": Wording/symbol to indicate afternoon/evening
MAP = {
"all": [0, 1, 3, 4],
"m00": [108, 109, 110, 111, 112, 113, 114],
"m05": [37, 38, 39, 40, 48, 49, 50, 51],
"m10": [42, 43, 44, 48, 49, 50, 51],
"m15": [15, 17, 18, 19, 20, 21, 22, 23, 48, 49, 50, 51],
"m20": [30, 31, 32, 33, 34, 35, 48, 49, 50, 51],
"m25": [30, 31, 32, 33, 34, 35, 37, 38, 39, 40, 48, 49, 50, 51],
"m30": [26, 27, 28, 29, 48, 49, 50, 51],
"m35": [30, 31, 32, 33, 34, 35, 37, 38, 39, 40, 45, 46],
"m40": [30, 31, 32, 33, 34, 35, 45, 46],
"m45": [15, 17, 18, 19, 20, 21, 22, 23, 45, 46],
"m50": [42, 43, 44, 45, 46],
"m55": [37, 38, 39, 40, 45, 46],
"h01": [60, 61, 62],
"h02": [80, 81, 82],
"h03": [66, 67, 68, 69, 70],
"h04": [97, 98, 99, 100],
"h05": [101, 102, 103, 104],
"h06": [63, 64, 65],
"h07": [75, 76, 77, 78, 79],
"h08": [90, 91, 92, 93, 94],
"h09": [71, 72, 73, 74],
"h10": [94, 95, 96],
"h11": [84, 85, 86, 87, 88, 89],
"h12": [54, 55, 56, 57, 58, 59],
"am": [116, 117],
"pm": [118, 119]
}
# Number of rows columns in grid layout
ROWS = 8
COLS = 15
# Is our language one where we need to increment the hour after 30 mins
# e.g. 9:40 is "Twenty to ten"
HOUR_INCREMENT = True
HOUR_INCREMENT_TIME = 30
| """This is a custom layout for the WordClock widget.
Custom layouts can be created for the widget by creating a new file in the
"qtile_extras.resources.wordclock" folder.
Each layout must have the following variables:
LAYOUT: The grid layout. Must be a single string.
MAP: The mapping required for various times (see notes below)
COLS: The number of columns required for the grid layout
ROWS: The number of rows required for the grid layout
"""
layout = "ITQISHCUBMWLRPIAOQUARTERFDHALFTWENTYSFIVEGTENTOXPASTNYTWELVEONESIXTHREENINESEVENTWOXELEVENEIGHTENFOURFIVEQTIO'CLOCKHAMPM"
map = {'all': [0, 1, 3, 4], 'm00': [108, 109, 110, 111, 112, 113, 114], 'm05': [37, 38, 39, 40, 48, 49, 50, 51], 'm10': [42, 43, 44, 48, 49, 50, 51], 'm15': [15, 17, 18, 19, 20, 21, 22, 23, 48, 49, 50, 51], 'm20': [30, 31, 32, 33, 34, 35, 48, 49, 50, 51], 'm25': [30, 31, 32, 33, 34, 35, 37, 38, 39, 40, 48, 49, 50, 51], 'm30': [26, 27, 28, 29, 48, 49, 50, 51], 'm35': [30, 31, 32, 33, 34, 35, 37, 38, 39, 40, 45, 46], 'm40': [30, 31, 32, 33, 34, 35, 45, 46], 'm45': [15, 17, 18, 19, 20, 21, 22, 23, 45, 46], 'm50': [42, 43, 44, 45, 46], 'm55': [37, 38, 39, 40, 45, 46], 'h01': [60, 61, 62], 'h02': [80, 81, 82], 'h03': [66, 67, 68, 69, 70], 'h04': [97, 98, 99, 100], 'h05': [101, 102, 103, 104], 'h06': [63, 64, 65], 'h07': [75, 76, 77, 78, 79], 'h08': [90, 91, 92, 93, 94], 'h09': [71, 72, 73, 74], 'h10': [94, 95, 96], 'h11': [84, 85, 86, 87, 88, 89], 'h12': [54, 55, 56, 57, 58, 59], 'am': [116, 117], 'pm': [118, 119]}
rows = 8
cols = 15
hour_increment = True
hour_increment_time = 30 |
dummy_dict = {"Yes": 1, "No": 0}
internet_dict = {"No": 0, "No internet service": 1, "Yes": 2}
train_yesno_cols = [
"Partner",
"Dependents",
"PhoneService",
"PaperlessBilling",
"Churn",
]
inference_yesno_cols = ["Partner", "Dependents", "PhoneService", "PaperlessBilling"]
internet_cols = [
"OnlineSecurity",
"OnlineBackup",
"DeviceProtection",
"TechSupport",
"StreamingTV",
"StreamingMovies",
]
# preprocessing categorical features
def data_transformations(data, dummy_dict, internet_dict, yesno_cols, internet_cols):
data[yesno_cols] = data[yesno_cols].apply(lambda x: x.map(dummy_dict))
data[internet_cols] = data[internet_cols].apply(lambda x: x.map(internet_dict))
# manual map
data["gender"] = data["gender"].map({"Female": 0, "Male": 1})
data["MultipleLines"] = data["MultipleLines"].map(
{"No": 0, "No phone service": 1, "Yes": 2}
)
data["InternetService"] = data["InternetService"].map(
{"DSL": 0, "Fiber optic": 1, "No": 2}
)
data["Contract"] = data["Contract"].map(
{"Month-to-month": 0, "One year": 1, "Two year": 2}
)
data["PaymentMethod"] = data["PaymentMethod"].map(
{
"Bank transfer (automatic)": 0,
"Credit card (automatic)": 1,
"Electronic check": 2,
"Mailed check": 3,
}
)
return data
| dummy_dict = {'Yes': 1, 'No': 0}
internet_dict = {'No': 0, 'No internet service': 1, 'Yes': 2}
train_yesno_cols = ['Partner', 'Dependents', 'PhoneService', 'PaperlessBilling', 'Churn']
inference_yesno_cols = ['Partner', 'Dependents', 'PhoneService', 'PaperlessBilling']
internet_cols = ['OnlineSecurity', 'OnlineBackup', 'DeviceProtection', 'TechSupport', 'StreamingTV', 'StreamingMovies']
def data_transformations(data, dummy_dict, internet_dict, yesno_cols, internet_cols):
data[yesno_cols] = data[yesno_cols].apply(lambda x: x.map(dummy_dict))
data[internet_cols] = data[internet_cols].apply(lambda x: x.map(internet_dict))
data['gender'] = data['gender'].map({'Female': 0, 'Male': 1})
data['MultipleLines'] = data['MultipleLines'].map({'No': 0, 'No phone service': 1, 'Yes': 2})
data['InternetService'] = data['InternetService'].map({'DSL': 0, 'Fiber optic': 1, 'No': 2})
data['Contract'] = data['Contract'].map({'Month-to-month': 0, 'One year': 1, 'Two year': 2})
data['PaymentMethod'] = data['PaymentMethod'].map({'Bank transfer (automatic)': 0, 'Credit card (automatic)': 1, 'Electronic check': 2, 'Mailed check': 3})
return data |
expected_output = {
"instance": {
"65109": {
"areas": {
"0.0.0.8": {
"interfaces": {
"Loopback0": {
"ip_address": "10.169.197.254/32",
"cost": 1,
"state": "LOOP",
"nbrs_full": 0,
"nbrs_count": 0,
},
"GigabitEthernet4": {
"ip_address": "10.169.197.98/30",
"cost": 1000,
"state": "P2P",
"nbrs_full": 1,
"nbrs_count": 1,
},
"GigabitEthernet2": {
"ip_address": "10.169.197.94/30",
"cost": 1000,
"state": "BDR",
"nbrs_full": 1,
"nbrs_count": 1,
},
}
}
}
}
}
}
| expected_output = {'instance': {'65109': {'areas': {'0.0.0.8': {'interfaces': {'Loopback0': {'ip_address': '10.169.197.254/32', 'cost': 1, 'state': 'LOOP', 'nbrs_full': 0, 'nbrs_count': 0}, 'GigabitEthernet4': {'ip_address': '10.169.197.98/30', 'cost': 1000, 'state': 'P2P', 'nbrs_full': 1, 'nbrs_count': 1}, 'GigabitEthernet2': {'ip_address': '10.169.197.94/30', 'cost': 1000, 'state': 'BDR', 'nbrs_full': 1, 'nbrs_count': 1}}}}}}} |
datasetFile = open("datasets/rosalind_ba1d.txt", "r")
pattern = datasetFile.readline().strip()
genome = datasetFile.readline().strip()
def findInText(pattern, genome):
indices = []
for i in range(len(genome) - len(pattern) + 1):
if genome[i:i+len(pattern)] == pattern:
indices.append(i)
return indices
solution = " ".join(map(lambda x: str(x), findInText(pattern, genome)))
outputFile = open("output/rosalind_ba1d.txt", "a")
outputFile.write(solution)
| dataset_file = open('datasets/rosalind_ba1d.txt', 'r')
pattern = datasetFile.readline().strip()
genome = datasetFile.readline().strip()
def find_in_text(pattern, genome):
indices = []
for i in range(len(genome) - len(pattern) + 1):
if genome[i:i + len(pattern)] == pattern:
indices.append(i)
return indices
solution = ' '.join(map(lambda x: str(x), find_in_text(pattern, genome)))
output_file = open('output/rosalind_ba1d.txt', 'a')
outputFile.write(solution) |
#f
row=0
while row<9:
col =0
while col<10:
if (col==4 and row!=0)or (row==0 and col==5)or (row==0 and col==6)or (row==0 and col==7)or (row==4):
print("*",end=" ")
else:
print(" ",end=" ")
col +=1
row +=1
print()
| row = 0
while row < 9:
col = 0
while col < 10:
if col == 4 and row != 0 or (row == 0 and col == 5) or (row == 0 and col == 6) or (row == 0 and col == 7) or (row == 4):
print('*', end=' ')
else:
print(' ', end=' ')
col += 1
row += 1
print() |
# Copyright (c) Facebook, Inc. and its affiliates.
# This source code is licensed under the MIT license found in the
# LICENSE file in the root directory of this source tree.
default_sim_settings = {
# settings shared by example.py and benchmark.py
"max_frames": 1000,
"width": 640,
"height": 480,
"scene": "test.glb", # default scene: test.glb
"default_agent": 0,
"sensor_height": 1.5,
"color_sensor": True, # RGB sensor (default: ON)
"semantic_sensor": False, # semantic sensor (default: OFF)
"depth_sensor": False, # depth sensor (default: OFF)
"seed": 1,
"silent": False, # do not print log info (default: OFF)
# settings exclusive to example.py
"save_png": False, # save the pngs to disk (default: OFF)
"print_semantic_scene": False,
"print_semantic_mask_stats": False,
"compute_shortest_path": False,
"compute_action_shortest_path": False,
"goal_position": [-9.423, 0.072_447, -0.373],
"goal_headings": [[0.0, -0.471_395, 0.0, 0.881_922], [0.0, 1.0, 0.0, 0.0]],
}
| default_sim_settings = {'max_frames': 1000, 'width': 640, 'height': 480, 'scene': 'test.glb', 'default_agent': 0, 'sensor_height': 1.5, 'color_sensor': True, 'semantic_sensor': False, 'depth_sensor': False, 'seed': 1, 'silent': False, 'save_png': False, 'print_semantic_scene': False, 'print_semantic_mask_stats': False, 'compute_shortest_path': False, 'compute_action_shortest_path': False, 'goal_position': [-9.423, 0.072447, -0.373], 'goal_headings': [[0.0, -0.471395, 0.0, 0.881922], [0.0, 1.0, 0.0, 0.0]]} |
"""
# SINGLE NUMBER II
Given a non-empty array of integers, every element appears three times except for one, which appears exactly once. Find that single one.
Note:
Your algorithm should have a linear runtime complexity. Could you implement it without using extra memory?
Example 1:
Input: [2,2,3,2]
Output: 3
Example 2:
Input: [0,1,0,1,0,1,99]
Output: 99
"""
class Solution:
def singleNumber(self, nums) -> int:
visited = {}
for i, el in enumerate(nums):
if el in visited:
visited[nums[i]] += 1
else:
visited[nums[i]] = 1
for x in visited:
if visited[x] == 1:
return x
# PLEASE CHECK THE BITWISE APPROACH FOR THIS | """
# SINGLE NUMBER II
Given a non-empty array of integers, every element appears three times except for one, which appears exactly once. Find that single one.
Note:
Your algorithm should have a linear runtime complexity. Could you implement it without using extra memory?
Example 1:
Input: [2,2,3,2]
Output: 3
Example 2:
Input: [0,1,0,1,0,1,99]
Output: 99
"""
class Solution:
def single_number(self, nums) -> int:
visited = {}
for (i, el) in enumerate(nums):
if el in visited:
visited[nums[i]] += 1
else:
visited[nums[i]] = 1
for x in visited:
if visited[x] == 1:
return x |
class AssertRaises(object):
def __init__(self, expected):
self.expected = expected
def __enter__(self):
return self
def __exit__(self, exc_type, exc_value, tb):
if exc_type is None:
try:
exc_name = self.expected.__name__
except AttributeError:
exc_name = str(self.expected)
raise AssertionError("{0} not raised".format(exc_name))
if not issubclass(exc_type, self.expected):
# let unexpected exceptions pass through
return False
return True
| class Assertraises(object):
def __init__(self, expected):
self.expected = expected
def __enter__(self):
return self
def __exit__(self, exc_type, exc_value, tb):
if exc_type is None:
try:
exc_name = self.expected.__name__
except AttributeError:
exc_name = str(self.expected)
raise assertion_error('{0} not raised'.format(exc_name))
if not issubclass(exc_type, self.expected):
return False
return True |
# Demo Python Dictionaries - Dictionary
'''
Dictionary
A dictionary is a collection which is unordered, changeable and indexed. In Python dictionaries are written with curly brackets, and they have keys and values.
Loop Through a Dictionary
You can loop through a dictionary by using a for loop.
When looping through a dictionary, the return value are the keys of the dictionary, but there are methods to return the values as well.
Check if Key Exists
To determine if a specified key is present in a dictionary use the in keyword:
Dictionary Length
To determine how many items (key-value pairs) a dictionary has, use the len() method.
Adding Items
Adding an item to the dictionary is done by using a new index key and assigning a value to it.
Removing Items
There are several methods to remove items from a dictionary: pop(), popitem(), del, clear()
Copy a Dictionary
You cannot copy a dictionary simply by typing dict2 = dict1, because: dict2 will only be a reference to dict1, and changes made in dict1 will automatically also be made in dict2.
There are ways to make a copy, one way is to use the built-in Dictionary method copy(). Another way to make a copy is to use the built-in method dict().
Nested Dictionaries
A dictionary can also contain many dictionaries, this is called nested dictionaries.
The dict() Constructor
It is also possible to use the dict() constructor to make a new dictionary:
Dictionary Methods
Python has a set of built-in methods that you can use on dictionaries.
clear() Removes all the elements from the dictionary
copy() Returns a copy of the dictionary
fromkeys() Returns a dictionary with the specified keys and values
get() Returns the value of the specified key
items() Returns a list containing a tuple for each key value pair
keys() Returns a list containing the dictionary's keys
pop() Removes the element with the specified key
popitem() Removes the last inserted key-value pair
setdefault() Returns the value of the specified key. If the key does not exist: insert the key, with the specified value
update() Updates the dictionary with the specified key-value pairs
values() Returns a list of all the values in the dictionary
'''
# Create and print a dictionary:
thisdict = {
"brand": "Ford",
"model": "Mustang",
"year": 1964
}
print(thisdict) | """
Dictionary
A dictionary is a collection which is unordered, changeable and indexed. In Python dictionaries are written with curly brackets, and they have keys and values.
Loop Through a Dictionary
You can loop through a dictionary by using a for loop.
When looping through a dictionary, the return value are the keys of the dictionary, but there are methods to return the values as well.
Check if Key Exists
To determine if a specified key is present in a dictionary use the in keyword:
Dictionary Length
To determine how many items (key-value pairs) a dictionary has, use the len() method.
Adding Items
Adding an item to the dictionary is done by using a new index key and assigning a value to it.
Removing Items
There are several methods to remove items from a dictionary: pop(), popitem(), del, clear()
Copy a Dictionary
You cannot copy a dictionary simply by typing dict2 = dict1, because: dict2 will only be a reference to dict1, and changes made in dict1 will automatically also be made in dict2.
There are ways to make a copy, one way is to use the built-in Dictionary method copy(). Another way to make a copy is to use the built-in method dict().
Nested Dictionaries
A dictionary can also contain many dictionaries, this is called nested dictionaries.
The dict() Constructor
It is also possible to use the dict() constructor to make a new dictionary:
Dictionary Methods
Python has a set of built-in methods that you can use on dictionaries.
clear() Removes all the elements from the dictionary
copy() Returns a copy of the dictionary
fromkeys() Returns a dictionary with the specified keys and values
get() Returns the value of the specified key
items() Returns a list containing a tuple for each key value pair
keys() Returns a list containing the dictionary's keys
pop() Removes the element with the specified key
popitem() Removes the last inserted key-value pair
setdefault() Returns the value of the specified key. If the key does not exist: insert the key, with the specified value
update() Updates the dictionary with the specified key-value pairs
values() Returns a list of all the values in the dictionary
"""
thisdict = {'brand': 'Ford', 'model': 'Mustang', 'year': 1964}
print(thisdict) |
#!/usr/bin/env python3.10
#FILE = 'test_0.txt' # sol: 1384
#FILE = 'test.txt' # sol: 4140
FILE='input.txt' # sol: 3647
def parse_input(file):
lines = []
with open(file, 'r') as f:
for line in f:
lines.append(line.rstrip())
#print(f'lines: {lines}')
return lines
def to_string(n):
if isinstance(n, int):
return str(n)
string = '['
for i in range(len(n)):
string += to_string(n[i])
if i < len(n) - 1:
string += ','
string += ']'
return string
def compute_sum(left, right):
# Step 1: merge
nb = left.copy()
nb.extend(right)
# Step 2: increase depth
for i in range(len(nb)):
nb[i] = (nb[i][0], nb[i][1]+1)
print(f'merged: {nb}')
# Step 3: reduce
updated = True
while updated:
updated , nb = try_explode(nb)
if updated:
print(f'explode: {nb}')
continue
updated, nb = try_split(nb)
if updated:
print(f'split: {nb}')
pass
return nb
def try_explode(nb):
exploded = False
previous = None
for i in range(len(nb)-1):
if nb[i][1] == 5 and nb[i+1][1] == 5:
# add left
if previous != None:
nb[previous] = (nb[previous][0] + nb[i][0], nb[previous][1])
# add right
if len(nb) > i+2:
nb[i+2] = (nb[i+2][0] + nb[i+1][0], nb[i+2][1])
#remove pair
del nb[i+1]
nb[i] = (0, nb[i][1]-1)
exploded = True
break
else:
previous = i;
return exploded, nb
def try_split(nb):
for idx, t in enumerate(nb):
if t[0] >= 10:
depth = t[1]
left = t[0] // 2
right = t[0] - left
nb[idx] = (left, depth+1)
nb.insert(idx+1, (right, depth+1))
return True, nb
return False, nb
def parse_number(line):
out = []
tmp = ''
depth = 0
for k in line:
match k:
case '[':
if tmp != '':
out.append((int(tmp), depth))
tmp = ''
depth += 1
case ']':
if tmp != '':
out.append((int(tmp), depth))
tmp = ''
depth -= 1
case ',':
if tmp != '':
out.append((int(tmp), depth))
tmp = ''
case _:
tmp += k
return out
def amplitude(nb):
if len(nb) == 1:
return nb[0][0]
elif len(nb) == 2:
return 3 * nb[0][0] + 2 * nb[1][0]
else:
out = []
i = 0
while i < len(nb)-1:
if nb[i][1] == nb[i+1][1]:
out.append((3 * nb[i][0] + 2 * nb[i+1][0], nb[i][1] - 1))
i += 1
else:
out.append(nb[i])
i += 1
if nb[-1][1] != nb[-2][1]:
out.append(nb[-1])
if len(out) == len(nb):
return 3 * nb[0][0] + 2 * amplitude(out[1:])
else:
return amplitude(out)
# Main
# Test amplitude
#print(f'143: {amplitude(parse_number("[[1,2],[[3,4],5]]"))}')
#print(f'1384: {amplitude(parse_number("[[[[0,7],4],[[7,8],[6,0]]],[8,1]]"))}')
#print(f'445: {amplitude(parse_number("[[[[1,1],[2,2]],[3,3]],[4,4]]"))}')
#print(f'791: {amplitude(parse_number("[[[[3,0],[5,3]],[4,4]],[5,5]]"))}')
#print(f'1137: {amplitude(parse_number("[[[[5,0],[7,4]],[5,5]],[6,6]]"))}')
#print(f'3488: {amplitude(parse_number("[[[[8,7],[7,7]],[[8,6],[7,7]]],[[[0,7],[6,6]],[8,7]]]"))}')
lines = parse_input(FILE)
number = parse_number(lines[0])
print(f'init: {number}')
for i in range(1, len(lines)):
number = compute_sum(number, parse_number(lines[i]))
print(f'sum {number}')
value = amplitude(number)
print(f'result {value}')
| file = 'input.txt'
def parse_input(file):
lines = []
with open(file, 'r') as f:
for line in f:
lines.append(line.rstrip())
return lines
def to_string(n):
if isinstance(n, int):
return str(n)
string = '['
for i in range(len(n)):
string += to_string(n[i])
if i < len(n) - 1:
string += ','
string += ']'
return string
def compute_sum(left, right):
nb = left.copy()
nb.extend(right)
for i in range(len(nb)):
nb[i] = (nb[i][0], nb[i][1] + 1)
print(f'merged: {nb}')
updated = True
while updated:
(updated, nb) = try_explode(nb)
if updated:
print(f'explode: {nb}')
continue
(updated, nb) = try_split(nb)
if updated:
print(f'split: {nb}')
pass
return nb
def try_explode(nb):
exploded = False
previous = None
for i in range(len(nb) - 1):
if nb[i][1] == 5 and nb[i + 1][1] == 5:
if previous != None:
nb[previous] = (nb[previous][0] + nb[i][0], nb[previous][1])
if len(nb) > i + 2:
nb[i + 2] = (nb[i + 2][0] + nb[i + 1][0], nb[i + 2][1])
del nb[i + 1]
nb[i] = (0, nb[i][1] - 1)
exploded = True
break
else:
previous = i
return (exploded, nb)
def try_split(nb):
for (idx, t) in enumerate(nb):
if t[0] >= 10:
depth = t[1]
left = t[0] // 2
right = t[0] - left
nb[idx] = (left, depth + 1)
nb.insert(idx + 1, (right, depth + 1))
return (True, nb)
return (False, nb)
def parse_number(line):
out = []
tmp = ''
depth = 0
for k in line:
match k:
case '[':
if tmp != '':
out.append((int(tmp), depth))
tmp = ''
depth += 1
case ']':
if tmp != '':
out.append((int(tmp), depth))
tmp = ''
depth -= 1
case ',':
if tmp != '':
out.append((int(tmp), depth))
tmp = ''
case _:
tmp += k
return out
def amplitude(nb):
if len(nb) == 1:
return nb[0][0]
elif len(nb) == 2:
return 3 * nb[0][0] + 2 * nb[1][0]
else:
out = []
i = 0
while i < len(nb) - 1:
if nb[i][1] == nb[i + 1][1]:
out.append((3 * nb[i][0] + 2 * nb[i + 1][0], nb[i][1] - 1))
i += 1
else:
out.append(nb[i])
i += 1
if nb[-1][1] != nb[-2][1]:
out.append(nb[-1])
if len(out) == len(nb):
return 3 * nb[0][0] + 2 * amplitude(out[1:])
else:
return amplitude(out)
lines = parse_input(FILE)
number = parse_number(lines[0])
print(f'init: {number}')
for i in range(1, len(lines)):
number = compute_sum(number, parse_number(lines[i]))
print(f'sum {number}')
value = amplitude(number)
print(f'result {value}') |
__author__ = 'rolandh'
INFORMATION = 0
OK = 1
WARNING = 2
ERROR = 3
CRITICAL = 4
INTERACTION = 5
STATUSCODE = ["INFORMATION", "OK", "WARNING", "ERROR", "CRITICAL",
"INTERACTION"]
| __author__ = 'rolandh'
information = 0
ok = 1
warning = 2
error = 3
critical = 4
interaction = 5
statuscode = ['INFORMATION', 'OK', 'WARNING', 'ERROR', 'CRITICAL', 'INTERACTION'] |
INF = 10**9
class Edge:
def __init__(self, _source, _target, _weight):
self.source = _source
self.target = _target
self.weight = _weight
def BellmanFord(s):
dist = [INF] * n
dist[s] = 0
for i in range(n - 1):
for edge in graph:
u, v, w = edge.source, edge.target, edge.weight
if dist[u] != INF and dist[u] + w < dist[v]:
dist[v] = dist[u] + w
for edge in graph:
u, v, w = edge.source, edge.target, edge.weight
if dist[u] != INF and dist[u] + w < dist[v]:
return False
return True
T = int(input())
for _ in range(T):
n, m = map(int, input().split())
graph = []
for i in range(m):
u, v, w = map(int, input().split())
graph.append(Edge(u, v, w))
print("possible" if BellmanFord(0) == False else "not possible")
| inf = 10 ** 9
class Edge:
def __init__(self, _source, _target, _weight):
self.source = _source
self.target = _target
self.weight = _weight
def bellman_ford(s):
dist = [INF] * n
dist[s] = 0
for i in range(n - 1):
for edge in graph:
(u, v, w) = (edge.source, edge.target, edge.weight)
if dist[u] != INF and dist[u] + w < dist[v]:
dist[v] = dist[u] + w
for edge in graph:
(u, v, w) = (edge.source, edge.target, edge.weight)
if dist[u] != INF and dist[u] + w < dist[v]:
return False
return True
t = int(input())
for _ in range(T):
(n, m) = map(int, input().split())
graph = []
for i in range(m):
(u, v, w) = map(int, input().split())
graph.append(edge(u, v, w))
print('possible' if bellman_ford(0) == False else 'not possible') |
"""
@author: acfromspace
"""
def better_fibonacci(n):
n1, n2 = 0, 1
for index in range(n):
n1, n2 = n2, n1 + n2
return n1
n = int(input("Input an integer: "))
print("better_fibonacci():", better_fibonacci(n))
| """
@author: acfromspace
"""
def better_fibonacci(n):
(n1, n2) = (0, 1)
for index in range(n):
(n1, n2) = (n2, n1 + n2)
return n1
n = int(input('Input an integer: '))
print('better_fibonacci():', better_fibonacci(n)) |
def generate_rule_nums():
base1 = 3
base2 = 5
my_sum = 0
my_max = 10000
for i in range(1, 10000):
if i%base1 == 0 or i%base2 == 0:
my_sum += i
print(my_sum)
generate_rule_nums()
| def generate_rule_nums():
base1 = 3
base2 = 5
my_sum = 0
my_max = 10000
for i in range(1, 10000):
if i % base1 == 0 or i % base2 == 0:
my_sum += i
print(my_sum)
generate_rule_nums() |
"""
[REF] https://docs.python.org/3/tutorial/modules.html#packages
Este arquivo nao deve ser apagado
Ele serve para que o python interprete a pasta atual como
um modulo, isto eh, uma biblioteca python. Entao podemos
importar os arquivos que estao aqui dentro como pacotes da biblioteca
usando o comando 'import'.
""" | """
[REF] https://docs.python.org/3/tutorial/modules.html#packages
Este arquivo nao deve ser apagado
Ele serve para que o python interprete a pasta atual como
um modulo, isto eh, uma biblioteca python. Entao podemos
importar os arquivos que estao aqui dentro como pacotes da biblioteca
usando o comando 'import'.
""" |
class Solution:
def isAlienSorted(self, words, order):
for i in range(20):
tmp = [-1 if len(word) <= i else order.index(word[i]) for word in words]
if tmp != sorted(tmp): return False
if tmp == sorted(tmp) and len(tmp) == len(set(tmp)): return True
return True
| class Solution:
def is_alien_sorted(self, words, order):
for i in range(20):
tmp = [-1 if len(word) <= i else order.index(word[i]) for word in words]
if tmp != sorted(tmp):
return False
if tmp == sorted(tmp) and len(tmp) == len(set(tmp)):
return True
return True |
#!/usr/bin/python
#coding:utf8
def GC_content(s):
'''
Calculate GC content of DNA.
'''
s = s.upper()
G_content = s.count('G')
C_content = s.count('C')
ratio = (G_content + C_content) / float(len(s))
return format(ratio, '.2%')
def r_complement(s):
s = s.upper()
dict = {'A':'T', 'T':'A', 'G':'C', 'C':'G'}
rc_s = ''
for base in s:
rc_s = dict[base] + rc_s
return rc_s
RE = {'HindIII':'AAGCTT', 'BamHI':'GGATCC', 'BglII':'AGATCT'}
def primers(s, length = 21, f_addon = '', r_addon = ''):
'''
This function is to design primers for a DNA sequence.
'''
s = s.upper()
for base in s:
if not base in ['A', 'T', 'G', 'C']:
break
return 'Illegal character found. Please check your sequence.'
result = [[],[],[]]
f_primer = f_addon + s[0:length]
r_primer = r_addon + r_complement(s[-length:])
attr = [(str(length) + '-' + 'mer'), {'f_primer_GC':GC_content(f_primer)}, {'r_primer_GC':GC_content(r_primer)}]
result[0].extend(attr)
result[1].append({'f_primer':f_primer})
result[2].append({'r_primer':r_primer})
return result
| def gc_content(s):
"""
Calculate GC content of DNA.
"""
s = s.upper()
g_content = s.count('G')
c_content = s.count('C')
ratio = (G_content + C_content) / float(len(s))
return format(ratio, '.2%')
def r_complement(s):
s = s.upper()
dict = {'A': 'T', 'T': 'A', 'G': 'C', 'C': 'G'}
rc_s = ''
for base in s:
rc_s = dict[base] + rc_s
return rc_s
re = {'HindIII': 'AAGCTT', 'BamHI': 'GGATCC', 'BglII': 'AGATCT'}
def primers(s, length=21, f_addon='', r_addon=''):
"""
This function is to design primers for a DNA sequence.
"""
s = s.upper()
for base in s:
if not base in ['A', 'T', 'G', 'C']:
break
return 'Illegal character found. Please check your sequence.'
result = [[], [], []]
f_primer = f_addon + s[0:length]
r_primer = r_addon + r_complement(s[-length:])
attr = [str(length) + '-' + 'mer', {'f_primer_GC': gc_content(f_primer)}, {'r_primer_GC': gc_content(r_primer)}]
result[0].extend(attr)
result[1].append({'f_primer': f_primer})
result[2].append({'r_primer': r_primer})
return result |
# Insertion sorting Algorithm
# @python
def insertion_sort(list_):
for x in range(1, len(list_)):
cursor = list_[x]
pos = x
while pos > 0 and list_[pos - 1] > cursor:
list_[pos] = list_[pos - 1]
pos = pos - 1
list_[pos] = cursor
return list_
array = [15, 2, 4, 50, 30, 2, 0, 1, 4]
sorted = insertion_sort(array)
print(sorted)
| def insertion_sort(list_):
for x in range(1, len(list_)):
cursor = list_[x]
pos = x
while pos > 0 and list_[pos - 1] > cursor:
list_[pos] = list_[pos - 1]
pos = pos - 1
list_[pos] = cursor
return list_
array = [15, 2, 4, 50, 30, 2, 0, 1, 4]
sorted = insertion_sort(array)
print(sorted) |
s={'A',"A",99,96.5}
print(s)
#{96.5, 99, 'A'}
print(type(s))
#<class 'set'>
#print(s[2])
#'set' object does not support indexing
#s[0]="ASIT"
#'set' object does not support item assignment
print(id(s))
s.add("ASIT")
print(s)
print(id(s))
| s = {'A', 'A', 99, 96.5}
print(s)
print(type(s))
print(id(s))
s.add('ASIT')
print(s)
print(id(s)) |
"""
Custom errors used by PrivacyPanda
"""
class PrivacyError(RuntimeError):
def __init__(self, message):
super().__init__(message)
| """
Custom errors used by PrivacyPanda
"""
class Privacyerror(RuntimeError):
def __init__(self, message):
super().__init__(message) |
class Solution:
def rotate(self, nums, k):
k %= len(nums)
self.reverseArray(nums, 0, len(nums)-1)
self.reverseArray(nums, 0, k-1)
self.reverseArray(nums, k, len(nums)-1)
def reverseArray(self, nums, start, end):
while start < end:
nums[start], nums[end] = nums[end], nums[start]
start, end = start + 1, end - 1
| class Solution:
def rotate(self, nums, k):
k %= len(nums)
self.reverseArray(nums, 0, len(nums) - 1)
self.reverseArray(nums, 0, k - 1)
self.reverseArray(nums, k, len(nums) - 1)
def reverse_array(self, nums, start, end):
while start < end:
(nums[start], nums[end]) = (nums[end], nums[start])
(start, end) = (start + 1, end - 1) |
def add_native_methods(clazz):
def nOpen__int__(a0, a1):
raise NotImplementedError()
def nClose__long__(a0, a1):
raise NotImplementedError()
def nGetPortCount__long__(a0, a1):
raise NotImplementedError()
def nGetPortType__long__int__(a0, a1, a2):
raise NotImplementedError()
def nGetPortName__long__int__(a0, a1, a2):
raise NotImplementedError()
def nGetControls__long__int__java_util_Vector__(a0, a1, a2, a3):
raise NotImplementedError()
def nControlSetIntValue__long__int__(a0, a1, a2):
raise NotImplementedError()
def nControlGetIntValue__long__(a0, a1):
raise NotImplementedError()
def nControlSetFloatValue__long__float__(a0, a1, a2):
raise NotImplementedError()
def nControlGetFloatValue__long__(a0, a1):
raise NotImplementedError()
clazz.nOpen__int__ = staticmethod(nOpen__int__)
clazz.nClose__long__ = staticmethod(nClose__long__)
clazz.nGetPortCount__long__ = staticmethod(nGetPortCount__long__)
clazz.nGetPortType__long__int__ = staticmethod(nGetPortType__long__int__)
clazz.nGetPortName__long__int__ = staticmethod(nGetPortName__long__int__)
clazz.nGetControls__long__int__java_util_Vector__ = staticmethod(nGetControls__long__int__java_util_Vector__)
clazz.nControlSetIntValue__long__int__ = staticmethod(nControlSetIntValue__long__int__)
clazz.nControlGetIntValue__long__ = staticmethod(nControlGetIntValue__long__)
clazz.nControlSetFloatValue__long__float__ = staticmethod(nControlSetFloatValue__long__float__)
clazz.nControlGetFloatValue__long__ = staticmethod(nControlGetFloatValue__long__)
| def add_native_methods(clazz):
def n_open__int__(a0, a1):
raise not_implemented_error()
def n_close__long__(a0, a1):
raise not_implemented_error()
def n_get_port_count__long__(a0, a1):
raise not_implemented_error()
def n_get_port_type__long__int__(a0, a1, a2):
raise not_implemented_error()
def n_get_port_name__long__int__(a0, a1, a2):
raise not_implemented_error()
def n_get_controls__long__int__java_util__vector__(a0, a1, a2, a3):
raise not_implemented_error()
def n_control_set_int_value__long__int__(a0, a1, a2):
raise not_implemented_error()
def n_control_get_int_value__long__(a0, a1):
raise not_implemented_error()
def n_control_set_float_value__long__float__(a0, a1, a2):
raise not_implemented_error()
def n_control_get_float_value__long__(a0, a1):
raise not_implemented_error()
clazz.nOpen__int__ = staticmethod(nOpen__int__)
clazz.nClose__long__ = staticmethod(nClose__long__)
clazz.nGetPortCount__long__ = staticmethod(nGetPortCount__long__)
clazz.nGetPortType__long__int__ = staticmethod(nGetPortType__long__int__)
clazz.nGetPortName__long__int__ = staticmethod(nGetPortName__long__int__)
clazz.nGetControls__long__int__java_util_Vector__ = staticmethod(nGetControls__long__int__java_util_Vector__)
clazz.nControlSetIntValue__long__int__ = staticmethod(nControlSetIntValue__long__int__)
clazz.nControlGetIntValue__long__ = staticmethod(nControlGetIntValue__long__)
clazz.nControlSetFloatValue__long__float__ = staticmethod(nControlSetFloatValue__long__float__)
clazz.nControlGetFloatValue__long__ = staticmethod(nControlGetFloatValue__long__) |
# -*- coding: utf-8 -*-
"""
Implementation of simple database containing some values (coordinates and intensity - like 2D image)
@author: ssklykov
"""
class ImageDict():
"""Base class - containing a list with points (dictionary): coordinates of a point and its intensity"""
point = {} # initializer for single point - a dictionary
arrayOfPoints = [] # enpty list for holding points
keys = ['x', 'y', 'intensity']
def __init__(self, x: int = 0, y: int = 0, intensity: int = 0):
values = [x, y, intensity]
self.point = dict(zip(self.keys, values)) # initializing of point as dictionary using zipping of two lists
self.arrayOfPoints.append(self.point)
def insertNewPoint(self, x: int, y: int, intensity: int):
self.point = {self.keys[0]: x, self.keys[1]: y, self.keys[2]: intensity} # hard coding of assignig values
self.arrayOfPoints.append(self.point) # adding a point to the array
def getPoint(self, n: int):
"""
Retrieving a point. If index exceeding the actual amount of points, returns None
Parameters
----------
n : int
Index of a point for retrieving
Returns
-------
pointToReturn : dict
A point - single dictionary entry with intialized keys.
"""
try:
pointToReturn = self.arrayOfPoints[n]
except IndexError:
print("There isn't point #", n)
pointToReturn = None
return pointToReturn
# %% Testing
image1 = ImageDict(1, 2, 100)
image1.insertNewPoint(2, 2, 2)
point1 = image1.getPoint(0)
noPoint = image1.getPoint(2)
| """
Implementation of simple database containing some values (coordinates and intensity - like 2D image)
@author: ssklykov
"""
class Imagedict:
"""Base class - containing a list with points (dictionary): coordinates of a point and its intensity"""
point = {}
array_of_points = []
keys = ['x', 'y', 'intensity']
def __init__(self, x: int=0, y: int=0, intensity: int=0):
values = [x, y, intensity]
self.point = dict(zip(self.keys, values))
self.arrayOfPoints.append(self.point)
def insert_new_point(self, x: int, y: int, intensity: int):
self.point = {self.keys[0]: x, self.keys[1]: y, self.keys[2]: intensity}
self.arrayOfPoints.append(self.point)
def get_point(self, n: int):
"""
Retrieving a point. If index exceeding the actual amount of points, returns None
Parameters
----------
n : int
Index of a point for retrieving
Returns
-------
pointToReturn : dict
A point - single dictionary entry with intialized keys.
"""
try:
point_to_return = self.arrayOfPoints[n]
except IndexError:
print("There isn't point #", n)
point_to_return = None
return pointToReturn
image1 = image_dict(1, 2, 100)
image1.insertNewPoint(2, 2, 2)
point1 = image1.getPoint(0)
no_point = image1.getPoint(2) |
class NetworkSegmentInterface:
def build_network_segment(self, input_nodes):
raise Exception("Not implemented error")
| class Networksegmentinterface:
def build_network_segment(self, input_nodes):
raise exception('Not implemented error') |
# https://stackoverflow.com/questions/3192095/where-exactly-the-singleton-pattern-is-used-in-real-application
# https://dzone.com/articles/design-patterns-singleton
# https://www.tutorialspoint.com/python_design_patterns/python_design_patterns_singleton.htm
# https://code.google.com/archive/p/google-singleton-detector/wikis/WhySingletonsAreControversial.wiki
# https://www.vojtechruzicka.com/singleton-pattern-pitfalls/
# https://www.youtube.com/watch?v=-FRm3VPhseI
class Singleton():
__instance = None
def __init__(self):
if Singleton.__instance != None:
raise Exception("This class is a singleton!")
else:
Singleton.__instance = self
def get_instance(self):
if Singleton.__instance == None:
Singleton.__instance = Singleton()
return Singleton.__instance
s = Singleton()
print(s)
print(s.get_instance())
print(s.get_instance())
| class Singleton:
__instance = None
def __init__(self):
if Singleton.__instance != None:
raise exception('This class is a singleton!')
else:
Singleton.__instance = self
def get_instance(self):
if Singleton.__instance == None:
Singleton.__instance = singleton()
return Singleton.__instance
s = singleton()
print(s)
print(s.get_instance())
print(s.get_instance()) |
def rek(n):
if n == 1: return 1
if n == 0: return 1
return 4*rek(n-1)+5
print(rek(2))
print(rek(23)) | def rek(n):
if n == 1:
return 1
if n == 0:
return 1
return 4 * rek(n - 1) + 5
print(rek(2))
print(rek(23)) |
# -*- coding: utf-8 -*-
"""
@author: JulienWuthrich
"""
width = 28
height = 28
show_n_images = 5 # number of images to show during the training
batch_size = 32
z_dim = 100 # the dimension of z
learning_rate = .005
beta1 = .4 # the exponential decay rate for the 1st moment in the optimizer
epochs = 100
alpha = .01
use_gpu = True
| """
@author: JulienWuthrich
"""
width = 28
height = 28
show_n_images = 5
batch_size = 32
z_dim = 100
learning_rate = 0.005
beta1 = 0.4
epochs = 100
alpha = 0.01
use_gpu = True |
dnas = [
['pX3Eo\\]', 38, 146, 1069.71, 38, 26, -27.55, {'qty_to_risk': 7, 'target_pnl': 253, 'stop': 35, 'donchlen': 78, 'treshold': 92, 'ema_fast': 14, 'ema_slow': 40}],
['k[3Eo\\]', 38, 146, 1030.13, 38, 26, -27.55, {'qty_to_risk': 7, 'target_pnl': 267, 'stop': 35, 'donchlen': 78, 'treshold': 92, 'ema_fast': 14, 'ema_slow': 40}],
['kP3Eo\\e', 37, 139, 1082.78, 35, 28, -29.22, {'qty_to_risk': 7, 'target_pnl': 215, 'stop': 35, 'donchlen': 78, 'treshold': 92, 'ema_fast': 14, 'ema_slow': 43}],
['FJa00oP', 28, 98, 365.62, 33, 12, 16.07, {'qty_to_risk': 4, 'target_pnl': 186, 'stop': 140, 'donchlen': 27, 'treshold': 28, 'ema_fast': 18, 'ema_slow': 36}],
['<Q4g6_w', 39, 82, 155.73, 33, 12, -9.72, {'qty_to_risk': 4, 'target_pnl': 220, 'stop': 37, 'donchlen': 161, 'treshold': 34, 'ema_fast': 15, 'ema_slow': 50}],
['vTJpoL_', 30, 128, 1745.08, 35, 14, -19.59, {'qty_to_risk': 8, 'target_pnl': 234, 'stop': 87, 'donchlen': 183, 'treshold': 92, 'ema_fast': 10, 'ema_slow': 41}],
['\\VkQcqv', 33, 84, 413.65, 35, 14, -4.28, {'qty_to_risk': 6, 'target_pnl': 243, 'stop': 163, 'donchlen': 108, 'treshold': 80, 'ema_fast': 19, 'ema_slow': 50}],
[':Wso^YR', 33, 113, 346.06, 30, 13, -8.96, {'qty_to_risk': 3, 'target_pnl': 248, 'stop': 181, 'donchlen': 181, 'treshold': 75, 'ema_fast': 13, 'ema_slow': 36}],
[']Vdom\\a', 33, 103, 707.66, 33, 12, -28.46, {'qty_to_risk': 6, 'target_pnl': 243, 'stop': 147, 'donchlen': 181, 'treshold': 90, 'ema_fast': 14, 'ema_slow': 42}],
['vP3Ep\\g', 36, 141, 1354.18, 29, 27, -35.49, {'qty_to_risk': 8, 'target_pnl': 215, 'stop': 35, 'donchlen': 78, 'treshold': 93, 'ema_fast': 14, 'ema_slow': 44}],
['7\\lUAmD', 37, 88, 205.96, 28, 14, -14.69, {'qty_to_risk': 3, 'target_pnl': 272, 'stop': 165, 'donchlen': 117, 'treshold': 45, 'ema_fast': 18, 'ema_slow': 31}],
['v[JpoL_', 30, 128, 2365.3, 35, 14, -19.59, {'qty_to_risk': 8, 'target_pnl': 267, 'stop': 87, 'donchlen': 183, 'treshold': 92, 'ema_fast': 10, 'ema_slow': 41}],
['vP3EpJl', 36, 152, 1098.34, 36, 25, -23.1, {'qty_to_risk': 8, 'target_pnl': 215, 'stop': 35, 'donchlen': 78, 'treshold': 93, 'ema_fast': 10, 'ema_slow': 46}],
['[QIuPr7', 36, 110, 1317.14, 15, 13, -40.34, {'qty_to_risk': 6, 'target_pnl': 220, 'stop': 85, 'donchlen': 195, 'treshold': 61, 'ema_fast': 19, 'ema_slow': 27}],
['vXJpoL_', 30, 128, 2498.01, 35, 14, -19.59, {'qty_to_risk': 8, 'target_pnl': 253, 'stop': 87, 'donchlen': 183, 'treshold': 92, 'ema_fast': 10, 'ema_slow': 41}],
['8=Hq`W7', 33, 130, 175.83, 37, 16, 11.82, {'qty_to_risk': 3, 'target_pnl': 125, 'stop': 83, 'donchlen': 185, 'treshold': 77, 'ema_fast': 13, 'ema_slow': 27}],
['Mlo/YnH', 35, 110, 1170.47, 38, 18, 57.63, {'qty_to_risk': 5, 'target_pnl': 348, 'stop': 172, 'donchlen': 25, 'treshold': 70, 'ema_fast': 18, 'ema_slow': 33}],
['DOLnrsd', 39, 87, 351.48, 33, 12, -20.77, {'qty_to_risk': 4, 'target_pnl': 210, 'stop': 92, 'donchlen': 178, 'treshold': 95, 'ema_fast': 19, 'ema_slow': 43}],
['vP3Ea\\l', 35, 137, 1265.15, 30, 26, -31.0, {'qty_to_risk': 8, 'target_pnl': 215, 'stop': 35, 'donchlen': 78, 'treshold': 78, 'ema_fast': 14, 'ema_slow': 46}],
['4[qSS>o', 23, 119, 146.98, 31, 16, -3.48, {'qty_to_risk': 3, 'target_pnl': 267, 'stop': 176, 'donchlen': 113, 'treshold': 64, 'ema_fast': 7, 'ema_slow': 47}],
['v]JpoL_', 30, 128, 2726.18, 35, 14, -19.59, {'qty_to_risk': 8, 'target_pnl': 277, 'stop': 87, 'donchlen': 183, 'treshold': 92, 'ema_fast': 10, 'ema_slow': 41}],
['vP3Ek\\l', 34, 138, 1209.83, 30, 26, -31.0, {'qty_to_risk': 8, 'target_pnl': 215, 'stop': 35, 'donchlen': 78, 'treshold': 88, 'ema_fast': 14, 'ema_slow': 46}],
['1[:@YZH', 41, 140, 296.69, 31, 22, 2.86, {'qty_to_risk': 3, 'target_pnl': 267, 'stop': 51, 'donchlen': 66, 'treshold': 70, 'ema_fast': 13, 'ema_slow': 33}],
['DAduF:U', 28, 147, 277.95, 31, 19, -7.77, {'qty_to_risk': 4, 'target_pnl': 144, 'stop': 147, 'donchlen': 195, 'treshold': 50, 'ema_fast': 6, 'ema_slow': 38}],
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['sYvp5.l', 21, 183, 1763.91, 33, 24, 51.26, {'qty_to_risk': 8, 'target_pnl': 258, 'stop': 188, 'donchlen': 183, 'treshold': 33, 'ema_fast': 3, 'ema_slow': 46}],
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['vXUpo._', 22, 210, 1714.35, 32, 28, 30.42, {'qty_to_risk': 8, 'target_pnl': 253, 'stop': 113, 'donchlen': 183, 'treshold': 92, 'ema_fast': 3, 'ema_slow': 41}],
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['vd3Eo=l', 36, 168, 1811.27, 48, 27, -18.31, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 78, 'treshold': 92, 'ema_fast': 7, 'ema_slow': 46}],
['vd3Eo>l', 36, 168, 1811.27, 48, 27, -18.31, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 78, 'treshold': 92, 'ema_fast': 7, 'ema_slow': 46}],
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['ve3?5)l', 26, 210, 1178.11, 40, 32, 59.65, {'qty_to_risk': 8, 'target_pnl': 315, 'stop': 35, 'donchlen': 64, 'treshold': 33, 'ema_fast': 2, 'ema_slow': 46}],
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['vdJpo)l', 21, 242, 1559.25, 28, 32, 25.28, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 87, 'donchlen': 183, 'treshold': 92, 'ema_fast': 2, 'ema_slow': 46}],
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['kdI?o1H', 25, 200, 750.4, 35, 28, 25.74, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 85, 'donchlen': 64, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 33}],
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['vdQpo)l', 21, 242, 1449.48, 28, 32, 21.32, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 103, 'donchlen': 183, 'treshold': 92, 'ema_fast': 2, 'ema_slow': 46}],
['vdfpo(l', 20, 239, 1276.17, 28, 32, 21.31, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 151, 'donchlen': 183, 'treshold': 92, 'ema_fast': 2, 'ema_slow': 46}],
['vdhpo(l', 20, 239, 1256.98, 28, 32, 21.31, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 156, 'donchlen': 183, 'treshold': 92, 'ema_fast': 2, 'ema_slow': 46}],
['vdopo(l', 20, 239, 1205.11, 28, 32, 21.31, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 172, 'donchlen': 183, 'treshold': 92, 'ema_fast': 2, 'ema_slow': 46}],
['vd_po(l', 20, 240, 1205.11, 28, 32, 21.31, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 135, 'donchlen': 183, 'treshold': 92, 'ema_fast': 2, 'ema_slow': 46}],
['vdopo)l', 20, 239, 1205.11, 28, 32, 21.31, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 172, 'donchlen': 183, 'treshold': 92, 'ema_fast': 2, 'ema_slow': 46}],
['vdrpo(l', 20, 239, 1180.87, 28, 32, 21.31, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 179, 'donchlen': 183, 'treshold': 92, 'ema_fast': 2, 'ema_slow': 46}],
['kdO?o1H', 25, 198, 773.88, 35, 28, 20.41, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 99, 'donchlen': 64, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 33}],
['vdos51M', 26, 174, 3219.49, 28, 21, 15.55, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 172, 'donchlen': 190, 'treshold': 33, 'ema_fast': 4, 'ema_slow': 35}],
['kdX?o1H', 24, 195, 691.09, 33, 27, 13.9, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 119, 'donchlen': 64, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 33}],
['kdU?o1H', 24, 195, 686.96, 33, 27, 11.89, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 113, 'donchlen': 64, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 33}],
['vd3?o6l', 33, 180, 885.89, 45, 35, -11.35, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 64, 'treshold': 92, 'ema_fast': 5, 'ema_slow': 46}],
['vd3po4l', 33, 159, 1444.21, 32, 25, -35.46, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 183, 'treshold': 92, 'ema_fast': 5, 'ema_slow': 46}],
['vd3po6l', 33, 159, 1444.21, 32, 25, -35.46, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 183, 'treshold': 92, 'ema_fast': 5, 'ema_slow': 46}],
['vd3so5l', 33, 159, 1637.68, 30, 26, -42.02, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 92, 'ema_fast': 5, 'ema_slow': 46}],
['vd3so4l', 33, 159, 1637.68, 30, 26, -42.02, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 92, 'ema_fast': 5, 'ema_slow': 46}],
['vd3sp4l', 33, 159, 1637.68, 30, 26, -42.02, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 93, 'ema_fast': 5, 'ema_slow': 46}],
['NCoF+A*', 29, 127, 406.42, 46, 15, 83.7, {'qty_to_risk': 5, 'target_pnl': 153, 'stop': 172, 'donchlen': 81, 'treshold': 23, 'ema_fast': 8, 'ema_slow': 22}],
['OsE\\e=)', 27, 214, 400.37, 45, 33, 66.95, {'qty_to_risk': 5, 'target_pnl': 381, 'stop': 76, 'donchlen': 134, 'treshold': 82, 'ema_fast': 7, 'ema_slow': 21}],
['sXvp5.?', 21, 239, 1362.06, 34, 38, 66.02, {'qty_to_risk': 8, 'target_pnl': 253, 'stop': 188, 'donchlen': 183, 'treshold': 33, 'ema_fast': 3, 'ema_slow': 29}],
['sXvp5.=', 21, 239, 1362.06, 34, 38, 66.02, {'qty_to_risk': 8, 'target_pnl': 253, 'stop': 188, 'donchlen': 183, 'treshold': 33, 'ema_fast': 3, 'ema_slow': 29}],
['E8kw9)r', 21, 218, 178.97, 27, 29, 31.01, {'qty_to_risk': 4, 'target_pnl': 101, 'stop': 163, 'donchlen': 200, 'treshold': 37, 'ema_fast': 2, 'ema_slow': 48}],
['vuZpo._', 22, 210, 2164.98, 32, 28, 22.26, {'qty_to_risk': 8, 'target_pnl': 391, 'stop': 124, 'donchlen': 183, 'treshold': 92, 'ema_fast': 3, 'ema_slow': 41}],
['v53so1l', 30, 181, 981.66, 31, 29, -24.56, {'qty_to_risk': 8, 'target_pnl': 87, 'stop': 35, 'donchlen': 190, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 46}],
['vdop5/V', 27, 166, 4211.53, 35, 20, 35.31, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 172, 'donchlen': 183, 'treshold': 33, 'ema_fast': 4, 'ema_slow': 38}],
['vdos51W', 27, 166, 4197.59, 30, 20, 24.97, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 172, 'donchlen': 190, 'treshold': 33, 'ema_fast': 4, 'ema_slow': 38}],
['kV3ko,r', 27, 208, 764.96, 32, 28, -3.8, {'qty_to_risk': 7, 'target_pnl': 243, 'stop': 35, 'donchlen': 171, 'treshold': 92, 'ema_fast': 3, 'ema_slow': 48}],
['vaJpJ)g', 21, 245, 1917.51, 28, 32, 45.17, {'qty_to_risk': 8, 'target_pnl': 296, 'stop': 87, 'donchlen': 183, 'treshold': 54, 'ema_fast': 2, 'ema_slow': 44}],
['vaJpJ*g', 21, 245, 1917.51, 28, 32, 45.17, {'qty_to_risk': 8, 'target_pnl': 296, 'stop': 87, 'donchlen': 183, 'treshold': 54, 'ema_fast': 2, 'ema_slow': 44}],
['vdop5/G', 25, 189, 4518.72, 38, 21, 35.53, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 172, 'donchlen': 183, 'treshold': 33, 'ema_fast': 4, 'ema_slow': 32}],
['sXvp5.2', 23, 266, 2518.63, 23, 47, 26.2, {'qty_to_risk': 8, 'target_pnl': 253, 'stop': 188, 'donchlen': 183, 'treshold': 33, 'ema_fast': 3, 'ema_slow': 25}],
['vdOpoL6', 31, 147, 2028.9, 36, 19, 22.31, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 99, 'donchlen': 183, 'treshold': 92, 'ema_fast': 10, 'ema_slow': 26}],
['kd3E:H]', 36, 132, 1241.91, 47, 17, -2.14, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 78, 'treshold': 38, 'ema_fast': 9, 'ema_slow': 40}],
['nj3U:WD', 38, 107, 724.13, 40, 15, -14.5, {'qty_to_risk': 7, 'target_pnl': 338, 'stop': 35, 'donchlen': 117, 'treshold': 38, 'ema_fast': 13, 'ema_slow': 31}],
['sXvp5.@', 21, 232, 1352.84, 35, 34, 71.08, {'qty_to_risk': 8, 'target_pnl': 253, 'stop': 188, 'donchlen': 183, 'treshold': 33, 'ema_fast': 3, 'ema_slow': 30}],
['sXvp5.A', 21, 232, 1352.84, 35, 34, 71.08, {'qty_to_risk': 8, 'target_pnl': 253, 'stop': 188, 'donchlen': 183, 'treshold': 33, 'ema_fast': 3, 'ema_slow': 30}],
['kdGpo)l', 21, 242, 1040.83, 28, 32, 27.1, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 81, 'donchlen': 183, 'treshold': 92, 'ema_fast': 2, 'ema_slow': 46}],
['vdds51[', 27, 158, 3339.23, 30, 20, 26.3, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 147, 'donchlen': 190, 'treshold': 33, 'ema_fast': 4, 'ema_slow': 40}],
['vdJpo+_', 22, 211, 1407.51, 32, 28, 26.14, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 87, 'donchlen': 183, 'treshold': 92, 'ema_fast': 3, 'ema_slow': 41}],
['veZpo._', 22, 210, 1919.95, 32, 28, 22.26, {'qty_to_risk': 8, 'target_pnl': 315, 'stop': 124, 'donchlen': 183, 'treshold': 92, 'ema_fast': 3, 'ema_slow': 41}],
['vkZpo._', 22, 210, 1835.44, 32, 28, 22.26, {'qty_to_risk': 8, 'target_pnl': 343, 'stop': 124, 'donchlen': 183, 'treshold': 92, 'ema_fast': 3, 'ema_slow': 41}],
['vdqpo.^', 22, 208, 1750.25, 32, 28, 22.26, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 176, 'donchlen': 183, 'treshold': 92, 'ema_fast': 3, 'ema_slow': 41}],
['kd3so5]', 32, 167, 1288.67, 35, 28, -14.41, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 92, 'ema_fast': 5, 'ema_slow': 40}],
['v^JpF/G', 24, 206, 2650.1, 42, 26, 56.48, {'qty_to_risk': 8, 'target_pnl': 281, 'stop': 87, 'donchlen': 183, 'treshold': 50, 'ema_fast': 4, 'ema_slow': 32}],
['kd[po.]', 23, 216, 1242.36, 32, 28, 27.33, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 126, 'donchlen': 183, 'treshold': 92, 'ema_fast': 3, 'ema_slow': 40}],
['vdcp4L+', 32, 139, 3671.03, 36, 19, 2.93, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 144, 'donchlen': 183, 'treshold': 32, 'ema_fast': 10, 'ema_slow': 22}],
['vdvp4L+', 32, 139, 3671.03, 36, 19, 2.93, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 188, 'donchlen': 183, 'treshold': 32, 'ema_fast': 10, 'ema_slow': 22}],
['vd3so1e', 29, 185, 1356.08, 37, 27, -6.14, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 43}],
['vd3sp1c', 29, 185, 1356.08, 37, 27, -6.14, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 93, 'ema_fast': 4, 'ema_slow': 43}],
['kd9?o1i', 29, 193, 700.03, 31, 29, -13.26, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 49, 'donchlen': 64, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 45}],
['vd:s51l', 28, 153, 1799.33, 25, 20, -22.9, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 51, 'donchlen': 190, 'treshold': 33, 'ema_fast': 4, 'ema_slow': 46}],
['k]3wo1r', 31, 174, 1170.04, 27, 29, -36.92, {'qty_to_risk': 7, 'target_pnl': 277, 'stop': 35, 'donchlen': 200, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 48}],
['k]3vo1r', 31, 174, 1168.27, 27, 29, -36.92, {'qty_to_risk': 7, 'target_pnl': 277, 'stop': 35, 'donchlen': 198, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 48}],
['vd3E>1l', 32, 165, 1310.33, 44, 25, 14.05, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 78, 'treshold': 42, 'ema_fast': 4, 'ema_slow': 46}],
['kU3ko,r', 27, 208, 737.15, 32, 28, -3.8, {'qty_to_risk': 7, 'target_pnl': 239, 'stop': 35, 'donchlen': 171, 'treshold': 92, 'ema_fast': 3, 'ema_slow': 48}],
['pd3wo1j', 30, 185, 1206.69, 33, 27, -9.76, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 200, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 45}],
['vd3so1j', 30, 184, 1365.16, 33, 27, -13.57, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 45}],
['vd3so1i', 30, 184, 1365.16, 33, 27, -13.57, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 45}],
['vd3sf1l', 30, 178, 1109.72, 31, 29, -20.9, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 83, 'ema_fast': 4, 'ema_slow': 46}],
['KecdnJ/', 29, 150, 359.54, 35, 20, 12.82, {'qty_to_risk': 5, 'target_pnl': 315, 'stop': 144, 'donchlen': 154, 'treshold': 91, 'ema_fast': 10, 'ema_slow': 24}],
['vw3so1l', 30, 181, 1364.12, 31, 29, -20.9, {'qty_to_risk': 8, 'target_pnl': 400, 'stop': 35, 'donchlen': 190, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 46}],
['vkop5.7', 22, 251, 2419.47, 29, 41, 52.61, {'qty_to_risk': 8, 'target_pnl': 343, 'stop': 172, 'donchlen': 183, 'treshold': 33, 'ema_fast': 3, 'ema_slow': 27}],
['vdfp5.F', 21, 224, 1363.92, 31, 32, 47.43, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 151, 'donchlen': 183, 'treshold': 33, 'ema_fast': 3, 'ema_slow': 32}],
['vdqpo.X', 22, 215, 1628.64, 33, 27, 42.68, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 176, 'donchlen': 183, 'treshold': 92, 'ema_fast': 3, 'ema_slow': 39}],
['vdqpo.Y', 22, 215, 1628.64, 33, 27, 42.68, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 176, 'donchlen': 183, 'treshold': 92, 'ema_fast': 3, 'ema_slow': 39}],
['vj3?o1l', 31, 198, 1054.59, 48, 35, 35.52, {'qty_to_risk': 8, 'target_pnl': 338, 'stop': 35, 'donchlen': 64, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 46}],
['vi3?o1l', 31, 198, 1054.59, 48, 35, 35.52, {'qty_to_risk': 8, 'target_pnl': 334, 'stop': 35, 'donchlen': 64, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 46}],
['kt3qo1l', 30, 182, 979.79, 32, 28, -9.72, {'qty_to_risk': 7, 'target_pnl': 386, 'stop': 35, 'donchlen': 185, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 46}],
['vd3Bp1l', 31, 194, 1182.71, 47, 34, 35.26, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 71, 'treshold': 93, 'ema_fast': 4, 'ema_slow': 46}],
['vd3?o/l', 31, 198, 1107.42, 48, 35, 35.52, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 64, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 46}],
['vd3?o1l', 31, 198, 1107.42, 48, 35, 35.52, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 64, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 46}],
['vd3?u1l', 31, 199, 1081.5, 48, 35, 35.52, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 64, 'treshold': 98, 'ema_fast': 4, 'ema_slow': 46}],
['vm3?o1l', 31, 198, 1054.59, 48, 35, 35.52, {'qty_to_risk': 8, 'target_pnl': 353, 'stop': 35, 'donchlen': 64, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 46}],
['vn3?o1l', 31, 198, 1054.59, 48, 35, 35.52, {'qty_to_risk': 8, 'target_pnl': 357, 'stop': 35, 'donchlen': 64, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 46}],
['vd3Ao1l', 30, 197, 1043.86, 47, 34, 33.37, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 69, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 46}],
['od3?o1l', 31, 198, 855.06, 48, 35, 32.5, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 64, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 46}],
['Wd3?o1l', 31, 198, 638.98, 48, 35, 26.64, {'qty_to_risk': 6, 'target_pnl': 310, 'stop': 35, 'donchlen': 64, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 46}],
['vd3Do1l', 30, 194, 955.39, 43, 32, 4.72, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 76, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 46}],
['vn3Do1l', 30, 194, 908.8, 43, 32, 4.72, {'qty_to_risk': 8, 'target_pnl': 357, 'stop': 35, 'donchlen': 76, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 46}],
['kf3qo1l', 30, 182, 1038.28, 32, 28, -9.72, {'qty_to_risk': 7, 'target_pnl': 319, 'stop': 35, 'donchlen': 185, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 46}],
['gd3qo1l', 30, 182, 1025.62, 32, 28, -9.72, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 185, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 46}],
['od3qo1l', 30, 182, 1025.62, 32, 28, -9.72, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 185, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 46}],
['ed3qo1l', 30, 182, 1025.62, 32, 28, -9.72, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 185, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 46}],
['kd3qu1l', 30, 183, 1001.62, 32, 28, -9.72, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 185, 'treshold': 98, 'ema_fast': 4, 'ema_slow': 46}],
['kr3qo1l', 30, 182, 979.79, 32, 28, -9.72, {'qty_to_risk': 7, 'target_pnl': 376, 'stop': 35, 'donchlen': 185, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 46}],
['ad3wp1l', 30, 182, 890.24, 31, 29, -12.58, {'qty_to_risk': 6, 'target_pnl': 310, 'stop': 35, 'donchlen': 200, 'treshold': 93, 'ema_fast': 4, 'ema_slow': 46}],
['vd3no1l', 30, 182, 1372.66, 32, 28, -13.44, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 178, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 46}],
['vd3qo1l', 30, 182, 1366.79, 32, 28, -13.44, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 185, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 46}],
['vd3po/l', 30, 182, 1366.82, 32, 28, -13.44, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 183, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 46}],
['vd3po2l', 30, 182, 1366.82, 32, 28, -13.44, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 183, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 46}],
['vd3do1l', 29, 181, 793.58, 29, 27, -15.57, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 154, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 46}],
['jd3so1l', 30, 181, 1066.14, 31, 29, -16.75, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 46}],
['vd3ro1l', 30, 180, 1228.28, 31, 29, -19.43, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 188, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 46}],
['vd3to1l', 30, 180, 1536.53, 31, 29, -20.9, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 193, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 46}],
['vn3to1l', 30, 180, 1466.58, 31, 29, -20.9, {'qty_to_risk': 8, 'target_pnl': 357, 'stop': 35, 'donchlen': 193, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 46}],
['vd3sp1l', 30, 181, 1429.09, 31, 29, -20.9, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 93, 'ema_fast': 4, 'ema_slow': 46}],
['vd3sm1l', 30, 181, 1429.09, 31, 29, -20.9, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 90, 'ema_fast': 4, 'ema_slow': 46}],
['vd3so1l', 30, 181, 1429.09, 31, 29, -20.9, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 46}],
['wd3so1l', 30, 181, 1429.09, 31, 29, -20.9, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 46}],
['vc3sp1l', 30, 181, 1429.09, 31, 29, -20.9, {'qty_to_risk': 8, 'target_pnl': 305, 'stop': 35, 'donchlen': 190, 'treshold': 93, 'ema_fast': 4, 'ema_slow': 46}],
['vd3sp/l', 30, 181, 1429.09, 31, 29, -20.9, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 93, 'ema_fast': 4, 'ema_slow': 46}],
['vd3sv1l', 30, 182, 1395.85, 31, 29, -20.9, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 99, 'ema_fast': 4, 'ema_slow': 46}],
['vd3sr1l', 30, 182, 1395.85, 31, 29, -20.9, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 95, 'ema_fast': 4, 'ema_slow': 46}],
['vd3sw1l', 30, 182, 1395.85, 31, 29, -20.9, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 100, 'ema_fast': 4, 'ema_slow': 46}],
['vo3so1l', 30, 181, 1364.12, 31, 29, -20.9, {'qty_to_risk': 8, 'target_pnl': 362, 'stop': 35, 'donchlen': 190, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 46}],
['vd3sl1l', 30, 180, 1043.2, 31, 29, -20.9, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 89, 'ema_fast': 4, 'ema_slow': 46}],
['RZ-5*A+', 33, 169, 110.73, 42, 19, 21.09, {'qty_to_risk': 5, 'target_pnl': 262, 'stop': 21, 'donchlen': 40, 'treshold': 22, 'ema_fast': 8, 'ema_slow': 22}],
['vd3so1g', 30, 181, 1409.69, 37, 27, -6.14, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 44}],
['nhFo<58', 27, 201, 736.67, 46, 26, 51.55, {'qty_to_risk': 7, 'target_pnl': 329, 'stop': 78, 'donchlen': 181, 'treshold': 40, 'ema_fast': 5, 'ema_slow': 27}],
['vc\\pF4>', 25, 197, 1935.85, 44, 27, 46.26, {'qty_to_risk': 8, 'target_pnl': 305, 'stop': 128, 'donchlen': 183, 'treshold': 50, 'ema_fast': 5, 'ema_slow': 29}],
['vqopR,]', 22, 209, 1990.61, 32, 28, 33.15, {'qty_to_risk': 8, 'target_pnl': 372, 'stop': 172, 'donchlen': 183, 'treshold': 63, 'ema_fast': 3, 'ema_slow': 40}],
['vd3sc1l', 30, 178, 1109.72, 31, 29, -20.9, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 80, 'ema_fast': 4, 'ema_slow': 46}],
['vdJpoL)', 32, 168, 2257.74, 25, 27, -23.49, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 87, 'donchlen': 183, 'treshold': 92, 'ema_fast': 10, 'ema_slow': 21}],
['vd3?F1l', 31, 180, 1429.75, 50, 32, 33.36, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 64, 'treshold': 50, 'ema_fast': 4, 'ema_slow': 46}],
['kd9?o4H', 31, 195, 1017.57, 44, 25, 24.1, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 49, 'donchlen': 64, 'treshold': 92, 'ema_fast': 5, 'ema_slow': 33}],
['ku9?o1H', 29, 217, 1445.7, 39, 28, 12.95, {'qty_to_risk': 7, 'target_pnl': 391, 'stop': 49, 'donchlen': 64, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 33}],
['kd9?g1H', 29, 214, 1167.51, 39, 28, 12.95, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 49, 'donchlen': 64, 'treshold': 84, 'ema_fast': 4, 'ema_slow': 33}],
['kd9?f1H', 29, 214, 1167.51, 39, 28, 12.95, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 49, 'donchlen': 64, 'treshold': 83, 'ema_fast': 4, 'ema_slow': 33}],
['vd3EC1l', 31, 172, 1191.8, 42, 26, 9.68, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 78, 'treshold': 47, 'ema_fast': 4, 'ema_slow': 46}],
['k^3so1]', 29, 185, 1036.82, 35, 28, -8.35, {'qty_to_risk': 7, 'target_pnl': 281, 'stop': 35, 'donchlen': 190, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 40}],
['^cF-21O', 23, 181, 589.13, 34, 26, 25.34, {'qty_to_risk': 6, 'target_pnl': 305, 'stop': 78, 'donchlen': 20, 'treshold': 30, 'ema_fast': 4, 'ema_slow': 35}],
['vdopR._', 22, 203, 2022.19, 32, 28, 22.26, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 172, 'donchlen': 183, 'treshold': 63, 'ema_fast': 3, 'ema_slow': 41}],
['sdfs51B', 24, 197, 4194.1, 32, 25, 19.69, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 151, 'donchlen': 190, 'treshold': 33, 'ema_fast': 4, 'ema_slow': 31}],
['vd3E@1l', 31, 170, 1173.33, 44, 25, 14.05, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 78, 'treshold': 44, 'ema_fast': 4, 'ema_slow': 46}],
['kp9?o1H', 29, 217, 1411.1, 39, 28, 12.95, {'qty_to_risk': 7, 'target_pnl': 367, 'stop': 49, 'donchlen': 64, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 33}],
['kd9?b1H', 29, 214, 1167.51, 39, 28, 12.95, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 49, 'donchlen': 64, 'treshold': 79, 'ema_fast': 4, 'ema_slow': 33}],
['vt3to,l', 26, 213, 1012.97, 34, 32, 1.87, {'qty_to_risk': 8, 'target_pnl': 386, 'stop': 35, 'donchlen': 193, 'treshold': 92, 'ema_fast': 3, 'ema_slow': 46}],
['vd3?o1H', 29, 222, 1063.32, 43, 32, 31.17, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 64, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 33}],
['vd3Co1a', 31, 198, 944.24, 41, 29, 19.13, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 74, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 42}],
['vdds51<', 24, 210, 1282.89, 32, 28, 14.04, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 147, 'donchlen': 190, 'treshold': 33, 'ema_fast': 4, 'ema_slow': 28}],
['vdds51;', 24, 210, 1282.89, 32, 28, 14.04, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 147, 'donchlen': 190, 'treshold': 33, 'ema_fast': 4, 'ema_slow': 28}],
['>jHtMH7', 30, 155, 395.93, 30, 20, 7.81, {'qty_to_risk': 4, 'target_pnl': 338, 'stop': 83, 'donchlen': 193, 'treshold': 57, 'ema_fast': 9, 'ema_slow': 27}],
['vd3so.l', 25, 212, 891.32, 34, 32, 1.87, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 92, 'ema_fast': 3, 'ema_slow': 46}],
['vd3so,l', 25, 212, 891.32, 34, 32, 1.87, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 92, 'ema_fast': 3, 'ema_slow': 46}],
['vd3lo1a', 30, 185, 1255.78, 37, 24, -0.69, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 173, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 42}],
['vd3mo1a', 30, 185, 1255.78, 37, 24, -0.69, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 176, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 42}],
['kd3so1a', 30, 185, 987.72, 37, 27, -8.14, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 42}],
['vcopR.[', 22, 209, 1772.81, 32, 28, 33.15, {'qty_to_risk': 8, 'target_pnl': 305, 'stop': 172, 'donchlen': 183, 'treshold': 63, 'ema_fast': 3, 'ema_slow': 40}],
['vd3?T1l', 30, 187, 865.15, 47, 34, 31.15, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 64, 'treshold': 65, 'ema_fast': 4, 'ema_slow': 46}],
['vkop5.2', 23, 266, 2356.32, 23, 47, 26.2, {'qty_to_risk': 8, 'target_pnl': 343, 'stop': 172, 'donchlen': 183, 'treshold': 33, 'ema_fast': 3, 'ema_slow': 25}],
['vdOpoL-', 30, 163, 2041.13, 37, 24, 24.49, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 99, 'donchlen': 183, 'treshold': 92, 'ema_fast': 10, 'ema_slow': 23}],
['\\d9?o1H', 29, 217, 1023.4, 39, 28, 14.46, {'qty_to_risk': 6, 'target_pnl': 310, 'stop': 49, 'donchlen': 64, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 33}],
[']d9?o1H', 29, 217, 1023.4, 39, 28, 14.46, {'qty_to_risk': 6, 'target_pnl': 310, 'stop': 49, 'donchlen': 64, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 33}],
['wd9?o1H', 29, 217, 1862.38, 39, 28, 12.14, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 49, 'donchlen': 64, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 33}],
['kd9?o2H', 29, 217, 1409.9, 39, 28, 12.95, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 49, 'donchlen': 64, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 33}],
['gd9?o1H', 29, 217, 1409.9, 39, 28, 12.95, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 49, 'donchlen': 64, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 33}],
['kd9?r1H', 29, 217, 1409.9, 39, 28, 12.95, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 49, 'donchlen': 64, 'treshold': 95, 'ema_fast': 4, 'ema_slow': 33}],
['kd3qo1n', 30, 178, 902.44, 29, 27, -29.02, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 185, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 47}],
['kd3s81]', 28, 163, 880.97, 39, 23, -0.53, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 36, 'ema_fast': 4, 'ema_slow': 40}],
['v^:pF/Y', 27, 176, 1396.05, 36, 25, 31.96, {'qty_to_risk': 8, 'target_pnl': 281, 'stop': 51, 'donchlen': 183, 'treshold': 50, 'ema_fast': 4, 'ema_slow': 39}],
['vd:so1_', 27, 183, 1167.19, 30, 26, 6.13, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 51, 'donchlen': 190, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 41}],
['vd3sP1l', 29, 174, 1135.73, 31, 29, -20.9, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 61, 'ema_fast': 4, 'ema_slow': 46}],
['vd3sR1l', 29, 174, 1135.73, 31, 29, -20.9, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 63, 'ema_fast': 4, 'ema_slow': 46}],
['kd9?;1H', 29, 184, 2612.96, 39, 23, 17.78, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 49, 'donchlen': 64, 'treshold': 39, 'ema_fast': 4, 'ema_slow': 33}],
['kd9?W1H', 29, 212, 1044.89, 39, 28, 12.95, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 49, 'donchlen': 64, 'treshold': 68, 'ema_fast': 4, 'ema_slow': 33}],
['v23so1l', 30, 181, 844.07, 31, 29, -20.83, {'qty_to_risk': 8, 'target_pnl': 72, 'stop': 35, 'donchlen': 190, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 46}],
['vd3?o1T', 30, 203, 1057.99, 42, 33, 25.49, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 64, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 37}],
['vd3sp1F', 25, 222, 1023.84, 43, 30, 25.74, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 93, 'ema_fast': 4, 'ema_slow': 32}],
['vd5po(l', 23, 247, 1073.08, 25, 32, 10.01, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 40, 'donchlen': 183, 'treshold': 92, 'ema_fast': 2, 'ema_slow': 46}],
['vd0so1l', 29, 182, 1070.15, 27, 29, -4.26, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 28, 'donchlen': 190, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 46}],
['vd3so1S', 27, 194, 1004.75, 35, 28, -10.27, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 37}],
['vdfp5.)', 22, 304, 1501.04, 34, 55, 79.33, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 151, 'donchlen': 183, 'treshold': 33, 'ema_fast': 3, 'ema_slow': 21}],
['vdos51?', 23, 214, 1753.98, 36, 25, 31.27, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 172, 'donchlen': 190, 'treshold': 33, 'ema_fast': 4, 'ema_slow': 29}],
['kd9?51H', 29, 172, 1768.37, 33, 21, 9.44, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 49, 'donchlen': 64, 'treshold': 33, 'ema_fast': 4, 'ema_slow': 33}],
['vd3wo)l', 23, 248, 1004.76, 29, 34, -13.45, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 200, 'treshold': 92, 'ema_fast': 2, 'ema_slow': 46}],
['vd3so(l', 24, 248, 1143.62, 29, 34, -16.79, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 92, 'ema_fast': 2, 'ema_slow': 46}],
['vd3sp1X', 28, 190, 1175.52, 35, 28, -10.17, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 93, 'ema_fast': 4, 'ema_slow': 39}],
['vd3si1_', 30, 182, 979.8, 35, 28, -10.47, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 86, 'ema_fast': 4, 'ema_slow': 41}],
['sXvp5.+', 22, 300, 1632.61, 26, 50, 25.63, {'qty_to_risk': 8, 'target_pnl': 253, 'stop': 188, 'donchlen': 183, 'treshold': 33, 'ema_fast': 3, 'ema_slow': 22}],
['sXvp5.,', 22, 300, 1632.61, 26, 50, 25.63, {'qty_to_risk': 8, 'target_pnl': 253, 'stop': 188, 'donchlen': 183, 'treshold': 33, 'ema_fast': 3, 'ema_slow': 22}],
['pd1vo1]', 28, 187, 950.29, 31, 29, -4.64, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 31, 'donchlen': 198, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 40}],
['pm3vo1]', 29, 186, 1155.02, 35, 28, -7.54, {'qty_to_risk': 7, 'target_pnl': 353, 'stop': 35, 'donchlen': 198, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 40}],
['ks3so1]', 29, 185, 990.24, 35, 28, -8.35, {'qty_to_risk': 7, 'target_pnl': 381, 'stop': 35, 'donchlen': 190, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 40}],
['JciU+8@', 25, 129, 309.07, 54, 11, 37.45, {'qty_to_risk': 5, 'target_pnl': 305, 'stop': 158, 'donchlen': 117, 'treshold': 23, 'ema_fast': 6, 'ema_slow': 30}],
['vl3po1_', 30, 185, 1059.8, 38, 26, 0.54, {'qty_to_risk': 8, 'target_pnl': 348, 'stop': 35, 'donchlen': 183, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 41}],
['vs3po1_', 30, 185, 1059.8, 38, 26, 0.54, {'qty_to_risk': 8, 'target_pnl': 381, 'stop': 35, 'donchlen': 183, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 41}],
['vh3po1_', 30, 185, 1059.8, 38, 26, 0.54, {'qty_to_risk': 8, 'target_pnl': 329, 'stop': 35, 'donchlen': 183, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 41}],
['kd3sV1]', 28, 180, 753.89, 35, 28, -8.35, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 67, 'ema_fast': 4, 'ema_slow': 40}],
['vd3wo1_', 30, 186, 1504.98, 35, 28, -9.1, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 200, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 41}],
['vf3so1_', 30, 185, 1278.79, 35, 28, -10.47, {'qty_to_risk': 8, 'target_pnl': 319, 'stop': 35, 'donchlen': 190, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 41}],
['vd3so1_', 30, 185, 1263.28, 35, 28, -10.47, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 41}],
['vd3st1_', 30, 186, 1233.15, 35, 28, -10.47, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 97, 'ema_fast': 4, 'ema_slow': 41}],
['vd3so1W', 27, 194, 1070.4, 35, 28, -10.27, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 38}],
['kd9?o;H', 32, 174, 954.44, 48, 25, 67.2, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 49, 'donchlen': 64, 'treshold': 92, 'ema_fast': 6, 'ema_slow': 33}],
['v^JpF/@', 23, 221, 1078.03, 34, 32, 22.84, {'qty_to_risk': 8, 'target_pnl': 281, 'stop': 87, 'donchlen': 183, 'treshold': 50, 'ema_fast': 4, 'ema_slow': 30}],
['vdds51@', 23, 204, 2148.6, 30, 26, 21.91, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 147, 'donchlen': 190, 'treshold': 33, 'ema_fast': 4, 'ema_slow': 30}],
['pd3v?1]', 29, 173, 1097.95, 40, 25, 3.7, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 198, 'treshold': 43, 'ema_fast': 4, 'ema_slow': 40}],
['vd4so1_', 30, 185, 1192.87, 29, 27, -0.04, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 37, 'donchlen': 190, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 41}],
['pd3oo1]', 29, 186, 1014.18, 38, 26, 2.16, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 181, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 40}],
['kd3qo1[', 29, 185, 927.58, 38, 26, 2.16, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 185, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 40}],
['kd3lo1]', 29, 185, 1007.24, 36, 25, 1.67, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 173, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 40}],
['Qd3vo1]', 29, 186, 601.68, 35, 28, -2.08, {'qty_to_risk': 5, 'target_pnl': 310, 'stop': 35, 'donchlen': 198, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 40}],
['kd3po)u', 25, 239, 896.61, 31, 32, -3.82, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 183, 'treshold': 92, 'ema_fast': 2, 'ema_slow': 49}],
['vd3po(t', 25, 239, 1172.98, 31, 32, -4.32, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 183, 'treshold': 92, 'ema_fast': 2, 'ema_slow': 49}],
['pf3vo1]', 29, 186, 1227.59, 35, 28, -7.54, {'qty_to_risk': 7, 'target_pnl': 319, 'stop': 35, 'donchlen': 198, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 40}],
['pd3wo1]', 29, 186, 1212.2, 35, 28, -7.54, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 200, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 40}],
['pd3vq1]', 29, 186, 1210.37, 35, 28, -7.54, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 198, 'treshold': 94, 'ema_fast': 4, 'ema_slow': 40}],
['vd2so1_', 30, 186, 1438.32, 32, 28, -8.23, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 33, 'donchlen': 190, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 41}],
['kd3to1]', 29, 185, 1289.24, 35, 28, -8.35, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 193, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 40}],
['pd3to1]', 29, 185, 1289.24, 35, 28, -8.35, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 193, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 40}],
['hd3so1]', 29, 185, 1036.82, 35, 28, -8.35, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 40}],
['gd3so1]', 29, 185, 1036.82, 35, 28, -8.35, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 40}],
['kd3so1]', 29, 185, 1036.82, 35, 28, -8.35, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 40}],
['kd3so0]', 29, 185, 1036.82, 35, 28, -8.35, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 40}],
['kd3so/]', 29, 185, 1036.82, 35, 28, -8.35, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 40}],
['id3so1]', 29, 185, 1036.82, 35, 28, -8.35, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 40}],
['qd3vo1]', 29, 186, 1649.3, 35, 28, -9.1, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 198, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 40}],
['vd3so1\\', 29, 185, 1384.98, 35, 28, -10.47, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 40}],
['pd3v\\1]', 29, 183, 980.06, 35, 28, -7.54, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 198, 'treshold': 73, 'ema_fast': 4, 'ema_slow': 40}],
['vdfp5.,', 22, 300, 1626.82, 26, 50, 25.63, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 151, 'donchlen': 183, 'treshold': 33, 'ema_fast': 3, 'ema_slow': 22}],
['kv3ko,r', 27, 208, 698.51, 32, 28, -3.8, {'qty_to_risk': 7, 'target_pnl': 395, 'stop': 35, 'donchlen': 171, 'treshold': 92, 'ema_fast': 3, 'ema_slow': 48}],
['eeUY+N,', 29, 113, 1095.42, 40, 10, 22.03, {'qty_to_risk': 7, 'target_pnl': 315, 'stop': 113, 'donchlen': 127, 'treshold': 23, 'ema_fast': 11, 'ema_slow': 22}],
['kd9?B1H', 29, 194, 1795.09, 40, 25, 19.98, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 49, 'donchlen': 64, 'treshold': 46, 'ema_fast': 4, 'ema_slow': 33}],
['p43vo1]', 29, 186, 940.19, 35, 28, -12.05, {'qty_to_risk': 7, 'target_pnl': 82, 'stop': 35, 'donchlen': 198, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 40}],
['pd6vo1]', 29, 185, 871.18, 25, 27, 23.08, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 42, 'donchlen': 198, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 40}],
['kd6so1]', 29, 185, 973.11, 25, 27, 19.67, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 42, 'donchlen': 190, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 40}],
['XlIr0/7', 22, 209, 692.47, 31, 29, 29.78, {'qty_to_risk': 6, 'target_pnl': 348, 'stop': 85, 'donchlen': 188, 'treshold': 28, 'ema_fast': 4, 'ema_slow': 27}],
['kd9?J1H', 30, 203, 1381.71, 37, 27, 7.95, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 49, 'donchlen': 64, 'treshold': 54, 'ema_fast': 4, 'ema_slow': 33}],
['kf3ko,r', 27, 208, 744.96, 32, 28, -3.8, {'qty_to_risk': 7, 'target_pnl': 319, 'stop': 35, 'donchlen': 171, 'treshold': 92, 'ema_fast': 3, 'ema_slow': 48}],
['kd3ko,r', 27, 208, 734.11, 32, 28, -3.8, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 171, 'treshold': 92, 'ema_fast': 3, 'ema_slow': 48}],
['kd9?M1H', 29, 204, 1381.6, 37, 27, 7.95, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 49, 'donchlen': 64, 'treshold': 57, 'ema_fast': 4, 'ema_slow': 33}],
['pd3vD1]', 29, 175, 965.23, 37, 27, -4.28, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 198, 'treshold': 48, 'ema_fast': 4, 'ema_slow': 40}],
['vd3soF)', 33, 187, 1699.13, 35, 34, 7.36, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 92, 'ema_fast': 9, 'ema_slow': 21}],
['kd3sO1]', 28, 177, 845.92, 35, 28, -8.35, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 59, 'ema_fast': 4, 'ema_slow': 40}],
['vd3p4L+', 34, 141, 1312.64, 40, 20, 12.37, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 183, 'treshold': 32, 'ema_fast': 10, 'ema_slow': 22}],
['p13vo1]', 29, 186, 663.6, 35, 28, -1.65, {'qty_to_risk': 7, 'target_pnl': 68, 'stop': 35, 'donchlen': 198, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 40}],
]
| dnas = [['pX3Eo\\]', 38, 146, 1069.71, 38, 26, -27.55, {'qty_to_risk': 7, 'target_pnl': 253, 'stop': 35, 'donchlen': 78, 'treshold': 92, 'ema_fast': 14, 'ema_slow': 40}], ['k[3Eo\\]', 38, 146, 1030.13, 38, 26, -27.55, {'qty_to_risk': 7, 'target_pnl': 267, 'stop': 35, 'donchlen': 78, 'treshold': 92, 'ema_fast': 14, 'ema_slow': 40}], ['kP3Eo\\e', 37, 139, 1082.78, 35, 28, -29.22, {'qty_to_risk': 7, 'target_pnl': 215, 'stop': 35, 'donchlen': 78, 'treshold': 92, 'ema_fast': 14, 'ema_slow': 43}], ['FJa00oP', 28, 98, 365.62, 33, 12, 16.07, {'qty_to_risk': 4, 'target_pnl': 186, 'stop': 140, 'donchlen': 27, 'treshold': 28, 'ema_fast': 18, 'ema_slow': 36}], ['<Q4g6_w', 39, 82, 155.73, 33, 12, -9.72, {'qty_to_risk': 4, 'target_pnl': 220, 'stop': 37, 'donchlen': 161, 'treshold': 34, 'ema_fast': 15, 'ema_slow': 50}], ['vTJpoL_', 30, 128, 1745.08, 35, 14, -19.59, {'qty_to_risk': 8, 'target_pnl': 234, 'stop': 87, 'donchlen': 183, 'treshold': 92, 'ema_fast': 10, 'ema_slow': 41}], ['\\VkQcqv', 33, 84, 413.65, 35, 14, -4.28, {'qty_to_risk': 6, 'target_pnl': 243, 'stop': 163, 'donchlen': 108, 'treshold': 80, 'ema_fast': 19, 'ema_slow': 50}], [':Wso^YR', 33, 113, 346.06, 30, 13, -8.96, {'qty_to_risk': 3, 'target_pnl': 248, 'stop': 181, 'donchlen': 181, 'treshold': 75, 'ema_fast': 13, 'ema_slow': 36}], [']Vdom\\a', 33, 103, 707.66, 33, 12, -28.46, {'qty_to_risk': 6, 'target_pnl': 243, 'stop': 147, 'donchlen': 181, 'treshold': 90, 'ema_fast': 14, 'ema_slow': 42}], ['vP3Ep\\g', 36, 141, 1354.18, 29, 27, -35.49, {'qty_to_risk': 8, 'target_pnl': 215, 'stop': 35, 'donchlen': 78, 'treshold': 93, 'ema_fast': 14, 'ema_slow': 44}], ['7\\lUAmD', 37, 88, 205.96, 28, 14, -14.69, {'qty_to_risk': 3, 'target_pnl': 272, 'stop': 165, 'donchlen': 117, 'treshold': 45, 'ema_fast': 18, 'ema_slow': 31}], ['v[JpoL_', 30, 128, 2365.3, 35, 14, -19.59, {'qty_to_risk': 8, 'target_pnl': 267, 'stop': 87, 'donchlen': 183, 'treshold': 92, 'ema_fast': 10, 'ema_slow': 41}], ['vP3EpJl', 36, 152, 1098.34, 36, 25, -23.1, {'qty_to_risk': 8, 'target_pnl': 215, 'stop': 35, 'donchlen': 78, 'treshold': 93, 'ema_fast': 10, 'ema_slow': 46}], ['[QIuPr7', 36, 110, 1317.14, 15, 13, -40.34, {'qty_to_risk': 6, 'target_pnl': 220, 'stop': 85, 'donchlen': 195, 'treshold': 61, 'ema_fast': 19, 'ema_slow': 27}], ['vXJpoL_', 30, 128, 2498.01, 35, 14, -19.59, {'qty_to_risk': 8, 'target_pnl': 253, 'stop': 87, 'donchlen': 183, 'treshold': 92, 'ema_fast': 10, 'ema_slow': 41}], ['8=Hq`W7', 33, 130, 175.83, 37, 16, 11.82, {'qty_to_risk': 3, 'target_pnl': 125, 'stop': 83, 'donchlen': 185, 'treshold': 77, 'ema_fast': 13, 'ema_slow': 27}], ['Mlo/YnH', 35, 110, 1170.47, 38, 18, 57.63, {'qty_to_risk': 5, 'target_pnl': 348, 'stop': 172, 'donchlen': 25, 'treshold': 70, 'ema_fast': 18, 'ema_slow': 33}], ['DOLnrsd', 39, 87, 351.48, 33, 12, -20.77, {'qty_to_risk': 4, 'target_pnl': 210, 'stop': 92, 'donchlen': 178, 'treshold': 95, 'ema_fast': 19, 'ema_slow': 43}], ['vP3Ea\\l', 35, 137, 1265.15, 30, 26, -31.0, {'qty_to_risk': 8, 'target_pnl': 215, 'stop': 35, 'donchlen': 78, 'treshold': 78, 'ema_fast': 14, 'ema_slow': 46}], ['4[qSS>o', 23, 119, 146.98, 31, 16, -3.48, {'qty_to_risk': 3, 'target_pnl': 267, 'stop': 176, 'donchlen': 113, 'treshold': 64, 'ema_fast': 7, 'ema_slow': 47}], ['v]JpoL_', 30, 128, 2726.18, 35, 14, -19.59, {'qty_to_risk': 8, 'target_pnl': 277, 'stop': 87, 'donchlen': 183, 'treshold': 92, 'ema_fast': 10, 'ema_slow': 41}], ['vP3Ek\\l', 34, 138, 1209.83, 30, 26, -31.0, {'qty_to_risk': 8, 'target_pnl': 215, 'stop': 35, 'donchlen': 78, 'treshold': 88, 'ema_fast': 14, 'ema_slow': 46}], ['1[:@YZH', 41, 140, 296.69, 31, 22, 2.86, {'qty_to_risk': 3, 'target_pnl': 267, 'stop': 51, 'donchlen': 66, 'treshold': 70, 'ema_fast': 13, 'ema_slow': 33}], ['DAduF:U', 28, 147, 277.95, 31, 19, -7.77, {'qty_to_risk': 4, 'target_pnl': 144, 'stop': 147, 'donchlen': 195, 'treshold': 50, 'ema_fast': 6, 'ema_slow': 38}], ['vvJpoL_', 30, 128, 2249.55, 35, 14, -19.59, {'qty_to_risk': 8, 'target_pnl': 395, 'stop': 87, 'donchlen': 183, 'treshold': 92, 'ema_fast': 10, 'ema_slow': 41}], ['vP3Ep[l', 34, 138, 1209.83, 30, 26, -31.0, {'qty_to_risk': 8, 'target_pnl': 215, 'stop': 35, 'donchlen': 78, 'treshold': 93, 'ema_fast': 14, 'ema_slow': 46}], ['vP3Ew\\l', 34, 139, 1152.6, 30, 26, -31.0, {'qty_to_risk': 8, 'target_pnl': 215, 'stop': 35, 'donchlen': 78, 'treshold': 100, 'ema_fast': 14, 'ema_slow': 46}], ['vdJp\\L_', 30, 126, 2105.9, 35, 14, -19.59, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 87, 'donchlen': 183, 'treshold': 73, 'ema_fast': 10, 'ema_slow': 41}], ['vdJpaL_', 30, 127, 2103.54, 35, 14, -19.59, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 87, 'donchlen': 183, 'treshold': 78, 'ema_fast': 10, 'ema_slow': 41}], ['vjJpoL_', 30, 128, 1936.28, 35, 14, -19.59, {'qty_to_risk': 8, 'target_pnl': 338, 'stop': 87, 'donchlen': 183, 'treshold': 92, 'ema_fast': 10, 'ema_slow': 41}], ['vdJvoL_', 31, 128, 2106.04, 35, 14, -19.59, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 87, 'donchlen': 198, 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37, 27, -6.14, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 93, 'ema_fast': 4, 'ema_slow': 43}], ['kd9?o1i', 29, 193, 700.03, 31, 29, -13.26, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 49, 'donchlen': 64, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 45}], ['vd:s51l', 28, 153, 1799.33, 25, 20, -22.9, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 51, 'donchlen': 190, 'treshold': 33, 'ema_fast': 4, 'ema_slow': 46}], ['k]3wo1r', 31, 174, 1170.04, 27, 29, -36.92, {'qty_to_risk': 7, 'target_pnl': 277, 'stop': 35, 'donchlen': 200, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 48}], ['k]3vo1r', 31, 174, 1168.27, 27, 29, -36.92, {'qty_to_risk': 7, 'target_pnl': 277, 'stop': 35, 'donchlen': 198, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 48}], ['vd3E>1l', 32, 165, 1310.33, 44, 25, 14.05, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 78, 'treshold': 42, 'ema_fast': 4, 'ema_slow': 46}], ['kU3ko,r', 27, 208, 737.15, 32, 28, -3.8, {'qty_to_risk': 7, 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'ema_fast': 4, 'ema_slow': 46}], ['kt3qo1l', 30, 182, 979.79, 32, 28, -9.72, {'qty_to_risk': 7, 'target_pnl': 386, 'stop': 35, 'donchlen': 185, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 46}], ['vd3Bp1l', 31, 194, 1182.71, 47, 34, 35.26, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 71, 'treshold': 93, 'ema_fast': 4, 'ema_slow': 46}], ['vd3?o/l', 31, 198, 1107.42, 48, 35, 35.52, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 64, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 46}], ['vd3?o1l', 31, 198, 1107.42, 48, 35, 35.52, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 64, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 46}], ['vd3?u1l', 31, 199, 1081.5, 48, 35, 35.52, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 64, 'treshold': 98, 'ema_fast': 4, 'ema_slow': 46}], ['vm3?o1l', 31, 198, 1054.59, 48, 35, 35.52, {'qty_to_risk': 8, 'target_pnl': 353, 'stop': 35, 'donchlen': 64, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 46}], 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{'qty_to_risk': 7, 'target_pnl': 319, 'stop': 35, 'donchlen': 185, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 46}], ['gd3qo1l', 30, 182, 1025.62, 32, 28, -9.72, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 185, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 46}], ['od3qo1l', 30, 182, 1025.62, 32, 28, -9.72, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 185, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 46}], ['ed3qo1l', 30, 182, 1025.62, 32, 28, -9.72, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 185, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 46}], ['kd3qu1l', 30, 183, 1001.62, 32, 28, -9.72, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 185, 'treshold': 98, 'ema_fast': 4, 'ema_slow': 46}], ['kr3qo1l', 30, 182, 979.79, 32, 28, -9.72, {'qty_to_risk': 7, 'target_pnl': 376, 'stop': 35, 'donchlen': 185, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 46}], ['ad3wp1l', 30, 182, 890.24, 31, 29, -12.58, {'qty_to_risk': 6, 'target_pnl': 310, 'stop': 35, 'donchlen': 200, 'treshold': 93, 'ema_fast': 4, 'ema_slow': 46}], ['vd3no1l', 30, 182, 1372.66, 32, 28, -13.44, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 178, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 46}], ['vd3qo1l', 30, 182, 1366.79, 32, 28, -13.44, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 185, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 46}], ['vd3po/l', 30, 182, 1366.82, 32, 28, -13.44, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 183, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 46}], ['vd3po2l', 30, 182, 1366.82, 32, 28, -13.44, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 183, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 46}], ['vd3do1l', 29, 181, 793.58, 29, 27, -15.57, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 154, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 46}], ['jd3so1l', 30, 181, 1066.14, 31, 29, -16.75, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 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{'qty_to_risk': 8, 'target_pnl': 310, 'stop': 33, 'donchlen': 190, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 41}], ['kd3to1]', 29, 185, 1289.24, 35, 28, -8.35, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 193, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 40}], ['pd3to1]', 29, 185, 1289.24, 35, 28, -8.35, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 193, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 40}], ['hd3so1]', 29, 185, 1036.82, 35, 28, -8.35, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 40}], ['gd3so1]', 29, 185, 1036.82, 35, 28, -8.35, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 40}], ['kd3so1]', 29, 185, 1036.82, 35, 28, -8.35, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 40}], ['kd3so0]', 29, 185, 1036.82, 35, 28, -8.35, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 40}], ['kd3so/]', 29, 185, 1036.82, 35, 28, -8.35, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 40}], ['id3so1]', 29, 185, 1036.82, 35, 28, -8.35, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 40}], ['qd3vo1]', 29, 186, 1649.3, 35, 28, -9.1, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 198, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 40}], ['vd3so1\\', 29, 185, 1384.98, 35, 28, -10.47, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 40}], ['pd3v\\1]', 29, 183, 980.06, 35, 28, -7.54, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 198, 'treshold': 73, 'ema_fast': 4, 'ema_slow': 40}], ['vdfp5.,', 22, 300, 1626.82, 26, 50, 25.63, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 151, 'donchlen': 183, 'treshold': 33, 'ema_fast': 3, 'ema_slow': 22}], ['kv3ko,r', 27, 208, 698.51, 32, 28, -3.8, {'qty_to_risk': 7, 'target_pnl': 395, 'stop': 35, 'donchlen': 171, 'treshold': 92, 'ema_fast': 3, 'ema_slow': 48}], ['eeUY+N,', 29, 113, 1095.42, 40, 10, 22.03, {'qty_to_risk': 7, 'target_pnl': 315, 'stop': 113, 'donchlen': 127, 'treshold': 23, 'ema_fast': 11, 'ema_slow': 22}], ['kd9?B1H', 29, 194, 1795.09, 40, 25, 19.98, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 49, 'donchlen': 64, 'treshold': 46, 'ema_fast': 4, 'ema_slow': 33}], ['p43vo1]', 29, 186, 940.19, 35, 28, -12.05, {'qty_to_risk': 7, 'target_pnl': 82, 'stop': 35, 'donchlen': 198, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 40}], ['pd6vo1]', 29, 185, 871.18, 25, 27, 23.08, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 42, 'donchlen': 198, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 40}], ['kd6so1]', 29, 185, 973.11, 25, 27, 19.67, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 42, 'donchlen': 190, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 40}], ['XlIr0/7', 22, 209, 692.47, 31, 29, 29.78, {'qty_to_risk': 6, 'target_pnl': 348, 'stop': 85, 'donchlen': 188, 'treshold': 28, 'ema_fast': 4, 'ema_slow': 27}], ['kd9?J1H', 30, 203, 1381.71, 37, 27, 7.95, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 49, 'donchlen': 64, 'treshold': 54, 'ema_fast': 4, 'ema_slow': 33}], ['kf3ko,r', 27, 208, 744.96, 32, 28, -3.8, {'qty_to_risk': 7, 'target_pnl': 319, 'stop': 35, 'donchlen': 171, 'treshold': 92, 'ema_fast': 3, 'ema_slow': 48}], ['kd3ko,r', 27, 208, 734.11, 32, 28, -3.8, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 171, 'treshold': 92, 'ema_fast': 3, 'ema_slow': 48}], ['kd9?M1H', 29, 204, 1381.6, 37, 27, 7.95, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 49, 'donchlen': 64, 'treshold': 57, 'ema_fast': 4, 'ema_slow': 33}], ['pd3vD1]', 29, 175, 965.23, 37, 27, -4.28, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 198, 'treshold': 48, 'ema_fast': 4, 'ema_slow': 40}], ['vd3soF)', 33, 187, 1699.13, 35, 34, 7.36, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 92, 'ema_fast': 9, 'ema_slow': 21}], ['kd3sO1]', 28, 177, 845.92, 35, 28, -8.35, {'qty_to_risk': 7, 'target_pnl': 310, 'stop': 35, 'donchlen': 190, 'treshold': 59, 'ema_fast': 4, 'ema_slow': 40}], ['vd3p4L+', 34, 141, 1312.64, 40, 20, 12.37, {'qty_to_risk': 8, 'target_pnl': 310, 'stop': 35, 'donchlen': 183, 'treshold': 32, 'ema_fast': 10, 'ema_slow': 22}], ['p13vo1]', 29, 186, 663.6, 35, 28, -1.65, {'qty_to_risk': 7, 'target_pnl': 68, 'stop': 35, 'donchlen': 198, 'treshold': 92, 'ema_fast': 4, 'ema_slow': 40}]] |
#!/usr/bin/env python
# -*- coding: utf-8 -*-
#
# Copyright 2018 Yeolar
#
class DAGNode(object):
def __init__(self, name):
self.name = name
self.nexts = set()
self.prevs = set()
self.self_dep = False
self.done = False
class DAG(object):
def __init__(self):
self.nodes = []
self.index = {}
self.cycle_dep = False
def get_key(self, name):
return self.index.get(name, -1)
def get_node(self, name):
return self.nodes[self.get_key(name)]
def add(self, name):
i = self.get_key(name)
if i == -1:
i = len(self.nodes)
self.nodes.append(DAGNode(name))
self.index[name] = i
return i
def add_dependency(self, a, b):
self.nodes[a].nexts.add(b)
self.nodes[b].prevs.add(a)
def remove_dependency(self, a, b):
self.nodes[a].nexts.remove(b)
self.nodes[b].nexts.remove(a)
def has_cycle(self):
nexts = [] # [[]]
for node in self.nodes:
nexts.append(list(node.nexts))
targets = [0] * len(self.nodes)
for edges in nexts:
for key in edges:
targets[key] += 1
keys = []
for key in range(len(self.nodes)):
if not self.nodes[key].prevs:
keys.append(key)
while keys:
key = keys[-1]
del keys[-1:]
while nexts[key]:
nxt = nexts[key][-1]
del nexts[key][-1:]
targets[nxt] -= 1
if targets[nxt] == 0:
keys.append(nxt)
for edges in nexts:
if edges:
return True
return False
| class Dagnode(object):
def __init__(self, name):
self.name = name
self.nexts = set()
self.prevs = set()
self.self_dep = False
self.done = False
class Dag(object):
def __init__(self):
self.nodes = []
self.index = {}
self.cycle_dep = False
def get_key(self, name):
return self.index.get(name, -1)
def get_node(self, name):
return self.nodes[self.get_key(name)]
def add(self, name):
i = self.get_key(name)
if i == -1:
i = len(self.nodes)
self.nodes.append(dag_node(name))
self.index[name] = i
return i
def add_dependency(self, a, b):
self.nodes[a].nexts.add(b)
self.nodes[b].prevs.add(a)
def remove_dependency(self, a, b):
self.nodes[a].nexts.remove(b)
self.nodes[b].nexts.remove(a)
def has_cycle(self):
nexts = []
for node in self.nodes:
nexts.append(list(node.nexts))
targets = [0] * len(self.nodes)
for edges in nexts:
for key in edges:
targets[key] += 1
keys = []
for key in range(len(self.nodes)):
if not self.nodes[key].prevs:
keys.append(key)
while keys:
key = keys[-1]
del keys[-1:]
while nexts[key]:
nxt = nexts[key][-1]
del nexts[key][-1:]
targets[nxt] -= 1
if targets[nxt] == 0:
keys.append(nxt)
for edges in nexts:
if edges:
return True
return False |
# -*- coding: utf-8 -*-
description = 'TOFTOF radial collimator'
group = 'optional'
tango_base = 'tango://tofhw.toftof.frm2:10000/toftof/'
devices = dict(
rc_onoff = device('nicos.devices.tango.NamedDigitalOutput',
description = 'Activates radial collimator',
tangodevice = tango_base + 'rc/_rc_onoff',
mapping = {
'on': 1,
'off': 0,
},
),
rc_motor = device('nicos.devices.tango.AnalogOutput',
description = 'Radial collimator motor',
tangodevice = tango_base + 'rc/_rc_motor',
lowlevel = True,
),
)
| description = 'TOFTOF radial collimator'
group = 'optional'
tango_base = 'tango://tofhw.toftof.frm2:10000/toftof/'
devices = dict(rc_onoff=device('nicos.devices.tango.NamedDigitalOutput', description='Activates radial collimator', tangodevice=tango_base + 'rc/_rc_onoff', mapping={'on': 1, 'off': 0}), rc_motor=device('nicos.devices.tango.AnalogOutput', description='Radial collimator motor', tangodevice=tango_base + 'rc/_rc_motor', lowlevel=True)) |
def series_ele(n):
pattern = []
for i in range(1,n):
next_element = (i**3) + i*2
pattern.append(next_element)
return pattern
if __name__ == "__main__":
input_number = int(input("Enter a number upto which you want to print the patter: "))
print(series_ele(input_number))
| def series_ele(n):
pattern = []
for i in range(1, n):
next_element = i ** 3 + i * 2
pattern.append(next_element)
return pattern
if __name__ == '__main__':
input_number = int(input('Enter a number upto which you want to print the patter: '))
print(series_ele(input_number)) |
{
"cells": [
{
"cell_type": "code",
"execution_count": null,
"metadata": {},
"outputs": [],
"source": [
"# Dependencies and Setup\n",
"from bs4 import BeautifulSoup\n",
"from splinter import Browser\n",
"import pandas as pd\n",
"import datetime as dt\n",
"\n",
"\n",
"# Set Executable Path & Initialize Chrome Browser\n",
"executable_path = {\"executable_path\": \"/usr/local/bin/chromedriver\"}\n",
"browser = Browser(\"chrome\", **executable_path, headless=False)\n",
"\n",
"# NASA Mars News Site Web Scraper\n",
"def mars_news(browser):\n",
" # Visit the NASA Mars News Site\n",
" url = \"https://mars.nasa.gov/news/\"\n",
" browser.visit(url)\n",
"\n",
"\n",
" browser.is_element_present_by_css(\"ul.item_list li.slide\", wait_time=0.5)\n",
" \n",
" html = browser.html\n",
" news_soup = BeautifulSoup(html, \"html.parser\")\n",
"\n",
" \n",
" try:\n",
" slide_element = news_soup.select_one(\"ul.item_list li.slide\")\n",
" slide_element.find(\"div\", class_=\"content_title\")\n",
"\n",
" # Scrape the Latest News Title\n",
" # Use Parent Element to Find First <a> Tag and Save it as news_title\n",
" news_title = slide_element.find(\"div\", class_=\"content_title\").get_text()\n",
"\n",
" news_paragraph = slide_element.find(\"div\", class_=\"article_teaser_body\").get_text()\n",
" except AttributeError:\n",
" return None, None\n",
" return news_title, news_paragraph\n",
"\n",
"\n",
"\n",
"# NASA JPL (Jet Propulsion Laboratory) Site Web Scraper\n",
"def featured_image(browser):\n",
" # Visit the NASA JPL (Jet Propulsion Laboratory) Site\n",
" url = \"https://www.jpl.nasa.gov/spaceimages/?search=&category=Mars\"\n",
" browser.visit(url)\n",
"\n",
" # Ask Splinter to Go to Site and Click Button with Class Name full_image\n",
" # <button class=\"full_image\">Full Image</button>\n",
" full_image_button = browser.find_by_id(\"full_image\")\n",
" full_image_button.click()\n",
"\n",
" # Find \"More Info\" Button and Click It\n",
" browser.is_element_present_by_text(\"more info\", wait_time=1)\n",
" more_info_element = browser.find_link_by_partial_text(\"more info\")\n",
" more_info_element.click()\n",
"\n",
" # Parse Results HTML with BeautifulSoup\n",
" html = browser.html\n",
" image_soup = BeautifulSoup(html, \"html.parser\")\n",
"\n",
" img = image_soup.select_one(\"figure.lede a img\")\n",
" try:\n",
" img_url = img.get(\"src\")\n",
" except AttributeError:\n",
" return None \n",
" # Use Base URL to Create Absolute URL\n",
" img_url = f\"https://www.jpl.nasa.gov{img_url}\"\n",
" return img_url\n",
"\n",
"# Mars Weather Twitter Account Web Scraper\n",
"def twitter_weather(browser):\n",
" # Visit the Mars Weather Twitter Account\n",
" url = \"https://twitter.com/marswxreport?lang=en\"\n",
" browser.visit(url)\n",
" \n",
" # Parse Results HTML with BeautifulSoup\n",
" html = browser.html\n",
" weather_soup = BeautifulSoup(html, \"html.parser\")\n",
" \n",
" # Find a Tweet with the data-name `Mars Weather`\n",
" mars_weather_tweet = weather_soup.find(\"div\", \n",
" attrs={\n",
" \"class\": \"tweet\", \n",
" \"data-name\": \"Mars Weather\"\n",
" })\n",
" # Search Within Tweet for <p> Tag Containing Tweet Text\n",
" mars_weather = mars_weather_tweet.find(\"p\", \"tweet-text\").get_text()\n",
" return mars_weather\n",
"\n",
"\n",
"# Mars Facts Web Scraper\n",
"def mars_facts():\n",
" # Visit the Mars Facts Site Using Pandas to Read\n",
" try:\n",
" df = pd.read_html(\"https://space-facts.com/mars/\")[0]\n",
" except BaseException:\n",
" return None\n",
" df.columns=[\"Description\", \"Value\"]\n",
" df.set_index(\"Description\", inplace=True)\n",
"\n",
" return df.to_html(classes=\"table table-striped\")\n",
"\n",
"# Mars Hemispheres Web Scraper\n",
"def hemisphere(browser):\n",
" # Visit the USGS Astrogeology Science Center Site\n",
" url = \"https://astrogeology.usgs.gov/search/results?q=hemisphere+enhanced&k1=target&v1=Mars\"\n",
" browser.visit(url)\n",
"\n",
" hemisphere_image_urls = []\n",
"\n",
" # Get a List of All the Hemisphere\n",
" links = browser.find_by_css(\"a.product-item h3\")\n",
" for item in range(len(links)):\n",
" hemisphere = {}\n",
" \n",
" # Find Element on Each Loop to Avoid a Stale Element Exception\n",
" browser.find_by_css(\"a.product-item h3\")[item].click()\n",
" \n",
" # Find Sample Image Anchor Tag & Extract <href>\n",
" sample_element = browser.find_link_by_text(\"Sample\").first\n",
" hemisphere[\"img_url\"] = sample_element[\"href\"]\n",
" \n",
" # Get Hemisphere Title\n",
" hemisphere[\"title\"] = browser.find_by_css(\"h2.title\").text\n",
" \n",
" # Append Hemisphere Object to List\n",
" hemisphere_image_urls.append(hemisphere)\n",
" \n",
" # Navigate Backwards\n",
" browser.back()\n",
" return hemisphere_image_urls\n",
"\n",
"\n",
"\n",
"\n",
"def scrape_all():\n",
" executable_path = {\"executable_path\": \"/usr/local/bin/chromedriver\"}\n",
" browser = Browser(\"chrome\", **executable_path, headless=False)\n",
" news_title, news_paragraph = mars_news(browser)\n",
" img_url = featured_image(browser)\n",
" mars_weather = twitter_weather(browser)\n",
" facts = mars_facts()\n",
" hemisphere_image_urls = hemisphere(browser)\n",
" timestamp = dt.datetime.now()\n",
"\n",
" data = {\n",
" \"news_title\": news_title,\n",
" \"news_paragraph\": news_paragraph,\n",
" \"featured_image\": img_url,\n",
" \"weather\": mars_weather,\n",
" \"facts\": facts,\n",
" \"hemispheres\": hemisphere_image_urls,\n",
" \"last_modified\": timestamp\n",
" }\n",
" browser.quit()\n",
" return data \n",
"\n",
"if __name__ == \"__main__\":\n",
" print(scrape_all())"
]
}
],
"metadata": {
"kernelspec": {
"display_name": "Python 3",
"language": "python",
"name": "python3"
},
"language_info": {
"codemirror_mode": {
"name": "ipython",
"version": 3
},
"file_extension": ".py",
"mimetype": "text/x-python",
"name": "python",
"nbconvert_exporter": "python",
"pygments_lexer": "ipython3",
"version": "3.7.6"
}
},
"nbformat": 4,
"nbformat_minor": 4
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| {'cells': [{'cell_type': 'code', 'execution_count': null, 'metadata': {}, 'outputs': [], 'source': ['# Dependencies and Setup\n', 'from bs4 import BeautifulSoup\n', 'from splinter import Browser\n', 'import pandas as pd\n', 'import datetime as dt\n', '\n', '\n', '# Set Executable Path & Initialize Chrome Browser\n', 'executable_path = {"executable_path": "/usr/local/bin/chromedriver"}\n', 'browser = Browser("chrome", **executable_path, headless=False)\n', '\n', '# NASA Mars News Site Web Scraper\n', 'def mars_news(browser):\n', ' # Visit the NASA Mars News Site\n', ' url = "https://mars.nasa.gov/news/"\n', ' browser.visit(url)\n', '\n', '\n', ' browser.is_element_present_by_css("ul.item_list li.slide", wait_time=0.5)\n', ' \n', ' html = browser.html\n', ' news_soup = BeautifulSoup(html, "html.parser")\n', '\n', ' \n', ' try:\n', ' slide_element = news_soup.select_one("ul.item_list li.slide")\n', ' slide_element.find("div", class_="content_title")\n', '\n', ' # Scrape the Latest News Title\n', ' # Use Parent Element to Find First <a> Tag and Save it as news_title\n', ' news_title = slide_element.find("div", class_="content_title").get_text()\n', '\n', ' news_paragraph = slide_element.find("div", class_="article_teaser_body").get_text()\n', ' except AttributeError:\n', ' return None, None\n', ' return news_title, news_paragraph\n', '\n', '\n', '\n', '# NASA JPL (Jet Propulsion Laboratory) Site Web Scraper\n', 'def featured_image(browser):\n', ' # Visit the NASA JPL (Jet Propulsion Laboratory) Site\n', ' url = "https://www.jpl.nasa.gov/spaceimages/?search=&category=Mars"\n', ' browser.visit(url)\n', '\n', ' # Ask Splinter to Go to Site and Click Button with Class Name full_image\n', ' # <button class="full_image">Full Image</button>\n', ' full_image_button = browser.find_by_id("full_image")\n', ' full_image_button.click()\n', '\n', ' # Find "More Info" Button and Click It\n', ' browser.is_element_present_by_text("more info", wait_time=1)\n', ' more_info_element = browser.find_link_by_partial_text("more info")\n', ' more_info_element.click()\n', '\n', ' # Parse Results HTML with BeautifulSoup\n', ' html = browser.html\n', ' image_soup = BeautifulSoup(html, "html.parser")\n', '\n', ' img = image_soup.select_one("figure.lede a img")\n', ' try:\n', ' img_url = img.get("src")\n', ' except AttributeError:\n', ' return None \n', ' # Use Base URL to Create Absolute URL\n', ' img_url = f"https://www.jpl.nasa.gov{img_url}"\n', ' return img_url\n', '\n', '# Mars Weather Twitter Account Web Scraper\n', 'def twitter_weather(browser):\n', ' # Visit the Mars Weather Twitter Account\n', ' url = "https://twitter.com/marswxreport?lang=en"\n', ' browser.visit(url)\n', ' \n', ' # Parse Results HTML with BeautifulSoup\n', ' html = browser.html\n', ' weather_soup = BeautifulSoup(html, "html.parser")\n', ' \n', ' # Find a Tweet with the data-name `Mars Weather`\n', ' mars_weather_tweet = weather_soup.find("div", \n', ' attrs={\n', ' "class": "tweet", \n', ' "data-name": "Mars Weather"\n', ' })\n', ' # Search Within Tweet for <p> Tag Containing Tweet Text\n', ' mars_weather = mars_weather_tweet.find("p", "tweet-text").get_text()\n', ' return mars_weather\n', '\n', '\n', '# Mars Facts Web Scraper\n', 'def mars_facts():\n', ' # Visit the Mars Facts Site Using Pandas to Read\n', ' try:\n', ' df = pd.read_html("https://space-facts.com/mars/")[0]\n', ' except BaseException:\n', ' return None\n', ' df.columns=["Description", "Value"]\n', ' df.set_index("Description", inplace=True)\n', '\n', ' return df.to_html(classes="table table-striped")\n', '\n', '# Mars Hemispheres Web Scraper\n', 'def hemisphere(browser):\n', ' # Visit the USGS Astrogeology Science Center Site\n', ' url = "https://astrogeology.usgs.gov/search/results?q=hemisphere+enhanced&k1=target&v1=Mars"\n', ' browser.visit(url)\n', '\n', ' hemisphere_image_urls = []\n', '\n', ' # Get a List of All the Hemisphere\n', ' links = browser.find_by_css("a.product-item h3")\n', ' for item in range(len(links)):\n', ' hemisphere = {}\n', ' \n', ' # Find Element on Each Loop to Avoid a Stale Element Exception\n', ' browser.find_by_css("a.product-item h3")[item].click()\n', ' \n', ' # Find Sample Image Anchor Tag & Extract <href>\n', ' sample_element = browser.find_link_by_text("Sample").first\n', ' hemisphere["img_url"] = sample_element["href"]\n', ' \n', ' # Get Hemisphere Title\n', ' hemisphere["title"] = browser.find_by_css("h2.title").text\n', ' \n', ' # Append Hemisphere Object to List\n', ' hemisphere_image_urls.append(hemisphere)\n', ' \n', ' # Navigate Backwards\n', ' browser.back()\n', ' return hemisphere_image_urls\n', '\n', '\n', '\n', '\n', 'def scrape_all():\n', ' executable_path = {"executable_path": "/usr/local/bin/chromedriver"}\n', ' browser = Browser("chrome", **executable_path, headless=False)\n', ' news_title, news_paragraph = mars_news(browser)\n', ' img_url = featured_image(browser)\n', ' mars_weather = twitter_weather(browser)\n', ' facts = mars_facts()\n', ' hemisphere_image_urls = hemisphere(browser)\n', ' timestamp = dt.datetime.now()\n', '\n', ' data = {\n', ' "news_title": news_title,\n', ' "news_paragraph": news_paragraph,\n', ' "featured_image": img_url,\n', ' "weather": mars_weather,\n', ' "facts": facts,\n', ' "hemispheres": hemisphere_image_urls,\n', ' "last_modified": timestamp\n', ' }\n', ' browser.quit()\n', ' return data \n', '\n', 'if __name__ == "__main__":\n', ' print(scrape_all())']}], 'metadata': {'kernelspec': {'display_name': 'Python 3', 'language': 'python', 'name': 'python3'}, 'language_info': {'codemirror_mode': {'name': 'ipython', 'version': 3}, 'file_extension': '.py', 'mimetype': 'text/x-python', 'name': 'python', 'nbconvert_exporter': 'python', 'pygments_lexer': 'ipython3', 'version': '3.7.6'}}, 'nbformat': 4, 'nbformat_minor': 4} |
#! python3
# __author__ = "YangJiaHao"
# date: 2018/2/24
class Solution:
def maxSubArray(self, nums):
"""
:type nums: List[int]
:rtype: int
"""
if not nums:
return 0
cur_sum = max_sum = nums[0]
for num in nums[1:]:
cur_sum = max(num, cur_sum + num)
max_sum = max(cur_sum, max_sum)
return max_sum
class Solution2:
def maxSubArray(self, nums):
"""
:type nums: List[int]
:rtype: int
"""
if not nums:
return 0
dp = [nums[0]]
for num in nums[1:]:
dp.append(num + dp[-1] if dp[-1] > 0 else num)
return max(dp)
if __name__ == '__main__':
so = Solution2()
res = so.maxSubArray([-2, 1, -3, 4, -1, 2, 1, -5, 4])
print(res)
| class Solution:
def max_sub_array(self, nums):
"""
:type nums: List[int]
:rtype: int
"""
if not nums:
return 0
cur_sum = max_sum = nums[0]
for num in nums[1:]:
cur_sum = max(num, cur_sum + num)
max_sum = max(cur_sum, max_sum)
return max_sum
class Solution2:
def max_sub_array(self, nums):
"""
:type nums: List[int]
:rtype: int
"""
if not nums:
return 0
dp = [nums[0]]
for num in nums[1:]:
dp.append(num + dp[-1] if dp[-1] > 0 else num)
return max(dp)
if __name__ == '__main__':
so = solution2()
res = so.maxSubArray([-2, 1, -3, 4, -1, 2, 1, -5, 4])
print(res) |
CORS_ALLOW_ORIGINS = '*' # fixme!
CORS_ALLOW_METHODS = ['GET', 'POST', 'PATH', 'DELETE']
CORS_ALLOW_HEADERS = ['*'] # fixme!
DATABASE = {
'uri': 'mongodb://localhost:27017',
'max_pool_size': 10,
'db_name': 'uaberdb',
}
| cors_allow_origins = '*'
cors_allow_methods = ['GET', 'POST', 'PATH', 'DELETE']
cors_allow_headers = ['*']
database = {'uri': 'mongodb://localhost:27017', 'max_pool_size': 10, 'db_name': 'uaberdb'} |
lar = 0
sm = 0.0
while True :
st = input ('Enter a number: ')
if st == 'done':
break
try:
ft = int(st)
except:
print("Invalid input")
continue
print(ft)
num = num + 1
tot = tot + ft
print('All Done')
print(tot,num,tot/num)
| lar = 0
sm = 0.0
while True:
st = input('Enter a number: ')
if st == 'done':
break
try:
ft = int(st)
except:
print('Invalid input')
continue
print(ft)
num = num + 1
tot = tot + ft
print('All Done')
print(tot, num, tot / num) |
class StateChange:
VFX = 'vfx_state'
VFX_STATE = 'vfx_state_state'
AUDIO_STATE = 'audio_state'
AUDIO_EFFECT_STATE = 'audio_effect_state'
AUTONOMY_MODIFIERS = 'autonomy_modifiers'
AWARENESS = 'awareness'
BROADCASTER = 'broadcaster'
ENVIRONMENT_SCORE = 'environment_score'
PAINTING_REVEAL_LEVEL = 'painting_reveal_level'
PAINTING_STATE = 'painting_state'
FLOWING_PUDDLE_ENABLED = 'flowing_puddle_enabled'
REPLACE_OBJECT = 'replace_object'
UI_METADATA = 'ui_metadata'
VIDEO_STATE = 'video_playlist'
VIDEO_STATE_LOOPING = 'video_playlist_looping'
LIGHT_DIMMER_STATE = 'light_dimmer'
LIGHT_MATERIAL_STATE = 'light_material_states'
LOT_MODIFIERS = 'lot_statistic_modifiers'
SINGED = 'singed'
WIND_SPEED_LEVEL = 'wind_speed_level'
GRUBBY = 'grubby'
SCRATCHED = 'scratched'
CHANGE_VALUE = 'change_value'
TOGGLE_FOOTPRINT = 'toggle_footprint'
MANNEQUIN_POSE = 'mannequin_pose'
GEOMETRY_STATE_OVERRIDE = 'geometry_state_override'
MODEL_SUITE_STATE_INDEX = 'model_suite_state_index'
UTILITY_MODIFIERS = 'utility_modifiers'
LIVE_DRAG = 'live_drag_state'
FOCUS_SCORE = 'focus_score'
WALKSTYLE = 'walkstyle'
PERIODIC_LOOT = 'periodic_loot'
GLOW = 'glow'
SITUATION = 'situation'
TAN_LEVEL = 'tan_level'
ROUTE_EVENT = 'route_event'
SET_FIRE = 'set_fire'
SCALE = 'scale'
DYED = 'dyed'
| class Statechange:
vfx = 'vfx_state'
vfx_state = 'vfx_state_state'
audio_state = 'audio_state'
audio_effect_state = 'audio_effect_state'
autonomy_modifiers = 'autonomy_modifiers'
awareness = 'awareness'
broadcaster = 'broadcaster'
environment_score = 'environment_score'
painting_reveal_level = 'painting_reveal_level'
painting_state = 'painting_state'
flowing_puddle_enabled = 'flowing_puddle_enabled'
replace_object = 'replace_object'
ui_metadata = 'ui_metadata'
video_state = 'video_playlist'
video_state_looping = 'video_playlist_looping'
light_dimmer_state = 'light_dimmer'
light_material_state = 'light_material_states'
lot_modifiers = 'lot_statistic_modifiers'
singed = 'singed'
wind_speed_level = 'wind_speed_level'
grubby = 'grubby'
scratched = 'scratched'
change_value = 'change_value'
toggle_footprint = 'toggle_footprint'
mannequin_pose = 'mannequin_pose'
geometry_state_override = 'geometry_state_override'
model_suite_state_index = 'model_suite_state_index'
utility_modifiers = 'utility_modifiers'
live_drag = 'live_drag_state'
focus_score = 'focus_score'
walkstyle = 'walkstyle'
periodic_loot = 'periodic_loot'
glow = 'glow'
situation = 'situation'
tan_level = 'tan_level'
route_event = 'route_event'
set_fire = 'set_fire'
scale = 'scale'
dyed = 'dyed' |
"""
Author: Nathan Do
Email: nathan.dole@gmail.com
Description: Hooks for Opencart API app
"""
app_name = "opencart_api"
app_title = "Opencart API"
app_publisher = "Nathan (Hoovix Consulting Pte. Ltd.)"
app_description = "App for connecting Opencart through APIs. Updating Products, recording transactions"
app_icon = "icon-book"
app_color = "#589494"
app_email = "nathan.dole@gmail.com"
app_url = "https://github.com/nathando/erpnext-opencart-api.git"
app_version = "0.0.1"
# include js, css files in header of desk.html
# app_include_css = "/assets/css/opencart_api.css"
# app_include_js = "/assets/js/opencart_site.js"
doc_events = {
"Opencart Site": {
"validate": "opencart_api.oc_site.oc_validate"
},
"Item": {
"validate": "opencart_api.items.oc_validate",
# "on_trash": "opencart_api.items.oc_delete"
},
"Item Price": {
"validate": "opencart_api.item_prices.oc_validate",
},
"Customer": {
"validate": "opencart_api.customers.oc_validate",
"on_trash": "opencart_api.customers.oc_delete"
},
"Sales Order": {
"before_save": "opencart_api.orders.before_save",
# "before_insert": "opencart_api.orders.before_insert",
# "after_insert": "opencart_api.orders.after_insert",
# "validate": "opencart_api.sales_order.validate",
# "before_submit": "opencart_api.orders.before_submit",
# "before_cancel": "opencart_api.orders.before_cancel",
# "before_update_after_submit": "opencart_api.orders.before_update_after_submit",
# "on_update": "opencart_api.sales_order.on_update",
"on_submit": "opencart_api.orders.on_submit",
# "on_cancel": "opencart_api.orders.on_cancel",
# "on_update_after_submit": "opencart_api.orders.on_update_after_submit",
# "on_trash": "opencart_api.orders.on_trash"
},
"Sales Invoice": {
# "on_submit": "opencart_api.sales_invoice.on_submit"
},
"Purchase Receipt": {
},
"Delivery Note": {
# "before_submit": "opencart_api.delivery_note.before_submit",
"on_submit": "opencart_api.delivery_note.on_submit"
},
"Packing Slip": {
"on_submit": "opencart_api.packing_slip.on_submit",
"on_cancel": "opencart_api.packing_slip.on_cancel"
},
"Stock Entry": {
},
"Comment": {
"before_save": "opencart_api.comments.before_save",
},
"Communication": {
"before_save": "opencart_api.communications.before_save",
}
}
doctype_js = {
"Journal Entry": ["custom_scripts/journal_entry.js"],
"Purchase Order": ["custom_scripts/purchase_order.js"],
"Supplier Quotation": ["custom_scripts/supplier_quotation.js"],
"Quotation": ["custom_scripts/quotation.js"],
"Material Request": ["custom_scripts/material_request.js"],
"Purchase Receipt": ["custom_scripts/purchase_receipt.js"],
"Stock Entry": ["custom_scripts/stock_entry.js"],
"Item": ["custom_scripts/item.js"],
"Sales Order": ["custom_scripts/sales_order.js"],
"Sales Invoice": ["custom_scripts/sales_invoice.js"],
"Packing Slip": ["custom_scripts/packing_slip.js"],
"Stock Reconciliation": ["custom_scripts/stock_reconciliation.js"],
"Warehouse": ["custom_scripts/warehouse.js"]
}
doctype_list_js = {
"Delivery Note": ["custom_scripts/delivery_note_list.js"],
}
# Note on Fixtures (Nathan Do):
# csv fixtures files after being exported should be
# manually edited to maintain correct order as of ERPNext 4.9.2
fixtures = ["Custom Field", "Custom Script"]
scheduler_events = {
# "all": [
# "opencart_api.tasks.hourly"
# ],
# "all": [
# "opencart_api.tasks.daily"
# ],
"hourly": [
"opencart_api.tasks.hourly"
]
}
# Includes in <head>
# ------------------
# include js, css files in header of desk.html
# app_include_css = "/assets/opencart_api/css/opencart_api.css"
# app_include_js = "/assets/opencart_api/js/opencart_api.js"
# include js, css files in header of web template
# web_include_css = "/assets/opencart_api/css/opencart_api.css"
# web_include_js = "/assets/opencart_api/js/opencart_site.js"
# web_include_js = "/assets/js/opencart_site.js"
# Home Pages
# ----------
# application home page (will override Website Settings)
# home_page = "login"
# website user home page (by Role)
# role_home_page = {
# "Role": "home_page"
# }
# Generators
# ----------
# automatically create page for each record of this doctype
# website_generators = ["Web Page"]
# Installation
# ------------
# before_install = "opencart_api.install.before_install"
# after_install = "opencart_api.install.after_install"
# Desk Notifications
# ------------------
# See frappe.core.notifications.get_notification_config
# notification_config = "opencart_api.notifications.get_notification_config"
# Permissions
# -----------
# Permissions evaluated in scripted ways
# permission_query_conditions = {
# "Event": "frappe.core.doctype.event.event.get_permission_query_conditions",
# }
#
# has_permission = {
# "Event": "frappe.core.doctype.event.event.has_permission",
# }
# Document Events
# ---------------
# Hook on document methods and events
# doc_events = {
# "*": {
# "on_update": "method",
# "on_cancel": "method",
# "on_trash": "method"
# }
# }
# Scheduled Tasks
# ---------------
# scheduler_events = {
# "all": [
# "opencart_api.tasks.daily"
# ],
# "daily": [
# "opencart_api.tasks.daily"
# ],
# "hourly": [
# "opencart_api.tasks.hourly"
# ],
# "weekly": [
# "opencart_api.tasks.weekly"
# ]
# "monthly": [
# "opencart_api.tasks.monthly"
# ]
# }
# Testing
# -------
# before_tests = "opencart_api.install.before_tests"
# Overriding Whitelisted Methods
# ------------------------------
#
# override_whitelisted_methods = {
# "runserverobj": ["opencart_api.custom_hooks.run_method.runserverobj"]
# }
| """
Author: Nathan Do
Email: nathan.dole@gmail.com
Description: Hooks for Opencart API app
"""
app_name = 'opencart_api'
app_title = 'Opencart API'
app_publisher = 'Nathan (Hoovix Consulting Pte. Ltd.)'
app_description = 'App for connecting Opencart through APIs. Updating Products, recording transactions'
app_icon = 'icon-book'
app_color = '#589494'
app_email = 'nathan.dole@gmail.com'
app_url = 'https://github.com/nathando/erpnext-opencart-api.git'
app_version = '0.0.1'
doc_events = {'Opencart Site': {'validate': 'opencart_api.oc_site.oc_validate'}, 'Item': {'validate': 'opencart_api.items.oc_validate'}, 'Item Price': {'validate': 'opencart_api.item_prices.oc_validate'}, 'Customer': {'validate': 'opencart_api.customers.oc_validate', 'on_trash': 'opencart_api.customers.oc_delete'}, 'Sales Order': {'before_save': 'opencart_api.orders.before_save', 'on_submit': 'opencart_api.orders.on_submit'}, 'Sales Invoice': {}, 'Purchase Receipt': {}, 'Delivery Note': {'on_submit': 'opencart_api.delivery_note.on_submit'}, 'Packing Slip': {'on_submit': 'opencart_api.packing_slip.on_submit', 'on_cancel': 'opencart_api.packing_slip.on_cancel'}, 'Stock Entry': {}, 'Comment': {'before_save': 'opencart_api.comments.before_save'}, 'Communication': {'before_save': 'opencart_api.communications.before_save'}}
doctype_js = {'Journal Entry': ['custom_scripts/journal_entry.js'], 'Purchase Order': ['custom_scripts/purchase_order.js'], 'Supplier Quotation': ['custom_scripts/supplier_quotation.js'], 'Quotation': ['custom_scripts/quotation.js'], 'Material Request': ['custom_scripts/material_request.js'], 'Purchase Receipt': ['custom_scripts/purchase_receipt.js'], 'Stock Entry': ['custom_scripts/stock_entry.js'], 'Item': ['custom_scripts/item.js'], 'Sales Order': ['custom_scripts/sales_order.js'], 'Sales Invoice': ['custom_scripts/sales_invoice.js'], 'Packing Slip': ['custom_scripts/packing_slip.js'], 'Stock Reconciliation': ['custom_scripts/stock_reconciliation.js'], 'Warehouse': ['custom_scripts/warehouse.js']}
doctype_list_js = {'Delivery Note': ['custom_scripts/delivery_note_list.js']}
fixtures = ['Custom Field', 'Custom Script']
scheduler_events = {'hourly': ['opencart_api.tasks.hourly']} |
# -*- coding: utf-8 -*-
__author__ = """Chancy Kennedy"""
__email__ = 'kennedychancy+fuzzyjoin@gmail.com'
__version__ = '0.5.2'
| __author__ = 'Chancy Kennedy'
__email__ = 'kennedychancy+fuzzyjoin@gmail.com'
__version__ = '0.5.2' |
class User:
"""
a class for new users and login data
"""
user_list=[]
# created instance variables to take up email,name,username and password of user
def __init__(self,email,name,username,password):
self.email=email
self.name=name
self.username=username
self.password=password
def save_login(self):
"""
a method that saves users objects into user_list
"""
User.user_list.append(self)
@classmethod
def user_auth(cls,name,pin):
"""
This method returns a boolean True if the username and pin inputted
matches those of a user in the user_list array
"""
for user in cls.user_list:
if user.username == name and user.password == pin:
return True
return False
| class User:
"""
a class for new users and login data
"""
user_list = []
def __init__(self, email, name, username, password):
self.email = email
self.name = name
self.username = username
self.password = password
def save_login(self):
"""
a method that saves users objects into user_list
"""
User.user_list.append(self)
@classmethod
def user_auth(cls, name, pin):
"""
This method returns a boolean True if the username and pin inputted
matches those of a user in the user_list array
"""
for user in cls.user_list:
if user.username == name and user.password == pin:
return True
return False |
n = int(input())
a = list(map(int, input().split()))
histogram = {}
res = 0
for i in range(n-1):
for j in range(i+1, n):
s = a[i] + a[j]
if s not in histogram:
histogram[s] = 0
histogram[s] += 1
res = max(res, histogram[s])
print(res)
| n = int(input())
a = list(map(int, input().split()))
histogram = {}
res = 0
for i in range(n - 1):
for j in range(i + 1, n):
s = a[i] + a[j]
if s not in histogram:
histogram[s] = 0
histogram[s] += 1
res = max(res, histogram[s])
print(res) |
"""
Minimum Add to Make Parentheses Valid
A parentheses string is valid if and only if:
It is the empty string,
It can be written as AB (A concatenated with B), where A and B are valid strings, or
It can be written as (A), where A is a valid string.
You are given a parentheses string s. In one move, you can insert a parenthesis at any position of the string.
For example, if s = "()))", you can insert an opening parenthesis to be "(()))" or a closing parenthesis to be "())))".
Return the minimum number of moves required to make s valid.
Example 1:
Input: s = "())"
Output: 1
Example 2:
Input: s = "((("
Output: 3
Example 3:
Input: s = "()"
Output: 0
Example 4:
Input: s = "()))(("
Output: 4
Constraints:
1 <= s.length <= 1000
s[i] is either '(' or ')'.
"""
class Solution(object):
def minAddToMakeValid(self, S):
ans = bal = 0
for symbol in S:
bal += 1 if symbol == '(' else -1
# It is guaranteed bal >= -1
if bal == -1:
ans += 1
bal += 1
return ans + bal
if __name__ == '__main__':
print(Solution().minAddToMakeValid("()))")) | """
Minimum Add to Make Parentheses Valid
A parentheses string is valid if and only if:
It is the empty string,
It can be written as AB (A concatenated with B), where A and B are valid strings, or
It can be written as (A), where A is a valid string.
You are given a parentheses string s. In one move, you can insert a parenthesis at any position of the string.
For example, if s = "()))", you can insert an opening parenthesis to be "(()))" or a closing parenthesis to be "())))".
Return the minimum number of moves required to make s valid.
Example 1:
Input: s = "())"
Output: 1
Example 2:
Input: s = "((("
Output: 3
Example 3:
Input: s = "()"
Output: 0
Example 4:
Input: s = "()))(("
Output: 4
Constraints:
1 <= s.length <= 1000
s[i] is either '(' or ')'.
"""
class Solution(object):
def min_add_to_make_valid(self, S):
ans = bal = 0
for symbol in S:
bal += 1 if symbol == '(' else -1
if bal == -1:
ans += 1
bal += 1
return ans + bal
if __name__ == '__main__':
print(solution().minAddToMakeValid('()))')) |
# definition of U and V
class Direction(object):
def __init__(self, direction):
self.direction = direction
U = Direction('u')
V = Direction('v')
# definition of U0, U1, V0, V1 as the edges of surfaces
class Edge(object):
def __init__(self, direction, value):
self.direction = direction
self.value = value
U0 = Edge(U, 0)
U1 = Edge(U, 1)
V0 = Edge(V, 0)
V1 = Edge(V, 1)
class SurfaceJointProperites(object):
""" Class that constrols the variables that inform the joint design within a surface
type = 0 (regular triple_dowel) -> default types, takes the args - :
x0_ext - first shift along the beams axis, resulting into a new middle point
cover_h - how much the second point should lay underneath the edge of the beam
x1_ext - second shfit along the beams axis, resulting into the new top (or bottom) point
symmetry_flag - whether the dowel hole connections are axis symmetrical (True) or point symmetrical (False)
invert_flag - whether the direction should be inverted or not
fit_line_flag - whether you consider the middle beam as well or not (default = False)
type = 1 (parametric triple_dowel first function) - takes the diagonals lengths of the overlap diamond and the distance between beams as parameters
x0_ext_min - min range x0_ext
x0_ext_max - max range x0_ext
x0_var_par - parameter that influences the development of the x0_ext range
cover_h_min - min range cover_h
cover_h_max - max range cover_h
cover_h_par - parameter that influences the development of the cover_h range
x1_ext_min - min range x1_ext
x1_ext_max - max range x1_ext
x1_ext_par - parameter that influences the development of the x1_ext range
symmetry_flag - whether the dowel hole connections are axis symmetrical (True) or point symmetrical (False)
invert_flag - whether the direction should be inverted or not
fit_line_flag - whether you consider the middle beam as well or not (default = False)
type = 2 (parametric triple_dowel second function) - takes the diagonals lengths of the overlap diamond and the distance between beams as parameters
p_a - point spacing control
p_b - point spacing control
p_c - point spacing control
p_d - point spacing control
offset - how much the diamond get's offsetted
"""
def __init__(self):
# setting the default values
self.f_0 = [40, 20, 20, True, False, False]
self.f_1 = [100, 500, .2, 30, 70, .5, 50, 150, .3, False, True, False]
self.f_2 = [0.2, 0.3, 0.5, 0.6, ]
def set_function_0(self):
pass
| class Direction(object):
def __init__(self, direction):
self.direction = direction
u = direction('u')
v = direction('v')
class Edge(object):
def __init__(self, direction, value):
self.direction = direction
self.value = value
u0 = edge(U, 0)
u1 = edge(U, 1)
v0 = edge(V, 0)
v1 = edge(V, 1)
class Surfacejointproperites(object):
""" Class that constrols the variables that inform the joint design within a surface
type = 0 (regular triple_dowel) -> default types, takes the args - :
x0_ext - first shift along the beams axis, resulting into a new middle point
cover_h - how much the second point should lay underneath the edge of the beam
x1_ext - second shfit along the beams axis, resulting into the new top (or bottom) point
symmetry_flag - whether the dowel hole connections are axis symmetrical (True) or point symmetrical (False)
invert_flag - whether the direction should be inverted or not
fit_line_flag - whether you consider the middle beam as well or not (default = False)
type = 1 (parametric triple_dowel first function) - takes the diagonals lengths of the overlap diamond and the distance between beams as parameters
x0_ext_min - min range x0_ext
x0_ext_max - max range x0_ext
x0_var_par - parameter that influences the development of the x0_ext range
cover_h_min - min range cover_h
cover_h_max - max range cover_h
cover_h_par - parameter that influences the development of the cover_h range
x1_ext_min - min range x1_ext
x1_ext_max - max range x1_ext
x1_ext_par - parameter that influences the development of the x1_ext range
symmetry_flag - whether the dowel hole connections are axis symmetrical (True) or point symmetrical (False)
invert_flag - whether the direction should be inverted or not
fit_line_flag - whether you consider the middle beam as well or not (default = False)
type = 2 (parametric triple_dowel second function) - takes the diagonals lengths of the overlap diamond and the distance between beams as parameters
p_a - point spacing control
p_b - point spacing control
p_c - point spacing control
p_d - point spacing control
offset - how much the diamond get's offsetted
"""
def __init__(self):
self.f_0 = [40, 20, 20, True, False, False]
self.f_1 = [100, 500, 0.2, 30, 70, 0.5, 50, 150, 0.3, False, True, False]
self.f_2 = [0.2, 0.3, 0.5, 0.6]
def set_function_0(self):
pass |
class Solution:
def restoreString(self, s: str, indices: List[int]) -> str:
result = [None] * len(s)
for i, j in enumerate(indices):
result[j] = s[i]
return "".join(result) | class Solution:
def restore_string(self, s: str, indices: List[int]) -> str:
result = [None] * len(s)
for (i, j) in enumerate(indices):
result[j] = s[i]
return ''.join(result) |
"""
*Hue*
The hue ring.
"""
| """
*Hue*
The hue ring.
""" |
class Nothing:
"""A basic Callable NoneType
Use this object to write generic code pipelines
Makes your life easier when using the railway paradigm
Using Nothing lets you avoid errors like:
AttributeError: "NoneType" object has no attribute ...
TypeError: "NoneType" object is not callable
TypeError: bad operand type for unary ...: "NoneType"
TypeError: unsupported operand type(s) for ...: "NoneType" and ...
TypeError: type NoneType doesn't define __round__ method
TypeError: 'NoneType' object is not subscriptable
...
Just define your code pipeline using Nothing when your function hits a problem
and let the flow guide your logic towards the failing strategy without crashing
>>> Nothing()
>>> Nothing
>>> print(Nothing)
>>> Nothing
>>> Nothing + 1
>>> Nothing
>>> Nothing[-42:42]
>>> Nothing
"""
def __call__(self, *args, **kwargs):
"""calling Nothing
The long awaited callable None
>>> Nothing()
>>> Nothing
Returns:
Nothing: the long awaited callable None
"""
return self
def __repr__(self) -> str:
"""string represention
>>> repr(Nothing)
>>> "Nothing"
Returns:
str: Nothing
"""
return "Nothing"
def __str__(self) -> str:
"""string represention
>>> str(Nothing)
>>> "Nothing"
Returns:
str: Nothing
"""
return "Nothing"
def __neg__(self):
"""support negation
>>> - Nothing
>>> Nothing
Returns:
self Nothing: Nothing
"""
return self
def __pos__(self):
"""support position +
>>> + Nothing
>>> Nothing
Returns:
self Nothing: Nothing
"""
return self
def __abs__(self):
"""support absolute value operation
>>> abs(Nothing)
>>> Nothing
Returns:
self Nothing: Nothing
"""
return self
def __invert__(self):
"""support invesion ~
>>> ~Nothing
>>> Nothing
Returns:
self Nothing: Nothing
"""
return self
def __int__(self):
"""support int conversion operation
Returns:
self Nothing: Nothing
"""
raise TypeError("int() argument must be Something, not Nothing")
def __round__(self, *args, **kwargs):
"""support rounding operation
>>> round(Nothing)
Nothing
Returns:
self Nothing: Nothing
"""
return self
def __trunc__(self):
"""support rounding operation
>>> from math import trunc
>>> trunc(Nothing)
Nothing
Returns:
self Nothing: Nothing
"""
return self
def __floor__(self):
"""support floor operation
Floor Gang Awou
>>> from math import floor
>>> floor(Nothing)
Nothing
Returns:
self Nothing: Nothing
"""
print("Floor gang awou")
return self
def __ceil__(self):
"""support ceil operation
>>> from math import ceil
>>> ceil(Nothing)
Nothing
Returns:
self Nothing: Nothing
"""
return self
def __add__(self, other):
"""add left to right operation
>>> Nothing + 1
Nothing
Args:
other (Any): Can be anything
Returns:
self Nothing: Nothing
"""
return self
def __radd__(self, other):
"""add right to left operation
>>> 1 + Nothing
Nothing
Args:
other (Any): Can be Anything
Returns:
self Nothing: Nothing
"""
return self
def __sub__(self, other):
"""substract lef to right
>>> Nothing - 1
Nothing
Args:
other (Any): Can be Anything
Returns:
self Nothing: Nothing
"""
return self
def __rsub__(self, other):
"""substract lef to right
>>> 1 - Nothing
Nothing
Args:
other (Any): Can be Anything
Returns:
self Nothing: Nothing
"""
return self
def __mul__(self, other):
"""multiply lef to right
>>> Nothing * 1
Nothing
Args:
other (Any): Can be Anything
Returns:
self Nothing: Nothing
"""
return self
def __rmul__(self, other):
"""multiply right to left
>>> 2 * Nothing
Nothing
Args:
other (Any): Can be Anything
Returns:
self Nothing: Nothing
"""
return self
def __matmul__(self, other):
"""matrix multiply left to right
Args:
other (Any): Can be Anything
Returns:
self Nothing: Nothing
"""
return self
def __rmatmul__(self, other):
"""matrix multiply right to left
Args:
other (Any): Can be Anything
Returns:
self Nothing: Nothing
"""
return self
def __truediv__(self, other):
"""divide left to right
>>> Nothing / 2
Nothing
Args:
other (Any): Can be Anything
Returns:
self Nothing: Nothing
"""
return self
def __rtruediv__(self, other):
"""divide right to left
>>> 2 / Nothing
Nothing
Args:
other (Any): Can be Anything
Returns:
self Nothing: Nothing
"""
return self
def __floordiv__(self, other):
"""floor divide left to right
>>> Nothing // 2
Nothing
Args:
other (Any): Can be Anything
Returns:
self Nothing: Nothing
"""
return self
def __rfloordiv__(self, other):
"""floor divide right to left
>>> 2 // Nothing
Args:
other (Any): Can be Anything
Returns:
self Nothing: Nothing
"""
return self
def __ifloordiv__(self, other):
"""floor divide right to left
>>> 2 // Nothing
Args:
other (Any): Can be Anything
Returns:
self Nothing: Nothing
"""
return self
def __getattr__(self, attr: str):
"""get attribute of Nothing
>>> getattr(Nothing, "heok")
Nothing
Args:
attr (str): Can be any string
Returns:
self Nothing: Nothing
"""
return self
def __setattr__(self, attr, value):
"""Do Nothing
>>> setattr(Nothing, "hello", "world")
Args:
attr (str): Can be any string
value (Any): Can be Anything
"""
pass
def __getitem__(self, k):
"""Support indexing and slicing
>>> Nothing[3]
Nothing
>>> Nothing[2:3]
[Nothing]
Args:
k (Union[int, List[int]]): Can be any int or any slice
Returns:
Union[Nothing, List[Nothing]]: Can be either Nothing or [Nothing]
"""
if isinstance(k, int):
return self
return [self]
def __iter__(self):
"""Support iteration
Returns:
Iterable: Iterable[Nothing]
"""
return iter([self])
def __len__(self) -> int:
"""Support len function on Nothing
Returns:
int: 1
"""
return 1
def __and__(self, other):
"""Boolean operation
Args:
other (Any): can be Anything
Returns:
self Nothing: Nothing
Warning: does not override the and operand but the &
>>> Nothing & 0
>>> Nothing
>>> 1 and Nothing
>>> Nothing
"""
return self
def __rand__(self, other):
"""Boolean operation
Args:
other (Any): can be Anything
Returns:
self Nothing: Nothing
Warning: does not override the and operand but the &
>>> Nothing & 0
>>> Nothing
>>> 1 and Nothing
>>> Nothing
"""
return self
def __iand__(self, other):
"""Boolean operation
Args:
other (Any): can be Anything
Returns:
self Nothing: Nothing
Warning: does not override the and operand but the &
>>> Nothing & 0
>>> Nothing
>>> 1 and Nothing
>>> Nothing
"""
return self
def __or__(self, other):
"""Boolean operation
Args:
other (Any): can be Anything
Returns:
self Nothing: Nothing
Warning: does not override the or operand but the &
>>> Nothing | 0
>>> Nothing
>>> 1 | Nothing
>>> Nothing
"""
return self
def __ror__(self, other):
"""Boolean operation
Args:
other (Any): can be Anything
Returns:
self Nothing: Nothing
Warning: does not override the or operand but the &
>>> Nothing | 0
>>> Nothing
>>> 1 | Nothing
>>> Nothing
"""
return self
def __ior__(self, other):
"""Boolean operation
Args:
other (Any): can be Anything
Returns:
self Nothing: Nothing
Warning: does not override the or operand but the &
>>> Nothing | 0
>>> Nothing
>>> 1 | Nothing
>>> Nothing
"""
return self
def __xor__(self, other):
"""Boolean operation
Args:
other (Any): can be Anything
Returns:
self Nothing: Nothing
Warning: does not override the or operand but the &
>>> Nothing | 0
>>> Nothing
>>> 1 | Nothing
>>> Nothing
"""
return self
def __rxor__(self, other):
"""Boolean operation
Args:
other (Any): can be Anything
Returns:
self Nothing: Nothing
Warning: does not override the or operand but the &
>>> Nothing | 0
>>> Nothing
>>> 1 | Nothing
>>> Nothing
"""
return self
def __ixor__(self, other):
"""Boolean operation
Args:
other (Any): can be Anything
Returns:
self Nothing: Nothing
Warning: does not override the or operand but the &
>>> Nothing | 0
>>> Nothing
>>> 1 | Nothing
>>> Nothing
"""
return self
def __lt__(self, other):
"""Boolean operation
Args:
other (Any): can be Anything
Returns:
self Nothing: Nothing
"""
return self
def __le__(self, other):
"""Boolean operation
Args:
other (Any): can be Anything
Returns:
self Nothing: Nothing
"""
return self
def __gt__(self, other):
"""Boolean operation
Args:
other (Any): can be Anything
Returns:
self Nothing: Nothing
"""
return self
def __ge__(self, other):
"""Boolean operation
Args:
other (Any): can be Anything
Returns:
self Nothing: Nothing
"""
return self
def __eq__(self, other) -> bool:
"""Support Equality check
Args:
other (Union[Nothing, Any]): can be either Nothing or Anything
Returns:
bool: can be either True or False
"""
if isinstance(other, type(self)):
return True
return False
def __hash__(self) -> int:
"""Support hash function
Returns:
int: returns in hash of Nothing object
"""
return hash("Nothing")
| class Nothing:
"""A basic Callable NoneType
Use this object to write generic code pipelines
Makes your life easier when using the railway paradigm
Using Nothing lets you avoid errors like:
AttributeError: "NoneType" object has no attribute ...
TypeError: "NoneType" object is not callable
TypeError: bad operand type for unary ...: "NoneType"
TypeError: unsupported operand type(s) for ...: "NoneType" and ...
TypeError: type NoneType doesn't define __round__ method
TypeError: 'NoneType' object is not subscriptable
...
Just define your code pipeline using Nothing when your function hits a problem
and let the flow guide your logic towards the failing strategy without crashing
>>> Nothing()
>>> Nothing
>>> print(Nothing)
>>> Nothing
>>> Nothing + 1
>>> Nothing
>>> Nothing[-42:42]
>>> Nothing
"""
def __call__(self, *args, **kwargs):
"""calling Nothing
The long awaited callable None
>>> Nothing()
>>> Nothing
Returns:
Nothing: the long awaited callable None
"""
return self
def __repr__(self) -> str:
"""string represention
>>> repr(Nothing)
>>> "Nothing"
Returns:
str: Nothing
"""
return 'Nothing'
def __str__(self) -> str:
"""string represention
>>> str(Nothing)
>>> "Nothing"
Returns:
str: Nothing
"""
return 'Nothing'
def __neg__(self):
"""support negation
>>> - Nothing
>>> Nothing
Returns:
self Nothing: Nothing
"""
return self
def __pos__(self):
"""support position +
>>> + Nothing
>>> Nothing
Returns:
self Nothing: Nothing
"""
return self
def __abs__(self):
"""support absolute value operation
>>> abs(Nothing)
>>> Nothing
Returns:
self Nothing: Nothing
"""
return self
def __invert__(self):
"""support invesion ~
>>> ~Nothing
>>> Nothing
Returns:
self Nothing: Nothing
"""
return self
def __int__(self):
"""support int conversion operation
Returns:
self Nothing: Nothing
"""
raise type_error('int() argument must be Something, not Nothing')
def __round__(self, *args, **kwargs):
"""support rounding operation
>>> round(Nothing)
Nothing
Returns:
self Nothing: Nothing
"""
return self
def __trunc__(self):
"""support rounding operation
>>> from math import trunc
>>> trunc(Nothing)
Nothing
Returns:
self Nothing: Nothing
"""
return self
def __floor__(self):
"""support floor operation
Floor Gang Awou
>>> from math import floor
>>> floor(Nothing)
Nothing
Returns:
self Nothing: Nothing
"""
print('Floor gang awou')
return self
def __ceil__(self):
"""support ceil operation
>>> from math import ceil
>>> ceil(Nothing)
Nothing
Returns:
self Nothing: Nothing
"""
return self
def __add__(self, other):
"""add left to right operation
>>> Nothing + 1
Nothing
Args:
other (Any): Can be anything
Returns:
self Nothing: Nothing
"""
return self
def __radd__(self, other):
"""add right to left operation
>>> 1 + Nothing
Nothing
Args:
other (Any): Can be Anything
Returns:
self Nothing: Nothing
"""
return self
def __sub__(self, other):
"""substract lef to right
>>> Nothing - 1
Nothing
Args:
other (Any): Can be Anything
Returns:
self Nothing: Nothing
"""
return self
def __rsub__(self, other):
"""substract lef to right
>>> 1 - Nothing
Nothing
Args:
other (Any): Can be Anything
Returns:
self Nothing: Nothing
"""
return self
def __mul__(self, other):
"""multiply lef to right
>>> Nothing * 1
Nothing
Args:
other (Any): Can be Anything
Returns:
self Nothing: Nothing
"""
return self
def __rmul__(self, other):
"""multiply right to left
>>> 2 * Nothing
Nothing
Args:
other (Any): Can be Anything
Returns:
self Nothing: Nothing
"""
return self
def __matmul__(self, other):
"""matrix multiply left to right
Args:
other (Any): Can be Anything
Returns:
self Nothing: Nothing
"""
return self
def __rmatmul__(self, other):
"""matrix multiply right to left
Args:
other (Any): Can be Anything
Returns:
self Nothing: Nothing
"""
return self
def __truediv__(self, other):
"""divide left to right
>>> Nothing / 2
Nothing
Args:
other (Any): Can be Anything
Returns:
self Nothing: Nothing
"""
return self
def __rtruediv__(self, other):
"""divide right to left
>>> 2 / Nothing
Nothing
Args:
other (Any): Can be Anything
Returns:
self Nothing: Nothing
"""
return self
def __floordiv__(self, other):
"""floor divide left to right
>>> Nothing // 2
Nothing
Args:
other (Any): Can be Anything
Returns:
self Nothing: Nothing
"""
return self
def __rfloordiv__(self, other):
"""floor divide right to left
>>> 2 // Nothing
Args:
other (Any): Can be Anything
Returns:
self Nothing: Nothing
"""
return self
def __ifloordiv__(self, other):
"""floor divide right to left
>>> 2 // Nothing
Args:
other (Any): Can be Anything
Returns:
self Nothing: Nothing
"""
return self
def __getattr__(self, attr: str):
"""get attribute of Nothing
>>> getattr(Nothing, "heok")
Nothing
Args:
attr (str): Can be any string
Returns:
self Nothing: Nothing
"""
return self
def __setattr__(self, attr, value):
"""Do Nothing
>>> setattr(Nothing, "hello", "world")
Args:
attr (str): Can be any string
value (Any): Can be Anything
"""
pass
def __getitem__(self, k):
"""Support indexing and slicing
>>> Nothing[3]
Nothing
>>> Nothing[2:3]
[Nothing]
Args:
k (Union[int, List[int]]): Can be any int or any slice
Returns:
Union[Nothing, List[Nothing]]: Can be either Nothing or [Nothing]
"""
if isinstance(k, int):
return self
return [self]
def __iter__(self):
"""Support iteration
Returns:
Iterable: Iterable[Nothing]
"""
return iter([self])
def __len__(self) -> int:
"""Support len function on Nothing
Returns:
int: 1
"""
return 1
def __and__(self, other):
"""Boolean operation
Args:
other (Any): can be Anything
Returns:
self Nothing: Nothing
Warning: does not override the and operand but the &
>>> Nothing & 0
>>> Nothing
>>> 1 and Nothing
>>> Nothing
"""
return self
def __rand__(self, other):
"""Boolean operation
Args:
other (Any): can be Anything
Returns:
self Nothing: Nothing
Warning: does not override the and operand but the &
>>> Nothing & 0
>>> Nothing
>>> 1 and Nothing
>>> Nothing
"""
return self
def __iand__(self, other):
"""Boolean operation
Args:
other (Any): can be Anything
Returns:
self Nothing: Nothing
Warning: does not override the and operand but the &
>>> Nothing & 0
>>> Nothing
>>> 1 and Nothing
>>> Nothing
"""
return self
def __or__(self, other):
"""Boolean operation
Args:
other (Any): can be Anything
Returns:
self Nothing: Nothing
Warning: does not override the or operand but the &
>>> Nothing | 0
>>> Nothing
>>> 1 | Nothing
>>> Nothing
"""
return self
def __ror__(self, other):
"""Boolean operation
Args:
other (Any): can be Anything
Returns:
self Nothing: Nothing
Warning: does not override the or operand but the &
>>> Nothing | 0
>>> Nothing
>>> 1 | Nothing
>>> Nothing
"""
return self
def __ior__(self, other):
"""Boolean operation
Args:
other (Any): can be Anything
Returns:
self Nothing: Nothing
Warning: does not override the or operand but the &
>>> Nothing | 0
>>> Nothing
>>> 1 | Nothing
>>> Nothing
"""
return self
def __xor__(self, other):
"""Boolean operation
Args:
other (Any): can be Anything
Returns:
self Nothing: Nothing
Warning: does not override the or operand but the &
>>> Nothing | 0
>>> Nothing
>>> 1 | Nothing
>>> Nothing
"""
return self
def __rxor__(self, other):
"""Boolean operation
Args:
other (Any): can be Anything
Returns:
self Nothing: Nothing
Warning: does not override the or operand but the &
>>> Nothing | 0
>>> Nothing
>>> 1 | Nothing
>>> Nothing
"""
return self
def __ixor__(self, other):
"""Boolean operation
Args:
other (Any): can be Anything
Returns:
self Nothing: Nothing
Warning: does not override the or operand but the &
>>> Nothing | 0
>>> Nothing
>>> 1 | Nothing
>>> Nothing
"""
return self
def __lt__(self, other):
"""Boolean operation
Args:
other (Any): can be Anything
Returns:
self Nothing: Nothing
"""
return self
def __le__(self, other):
"""Boolean operation
Args:
other (Any): can be Anything
Returns:
self Nothing: Nothing
"""
return self
def __gt__(self, other):
"""Boolean operation
Args:
other (Any): can be Anything
Returns:
self Nothing: Nothing
"""
return self
def __ge__(self, other):
"""Boolean operation
Args:
other (Any): can be Anything
Returns:
self Nothing: Nothing
"""
return self
def __eq__(self, other) -> bool:
"""Support Equality check
Args:
other (Union[Nothing, Any]): can be either Nothing or Anything
Returns:
bool: can be either True or False
"""
if isinstance(other, type(self)):
return True
return False
def __hash__(self) -> int:
"""Support hash function
Returns:
int: returns in hash of Nothing object
"""
return hash('Nothing') |
class Dog:
name=None
legs=None
age=None
gender=None
isCute=None | class Dog:
name = None
legs = None
age = None
gender = None
is_cute = None |
'''
Have the function SimpleSymbols(str) take the str parameter being passed and determine if it is an acceptable sequence by either returning the string true or false.
The str parameter will be composed of + and = symbols with several letters between them (ie. ++d+===+c++==a)
and for the string to be true each letter must be surrounded by a + symbol. So the string to the left would be false.
The string will not be empty and will have at least one letter.
'''
def SimpleSymbols(str):
alph = "abcdefghijklmnopqrstuvwxyz"
x = True
if (str[0] in alph) or (str[-1] in alph):
return False
for char in str:
char = char.lower()
if char in alph:
indx_p = str.index(char)+1
indx_m = str.index(char)-1
if (str[indx_p] == '+') and (str[indx_m] == '+'):
pass
else:
x = False
return x
test = '"+d+=3=+s+"'
test2 = '+=+f++d'
print(SimpleSymbols(test2))
| """
Have the function SimpleSymbols(str) take the str parameter being passed and determine if it is an acceptable sequence by either returning the string true or false.
The str parameter will be composed of + and = symbols with several letters between them (ie. ++d+===+c++==a)
and for the string to be true each letter must be surrounded by a + symbol. So the string to the left would be false.
The string will not be empty and will have at least one letter.
"""
def simple_symbols(str):
alph = 'abcdefghijklmnopqrstuvwxyz'
x = True
if str[0] in alph or str[-1] in alph:
return False
for char in str:
char = char.lower()
if char in alph:
indx_p = str.index(char) + 1
indx_m = str.index(char) - 1
if str[indx_p] == '+' and str[indx_m] == '+':
pass
else:
x = False
return x
test = '"+d+=3=+s+"'
test2 = '+=+f++d'
print(simple_symbols(test2)) |
# from linked_list import LinkedList
def ll_merge(arg2, arg1):
if arg2._len <= 0 and arg1._len <= 0:
return False
if arg2.head is None:
return arg1
if arg1.head is None:
return arg2
if True:
ptr_left, ptr_right = arg1.head, arg2.head
while ptr_right is not None:
# if ptr_left._next:
arg1.insert_before(ptr_left.val, ptr_right)
ptr_left, ptr_right = ptr_left._next, ptr_right._next
return arg1
else:
ptr_left, ptr_right = arg1.head, arg2.head
while ptr_left is not None:
arg2.insert_before(ptr_right.val, ptr_left)
ptr_left, ptr_right = ptr_left._next, ptr_right._next
return arg2
# arr1 = LinkedList([2, 3, 4, 5])
# arr2 = LinkedList([5, 6, 7, 8])
#
# b = ll_merge(arr1, arr2)
#
# print(b)
| def ll_merge(arg2, arg1):
if arg2._len <= 0 and arg1._len <= 0:
return False
if arg2.head is None:
return arg1
if arg1.head is None:
return arg2
if True:
(ptr_left, ptr_right) = (arg1.head, arg2.head)
while ptr_right is not None:
arg1.insert_before(ptr_left.val, ptr_right)
(ptr_left, ptr_right) = (ptr_left._next, ptr_right._next)
return arg1
else:
(ptr_left, ptr_right) = (arg1.head, arg2.head)
while ptr_left is not None:
arg2.insert_before(ptr_right.val, ptr_left)
(ptr_left, ptr_right) = (ptr_left._next, ptr_right._next)
return arg2 |
upload_folder = './static/images/'
static_folder = '/static/'
testing_folder = './unit_tests/'
test_data_folder = '/tests/test_data'
class Config(object):
DEBUG = False
TESTING = False
class ProductionConfig(Config):
SECRET_KEY = 'Y\xbf\xb9\xb6\x9e\xca\xf0\tM\x08\x96\x17\xa1t\x90h\xaf\x92\xca1\xde\xcff\xf0'
ENCRYPTION_ROUNDS = 12
UPLOAD_FOLDER = upload_folder
STATIC_FOLDER = static_folder
class DevelopmentConfig(Config):
DEBUG = True
SECRET_KEY = 'Y\xbf\xb9\xb6\x9e\xca\xf0\tM\x08\x96\x17\xa1t\x90h\xaf\x92\xca1\xde\xcff\xf0'
ENCRYPTION_ROUNDS = 12
JSONIFY_PRETTYPRINT_REGULAR = False
UPLOAD_FOLDER = upload_folder
STATIC_FOLDER = static_folder
class TestingConfig(Config):
TESTING = True
DEBUG = True
SECRET_KEY = 'test_secret_key'
ENCRYPTION_ROUNDS = 4
UPLOAD_FOLDER = testing_folder
STATIC_FOLDER = test_data_folder
| upload_folder = './static/images/'
static_folder = '/static/'
testing_folder = './unit_tests/'
test_data_folder = '/tests/test_data'
class Config(object):
debug = False
testing = False
class Productionconfig(Config):
secret_key = 'Y¿¹¶\x9eÊð\tM\x08\x96\x17¡t\x90h¯\x92Ê1ÞÏfð'
encryption_rounds = 12
upload_folder = upload_folder
static_folder = static_folder
class Developmentconfig(Config):
debug = True
secret_key = 'Y¿¹¶\x9eÊð\tM\x08\x96\x17¡t\x90h¯\x92Ê1ÞÏfð'
encryption_rounds = 12
jsonify_prettyprint_regular = False
upload_folder = upload_folder
static_folder = static_folder
class Testingconfig(Config):
testing = True
debug = True
secret_key = 'test_secret_key'
encryption_rounds = 4
upload_folder = testing_folder
static_folder = test_data_folder |
__author__ = 'Christie'
# Write a function in any language that takes as input a list of lists of integers.
# The function should return void, and print to standard output the number of times each integer appeared at each index
# in an inner list. So for instance:
# countem ([ [ 1,2,3], [1,3,4], [1,3] ]) would output:
# 1 @ 0 -> 3
# 2 @ 1 -> 1
# 3 @ 2 -> 1
# 3 @ 1 -> 2
# 4 @ 2 -> 1
#Ordering of the output does not matter.
def countem(listOfListOfIntegers):
listofLists = [[] for x in range(listOfListOfIntegers.__len__())]
for l in listOfListOfIntegers:
for i, v in enumerate(l):
#print (i, v)
listofLists[i].append(v)
#print(listofLists)
for i, v in enumerate(listofLists):
a = set(v)
[print (j, "@", i, "->", v.count(j)) for j in a]
countem([ [ 1,2,3], [1,3,4], [1,3] ])
| __author__ = 'Christie'
def countem(listOfListOfIntegers):
listof_lists = [[] for x in range(listOfListOfIntegers.__len__())]
for l in listOfListOfIntegers:
for (i, v) in enumerate(l):
listofLists[i].append(v)
for (i, v) in enumerate(listofLists):
a = set(v)
[print(j, '@', i, '->', v.count(j)) for j in a]
countem([[1, 2, 3], [1, 3, 4], [1, 3]]) |
while True:
username = input("Type your username: ")
if (username != "Diego"):
continue
password = input("Type your password: ")
if (password == "pass21"):
break
print("Welcome! Access Allowed!")
| while True:
username = input('Type your username: ')
if username != 'Diego':
continue
password = input('Type your password: ')
if password == 'pass21':
break
print('Welcome! Access Allowed!') |
def square(number: int) -> int:
if 1 < number > 64:
raise ValueError(f"number should be between 1 and 64, was {number}")
return 1 << (number - 1) # 1 * 2^(number-1)
def total() -> int:
return (1 << 64) - 1 # 2^64 -1 = 1.844674407371e+19
| def square(number: int) -> int:
if 1 < number > 64:
raise value_error(f'number should be between 1 and 64, was {number}')
return 1 << number - 1
def total() -> int:
return (1 << 64) - 1 |
##############################################
# This for AVX2
REGISTER_TYPE="__m256d"
DATA_TYPE="double"
REGISTER_WIDTH = 4
NUMBER_OF_REGISTERS = 16
MASK_IN_REGISTER = 0 # should be 1 ??
#TARGET_ITILE = 4
#TARGET_JTILE = 12
TARGET_ITILE = 3
TARGET_JTILE = 16
TARGET_KTILE = 48
CACHE_SIZE = 8192
MAX_JTILE = 20
MAX_ITILE = 14 + 2
def zero(register):
print("%s=_mm256_setzero_pd(); " % register,end="")
def load(register,ptr,is_incomplete):
if is_incomplete:
print("%s=_mm256_maskload_pd(%s,mask); " % (register,ptr),end="")
else:
print("%s=_mm256_loadu_pd(%s); " % (register,ptr),end="")
def store(register,ptr,is_incomplete):
if is_incomplete:
print("_mm256_maskstore_pd(%s, mask, %s); " % (ptr,register),end="")
else:
print("_mm256_storeu_pd(%s, %s); " % (ptr,register),end="")
# if needed declare and initialize the mask for incomplete j-register operation
def decl_mask(indent,jtile):
rem=jtile%REGISTER_WIDTH
if rem==0:
pass
elif rem==1:
print(indent,"__m256i mask=_mm256_set_epi64x( 0,0,0,-1);")
elif rem==2:
print(indent,"__m256i mask=_mm256_set_epi64x( 0,0,-1,-1);")
else:
print(indent,"__m256i mask=_mm256_set_epi64x( 0,-1,-1,-1);")
def broadcast(indent,register,ptr):
print(indent,"%s=_mm256_broadcast_sd(%s); "%(register,ptr),end="")
def fma(a,b,c):
print("%s=_mm256_fmadd_pd(%s,%s,%s); "%(c,a,b,c),end="")
def mul(a,b,c):
print("%s=_mm256_mul_pd(%s,%s); "%(c,a,b),end="")
def print_include():
print("#include <immintrin.h>")
print("#include <iostream>")
print("#include <cassert>")
def print_tuner():
print('''
void tune(int ni, int nj, int nk, int& itile, int& jtile) {
if (ni==nj && nj==nk) { // SQUARE
if (nj>20) {
if (((nj&7)&&!(nj&3)) || !(nj%12)) {itile=4; jtile=12;}
else {itile=6; jtile=8;}
}
else if (nj<=7){itile=jtile=nj;}
else {
static const int ilist[] = {4, 3, 4, 4, 4, 4, 5, 5, 6, 4, 6, 4, 4};
static const int jlist[] = {8, 9,10,11,12,13, 7, 8, 8,12, 8,12,12};
itile=ilist[nj-8];
jtile=jlist[nj-8];
}
if (kernel_trace) printf("tuner_avx2: square: ni=%d nj=%d nk=%d itile=%d jtile=%d\\n", ni, nj, nk, itile, jtile);
}
else if (ni==nj*nj && nj==nk) { // (m,m*m)T*(m,m)
if (nj>20) {itile=6; jtile=8;}
else {
static const int ilist[] = {-1, 1, 2, 9,12, 5, 6, 5, 4, 4, 4, 4, 4, 6, 6, 5, 6, 4, 4, 4, 4};
static const int jlist[] = {-1, 1, 2, 3, 4, 5, 6, 7, 8, 9,10,11,12, 8, 8, 8, 8,12,12,12,12};
itile=ilist[nj];
jtile=jlist[nj];
}
if (kernel_trace) printf("tuner_avx2: (m,m*m)T(m,m): ni=%d nj=%d nk=%d itile=%d jtile=%d\\n", ni, nj, nk, itile, jtile);
}
else { // GENERAL
/*
Not quite doing this yet but it explains most of the data
0) maximize occupancy and efficiency
njreg maxitile jtile nloadins nflopins eff
1 14 1-4 it+1 it jtile/4
2 6(7) 5-8 2*(it+1) 2*it jtile/8
3 4(5) 9-12 3*(it+1) 3*it jtile/12
4 2(3) 12-16 ... jtile/16
5 2 17-20 ... jtile/20
and need at least 4 cycles per iter
So from (large) itile perspective all are equal efficiency, so just
look at joccupancy to compute efficiency ... also applies to store
njreg=(jtile-1)//REGISTER_WIDTH+1 or (NUMBER_OF_REGISTERS-1)//(itile+1)
itile=(NUMBER_OF_REGISTERS-1-njreg)//njreg
1) for same occ/eff prefer to make remj=0
2) otherwise try make remi=0
3) 1 extra itile when () above due to GCC optimization
*/
if (nj<=20) { // small nj any ni
jtile = nj;
if (ni>4) {jtile=std::min(8,jtile);}
int njreg = (jtile-1)/REGISTER_WIDTH + 1;
itile = std::min((NUMBER_OF_REGISTERS-1-njreg)/njreg,ni);
}
else if (ni<=3) { // small ni large nj
itile=ni;
jtile=20;
}
else if (ni<=5) { // small ni large nj
itile=ni;
jtile=12;
}
else if (ni<=7) { // small ni large nj
itile=ni;
jtile=8;
}
else { // large both
itile=6;
jtile=8;
}
if (kernel_trace) printf("tuner_avx2: general: ni=%d nj=%d nk=%d itile=%d jtile=%d\\n", ni, nj, nk, itile, jtile);
}
}
''')
| register_type = '__m256d'
data_type = 'double'
register_width = 4
number_of_registers = 16
mask_in_register = 0
target_itile = 3
target_jtile = 16
target_ktile = 48
cache_size = 8192
max_jtile = 20
max_itile = 14 + 2
def zero(register):
print('%s=_mm256_setzero_pd(); ' % register, end='')
def load(register, ptr, is_incomplete):
if is_incomplete:
print('%s=_mm256_maskload_pd(%s,mask); ' % (register, ptr), end='')
else:
print('%s=_mm256_loadu_pd(%s); ' % (register, ptr), end='')
def store(register, ptr, is_incomplete):
if is_incomplete:
print('_mm256_maskstore_pd(%s, mask, %s); ' % (ptr, register), end='')
else:
print('_mm256_storeu_pd(%s, %s); ' % (ptr, register), end='')
def decl_mask(indent, jtile):
rem = jtile % REGISTER_WIDTH
if rem == 0:
pass
elif rem == 1:
print(indent, '__m256i mask=_mm256_set_epi64x( 0,0,0,-1);')
elif rem == 2:
print(indent, '__m256i mask=_mm256_set_epi64x( 0,0,-1,-1);')
else:
print(indent, '__m256i mask=_mm256_set_epi64x( 0,-1,-1,-1);')
def broadcast(indent, register, ptr):
print(indent, '%s=_mm256_broadcast_sd(%s); ' % (register, ptr), end='')
def fma(a, b, c):
print('%s=_mm256_fmadd_pd(%s,%s,%s); ' % (c, a, b, c), end='')
def mul(a, b, c):
print('%s=_mm256_mul_pd(%s,%s); ' % (c, a, b), end='')
def print_include():
print('#include <immintrin.h>')
print('#include <iostream>')
print('#include <cassert>')
def print_tuner():
print('\nvoid tune(int ni, int nj, int nk, int& itile, int& jtile) {\n if (ni==nj && nj==nk) { // SQUARE\n if (nj>20) {\n if (((nj&7)&&!(nj&3)) || !(nj%12)) {itile=4; jtile=12;}\n else {itile=6; jtile=8;}\n }\n else if (nj<=7){itile=jtile=nj;}\n else {\n static const int ilist[] = {4, 3, 4, 4, 4, 4, 5, 5, 6, 4, 6, 4, 4};\n static const int jlist[] = {8, 9,10,11,12,13, 7, 8, 8,12, 8,12,12};\n itile=ilist[nj-8];\n jtile=jlist[nj-8];\n }\n if (kernel_trace) printf("tuner_avx2: square: ni=%d nj=%d nk=%d itile=%d jtile=%d\\n", ni, nj, nk, itile, jtile);\n }\n else if (ni==nj*nj && nj==nk) { // (m,m*m)T*(m,m)\n if (nj>20) {itile=6; jtile=8;}\n else {\n static const int ilist[] = {-1, 1, 2, 9,12, 5, 6, 5, 4, 4, 4, 4, 4, 6, 6, 5, 6, 4, 4, 4, 4};\n static const int jlist[] = {-1, 1, 2, 3, 4, 5, 6, 7, 8, 9,10,11,12, 8, 8, 8, 8,12,12,12,12};\n itile=ilist[nj];\n jtile=jlist[nj];\n }\n if (kernel_trace) printf("tuner_avx2: (m,m*m)T(m,m): ni=%d nj=%d nk=%d itile=%d jtile=%d\\n", ni, nj, nk, itile, jtile);\n }\n else { // GENERAL\n /*\n Not quite doing this yet but it explains most of the data\n \n 0) maximize occupancy and efficiency\n njreg maxitile jtile nloadins nflopins eff\n 1 14 1-4 it+1 it jtile/4\n 2 6(7) 5-8 2*(it+1) 2*it jtile/8\n 3 4(5) 9-12 3*(it+1) 3*it jtile/12\n 4 2(3) 12-16 ... jtile/16\n 5 2 17-20 ... jtile/20\n\n and need at least 4 cycles per iter\n\n So from (large) itile perspective all are equal efficiency, so just\n look at joccupancy to compute efficiency ... also applies to store\n\n njreg=(jtile-1)//REGISTER_WIDTH+1 or (NUMBER_OF_REGISTERS-1)//(itile+1)\n itile=(NUMBER_OF_REGISTERS-1-njreg)//njreg\n\n 1) for same occ/eff prefer to make remj=0 \n\n 2) otherwise try make remi=0\n\n 3) 1 extra itile when () above due to GCC optimization\n */\n\n if (nj<=20) { // small nj any ni\n jtile = nj;\n if (ni>4) {jtile=std::min(8,jtile);}\n int njreg = (jtile-1)/REGISTER_WIDTH + 1;\n itile = std::min((NUMBER_OF_REGISTERS-1-njreg)/njreg,ni);\n }\n else if (ni<=3) { // small ni large nj\n itile=ni;\n jtile=20;\n }\n else if (ni<=5) { // small ni large nj\n itile=ni;\n jtile=12;\n }\n else if (ni<=7) { // small ni large nj\n itile=ni;\n jtile=8;\n }\n else { // large both\n itile=6;\n jtile=8;\n }\n if (kernel_trace) printf("tuner_avx2: general: ni=%d nj=%d nk=%d itile=%d jtile=%d\\n", ni, nj, nk, itile, jtile);\n }\n}\n') |
# @author Huaze Shen
# @date 2020-01-29
class TreeNode:
def __init__(self, x):
self.val = x
self.left = None
self.right = None
def flatten(root):
if root is None:
return
flatten(root.left)
flatten(root.right)
temp = root.right
root.right = root.left
root.left = None
while root.right is not None:
root = root.right
root.right = temp
if __name__ == '__main__':
root_ = TreeNode(1)
root_.left = TreeNode(2)
root_.left.left = TreeNode(3)
root_.left.right = TreeNode(4)
root_.right = TreeNode(5)
root_.right.right = TreeNode(6)
flatten(root_)
while root_ is not None:
print(root_.val)
root_ = root_.right
| class Treenode:
def __init__(self, x):
self.val = x
self.left = None
self.right = None
def flatten(root):
if root is None:
return
flatten(root.left)
flatten(root.right)
temp = root.right
root.right = root.left
root.left = None
while root.right is not None:
root = root.right
root.right = temp
if __name__ == '__main__':
root_ = tree_node(1)
root_.left = tree_node(2)
root_.left.left = tree_node(3)
root_.left.right = tree_node(4)
root_.right = tree_node(5)
root_.right.right = tree_node(6)
flatten(root_)
while root_ is not None:
print(root_.val)
root_ = root_.right |
# Author - @Nathaniel Walker
# Date - 9/23/20
# Description - This method will get the area of a square given one side length.
# define method
def area_of_square(side):
return side * side
| def area_of_square(side):
return side * side |
class ArtistMethods(object):
"""Artist methods of the public API."""
def artist(self, artist_id, text_format=None):
"""Gets data for a specific artist.
Args:
artist_id (:obj:`int`): Genius artist ID
text_format (:obj:`str`, optional): Text format of the results
('dom', 'html', 'markdown' or 'plain').
Returns:
:obj:`dict`
"""
endpoint = 'artists/{}'.format(artist_id)
params = {'text_format': text_format or self.response_format}
return self._make_request(path=endpoint, params_=params, public_api=True)
def artist_activity(self, artist_id, per_page=None, page=None, text_format=None):
"""Gets activities on artist's songs.
Args:
artist_id (:obj:`int`): Genius artist ID
per_page (:obj:`int`, optional): Number of results to
return per request. It can't be more than 50.
page (:obj:`int`, optional): Paginated offset (number of the page).
text_format (:obj:`str`, optional): Text format of the results
('dom', 'html', 'markdown' or 'plain').
Returns:
:obj:`dict`
"""
endpoint = 'artists/{}/activity_stream/line_items'.format(artist_id)
params = {'per_page': per_page,
'page': page,
'text_format': text_format or self.response_format}
return self._make_request(path=endpoint, params_=params, public_api=True)
def artist_albums(self, artist_id, per_page=None, page=None):
"""Gets artist's albums.
Args:
artist_id (:obj:`int`): Genius artist ID
per_page (:obj:`int`, optional): Number of results to
return per request. It can't be more than 50.
page (:obj:`int`, optional): Paginated offset (number of the page).
Returns:
:obj:`dict`
"""
endpoint = 'artists/{}/albums'.format(artist_id)
params = {'per_page': per_page,
'page': page}
return self._make_request(path=endpoint, params_=params, public_api=True)
def artist_contribution_opportunities(self,
artist_id,
per_page=None,
next_curosr=None,
text_format=None):
"""Gets contribution opportunities related to the artist.
Args:
artist_id (:obj:`int`): Genius artist ID
per_page (:obj:`int`, optional): Number of results to
return per request. It can't be more than 50.
next_cursor (:obj:`int`, optional): Paginated offset
(address of the next cursor).
text_format (:obj:`str`, optional): Text format of the results
('dom', 'html', 'markdown' or 'plain').
Returns:
:obj:`dict`
Warning:
This method requires a logged in user and will raise
``NotImplementedError``.
"""
raise NotImplementedError('This action requires a logged in user.')
endpoint = 'artists/{}/contribution_opportunities'.format(artist_id)
params = {'per_page': per_page,
'next_curosr': next_curosr,
'text_format': text_format or self.response_format}
return self._make_request(path=endpoint, params_=params, public_api=True)
def artist_followers(self, artist_id, per_page=None, page=None):
"""Gets artist's followers.
Args:
artist_id (:obj:`int`): Genius artist ID
per_page (:obj:`int`, optional): Number of results to
return per request. It can't be more than 50.
page (:obj:`int`, optional): Paginated offset (number of the page).
Returns:
:obj:`dict`
"""
endpoint = 'artists/{}/followers'.format(artist_id)
params = {'per_page': per_page,
'page': page}
return self._make_request(path=endpoint, params_=params, public_api=True)
def artist_leaderboard(self, artist_id, per_page=None, page=None):
"""Gets artist's top scholars.
Args:
artist_id (:obj:`int`): Genius artist ID
per_page (:obj:`int`, optional): Number of results to
return per request. It can't be more than 50.
page (:obj:`int`, optional): Paginated offset (number of the page).
Returns:
:obj:`dict`
"""
endpoint = 'artists/{}/leaderboard'.format(artist_id)
params = {'per_page': per_page,
'page': page}
return self._make_request(path=endpoint, params_=params, public_api=True)
def artist_songs(self, artist_id, per_page=None, page=None, sort='popularity'):
"""Gets artist's songs.
Args:
artist_id (:obj:`int`): Genius artist ID
per_page (:obj:`int`, optional): Number of results to
return per request. It can't be more than 50.
page (:obj:`int`, optional): Paginated offset (number of the page).
sort (:obj:`str`, optional): Sorting preference.
('title' or 'popularity')
Returns:
:obj:`dict`
"""
endpoint = 'artists/{}/songs'.format(artist_id)
params = {'per_page': per_page,
'page': page,
'sort': sort}
return self._make_request(path=endpoint, params_=params, public_api=True)
def search_artist_songs(self,
artist_id,
search_term,
per_page=None,
page=None,
sort='popularity'):
"""Searches artist's songs.
Args:
artist_id (:obj:`int`): Genius artist ID
search_term (:obj:`str`): A term to search on Genius.
per_page (:obj:`int`, optional): Number of results to
return per request. It can't be more than 50.
page (:obj:`int`, optional): Paginated offset (number of the page).
sort (:obj:`str`, optional): Sorting preference.
('title' or 'popularity')
Returns:
:obj:`dict`
"""
endpoint = 'artists/{}/songs/search'.format(artist_id)
params = {'q': search_term,
'per_page': per_page,
'page': page,
'sort': sort}
return self._make_request(path=endpoint, params_=params, public_api=True)
| class Artistmethods(object):
"""Artist methods of the public API."""
def artist(self, artist_id, text_format=None):
"""Gets data for a specific artist.
Args:
artist_id (:obj:`int`): Genius artist ID
text_format (:obj:`str`, optional): Text format of the results
('dom', 'html', 'markdown' or 'plain').
Returns:
:obj:`dict`
"""
endpoint = 'artists/{}'.format(artist_id)
params = {'text_format': text_format or self.response_format}
return self._make_request(path=endpoint, params_=params, public_api=True)
def artist_activity(self, artist_id, per_page=None, page=None, text_format=None):
"""Gets activities on artist's songs.
Args:
artist_id (:obj:`int`): Genius artist ID
per_page (:obj:`int`, optional): Number of results to
return per request. It can't be more than 50.
page (:obj:`int`, optional): Paginated offset (number of the page).
text_format (:obj:`str`, optional): Text format of the results
('dom', 'html', 'markdown' or 'plain').
Returns:
:obj:`dict`
"""
endpoint = 'artists/{}/activity_stream/line_items'.format(artist_id)
params = {'per_page': per_page, 'page': page, 'text_format': text_format or self.response_format}
return self._make_request(path=endpoint, params_=params, public_api=True)
def artist_albums(self, artist_id, per_page=None, page=None):
"""Gets artist's albums.
Args:
artist_id (:obj:`int`): Genius artist ID
per_page (:obj:`int`, optional): Number of results to
return per request. It can't be more than 50.
page (:obj:`int`, optional): Paginated offset (number of the page).
Returns:
:obj:`dict`
"""
endpoint = 'artists/{}/albums'.format(artist_id)
params = {'per_page': per_page, 'page': page}
return self._make_request(path=endpoint, params_=params, public_api=True)
def artist_contribution_opportunities(self, artist_id, per_page=None, next_curosr=None, text_format=None):
"""Gets contribution opportunities related to the artist.
Args:
artist_id (:obj:`int`): Genius artist ID
per_page (:obj:`int`, optional): Number of results to
return per request. It can't be more than 50.
next_cursor (:obj:`int`, optional): Paginated offset
(address of the next cursor).
text_format (:obj:`str`, optional): Text format of the results
('dom', 'html', 'markdown' or 'plain').
Returns:
:obj:`dict`
Warning:
This method requires a logged in user and will raise
``NotImplementedError``.
"""
raise not_implemented_error('This action requires a logged in user.')
endpoint = 'artists/{}/contribution_opportunities'.format(artist_id)
params = {'per_page': per_page, 'next_curosr': next_curosr, 'text_format': text_format or self.response_format}
return self._make_request(path=endpoint, params_=params, public_api=True)
def artist_followers(self, artist_id, per_page=None, page=None):
"""Gets artist's followers.
Args:
artist_id (:obj:`int`): Genius artist ID
per_page (:obj:`int`, optional): Number of results to
return per request. It can't be more than 50.
page (:obj:`int`, optional): Paginated offset (number of the page).
Returns:
:obj:`dict`
"""
endpoint = 'artists/{}/followers'.format(artist_id)
params = {'per_page': per_page, 'page': page}
return self._make_request(path=endpoint, params_=params, public_api=True)
def artist_leaderboard(self, artist_id, per_page=None, page=None):
"""Gets artist's top scholars.
Args:
artist_id (:obj:`int`): Genius artist ID
per_page (:obj:`int`, optional): Number of results to
return per request. It can't be more than 50.
page (:obj:`int`, optional): Paginated offset (number of the page).
Returns:
:obj:`dict`
"""
endpoint = 'artists/{}/leaderboard'.format(artist_id)
params = {'per_page': per_page, 'page': page}
return self._make_request(path=endpoint, params_=params, public_api=True)
def artist_songs(self, artist_id, per_page=None, page=None, sort='popularity'):
"""Gets artist's songs.
Args:
artist_id (:obj:`int`): Genius artist ID
per_page (:obj:`int`, optional): Number of results to
return per request. It can't be more than 50.
page (:obj:`int`, optional): Paginated offset (number of the page).
sort (:obj:`str`, optional): Sorting preference.
('title' or 'popularity')
Returns:
:obj:`dict`
"""
endpoint = 'artists/{}/songs'.format(artist_id)
params = {'per_page': per_page, 'page': page, 'sort': sort}
return self._make_request(path=endpoint, params_=params, public_api=True)
def search_artist_songs(self, artist_id, search_term, per_page=None, page=None, sort='popularity'):
"""Searches artist's songs.
Args:
artist_id (:obj:`int`): Genius artist ID
search_term (:obj:`str`): A term to search on Genius.
per_page (:obj:`int`, optional): Number of results to
return per request. It can't be more than 50.
page (:obj:`int`, optional): Paginated offset (number of the page).
sort (:obj:`str`, optional): Sorting preference.
('title' or 'popularity')
Returns:
:obj:`dict`
"""
endpoint = 'artists/{}/songs/search'.format(artist_id)
params = {'q': search_term, 'per_page': per_page, 'page': page, 'sort': sort}
return self._make_request(path=endpoint, params_=params, public_api=True) |
# There are few cases when recursion is useful
# 1.When we need quick solution over efficient one
# 2.While traversing trees
# In this program we'll find factorial of a number
# O(n!)
def factorial(num):
if num == 0:
return 1
else:
return num * factorial(num - 1)
print(factorial(5))
| def factorial(num):
if num == 0:
return 1
else:
return num * factorial(num - 1)
print(factorial(5)) |
'''
Purpose :
In a trading system a product is bought in the morning and sold out on the same day.
If a person can make only 2 transactions a day with a condition that second transaction is followed only after first then find the maximum profit the person could get.
Input formate :
Line1 : Number of test cases
Line2 : Length of the prices array
Line3 : prices array separated with a space
Output formate :
The maximum profit
Method :
Dynamic programming
Intuition :
Storing the maximum possible profit of every subarray in a table named profit
Finally returning the profit[n-1]
Argument: Array
return : int
'''
def maxProfit(price, n):
# Create profit array and initialize it as 0
profit = [0]*n
''' Get the maximum profit with only one transaction allowed.
After this loop,profit[i] contains maximum profit from price[i..n-1] using at most one trans.
max_price = price[n-1] '''
for i in range(n-2, 0, -1):
if price[i] > max_price:
max_price = price[i]
''' we can get profit[i] by taking maximum of:
a) previous maximum,i.e., profit[i+1]
b) profit by buying at price[i] and selling at max_price'''
profit[i] = max(profit[i+1], max_price - price[i])
'''Get the maximum profit with two transactions allowed
After this loop, profit[n-1] contains the result'''
min_price = price[0]
for i in range(1, n):
if price[i] < min_price:
min_price = price[i]
'''Maximum profit is maximum of:
a) previous maximum,i.e., profit[i-1]
b) (Buy, Sell) at (min_price, A[i]) and
profit of other trans.stored in profit[i]'''
profit[i] = max(profit[i-1], profit[i]+(price[i]-min_price))
result = profit[n-1]
return result
# Driver function
def main():
for _ in range(int(input())):
price = []
length=int(input())
price=list(map(int,input().split()))
print ("Maximum profit is", maxProfit(price,length),"\n")
if __name__=="__main__":
main()
'''
Case : 1
Sample Input :
2
6
[90, 80, 70, 60, 50]
6
[10, 22, 5, 75, 65, 80]
Sample Output :
0
87
Reason :
1)No possible earn only loss if transactions takes place
2)Buy at 10, sell at 22, Buy at 5 and sell at 80. [12+75]
Time complexity : O(N)
Space Complexity : O(N)
'''
| """
Purpose :
In a trading system a product is bought in the morning and sold out on the same day.
If a person can make only 2 transactions a day with a condition that second transaction is followed only after first then find the maximum profit the person could get.
Input formate :
Line1 : Number of test cases
Line2 : Length of the prices array
Line3 : prices array separated with a space
Output formate :
The maximum profit
Method :
Dynamic programming
Intuition :
Storing the maximum possible profit of every subarray in a table named profit
Finally returning the profit[n-1]
Argument: Array
return : int
"""
def max_profit(price, n):
profit = [0] * n
' Get the maximum profit with only one transaction allowed.\n\tAfter this loop,profit[i] contains maximum profit from price[i..n-1] using at most one trans.\n\tmax_price = price[n-1] '
for i in range(n - 2, 0, -1):
if price[i] > max_price:
max_price = price[i]
' we can get profit[i] by taking maximum of:\n\t\ta) previous maximum,i.e., profit[i+1]\n\t\tb) profit by buying at price[i] and selling at max_price'
profit[i] = max(profit[i + 1], max_price - price[i])
'Get the maximum profit with two transactions allowed\n\tAfter this loop, profit[n-1] contains the result'
min_price = price[0]
for i in range(1, n):
if price[i] < min_price:
min_price = price[i]
'Maximum profit is maximum of:\n\t\ta) previous maximum,i.e., profit[i-1]\n\t\tb) (Buy, Sell) at (min_price, A[i]) and \n\t\tprofit of other trans.stored in profit[i]'
profit[i] = max(profit[i - 1], profit[i] + (price[i] - min_price))
result = profit[n - 1]
return result
def main():
for _ in range(int(input())):
price = []
length = int(input())
price = list(map(int, input().split()))
print('Maximum profit is', max_profit(price, length), '\n')
if __name__ == '__main__':
main()
'\nCase : 1\nSample Input :\n2\n6\n[90, 80, 70, 60, 50]\n6\n[10, 22, 5, 75, 65, 80]\nSample Output :\n0\n87\nReason :\n1)No possible earn only loss if transactions takes place\n2)Buy at 10, sell at 22, Buy at 5 and sell at 80. [12+75]\n\nTime complexity : O(N)\nSpace Complexity : O(N)\n' |
thistuple = ("apple", "banana", "cherry")
print(thistuple)
# ('apple', 'banana', 'cherry')
thistuple = ("apple", "banana", "cherry", "apple", "cherry")
print(thistuple)
# ('apple', 'banana', 'cherry', 'apple', 'cherry')
thistuple = ("apple", "banana", "cherry")
print(len(thistuple))
# 3
thistuple = ("apple",)
print(type(thistuple))
# <class 'tuple'>
thistuple = ("apple")
print(type(thistuple))
# <class 'str'>
thistuple = tuple(("apple", "banana", "cherry"))
print(thistuple)
# ('apple', 'banana', 'cherry')
thistuple = ("apple", "banana", "cherry")
print(thistuple[1])
# banana
print(thistuple[-1])
# cherry
thistuple = ("apple", "banana", "cherry", "orange", "kiwi", "melon", "mango")
print(thistuple[2:5])
# ('cherry', 'orange', 'kiwi')
print(thistuple[:4])
# ('apple', 'banana', 'cherry', 'orange')
print(thistuple[2:])
# ('cherry', 'orange', 'kiwi', 'melon', 'mango')
print(thistuple[-4:-1])
# ('orange', 'kiwi', 'melon')
thistuple = ("apple", "banana", "cherry")
if "apple" in thistuple:
print("Yes, 'apple' is in the fruits tuple.")
# Yes, 'apple' is in the fruits tuple.
x = ("apple", "banana", "cherry")
y = list(x)
y[1] = "kiwi"
x = tuple(y)
print(x)
# ('apple', 'kiwi', 'cherry')
thistuple = ("apple", "banana", "cherry")
y = list(thistuple)
y.append("orange")
thistuple = tuple(y)
print(thistuple)
# ('apple', 'banana', 'cherry', 'orange')
thistuple = ("apple", "banana", "cherry")
y = ("orange",)
thistuple += y
print(thistuple)
# ('apple', 'banana', 'cherry', 'orange')
thistuple = ("apple", "banana", "cherry")
y = list(thistuple)
y.remove("apple")
thistuple = tuple(y)
print(thistuple)
# ('banana', 'cherry')
thistuple = ("apple", "banana", "cherry")
del thistuple
print(thistuple)
fruits = ("apple", "banana", "cherry")
(green, yellow, red) = fruits
print(green)
print(yellow)
print(red)
"""
apple
banana
cherry
"""
fruits = ("apple", "banana", "cherry", "strawberry", "raspberry")
(green, yellow, *red) = fruits
print(green)
print(yellow)
print(red)
"""
apple
banana
['cherry', 'strawberry', 'raspberry']
"""
fruits = ("apple", "mango", "papaya", "pineapple", "cherry")
(green, *tropic, red) = fruits
print(green)
print(tropic)
print(red)
"""
apple
['mango', 'papaya', 'pineapple']
cherry
"""
thistuple = ("apple", "banana", "cherry")
for x in thistuple:
print(x)
"""
apple
banana
cherry
"""
thistuple = ("apple", "banana", "cherry")
for i in range(len(thistuple)):
print(thistuple[i])
"""
apple
banana
cherry
"""
thistuple = ("apple", "banana", "cherry")
i = 0
while i < len(thistuple):
print(thistuple[i])
i = i + 1
"""
apple
banana
cherry
"""
tuple1 = ("a", "b", "c")
tuple2 = (1, 2, 3)
tuple3 = tuple1 + tuple2
print(tuple3)
# ('a', 'b', 'c', 1, 2, 3)
fruits = ("apple", "banana", "cherry")
mytuple = fruits * 2
print(mytuple)
# ('apple', 'banana', 'cherry', 'apple', 'banana', 'cherry') | thistuple = ('apple', 'banana', 'cherry')
print(thistuple)
thistuple = ('apple', 'banana', 'cherry', 'apple', 'cherry')
print(thistuple)
thistuple = ('apple', 'banana', 'cherry')
print(len(thistuple))
thistuple = ('apple',)
print(type(thistuple))
thistuple = 'apple'
print(type(thistuple))
thistuple = tuple(('apple', 'banana', 'cherry'))
print(thistuple)
thistuple = ('apple', 'banana', 'cherry')
print(thistuple[1])
print(thistuple[-1])
thistuple = ('apple', 'banana', 'cherry', 'orange', 'kiwi', 'melon', 'mango')
print(thistuple[2:5])
print(thistuple[:4])
print(thistuple[2:])
print(thistuple[-4:-1])
thistuple = ('apple', 'banana', 'cherry')
if 'apple' in thistuple:
print("Yes, 'apple' is in the fruits tuple.")
x = ('apple', 'banana', 'cherry')
y = list(x)
y[1] = 'kiwi'
x = tuple(y)
print(x)
thistuple = ('apple', 'banana', 'cherry')
y = list(thistuple)
y.append('orange')
thistuple = tuple(y)
print(thistuple)
thistuple = ('apple', 'banana', 'cherry')
y = ('orange',)
thistuple += y
print(thistuple)
thistuple = ('apple', 'banana', 'cherry')
y = list(thistuple)
y.remove('apple')
thistuple = tuple(y)
print(thistuple)
thistuple = ('apple', 'banana', 'cherry')
del thistuple
print(thistuple)
fruits = ('apple', 'banana', 'cherry')
(green, yellow, red) = fruits
print(green)
print(yellow)
print(red)
'\napple\nbanana\ncherry\n'
fruits = ('apple', 'banana', 'cherry', 'strawberry', 'raspberry')
(green, yellow, *red) = fruits
print(green)
print(yellow)
print(red)
"\napple\nbanana\n['cherry', 'strawberry', 'raspberry']\n"
fruits = ('apple', 'mango', 'papaya', 'pineapple', 'cherry')
(green, *tropic, red) = fruits
print(green)
print(tropic)
print(red)
"\napple\n['mango', 'papaya', 'pineapple']\ncherry\n"
thistuple = ('apple', 'banana', 'cherry')
for x in thistuple:
print(x)
'\napple \nbanana\ncherry\n'
thistuple = ('apple', 'banana', 'cherry')
for i in range(len(thistuple)):
print(thistuple[i])
'\napple \nbanana\ncherry\n'
thistuple = ('apple', 'banana', 'cherry')
i = 0
while i < len(thistuple):
print(thistuple[i])
i = i + 1
'\napple \nbanana\ncherry\n'
tuple1 = ('a', 'b', 'c')
tuple2 = (1, 2, 3)
tuple3 = tuple1 + tuple2
print(tuple3)
fruits = ('apple', 'banana', 'cherry')
mytuple = fruits * 2
print(mytuple) |
class Graph:
def __init__(self, edges):
self.edges = edges
self.graph_dict = {}
for start, end in edges:
if start in self.graph_dict:
self.graph_dict[start].append(end)
else:
self.graph_dict[start] = [end]
print("Graph Dict:", self.graph_dict)
def get_paths(self, start, end, path=[]):
path = path + [start]
if start == end:
return [path]
if start not in self.graph_dict:
return []
paths = []
for node in self.graph_dict[start]:
if node not in path:
new_paths = self.get_paths(node, end, path)
for p in new_paths:
paths.append(p)
return paths
def get_shortest_path(self, start, end, path=[]):
path = path + [start]
if start == end:
return path
if start not in self.graph_dict:
return None
shortest_path = None
for node in self.graph_dict[start]:
if node not in path:
sp = self.get_shortest_path(node, end, path)
if sp:
if shortest_path is None or len(sp) < len(shortest_path):
shortest_path = sp
return shortest_path
if __name__ == '__main__':
routes = [
("Mumbai","Pune"),
("Mumbai", "Surat"),
("Surat", "Bangaluru"),
("Pune","Hyderabad"),
("Pune","Mysuru"),
("Hyderabad","Bangaluru"),
("Hyderabad", "Chennai"),
("Mysuru", "Bangaluru"),
("Chennai", "Bangaluru")
]
routes = [
("Mumbai", "Paris"),
("Mumbai", "Dubai"),
("Paris", "Dubai"),
("Paris", "New York"),
("Dubai", "New York"),
("New York", "Toronto"),
]
route_graph = Graph(routes)
start = "Mumbai"
end = "New York"
print(f"All paths between: {start} and {end}: ",route_graph.get_paths(start,end))
print(f"Shortest path between {start} and {end}: ", route_graph.get_shortest_path(start,end))
start = "Dubai"
end = "New York"
print(f"All paths between: {start} and {end}: ",route_graph.get_paths(start,end))
print(f"Shortest path between {start} and {end}: ", route_graph.get_shortest_path(start,end))
| class Graph:
def __init__(self, edges):
self.edges = edges
self.graph_dict = {}
for (start, end) in edges:
if start in self.graph_dict:
self.graph_dict[start].append(end)
else:
self.graph_dict[start] = [end]
print('Graph Dict:', self.graph_dict)
def get_paths(self, start, end, path=[]):
path = path + [start]
if start == end:
return [path]
if start not in self.graph_dict:
return []
paths = []
for node in self.graph_dict[start]:
if node not in path:
new_paths = self.get_paths(node, end, path)
for p in new_paths:
paths.append(p)
return paths
def get_shortest_path(self, start, end, path=[]):
path = path + [start]
if start == end:
return path
if start not in self.graph_dict:
return None
shortest_path = None
for node in self.graph_dict[start]:
if node not in path:
sp = self.get_shortest_path(node, end, path)
if sp:
if shortest_path is None or len(sp) < len(shortest_path):
shortest_path = sp
return shortest_path
if __name__ == '__main__':
routes = [('Mumbai', 'Pune'), ('Mumbai', 'Surat'), ('Surat', 'Bangaluru'), ('Pune', 'Hyderabad'), ('Pune', 'Mysuru'), ('Hyderabad', 'Bangaluru'), ('Hyderabad', 'Chennai'), ('Mysuru', 'Bangaluru'), ('Chennai', 'Bangaluru')]
routes = [('Mumbai', 'Paris'), ('Mumbai', 'Dubai'), ('Paris', 'Dubai'), ('Paris', 'New York'), ('Dubai', 'New York'), ('New York', 'Toronto')]
route_graph = graph(routes)
start = 'Mumbai'
end = 'New York'
print(f'All paths between: {start} and {end}: ', route_graph.get_paths(start, end))
print(f'Shortest path between {start} and {end}: ', route_graph.get_shortest_path(start, end))
start = 'Dubai'
end = 'New York'
print(f'All paths between: {start} and {end}: ', route_graph.get_paths(start, end))
print(f'Shortest path between {start} and {end}: ', route_graph.get_shortest_path(start, end)) |
# the operator looks the same but behaves differently depending on the input.
# Example: Addition (+ operator)
# number + number = sum
# string + string = concatenation
# Overriding
class Employee:
def setNumberOfWorkingHours(self):
self.numberOfWorkingHours = 40
def displayNumberOfWorkingHours(self):
print(self.numberOfWorkingHours)
class Trainee(Employee):
def setNumberOfWorkingHours(self):
self.numberOfWorkingHours = 45
def resetNumberOfWorkingHours(self):
super().setNumberOfWorkingHours()
if __name__ == "__main__":
employee = Employee()
employee.setNumberOfWorkingHours()
print('Number of working hours of employee: ', end='')
employee.displayNumberOfWorkingHours()
trainee = Trainee()
trainee.setNumberOfWorkingHours()
print('Number of working hours of trainee: ', end='')
trainee.displayNumberOfWorkingHours()
trainee.resetNumberOfWorkingHours()
print('Number of working hours of trainee after reset: ', end='')
trainee.displayNumberOfWorkingHours()
| class Employee:
def set_number_of_working_hours(self):
self.numberOfWorkingHours = 40
def display_number_of_working_hours(self):
print(self.numberOfWorkingHours)
class Trainee(Employee):
def set_number_of_working_hours(self):
self.numberOfWorkingHours = 45
def reset_number_of_working_hours(self):
super().setNumberOfWorkingHours()
if __name__ == '__main__':
employee = employee()
employee.setNumberOfWorkingHours()
print('Number of working hours of employee: ', end='')
employee.displayNumberOfWorkingHours()
trainee = trainee()
trainee.setNumberOfWorkingHours()
print('Number of working hours of trainee: ', end='')
trainee.displayNumberOfWorkingHours()
trainee.resetNumberOfWorkingHours()
print('Number of working hours of trainee after reset: ', end='')
trainee.displayNumberOfWorkingHours() |
def get_nested(o, default, *args):
if o is None:
return default
current = o
for arg in args:
if current is None or arg is None or current.get(arg, None) is None:
return default
current = current.get(arg, default)
return current
| def get_nested(o, default, *args):
if o is None:
return default
current = o
for arg in args:
if current is None or arg is None or current.get(arg, None) is None:
return default
current = current.get(arg, default)
return current |
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