commit stringlengths 40 40 | subject stringlengths 4 1.73k | repos stringlengths 5 127k | old_file stringlengths 2 751 | new_file stringlengths 2 751 | new_contents stringlengths 1 8.98k | old_contents stringlengths 0 6.59k | license stringclasses 13
values | lang stringclasses 23
values |
|---|---|---|---|---|---|---|---|---|
3464f4158f34fd38dfc65f13eb3441e54d271cbb | Simplify speed init | cphyc/n-body,cphyc/n-body | physics.f90 | physics.f90 | module physics
use constants
implicit none
private
public :: initial_speeds, compute_force, compute_energy, integrate
contains
subroutine initial_speeds (r, v)
real(kind = xp), dimension(:, :), intent(in) :: r
real(kind = xp), dimension(:, :), intent(out) :: v
real(kind = xp) :: omega
o... | module physics
use constants
private
public :: initial_speeds, compute_force, compute_energy, integrate
contains
subroutine initial_speeds (r, v)
real(kind = xp), intent(in), dimension(:, :) :: r
real(kind = xp), intent(out), dimension(:, :) :: v
integer :: i
real(kind = xp) :: d ! distance to... | mit | FORTRAN |
93749f5e8fd3fa0bf6cfa414b39839c0df60e539 | add file list | bwitherspoon/core,bwitherspoon/core | sim/core/core.f | sim/core/core.f | ../rtl/axis.sv
../rtl/block_ram.sv
../rtl/core.sv
../rtl/fifo.sv
../rtl/regfile.sv
../rtl/rs232.sv
../rtl/rv32i.sv
../rtl/uart.sv
| isc | FORTRAN | |
5e4361bf5dab0c0f82ae2e39a16943941b25775c | add cpp_options.h | jinbow/Octopus,jinbow/Octopus | src/global.f90 | src/global.f90 | module global
#include "cpp_options.h"
implicit none
include "size.h"
!for particle
integer*8 :: Npts,NPP
CHARACTER(32) :: fn_particle_init
REAL*4 , DIMENSION(-2:Nx+1,0:Ny-1,-1:Nz,0:1) :: uu,vv,ww
REAL*4 , DIMENSION(-2:Nx+1,0:Ny-1,-1:Nz,0:1) :: theta,salt,gam
REAL*4 , DIMENSION(-2:Nx+... | module global
implicit none
include "size.h"
#include "cpp_options.h"
!for particle
integer*8 :: Npts,NPP
CHARACTER(32) :: fn_particle_init
REAL*4 , DIMENSION(-2:Nx+1,0:Ny-1,-1:Nz,0:1) :: uu,vv,ww
REAL*4 , DIMENSION(-2:Nx+1,0:Ny-1,-1:Nz,0:1) :: theta,salt,gam
REAL*4 , DIMENSION(-2:... | mit | FORTRAN |
9edfc303f58c9b80c028391654b5e464b235f0cc | Remove read_npoints, don’t use dimension | cphyc/n-body,cphyc/n-body | io_tools.f90 | io_tools.f90 | module io_tools
use constants
implicit none
private
public :: read_npoints, read_mpos, write_dump, write_dump_headers
contains
subroutine read_mpos(u, m, r)
implicit none
integer, intent(in) :: u
real(kind = xp), intent(out) :: m(:,:)
real(kind = xp), intent(out) :: r(:,:)
... | module io_tools
use constants
implicit none
private
public :: read_npoints, read_mpos, write_dump, write_dump_headers
contains
subroutine read_npoints (un)
implicit none
integer, intent(in) :: un
read (un, *) npoints
end subroutine read_npoints
subroutine read_mpos(un, m, ... | mit | FORTRAN |
41d4c0f149e80113aad2c33de33c9fe1e15be2b1 | Remove debug code in 'comp/calcPVI.f03'. | jungerstein/plasmaPhyLib,jungerstein/plasmaPhyLib | comp/calcPVI.f03 | comp/calcPVI.f03 | ! calcPVI.f03
! Main program (CUI) for computing PVI.
! Usage:
! calcPVI aus.bin x.bin y.bin z.bin 128
! Need fortran 2003
program calcPVI
use pvi
implicit none
integer :: n, lenIO
double precision, allocatable, dimension(:, :, :) :: aus, x, y, z
character (len = 1024) :: nameX, nameY, nameZ, nameAus, ch... | ! calcPVI.f03
! Main program (CUI) for computing PVI.
! Usage:
! calcPVI aus.bin x.bin y.bin z.bin 128
! Need fortran 2003
program calcPVI
use pvi
implicit none
integer :: n, lenIO
double precision, allocatable, dimension(:, :, :) :: aus, x, y, z
character (len = 1024) :: nameX, nameY, nameZ, nameAus, ch... | apache-2.0 | FORTRAN |
00731b1cf09722d210cbbca696387fef836e0121 | Update reference for hoist2 test case | clementval/claw-compiler,clementval/claw-compiler | test/loops/hoist2/reference.f90 | test/loops/hoist2/reference.f90 | PROGRAM claw_test
CALL claw_hoist2 ( )
END PROGRAM claw_test
SUBROUTINE claw_hoist2 ( )
INTEGER :: jt
INTEGER :: i
INTEGER :: j
INTEGER :: ntrac
INTEGER :: klev
INTEGER :: kproma
REAL :: var1
REAL :: var2
REAL :: var3
REAL :: var4
REAL :: var5
TYPE :: dummy
REAL :: value1
REAL :: value2
END TYPE du... | PROGRAM claw_test
CALL claw_hoist2 ( )
END PROGRAM claw_test
SUBROUTINE claw_hoist2 ( )
INTEGER :: jt
INTEGER :: i
INTEGER :: j
INTEGER :: ntrac
INTEGER :: klev
INTEGER :: kproma
REAL :: var1
REAL :: var2
REAL :: var3
REAL :: var4
REAL :: var5
REAL :: array2d_1 ( 1 : 100 )
REAL :: array2d_2
REAL :: arr... | bsd-2-clause | FORTRAN |
6844e598563bedf9754d023d4a47a6342caf4c8b | Update reference for hoist4 test case | clementval/claw-compiler,clementval/claw-compiler | test/loops/hoist4/reference.f90 | test/loops/hoist4/reference.f90 | PROGRAM loop_opt
INTEGER :: i
INTEGER :: k
INTEGER :: j
INTEGER :: d
INTEGER :: iend
INTEGER :: jend
INTEGER :: kend
LOGICAL :: flag
INTEGER :: sum
iend = 20
jend = 40
kend = 30
flag = .FALSE.
DO j = 1 , jend , 1
DO k = 1 , kend , 1
d = d + 1
sum = 0
END DO
DO k = 1 , kend , 1
DO i = 1 , ... | PROGRAM loop_opt
INTEGER :: i
INTEGER :: k
INTEGER :: j
INTEGER :: d
INTEGER :: iend
INTEGER :: jend
INTEGER :: kend
LOGICAL :: flag
INTEGER :: sum
iend = 20
jend = 40
kend = 30
flag = .FALSE.
DO j = 1 , jend , 1
DO k = 1 , kend , 1
d = d + 1
sum = 0
END DO
DO k = 1 , kend , 1
DO i = 1 , i... | bsd-2-clause | FORTRAN |
8f9e56584a90ca2192febc2c34a011d31bf2148d | Add epsilon2 to the Force | cphyc/n-body,cphyc/n-body | physics.f90 | physics.f90 | module physics
use constants
implicit none
private
public :: initial_speeds, compute_force, compute_initial_variables, compute_energy, integrate
contains
subroutine initial_speeds (r, v)
real(kind = xp), dimension(:, :), intent(in) :: r
real(kind = xp), dimension(:, :), intent(out) :: v
real... | module physics
use constants
implicit none
private
public :: initial_speeds, compute_force, compute_initial_variables, compute_energy, integrate
contains
subroutine initial_speeds (r, v)
real(kind = xp), dimension(:, :), intent(in) :: r
real(kind = xp), dimension(:, :), intent(out) :: v
real... | mit | FORTRAN |
3f670c397749059a0f0f68e3b9588f4a9529baa5 | Add vector in spherical coords. | jungerstein/plasmaPhyLib,jungerstein/plasmaPhyLib | dataType/sphericalvec.f90 | dataType/sphericalvec.f90 | ! vim : tw=72 ts=2 sw=2
! sphericalvec.f90
! Implements for 3D vectors in spherical coordinates.
! Coded by jungerstein.
! Except for the licence, it is kind to contact me
! if the codes are involved in your original research.
module sphericalvec3d
type sphvec3
! Please note that there is NO POINT using arrays... | apache-2.0 | FORTRAN | |
b78ff5f248a8803a75cbeae7baa936f5f07349a6 | Make z as intent inout | clementval/claw-compiler,clementval/claw-compiler | test/claw/abstraction15/mo_column.f90 | test/claw/abstraction15/mo_column.f90 | MODULE mo_column
IMPLICIT NONE
CONTAINS
! Compute only one column
FUNCTION compute_column(nz, b, q, t, z) RESULT(r)
IMPLICIT NONE
INTEGER, INTENT(IN) :: nz ! Size of the array field
INTEGER, INTENT(IN) :: b ! Size of the array field
REAL, INTENT(INOUT) :: t(1:b) ! Field declared as one... | MODULE mo_column
IMPLICIT NONE
CONTAINS
! Compute only one column
FUNCTION compute_column(nz, b, q, t, z) RESULT(r)
IMPLICIT NONE
INTEGER, INTENT(IN) :: nz ! Size of the array field
INTEGER, INTENT(IN) :: b ! Size of the array field
REAL, INTENT(INOUT) :: t(1:b) ! Field declared as one... | bsd-2-clause | FORTRAN |
f2876a7c038d97673ee04fbd31345eaa67fee02b | Add derivs to list of depends to try to fix derivs_Dims undeclared error. | ihuston/pyflation,ihuston/pyflation | rk4fortran/rk4fortran.f90 | rk4fortran/rk4fortran.f90 | subroutine rk4stepks(x, y, h, n, m, yout, derivs)
! Do one step of the classical 4th order Runge Kutta method,
! starting from y at x with time step h and derivatives given by derivs
implicit none
real, intent(in) :: x
real, intent(in) :: y
real, intent(in) :: h
integer :: n, m
real :: hh... | subroutine rk4stepks(x, y, h, n, m, yout, derivs)
! Do one step of the classical 4th order Runge Kutta method,
! starting from y at x with time step h and derivatives given by derivs
implicit none
real, intent(in) :: x
real, intent(in) :: y
real, intent(in) :: h
integer :: n, m
real :: hh... | bsd-3-clause | FORTRAN |
dd122bc1a028994f23f94dc05fc44a2db6e6a714 | Use a power of 2 for npoints | cphyc/n-body,cphyc/n-body | constants.f90 | constants.f90 | module constants
implicit none
private
integer, parameter :: xp = selected_real_kind(8)
real(kind = xp), parameter :: pi = 4.0_xp*atan(1.0_xp)
real(kind = xp), parameter :: G = 1._xp
integer, parameter :: npoints = 2**13
real(kind = xp), parameter :: epsilon2 = npoints**(2._xp/3.... | module constants
implicit none
private
integer, parameter :: xp = selected_real_kind(8)
real(kind = xp), parameter :: pi = 4.0_xp*atan(1.0_xp)
real(kind = xp), parameter :: G = 1._xp
integer, parameter :: npoints = 10000
real(kind = xp), parameter :: epsilon2 = npoints**(2._xp/3.... | mit | FORTRAN |
5ae9f41eaf2b2bdbebbe5ba7e7aea74b9e2b22e8 | Create Hello.f90 | Hranz/Project-Daily,Hranz/Project-Daily,Hranz/Project-Daily | Fortran90/Hello.f90 | Fortran90/Hello.f90 | ! Programmers: Kristoffer Larson
! Date: January 25, 2014
!
! Description: Trying to get minGW to compile
program Hello
write (*,*) 'Hah! It finally compiled!'
end program Hello
| mit | FORTRAN | |
51ea1699316dcbb6471b66ee29dcfc1104d969ac | Add format statement. | tycho/genprime,tycho/genprime,tycho/genprime,tycho/genprime,tycho/genprime,tycho/genprime,tycho/genprime,tycho/genprime,tycho/genprime,tycho/genprime | genprime.f90 | genprime.f90 | program main
implicit none
integer, parameter :: i4b = selected_int_kind(9)
real times, timet, time
integer(kind=i4b) :: strt, stp, x, z
character(len=20) :: buffer
call getarg(1,buffer)
read(buffer,*) strt
call getarg(2,buffer)
read(buffer,*) stp
do x = strt, stp, strt
call cpu_time(times)
... | program main
implicit none
integer, parameter :: i4b = selected_int_kind(9)
real times, timet, time
integer(kind=i4b) :: strt, stp, x, z
character(len=20) :: buffer
call getarg(1,buffer)
read(buffer,*) strt
call getarg(2,buffer)
read(buffer,*) stp
do x = strt, stp, strt
call cpu_time(times)
... | bsd-3-clause | FORTRAN |
0744fa42ec5422be51f021c69d6a3f72862fb384 | Add corrected Day 4 finite difference code jam | rouson/UCY-parallel-fortran | src/code-jams/synchronous-derivative-get.f90 | src/code-jams/synchronous-derivative-get.f90 | program main
!! summary: Multimage estimate of a first derivative via central differences
use iso_fortran_env, only : error_unit,output_unit
implicit none
real, allocatable :: f(:)[:],df_dx(:),x(:)
!! function, derivative, sampling locations
integer, parameter :: num_points=1024
!! number of ... | bsd-3-clause | FORTRAN | |
b93b125f27f11c5472a8e41983d9e3352de1e77a | Add colons to see if it makes a difference. | ihuston/pyflation,ihuston/pyflation | rk4fortran/rk4fortran.f90 | rk4fortran/rk4fortran.f90 | subroutine rk4stepks(x, y, h, n, m, yout)
! Do one step of the classical 4th order Runge Kutta method,
! starting from y at x with time step h and derivatives given by derivs
implicit none
real, intent(in) :: x
real, intent(in) :: y
real, intent(in) :: h
integer :: n, m
!external derivs
... | subroutine rk4stepks(x, y, h, n, m, yout)
! Do one step of the classical 4th order Runge Kutta method,
! starting from y at x with time step h and derivatives given by derivs
implicit none
real, intent(in) :: x
real, intent(in) :: y
real, intent(in) :: h
integer :: n, m
!external derivs
... | bsd-3-clause | FORTRAN |
2dbd6344bed134ece3e6d21257c2d3c16bfde093 | Remove to set_maptype_hemisphere | ForestClaw/forestclaw,ForestClaw/forestclaw,ForestClaw/forestclaw,ForestClaw/forestclaw,ForestClaw/forestclaw,ForestClaw/forestclaw | applications/advection/2d/hemisphere/setprob.f | applications/advection/2d/hemisphere/setprob.f | subroutine setprob()
implicit none
double precision kappa,tfinal
double precision rot_angle(2), scale
logical isflat
integer get_map_value
logical ishemisphere
double precision pi
common /compi/ pi
pi = 4.d0*atan(1.d0)
c # read in data to see whether w... | subroutine setprob()
implicit none
double precision kappa,tfinal
double precision rot_angle(2), scale
logical isflat
integer get_map_value
logical ishemisphere
double precision pi
common /compi/ pi
pi = 4.d0*atan(1.d0)
call set_maptype_hemisphere()
... | bsd-2-clause | FORTRAN |
ce7f6a2fc68f223c00085b2d091863d84027b790 | delete useMLD,useKh | jinbow/Octopus,jinbow/Octopus | src/load_data.f90 | src/load_data.f90 | subroutine load_data(IPP)
use omp_lib
use global, only: casename,tt,fn_ids,xyz,tsg,&
Npts,parti_mld,DumpClock,&
NPP,output_dir,pickup
implicit none
character(len=128) :: fn
character(len=16) :: fn1
! integer*8 :: iwrite
integer*8,intent(in) :: IPP
real*4 :: xyz1(Npts,3... | subroutine load_data(IPP)
use omp_lib
use global, only: casename,tt,fn_ids,xyz,tsg,&
Npts,parti_mld,DumpClock,saveTSG,&
useMLD,NPP,output_dir,pickup
implicit none
character(len=128) :: fn
character(len=16) :: fn1
! integer*8 :: iwrite
integer*8,inte... | mit | FORTRAN |
4cb92a43c0898821ba07f1a74f0b2a462b34f67c | Update default.f90 | dkm/gcc-explorer,dkm/gcc-explorer,dkm/gcc-explorer,mattgodbolt/compiler-explorer,mattgodbolt/compiler-explorer,dkm/gcc-explorer,mattgodbolt/compiler-explorer,dkm/gcc-explorer,mattgodbolt/compiler-explorer,mattgodbolt/compiler-explorer,mattgodbolt/gcc-explorer,mattgodbolt/gcc-explorer,dkm/gcc-explorer,mattgodbolt/compil... | examples/fortran/default.f90 | examples/fortran/default.f90 | ! Type your code here, or load an example.
real function square(x)
implicit none
real, intent(in) :: x
square = x * x
return
end function square
| real function square(x)
implicit none
real, intent(in) :: x
square = x * x
return
end function square
| bsd-2-clause | FORTRAN |
4cdd27acb6e7e154fadbac8bd52274994ddd4854 | Add eventfrequency.f | mherman09/Hdef,mherman09/Hdef,mherman09/Hdef | eventfrequency.f | eventfrequency.f | PROGRAM eventfrequency
C----
C From a list of integer values, calculate the frequency of each value
C in the list
C----
IMPLICIT none
CHARACTER*30 ifile
INTEGER NMAX
PARAMETER (NMAX=1000)
INTEGER ct(NMAX)
INTEGER mnval,mxval,dumval,mnsrch,mxsrch,val,diff
INTEGER i,istart,... | mit | FORTRAN | |
3ed5102b3cf8ea7ed34d85d75698ef34584ec935 | Update cpu ref | clementval/claw-compiler,clementval/claw-compiler | test/claw/abstraction1/reference_cpu.f90 | test/claw/abstraction1/reference_cpu.f90 | MODULE mo_column
CONTAINS
SUBROUTINE compute_column ( nz , q , t , nproma )
INTEGER , INTENT(IN) :: nz
REAL , INTENT(INOUT) :: t ( : , : )
REAL , INTENT(INOUT) :: q ( : , : )
INTEGER :: k
REAL :: c
INTEGER , INTENT(IN) :: nproma
INTEGER :: proma
c = 5.345
DO k = 1 , nz , 1
DO proma = 1 , nproma ... | MODULE mo_column
CONTAINS
SUBROUTINE compute_column ( nz , q , t , nproma )
INTEGER , INTENT(IN) :: nz
REAL , INTENT(INOUT) :: t ( : , : )
REAL , INTENT(INOUT) :: q ( : , : )
INTEGER :: k
REAL :: c
INTEGER , INTENT(IN) :: nproma
INTEGER :: proma
c = 5.345
DO k = 1 , nz , 1
DO proma = 1 , nproma ... | bsd-2-clause | FORTRAN |
900c3af95182e6307eb79ccdf9aea5daf25db6bb | Update reference to correct expected result | clementval/claw-compiler,clementval/claw-compiler | test/claw/abstraction2/reference_cpu.f90 | test/claw/abstraction2/reference_cpu.f90 | MODULE mo_column
CONTAINS
SUBROUTINE compute_column ( nz , q , t , nx , ny )
INTEGER , INTENT(IN) :: nz
REAL , INTENT(INOUT) :: t ( : , : , : )
REAL , INTENT(INOUT) :: q ( : , : , : )
INTEGER :: k
REAL :: c
REAL :: d ( 1 : nx , 1 : ny )
INTEGER , INTENT(IN) :: nx
INTEGER :: i
INTEGER , INTENT(IN) ::... | MODULE mo_column
CONTAINS
SUBROUTINE compute_column ( nz , q , t , nx , ny )
INTEGER , INTENT(IN) :: nz
REAL , INTENT(INOUT) :: t ( : , : , : )
REAL , INTENT(INOUT) :: q ( : , : , : )
INTEGER :: k
REAL :: c
REAL :: d ( 1 : nx , 1 : ny )
INTEGER , INTENT(IN) :: nx
INTEGER :: i
INTEGER , INTENT(IN) ::... | bsd-2-clause | FORTRAN |
64cdc4f1c6ecc358302beaf8b92b3a32a7eae620 | Fix Gaussian propagation error | kramer314/2d-vd-test | gaussian.f90 | gaussian.f90 | ! 2-Dimensional Gaussian
module gaussian
use globvars
use progvars, only: hbar, m, En, phi, sig_x, sig_y, x0, y0
implicit none
private
public :: gaussian_init
public :: gaussian_cleanup
public :: gaussian_xyt
! Precalculated constants
real(dp) :: p0_x, p0_y
real(dp) :: p0_x_m, p0_y_m
real(d... | ! 2-Dimensional Gaussian
module gaussian
use globvars
use progvars, only: hbar, m, En, phi, sig_x, sig_y, x0, y0
implicit none
private
public :: gaussian_init
public :: gaussian_cleanup
public :: gaussian_xyt
! Precalculated constants
real(dp) :: p0_x, p0_y
real(dp) :: p0_x_m, p0_y_m
real(d... | mit | FORTRAN |
b5ade5196f2ca6b5e622cc9262feeef0ade70f88 | add fermi equation of state fortran file | bolverk/white_dwarf_nova,bolverk/white_dwarf_nova,eladtan/white_dwarf_nova,eladtan/white_dwarf_nova,eladtan/white_dwarf_nova,bolverk/white_dwarf_nova | eos_fermi.f90 | eos_fermi.f90 | subroutine eos_fermi (keyeos,im_gas,im_photons,im_Coulomb &
,rho_in,enr_in,tmp_in,prs_in,ent_in,abar,zbar &
,chem_pot,dpdro,dpde,dedro,dedt,sounds,keyerror)
!
use tables
! include 'real8.com'
integer, intent(in) :: keyeos
integer, intent(in) :: im_gas
integer, intent(in) :: im_photons
... | mit | FORTRAN | |
2ce386ab78f8047f8969c95fe3cdff36c85de67f | Add array ops | rekka/intro-fortran-2016,rekka/intro-fortran-2016 | lec8/arrayops.f90 | lec8/arrayops.f90 | program sort
implicit none
integer :: i, j
integer, parameter :: M = 5
real, dimension(M) :: x
real :: s, t
! initialize the array
do i=1, M
x(i) = i
end do
! sum
s = 0.
do i=1,M
s = s + x(i)
end do
write(*,*)"sum = ",s
! average (mean)
writ... | mit | FORTRAN | |
a02de95b88b4aa60f5d979fa408260bc5def28f1 | add project file list | bwitherspoon/core,bwitherspoon/core | riscv.f | riscv.f | ../../rtl/opcode.sv
../../rtl/funct3.sv
../../rtl/funct7.sv
../../rtl/riscv.sv
../../rtl/alu.sv
../../rtl/axis.sv
../../rtl/block_ram.sv
../../rtl/core.sv
../../rtl/decode.sv
../../rtl/execute.sv
../../rtl/fetch.sv
../../rtl/fifo.sv
../../rtl/regfile.sv
../../rtl/rs232.sv
../../rtl/uart.sv
| isc | FORTRAN | |
8cbe900c11ada331ba556dfbea11899a8c4ce83a | Use dummy variables | M2-AAIS/BAD | main.f90 | main.f90 | program black_hole_diffusion
use mod_constants
use mod_variables
use mod_read_parameters
use mod_s_curve
implicit none
integer :: iteration, n, ios
type(state) :: s
real(kind = x_precision) :: delta_S_max, delta_T_max, t
real(kind = x_precision), dimension(n_cell) :: prev_S, prev_T, S_crit
! ... | program black_hole_diffusion
use mod_constants
use mod_variables
use mod_read_parameters
use mod_s_curve
implicit none
integer :: iteration, n
type(state) :: s
call get_parameters()
! Call init variable to create the adim state vector and
! generate the state_0
call init_variable_0()
! ... | mit | FORTRAN |
a76fc601bb984a8ad9057c614d39a3326627e364 | Fix double call to init_parameters | M2-AAIS/BAD | main_curve.f90 | main_curve.f90 | program black_hole_s_curve
use mod_constants
use mod_variables
use mod_read_parameters
use mod_s_curve
implicit none
integer :: i
real(kind = x_precision),dimension(n_cell) :: temperature
real(kind = x_precision),dimension(n_cell) ... | program black_hole_s_curve
use mod_constants
use mod_variables
use mod_read_parameters
use mod_s_curve
implicit none
call get_parameters()
call init_variable_0()
integer :: i
real(kind = x_precision),dimension(n_cell) :: temperature
... | mit | FORTRAN |
2b7f2a3c38cb325d34eb4c0096f16bfda0a92a29 | fix random_data | simomarsili/elss | src/random.f90 | src/random.f90 | ! Copyright (C) 2015-2017, Simone Marsili
! All rights reserved.
! License: BSD 3 clause
module random
use kinds
implicit none
private
public :: random_initialize
public :: random_data
interface random_data
module procedure random_data_1d
module procedure random_data_2d
end interface random_d... | ! Copyright (C) 2015-2017, Simone Marsili
! All rights reserved.
! License: BSD 3 clause
module random
use kinds
implicit none
private
public :: random_initialize
public :: random_data
interface random_data
module procedure random_data_1d
module procedure random_data_2d
end interface random_d... | bsd-3-clause | FORTRAN |
de33b97045aac5805640f7af2b3c529ac578f642 | Fix test function. | ihuston/pyflation,ihuston/pyflation | rk4fortran/test.f90 | rk4fortran/test.f90 | ! FILE: FIB1.F
subroutine fib(A,N)
!
! CALCULATE FIRST N FIBONACCI NUMBERS
!
implicit none
integer :: N, I
REAL*8 :: A(N)
DO I=1,N
IF (I.EQ.1) THEN
A(I) = 0.0D0
ELSEIF (I.EQ.2) THEN
A(I) = 1.0D0
ELSE
A(I) = A(I-1) + A(I-2)
... | ! FILE: FIB1.F
subroutine fib(A,N)
!
! CALCULATE FIRST N FIBONACCI NUMBERS
!
implicit none
integer, intent(in) :: N
REAL*8 :: A(N)
DO I=1,N
IF (I.EQ.1) THEN
A(I) = 0.0D0
ELSEIF (I.EQ.2) THEN
A(I) = 1.0D0
ELSE
A(I) = A(I-1) ... | bsd-3-clause | FORTRAN |
223c9a707412b73055b7298603dbf5e08d0a2257 | Change arguments. | ihuston/pyflation,ihuston/pyflation | rk4fortran/rk4fortran.f90 | rk4fortran/rk4fortran.f90 | subroutine rk4stepks(in_matrix, out_vector, n,m,p, in_out_vec)
! Do one step of the classical 4th order Runge Kutta method,
! starting from y at x with time step h and derivatives given by derivs
implicit none
integer :: n,m,p
real(8) :: in_matrix(n,m)
real(8) :: out_vector(n+m-1)
real(8) :: in_out_vec(p)... | subroutine rk4stepks(x, h, n, m, yout, derivs)
! Do one step of the classical 4th order Runge Kutta method,
! starting from y at x with time step h and derivatives given by derivs
implicit none
integer :: n,m,p
real(8) :: in_matrix(n,m)
real(8) :: out_vector(n+m-1)
real(8) :: in_out_vec(p)
!f2py real(8),... | bsd-3-clause | FORTRAN |
bc82dba4094aa9928f4fba621009f5f1bbcc68b0 | Update reference for extract7 test case | clementval/claw-compiler,clementval/claw-compiler | test/loops/extract7/reference.f90 | test/loops/extract7/reference.f90 | PROGRAM loop_extract
INTEGER :: value1 ( 1 : 10 )
INTEGER :: value2 ( 1 : 10 )
INTEGER :: j
INTEGER :: i
INTEGER :: istart = 1
INTEGER :: iend = 10
DO j = 1 , 10 , 1
value1 ( j ) = j
value2 ( j ) = j
END DO
!$claw loop-extract range(i=istart,iend) map(value1:i) map(value2:i) target(cpu)
CALL clawloop ( v... | PROGRAM loop_extract
INTEGER :: value1 ( 1 : 10 )
INTEGER :: value2 ( 1 : 10 )
INTEGER :: j
INTEGER :: i
INTEGER :: istart = 1
INTEGER :: iend = 10
DO j = 1 , 10 , 1
value1 ( j ) = j
value2 ( j ) = j
END DO
!$claw loop-extract range(i=istart,iend) map(value1:i) map(value2:i) target(cpu)
CALL clawloop ( va... | bsd-2-clause | FORTRAN |
4cc12d6b24e86b3da057fb960d0c62d98228f25f | Fix reference | clementval/claw-compiler,clementval/claw-compiler | test/claw/abstraction/abstraction17/reference_gpu.f90 | test/claw/abstraction/abstraction17/reference_gpu.f90 | MODULE mo_column
CONTAINS
SUBROUTINE compute_column ( nz , q , t , nproma )
INTEGER , INTENT(IN) :: nz
REAL , INTENT(INOUT) :: t ( : , : )
REAL , INTENT(INOUT) :: q ( : , : )
INTEGER , INTENT(IN) :: nproma
INTEGER :: k
REAL :: c
INTEGER :: proma
!$acc data present(t,q)
!$acc parallel
!$acc loop gang v... | MODULE mo_column
CONTAINS
SUBROUTINE compute_column ( nz , q , t , nproma )
INTEGER , INTENT(IN) :: nz
REAL , INTENT(INOUT) :: t ( : , : )
REAL , INTENT(INOUT) :: q ( : , : )
INTEGER , INTENT(IN) :: nproma
INTEGER :: k
REAL :: c
INTEGER :: proma
c = 5.345
!$acc data present(t,q)
!$acc parallel
!$acc... | bsd-2-clause | FORTRAN |
ae91a9b30dd8d5c0dff44d1d3db38f6c2ea1833c | Update reference for dependencies5 test case | clementval/claw-compiler,clementval/claw-compiler | test/driver/dependencies5/reference.f90 | test/driver/dependencies5/reference.f90 | PROGRAM original_code
USE imaginary_module
END PROGRAM original_code
| PROGRAM original_code
USE imaginary_module
END PROGRAM original_code
| bsd-2-clause | FORTRAN |
7a8d45e43db0905f4c141c59ffc5280b642d3115 | write clock | pdebuyl-lab/RMPCDMD,laurensdeprez/RMPCDMD,pdebuyl/RMPCDMD,laurensdeprez/RMPCDMD,pdebuyl/RMPCDMD,pdebuyl-lab/RMPCDMD | test/test_particle_system_0.f90 | test/test_particle_system_0.f90 | program test_particle_system_0
use particle_system
use mt19937ar_module
use iso_c_binding
use tester
implicit none
type(particle_system_t) :: p
integer, parameter :: N = 3000
type(mt19937ar_t), target :: mt
type(tester_t) :: test
integer :: clock, i
double precision :: L(3), x(3)
call system_... | program test_particle_system_0
use particle_system
use mt19937ar_module
use iso_c_binding
use tester
implicit none
type(particle_system_t) :: p
integer, parameter :: N = 3000
type(mt19937ar_t), target :: mt
type(tester_t) :: test
integer :: clock, i
double precision :: L(3), x(3)
call system_... | bsd-3-clause | FORTRAN |
1cd18e5dcffd9f7e2d84fde1321410aa79bc73db | Remove unused variable | Stefan-Endres/scipy,ilayn/scipy,rgommers/scipy,scipy/scipy,perimosocordiae/scipy,Stefan-Endres/scipy,anntzer/scipy,Stefan-Endres/scipy,anntzer/scipy,perimosocordiae/scipy,WarrenWeckesser/scipy,scipy/scipy,ilayn/scipy,scipy/scipy,endolith/scipy,ilayn/scipy,ilayn/scipy,vigna/scipy,scipy/scipy,vigna/scipy,rgommers/scipy,a... | scipy/_build_utils/src/wrap_g77_abi_f.f | scipy/_build_utils/src/wrap_g77_abi_f.f | COMPLEX FUNCTION WCDOTC( N, CX, INCX, CY, INCY )
INTEGER INCX, INCY, N
COMPLEX CX(*), CY(*)
COMPLEX RESULT
EXTERNAL ACC_CDOTC_SUB
CALL ACC_CDOTC_SUB( N, CX, INCX, CY, INCY, RESULT )
WCDOTC = RESULT
END FUNCTION
COMPLEX FUNCTION WCDOTU( N, CX, INCX, CY, INCY )
... | COMPLEX FUNCTION WCDOTC( N, CX, INCX, CY, INCY )
INTEGER INCX, INCY, N
COMPLEX CX(*), CY(*)
COMPLEX RESULT
EXTERNAL ACC_CDOTC_SUB
CALL ACC_CDOTC_SUB( N, CX, INCX, CY, INCY, RESULT )
WCDOTC = RESULT
END FUNCTION
COMPLEX FUNCTION WCDOTU( N, CX, INCX, CY, INCY )
... | bsd-3-clause | FORTRAN |
2d28cd1cdff1f35aacc4299970f6afb46de02f73 | use gaussian | M2-AAIS/BAD | mod_distance.f90 | mod_distance.f90 | module mod_distance
use mod_constants
use mod_read_parameters
use mod_variables
implicit none
private
public :: pre_factor
contains
function pre_factor(state_in, S_c, dist_crit)
implicit none
type(state), intent(in) :: state_in
real(kind = x_... | module mod_distance
use mod_constants
use mod_read_parameters
use mod_variables
implicit none
private
public :: pre_factor
contains
function pre_factor(state_in, S_c, dist_crit)
implicit none
type(state), intent(in) :: state_in
real(kind = x_... | mit | FORTRAN |
bd65af4da02cec38c8bcf043f306306e26375264 | Add missing comma. | ihuston/pyflation,ihuston/pyflation | rk4fortran/rk4fortran.f90 | rk4fortran/rk4fortran.f90 | subroutine rk4stepks(x, y, h, n, m, yout, derivs)
! Do one step of the classical 4th order Runge Kutta method,
! starting from y at x with time step h and derivatives given by derivs
implicit none
real, intent(in) :: x
real, intent(in) :: h
integer :: n, m
real, dimension(0:n-1,0:m-1), intent(i... | subroutine rk4stepks(x, y, h, n, m, yout, derivs)
! Do one step of the classical 4th order Runge Kutta method,
! starting from y at x with time step h and derivatives given by derivs
implicit none
real, intent(in) :: x
real, intent(in) :: h
integer :: n, m
real, dimension(0:n-1,0:m-1) intent(in... | bsd-3-clause | FORTRAN |
25f2d4b2132f49a95e9d3cacf08b3e46f7bdc0fb | Update reference for array5 test case | clementval/claw-compiler,clementval/claw-compiler | test/openacc/array5/reference.f90 | test/openacc/array5/reference.f90 | PROGRAM array4_test
CALL claw_test ( )
END PROGRAM array4_test
SUBROUTINE claw_test ( )
INTEGER , ALLOCATABLE :: vec1 ( : , : )
INTEGER , ALLOCATABLE :: vec2 ( : , : )
INTEGER :: claw_induction_0
INTEGER :: claw_induction_1
ALLOCATE ( vec1 ( 10 , 20 ) )
ALLOCATE ( vec2 ( 10 , 20 ) )
vec1 ( : , : ) = 0
ve... | PROGRAM array4_test
CALL claw_test ( )
END PROGRAM array4_test
SUBROUTINE claw_test ( )
INTEGER , ALLOCATABLE :: vec1 ( : , : )
INTEGER , ALLOCATABLE :: vec2 ( : , : )
INTEGER :: claw_induction_0
INTEGER :: claw_induction_1
ALLOCATE ( vec1 ( 10 , 20 ) )
ALLOCATE ( vec2 ( 10 , 20 ) )
vec1 ( : , : ) = 0
vec2 ... | bsd-2-clause | FORTRAN |
3ec1827fec12078028e2ab970da56881159d10b9 | Update reference for hoist5 test case | clementval/claw-compiler,clementval/claw-compiler | test/loops/hoist5/reference.f90 | test/loops/hoist5/reference.f90 | PROGRAM loop_opt
INTEGER :: i
INTEGER :: k
INTEGER :: j
INTEGER :: d
INTEGER :: iend
INTEGER :: jend
INTEGER :: kend
LOGICAL :: flag
INTEGER :: sum
iend = 20
jend = 40
kend = 30
flag = .FALSE.
DO j = 1 , jend , 1
DO k = 1 , kend , 1
d = d + 1
sum = 0
END DO
DO i = 1 , iend , 1
DO k = 1 , ... | PROGRAM loop_opt
INTEGER :: i
INTEGER :: k
INTEGER :: j
INTEGER :: d
INTEGER :: iend
INTEGER :: jend
INTEGER :: kend
LOGICAL :: flag
INTEGER :: sum
iend = 20
jend = 40
kend = 30
flag = .FALSE.
DO j = 1 , jend , 1
DO k = 1 , kend , 1
d = d + 1
sum = 0
END DO
DO i = 1 , iend , 1
DO k = 1 , k... | bsd-2-clause | FORTRAN |
769dbf97307191c68d677dc48d7af2d7695fd0ca | Update reference for kcache1 test case | clementval/claw-compiler,clementval/claw-compiler | test/claw/directive/kcache1/reference.f90 | test/claw/directive/kcache1/reference.f90 | PROGRAM claw_test
INTEGER :: istart = 0
INTEGER :: iend = 10
INTEGER :: jstart = 0
INTEGER :: jend = 20
CALL kcache ( istart , iend , jstart , jend )
END PROGRAM claw_test
SUBROUTINE kcache ( istart , iend , jstart , jend )
INTEGER , INTENT(IN) :: istart
INTEGER , INTENT(IN) :: iend
INTEGER , INTENT(IN) :: j... | PROGRAM claw_test
INTEGER :: istart = 0
INTEGER :: iend = 10
INTEGER :: jstart = 0
INTEGER :: jend = 20
CALL kcache ( istart , iend , jstart , jend )
END PROGRAM claw_test
SUBROUTINE kcache ( istart , iend , jstart , jend )
INTEGER , INTENT(IN) :: istart
INTEGER , INTENT(IN) :: iend
INTEGER , INTENT(IN) :: js... | bsd-2-clause | FORTRAN |
da2fea00046336bdb91c48f1f931eda0aaab8f92 | Add reference | clementval/claw-compiler,clementval/claw-compiler | test/driver/ignore2/reference.f90 | test/driver/ignore2/reference.f90 | PROGRAM testignore
!$claw remove
PRINT*,'These lines'
PRINT*,'are ignored'
PRINT*,'by the CLAW compiler'
PRINT*,'but kept in the final transformed code'
PRINT*,'with the remove directives.'
!$claw end remove
PRINT*,'These lines'
PRINT*,'are ignored'
END PROGRAM testignore
| bsd-2-clause | FORTRAN | |
4a16f5cdee1b2bea0183a4492f951e026a488ae1 | Add chop.f90. | memmett/minipfasst,memmett/minipfasst,memmett/minipfasst | examples/navier-stokes/chop.f90 | examples/navier-stokes/chop.f90 | program chop
use pfasst
use feval
use transfer
use hooks
type(pf_level) :: fine, crse
real(pfdp), allocatable :: q_fine(:), q_crse(:)
! build a mock pfasst levels
fine%level = 2
fine%ndofs = 2 * 3 * 256**3
call user_setup(fine)
crse%level = 1
crse%ndofs = 2 * 3 * 128**3
call user_setup(crse... | bsd-2-clause | FORTRAN | |
c539d499acb85bf6ebdb3a7c7dfc1c6e719dd615 | Reorganize the factor 1/2. into 1/12. | aaronvincent/captngen | Rfunctions/RS1.f | Rfunctions/RS1.f | function RS1(m_N, c0, tau, taup, term, j_chi, coupling_Array)
implicit none
double precision :: RS1, m_N, c0, j_chi
double precision :: coupling_Array(14,2)
integer :: tau,taup
integer :: term
integer :: c, v2, q2, v2q2, v2q4
double precision :: c3, c3p
double preci... | function RS1(m_N, c0, tau, taup, term, j_chi, coupling_Array)
implicit none
double precision :: RS1, m_N, c0, j_chi
double precision :: coupling_Array(14,2)
integer :: tau,taup
integer :: term
integer :: c, v2, q2, v2q2, v2q4
double precision :: c3, c3p
double preci... | mit | FORTRAN |
a629242ca816d60595754ea47230ba8cff32111d | fix Ep: use m_1*m_2 for Ep | cphyc/n-body,cphyc/n-body | physics.f90 | physics.f90 | module physics
use constants
private
public :: initial_speeds, compute_force, compute_energy, integrate
contains
subroutine initial_speeds (r, v)
real(kind = xp), intent(in), dimension(:, :) :: r
real(kind = xp), intent(out), dimension(:, :) :: v
integer :: i
real(kind = xp) :: d ! distance to... | module physics
use constants
private
public :: initial_speeds, compute_force, compute_energy, integrate
contains
subroutine initial_speeds (r, v)
real(kind = xp), intent(in), dimension(:, :) :: r
real(kind = xp), intent(out), dimension(:, :) :: v
integer :: i
real(kind = xp) :: d ! distance to... | mit | FORTRAN |
866d541d07bfcf1eb83ee86949e5dd2cb86ca766 | Add necessary fciqmc data variables. | hande-qmc/hande,hande-qmc/hande,hande-qmc/hande,ruthfranklin/hande,hande-qmc/hande,hande-qmc/hande | src/fciqmc_data.f90 | src/fciqmc_data.f90 | module fciqmc_data
use const
implicit none
!--- Input data ---
! number of monte carlo cycles/report loop
integer :: ncycles
! number of report cycles
integer :: nreport
! timestep
real(dp) :: tau = 0.10_dp
! shift
real(dp) :: shift = 0.0_dp
! Array sizes
integer :: walker_length
integer :: spawned_walker_length
... | module fciqmc_data
use const
implicit none
! timestep
real(dp) :: tau
! shift
real(dp) :: shift
! Walker information: main list.
! a) determinants
integer(i0), allocatable :: walker_dets(:,:) ! (basis_length, walker_length)
! b) walker population
integer, allocatable :: walker_population(:) ! (walker_length)
! c) D... | lgpl-2.1 | FORTRAN |
d8709cb5b2a4415a95ccc303951680aca73e6f59 | fix mistake in mod function | cphyc/n-body,cphyc/n-body | main.f90 | main.f90 | program n_body
use io_tools
use constants
use physics
implicit none
real(kind = xp), dimension(:), allocatable :: m
real(kind = xp), dimension(:, :), allocatable :: r, v, a
real(kind = xp) :: t = 0._xp, dt, Ec, Ep, E
integer :: iter = 0
integer :: dump_freq = 1
integer :: maxiter = 10000
!... | program n_body
use io_tools
use constants
use physics
implicit none
real(kind = xp), dimension(:), allocatable :: m
real(kind = xp), dimension(:, :), allocatable :: r, v, a
real(kind = xp) :: t = 0._xp, dt, Ec, Ep, E
integer :: iter = 0
integer :: dump_freq = 1
integer :: maxiter = 10000
!... | mit | FORTRAN |
5bf8908a720e53aef138357a435b07203b194a4a | Add reference | clementval/claw-compiler,clementval/claw-compiler | test/driver/ignore3/reference.f90 | test/driver/ignore3/reference.f90 | PROGRAM testignore
REAL :: real_var_1, &
real_var_2, &
real_var_3, &
real_var_4, &
real_var_5, &
real_var_6, &
real_var_7, &
real_var_8, &
real_var_9, &
real_var_10, &
real_var_11, &
real_var_12, &
... | bsd-2-clause | FORTRAN | |
6bb7899c9161743a616a983f9c5a80749cfb2cb0 | Add dummy git-.f executable file | mlopes/git-.f | git-.f | git-.f | #!/usr/bin/env python
print """
Usage:
git .f - Will show a help screen
"""
| mit | FORTRAN | |
4ac79e8a8c0197ec1779390ca72222448c69fb80 | update with new filelist path | olgirard/openmsp430,olgirard/openmsp430,olgirard/openmsp430,olgirard/openmsp430,olgirard/openmsp430 | core/sim/rtl_sim/src/submit.f | core/sim/rtl_sim/src/submit.f | //=============================================================================
// Copyright (C) 2001 Authors
//
// This source file may be used and distributed without restriction provided
// that this copyright statement is not removed from the file and that any
// derivative work contains the original copyright noti... | //=============================================================================
// Copyright (C) 2001 Authors
//
// This source file may be used and distributed without restriction provided
// that this copyright statement is not removed from the file and that any
// derivative work contains the original copyright noti... | bsd-3-clause | FORTRAN |
5510e52164bb02f39880851b9366e6506d851ea6 | Update reference | clementval/claw-compiler,clementval/claw-compiler | test/loops/fusion9/reference.f90 | test/loops/fusion9/reference.f90 | PROGRAM test
INTEGER :: i
LOGICAL :: ldo
ldo = .TRUE.
!$claw loop-fusion group(g1) constraint(none)
DO i = 1 , 10 , 1
PRINT * ,"Loop body #1"
PRINT * ,"Loop body #2"
END DO
IF ( ldo ) THEN
PRINT * ,"I did"
END IF
END PROGRAM test
| PROGRAM test
INTEGER :: i
LOGICAL :: ldo
ldo = .TRUE.
IF ( ldo ) THEN
!$claw loop-fusion group(g1) constraint(none)
DO i = 1 , 10 , 1
PRINT * ,"Loop body #1"
PRINT * ,"Loop body #2"
END DO
END IF
END PROGRAM test
| bsd-2-clause | FORTRAN |
cf32152a063fef5303a0dfc296331ca531c37f7c | Update reference for array1 test case | clementval/claw-compiler,clementval/claw-compiler | test/openacc/array1/reference.f90 | test/openacc/array1/reference.f90 | PROGRAM vector_loop
CALL claw ( )
CALL claw_transformed ( )
END PROGRAM vector_loop
SUBROUTINE claw ( )
INTEGER :: j
INTEGER :: vec1 ( 0 : 10 )
INTEGER :: claw_induction_0
DO j = 0 , 10 , 1
vec1 ( j ) = j
END DO
!$acc parallel
!$acc loop
DO claw_induction_0 = 0 , 10
vec1 ( claw_induction_0 ) = vec1 ( ... | PROGRAM vector_loop
CALL claw ( )
CALL claw_transformed ( )
END PROGRAM vector_loop
SUBROUTINE claw ( )
INTEGER :: j
INTEGER :: vec1 ( 0 : 10 )
INTEGER :: claw_induction_0
DO j = 0 , 10 , 1
vec1 ( j ) = j
END DO
!$acc parallel
!$acc loop
DO claw_induction_0 = 0 , 10
vec1 ( claw_induction_0 ) = vec1 ( cla... | bsd-2-clause | FORTRAN |
447a88ea3e41dc55102aebc1194fb452e3cfd15c | Update reference for array2 test case | clementval/claw-compiler,clementval/claw-compiler | test/openacc/array2/reference.f90 | test/openacc/array2/reference.f90 | PROGRAM vector_loop
CALL claw ( )
END PROGRAM vector_loop
SUBROUTINE claw ( )
INTEGER :: i = 10
INTEGER :: vec1 ( 0 : 10 , 0 : 10 )
INTEGER :: vec2 ( 0 : 10 , 0 : 10 )
INTEGER :: claw_induction_0
INTEGER :: claw_induction_1
vec1 ( 0 : i , 0 : i ) = 0
vec2 ( 0 : i , 0 : i ) = 100
DO claw_induction_0 = 0 ,... | PROGRAM vector_loop
CALL claw ( )
END PROGRAM vector_loop
SUBROUTINE claw ( )
INTEGER :: i = 10
INTEGER :: vec1 ( 0 : 10 , 0 : 10 )
INTEGER :: vec2 ( 0 : 10 , 0 : 10 )
INTEGER :: claw_induction_0
INTEGER :: claw_induction_1
vec1 ( 0 : i , 0 : i ) = 0
vec2 ( 0 : i , 0 : i ) = 100
DO claw_induction_0 = 0 , i
... | bsd-2-clause | FORTRAN |
5495ca6f87ea48189ad98a4da9093fb86fafb1c8 | Change around where dimension information is given. | ihuston/pyflation,ihuston/pyflation | rk4fortran/rk4fortran.f90 | rk4fortran/rk4fortran.f90 | subroutine rk4stepks(x, y, h, n, m, yout, derivs)
! Do one step of the classical 4th order Runge Kutta method,
! starting from y at x with time step h and derivatives given by derivs
implicit none
real, intent(in) :: x
real, intent(in) :: h
integer :: n, m
real, intent(in) :: y(0:n-1,0:m-1)
... | subroutine rk4stepks(x, y, h, n, m, yout, derivs)
! Do one step of the classical 4th order Runge Kutta method,
! starting from y at x with time step h and derivatives given by derivs
implicit none
real, intent(in) :: x
real, intent(in) :: h
integer :: n, m
real, dimension(0:n-1,0:m-1), intent(i... | bsd-3-clause | FORTRAN |
ac8e0dd781644f0d3a27ef4d1a633048944626e2 | add the new output | cphyc/n-body,cphyc/n-body | main.f90 | main.f90 | program n_body
use io_tools
use constants
use physics
implicit none
real(kind = xp), dimension(:), allocatable :: m
real(kind = xp), dimension(:, :), allocatable :: r, v, a
real(kind = xp) :: t = 0._xp, dt, Ec, Ep, E
integer :: iter = 0
integer :: dump_freq = 1
integer :: maxiter = 10000
!... | program n_body
use io_tools
use constants
use physics
implicit none
real(kind = xp), dimension(:), allocatable :: m
real(kind = xp), dimension(:, :), allocatable :: r, v, a
real(kind = xp) :: t = 0._xp, dt, Ec, Ep, E
integer :: iter = 0
integer :: dump_freq = 1
integer :: maxiter = 10000
!... | mit | FORTRAN |
8b8ef89e7efe75821907697c90d838de7d46deb2 | Add end subroutine statement. | ihuston/pyflation,ihuston/pyflation | rk4fortran/rk4fortran.f90 | rk4fortran/rk4fortran.f90 | subroutine rk4stepks(x, y, h, n, m, yout)
! Do one step of the classical 4th order Runge Kutta method,
! starting from y at x with time step h and derivatives given by derivs
implicit none
real, intent(in) :: x
real, intent(in) :: y
real, intent(in) :: h
integer, intent(in) :: n
integer, in... | subroutine rk4stepks(x, y, h, n, m, yout)
! Do one step of the classical 4th order Runge Kutta method,
! starting from y at x with time step h and derivatives given by derivs
implicit none
real, intent(in) :: x
real, intent(in) :: y
real, intent(in) :: h
integer, intent(in) :: n
integer, in... | bsd-3-clause | FORTRAN |
c74b1ba9c5fecfbbdc22b1c27172edb0c395171e | Update reference | clementval/claw-compiler,clementval/claw-compiler | test/driver/external1/reference.f90 | test/driver/external1/reference.f90 | MODULE mod1
CONTAINS
SUBROUTINE sub1 ( )
PRINT * , "Call function" , "sub1"
END SUBROUTINE sub1
SUBROUTINE sub2 ( )
PRINT * , "Call function" , "sub2"
CALL sub1 ( )
END SUBROUTINE sub2
END MODULE mod1
| MODULE mod1
CONTAINS
SUBROUTINE sub1 ( )
END SUBROUTINE sub1
SUBROUTINE sub2 ( )
CALL sub1 ( )
PRINT * , "Call function" , "sub1"
END SUBROUTINE sub2
END MODULE mod1
| bsd-2-clause | FORTRAN |
c8fdc334ea3251fbf711db22253fee411684b329 | Fix timef.f90 | oseledets/tt-fort,oseledets/tt-fort,oseledets/tt-fort | timef.f90 | timef.f90 | module time_lib
use omp_lib
!include 'mpif.h'
integer,private,save :: time_cold=-1, time_per=0
contains
double precision function timef( )
integer :: c,r,m
double precision :: t(2)
! timef=etime(t)
! call system_clock(count=c,count_rate=r,count_max=m)
! if(c.lt.cold)then
! time_per=time_per+1
! write(*,*)'TIME_LIB... | module time_lib
use omp_lib
!include 'mpif.h'
integer,private,save :: time_cold=-1, time_per=0
contains
double precision function timef( )
integer :: c,r,m
double precision :: t(2)
! timef=etime(t)
! call system_clock(count=c,count_rate=r,count_max=m)
! if(c.lt.cold)then
! time_per=time_per+1
! write(*,*)'TIME_LIB... | mit | FORTRAN |
7bca5891a87b70bf01c164b355bbf353f4aebe8a | Add license header to 'ifcore'. | clementval/claw-compiler,clementval/claw-compiler | modules/intel/ifcore.f90 | modules/intel/ifcore.f90 | !
! This file is released under terms of BSD license
! See LICENSE file for more information
!
!
! @author skosukhin
! @brief This file is used as a signatutre only module to generate .xmod file.
! These files are needed during a full parse with the OMNI Compiler.
module ifcore
interface
subroutine tra... | ! @author skosukhin
! @brief This file is used as a signatutre only module to generate .xmod file.
! These files are needed during a full parse with the OMNI Compiler.
module ifcore
interface
subroutine tracebackqq(string, user_exit_code, status, eptr)
character*(*), intent(in), optional :: strin... | bsd-2-clause | FORTRAN |
225561eca746bb7d3f09739f4b25acf519aadfc2 | Use npoints from constants.f90 | cphyc/n-body,cphyc/n-body | main_gen.f90 | main_gen.f90 | program gen
use constants
integer(kind=4) :: ios ! I/O test variable
integer :: i ! Points iteration variable
character(len=50) :: line ! String reading variable
real(xp) :: x, y, z
real(xp) :: radius
real(xp) :: mass
mass = 1._xp / npoints
open(unit=12, file="in... | program gen
use constants
integer(kind=4) :: ios ! I/O test variable
integer :: i ! Points iteration variable
character(len=50) :: line ! String reading variable
real(xp) :: x, y, z
real(xp) :: radius
real(xp) :: mass
! Open file
open(unit=11, file="./input_parame... | mit | FORTRAN |
487c5e76caaf875c387b13e6280a932be75e1b4e | increase precision of model time output | gutmann/coarray_icar | src/tests/test-ideal.f90 | src/tests/test-ideal.f90 | program main
use iso_fortran_env, only : input_unit
use domain_interface, only : domain_t
use assertions_interface, only : assert
use module_mp_driver, only: microphysics
use timer_interface, only: timer_t
implicit none
if (this_image()==1) print *,"Number of images = ",num_images()
block
type(do... | program main
use iso_fortran_env, only : input_unit
use domain_interface, only : domain_t
use assertions_interface, only : assert
use module_mp_driver, only: microphysics
use timer_interface, only: timer_t
implicit none
if (this_image()==1) print *,"Number of images = ",num_images()
block
type(do... | mit | FORTRAN |
bc9628c19566199352221bf61d8198a4419928b6 | Fix test case | clementval/claw-compiler,clementval/claw-compiler | test/claw/abstraction2/main.f90 | test/claw/abstraction2/main.f90 | ! Test the CLAW abstraction model with two additional dimensions.
PROGRAM test_abstraction2
USE mo_column, ONLY: compute_column
REAL, DIMENSION(10,10,60) :: q, t ! fields as declared in the whole model
INTEGER :: nx, ny, nz ! Size of array fields
INTEGER :: i,j ! Loop indices
... | ! Test the CLAW abstraction model with two additional dimensions.
PROGRAM test_abstraction2
USE mo_column, ONLY: compute_column
REAL, DIMENSION(10,10,60) :: q, t ! fields as declared in the whole model
INTEGER :: nx, ny, nz ! Size of array fields
INTEGER :: i,j ! Loop indices
... | bsd-2-clause | FORTRAN |
ba8f5dc5aa10b15aeccf2371d6165b41e46b0826 | Fix typo in teams_subset.f90 test | sourceryinstitute/opencoarrays,sourceryinstitute/opencoarrays,sourceryinstitute/opencoarrays | src/tests/unit/teams/teams_subset.f90 | src/tests/unit/teams/teams_subset.f90 | program teams_subset
!! author: Nathan Weeks
!!
!! Regression test for prior potential deadlock in change team/end team
use iso_fortran_env, only : team_type
use assertions_interface, only : assert
implicit none
type(team_type) team
associate( initial_team_image => this_image())
associate( myteam =>... | program teams_subset
!! author: Nathan Weeks
!!
!! Regression test for prior potential deadlock in change team/end team
use iso_fortran_env, only : team_type
use assertions_interface, only : assert
implicit none
type(team_type) team
associate( initial_team_image => this_image())
associate( myteam =>... | bsd-3-clause | FORTRAN |
9ad4a8df24f606fbce6eb7495dbf0f9327d03ce2 | Add this lonely reference update | clementval/claw-compiler,clementval/claw-compiler | test/loops/hoist10/reference.f90 | test/loops/hoist10/reference.f90 | PROGRAM loop_fusion
CALL clawloop ( )
END PROGRAM loop_fusion
SUBROUTINE clawloop ( )
INTEGER :: i
INTEGER :: j
INTEGER :: k
INTEGER :: iend = 2
INTEGER :: jend = 4
INTEGER :: kend = 2
!$ACC parallel
DO i = 0 , iend , 1
DO j = 0 , jend , 1
DO k = 0 , kend , 1
IF ( i == 0 ) THEN
PRINT * ,"First... | PROGRAM loop_fusion
CALL clawloop ( )
END PROGRAM loop_fusion
SUBROUTINE clawloop ( )
INTEGER :: i
INTEGER :: j
INTEGER :: k
INTEGER :: iend = 2
INTEGER :: jend = 4
INTEGER :: kend = 2
!$ACC parallel
DO i = 0 , iend , 1
DO j = 0 , jend , 1
DO k = 0 , kend , 1
IF ( i == 0 ) THEN
PRINT * ,"First... | bsd-2-clause | FORTRAN |
36f46daef73c7e2a7acf956c341dd39ce9af80bf | Fix NAG errors. | UCL-RITS/pi_examples,UCL-RITS/pi_examples,UCL-RITS/pi_examples,UCL-RITS/pi_examples,UCL-RITS/pi_examples,UCL-RITS/pi_examples,UCL-RITS/pi_examples,UCL-RITS/pi_examples,UCL-RITS/pi_examples,UCL-RITS/pi_examples,UCL-RITS/pi_examples,UCL-RITS/pi_examples,UCL-RITS/pi_examples,UCL-RITS/pi_examples,UCL-RITS/pi_examples,UCL-R... | fortran_omp_pi_dir/pi.f90 | fortran_omp_pi_dir/pi.f90 | program pi_openmp
implicit none
double precision :: step, x, sum, mypi, start, stop, omp_get_wtime
integer*8 :: num_steps, i
character(len=32) :: arg
integer, external :: omp_get_num_threads
integer, external :: omp_get_max_threads
integer, external :: omp_get_thread_num
num_steps = 1000000... | program pi_openmp
implicit none
double precision :: step, x, sum, mypi, start, stop, omp_get_wtime
integer(kind=8) :: num_steps, i
character(len=32) :: arg
integer, external :: omp_get_num_threads
integer, external :: omp_get_max_threads
integer, external :: omp_get_thread_num
num_steps = 1000000... | cc0-1.0 | FORTRAN |
83ba407c7b8422fe9035a15f0247d2a2452df383 | fix bug | jinbow/Octopus,jinbow/Octopus | src/calc_gradient.f90 | src/calc_gradient.f90 | subroutine calc_gradient(t0,IPP)
use global, only: uu,vv,dic,djc,dkc,dif,djf,dkf,pi2c,pj2c,pk2c,pi2f,pj2f,grad,npts,dxg_r,dyg_r,Npts
implicit none
integer*8, intent(in) :: IPP,t0
real*8 :: tmp0,tmp1,dx,dy,dr
integer*8:: i,j,k,ip
!$OMP PARALLEL DO PRIVATE(ip,i,j,k,dx,dy,dr,tmp0,tmp1) SHARED(IPP... | subroutine calc_gradient(t0,IPP)
use global, only: uu,vv,dic,djc,dkc,dif,djf,dkf,pi2c,pj2c,pk2c,pi2f,pj2f,grad,npts,dxg_r,dyg_r,Npts
implicit none
integer*8, intent(in) :: IPP,t0
real*8 :: tmp0,tmp1,dx,dy,dr
integer*8:: i,j,k,ip
!$OMP PARALLEL DO PRIVATE(ip,i,j,k,dx,dy,dr,tmp0,tmp1) SHARED(IPP... | mit | FORTRAN |
82a516f47ae0ccc4828d6b77c8de26beb91af9c5 | Update ref with intermediate value | clementval/claw-compiler,clementval/claw-compiler | test/claw/abstraction2/reference_gpu.f90 | test/claw/abstraction2/reference_gpu.f90 | MODULE mo_column
CONTAINS
SUBROUTINE compute_column ( nz , q , t , nx , ny )
INTEGER , INTENT(IN) :: nz
REAL , INTENT(INOUT) :: t ( : , : , : )
REAL , INTENT(INOUT) :: q ( : , : , : )
INTEGER :: k
REAL :: c
REAL :: d
INTEGER , INTENT(IN) :: nx
INTEGER :: i
INTEGER , INTENT(IN) :: ny
INTEGER :: j
... | MODULE mo_column
CONTAINS
SUBROUTINE compute_column ( nz , q , t , nx , ny )
INTEGER , INTENT(IN) :: nz
REAL , INTENT(INOUT) :: t ( : , : , : )
REAL , INTENT(INOUT) :: q ( : , : , : )
INTEGER :: k
REAL :: c
INTEGER , INTENT(IN) :: nx
INTEGER :: i
INTEGER , INTENT(IN) :: ny
INTEGER :: j
!$acc parall... | bsd-2-clause | FORTRAN |
2d504096ec10f1ed603947e9966915fe5b6c1698 | include the ROM in the simulations | ptracton/wb_soc_template,ptracton/wb_soc_template,ptracton/wb_soc_template,ptracton/wb_soc_template,ptracton/wb_soc_template,ptracton/wb_soc_template,ptracton/wb_soc_template | simulation/rtl_sim.f | simulation/rtl_sim.f | +libext+.v
+define+VERBOSE
+define+SIM
+define+RTL_SIM
+define+SIMULATION
+incdir+simulation
+incdir+../behvioral/verilog_utils
+incdir+../behvioral/wb_common/
+incdir+../rtl/includes/
//
// SoC Top Level
//
../rtl/soc_template.v
//
// System Controller for clocks and resets
//
../rtl/system_controller/system_... | +libext+.v
+define+VERBOSE
+define+SIM
+define+RTL_SIM
+define+SIMULATION
+incdir+simulation
+incdir+../behvioral/verilog_utils
+incdir+../behvioral/wb_common/
+incdir+../rtl/includes/
//
// SoC Top Level
//
../rtl/soc_template.v
//
// System Controller for clocks and resets
//
../rtl/system_controller/system_... | mit | FORTRAN |
9cb26dfdbb51b4dd38ff0ec56a1151697c2d775c | Update reference for force test case | clementval/claw-compiler,clementval/claw-compiler | test/driver/force/reference.f90 | test/driver/force/reference.f90 | PROGRAM force_dummy
PRINT * ,"Dummy program for force option"
END PROGRAM force_dummy
| PROGRAM force_dummy
PRINT * ,"Dummy program for force option"
END PROGRAM force_dummy
| bsd-2-clause | FORTRAN |
38e48468b27557380c4aa068e3eefa20a886cb8e | test with cache works | nworbde/dStar,adeibel/dStar,nworbde/dStar,nworbde/dStar | dStar_atm/test/src/test_atm.f | dStar_atm/test/src/test_atm.f | program test_atm
use constants_lib
use constants_lib
use nucchem_lib
use dStar_eos_lib
use conductivity_lib
use dStar_atm_def
use dStar_atm_lib
real(dp) :: lgTb,g,Plight,Pb,lgTeff,dlgTeff,lgflux,dlgflux
integer :: ierr,i
call constants_init('',ierr)
call check_okay('constants_init',i... | program test_atm
use constants_lib
use constants_lib
use nucchem_lib
use dStar_eos_lib
use conductivity_lib
use dStar_atm_def
use dStar_atm_lib
real(dp) :: lgTb,g,Plight,Pb,lgTeff,dlgTeff,lgflux,dlgflux
integer :: ierr,i
call constants_init('',ierr)
call check_okay('constants_init',i... | mit | FORTRAN |
244837b29d8ee2cc1e8be3440ce0742020ba82d4 | Add license info | clementval/claw-compiler,clementval/claw-compiler | test/openacc/primitive4/original_code.f90 | test/openacc/primitive4/original_code.f90 | !
! This file is released under terms of BSD license
! See LICENSE file for more information
!
program openacc_continuation
implicit none
integer :: i
real, dimension(100) :: a
real, dimension(100) :: b
!$claw acc data copyin(a) &
!$claw acc present(b)
!$claw acc parallel
!$claw acc loop gang v... | program openacc_continuation
implicit none
integer :: i
real, dimension(100) :: a
real, dimension(100) :: b
!$claw acc data copyin(a) &
!$claw acc present(b)
!$claw acc parallel
!$claw acc loop gang vector
do i=1, 100
a(i) = b(i)*2.0
end do
!$claw acc end parallel
!$claw acc end dat... | bsd-2-clause | FORTRAN |
aaf447732dfe6596949450775db28d64d34ec901 | Simplify determination of whether initiator criteria are met. | hande-qmc/hande,hande-qmc/hande,ruthfranklin/hande,hande-qmc/hande,hande-qmc/hande,hande-qmc/hande | src/idmqmc.f90 | src/idmqmc.f90 | module idmqmc
! Module for methods required for the initiator approximation to DMQMC.
! This contains only core functionality that is *not* in the standard DMQMC
! algorithm. Other specialisations (e.g. annihilation, spawning) are found in
! the relevant source files for those parts of the algorithm.
use const
impl... | module idmqmc
! Module for methods required for the initiator approximation to DMQMC.
! This contains only core functionality that is *not* in the standard DMQMC
! algorithm. Other specialisations (e.g. annihilation, spawning) are found in
! the relevant source files for those parts of the algorithm.
use const
impl... | lgpl-2.1 | FORTRAN |
ff2ad46a2fee4e216954ea373939f1a3cefce551 | Improve heat code | rekka/intro-fortran-2016,rekka/intro-fortran-2016 | lec8/heat.f90 | lec8/heat.f90 | program heat
implicit none
! introduce a constants M and pi
integer, parameter :: M = 10
real, parameter :: pi = 4. * atan(1.)
integer :: i, k, N
real :: h, tau, x
real, dimension(M + 1) :: u, v
h = 1. / M
tau = h * h / 2.
N = 1. / tau
! initialize the initial data and pri... | program heat
implicit none
integer, parameter :: M = 10
integer :: i, k, N
real :: h, tau, pi = 4. * atan(1.)
real, dimension(M + 1) :: u, v
h = 1. / M
tau = h * h / 2.
N = 1. / tau
! u_0
do k=1,M + 1
u(k) = sin((k - 1) * h * pi)
write(*,*)0., (k - 1) * h, u(k)
... | mit | FORTRAN |
6c9f571a7039165ee1a0bb55bca9b6ef28aac46c | Indent code properly | intelesg/PGAS-examples | coarray.f90 | coarray.f90 | program main
implicit none
integer, allocatable :: A(:)[:]
integer :: B
if (num_images()<2) stop 1
! allocate from the shared heap
allocate(A(1)[*])
B = 134
! store contents of local B at PE 0 into A at PE 1
if (this_image().eq.0) A(1)[1] = B
! global synchronization of execution and data
sync all... | program main
implicit none
integer, allocatable :: A(:)[:]
integer :: B
if (num_images()<2) stop 1
! allocate from the shared heap
allocate(A(1)[*])
B = 134;
! store contents of local B at PE 0 into A at PE 1
if (this_image().eq.0) A(1)[1] = B
! global s... | mit | FORTRAN |
434fe22156cf89361bd1ef583d60df2ab580d787 | Create LinearRegression.f90 | Hranz/Project-Daily,Hranz/Project-Daily,Hranz/Project-Daily | Fortran90/LinearRegression.f90 | Fortran90/LinearRegression.f90 | !Programmer:Kristoffer Larson
!Description: This was originally given in one of my classes
! and I decided to adjust it so that it would run as a
! Fortran90 program. There are some adjustments that need
! to be made before it's fully functional.
DIMENSION X(52), Y(2,50), LITERL(2)
DOUBLE PRECISION S... | mit | FORTRAN | |
0f6604c98972200e60f799792179aec8b06a226f | update cpp | jinbow/Octopus,jinbow/Octopus | src/c_forward_rk4.f90 | src/c_forward_rk4.f90 |
subroutine rk4(SNPP)
#include "cpp_options.h"
! integrate in time using RK4 scheme
use global, only : tt,Npts,iswitch,xyz,dt,Nx,Ny,Nz,uvwp,dt_file,t_amend,useKh
implicit none
real*8, dimension(3) :: x0,x1,uvw
integer*8 :: t0,t1,ip,IPP
integer*8, intent(in) :: SNPP
t0=abs(iswitch-1)
t... |
subroutine rk4(SNPP)
! integrate in time using RK4 scheme
use global, only : tt,Npts,iswitch,xyz,dt,Nx,Ny,Nz,uvwp,dt_file,t_amend,useKh,saveTSG
implicit none
real*8, dimension(3) :: x0,x1,uvw
integer*8 :: t0,t1,ip,IPP
integer*8, intent(in) :: SNPP
t0=abs(iswitch-1)
t1=iswitch
do I... | mit | FORTRAN |
f58e9895595bd02a045aa7c393e3a7c726dd83fd | Implement initial condition and monitor output | nushio3/formura,nushio3/formura,nushio3/formura,nushio3/formura,nushio3/formura,nushio3/formura | examples/main.f90 | examples/main.f90 | program main
use finalist_header
use finalist
implicit none
type(Formura_Navigator) :: navi
integer :: seedsize, mpi_my_rank
integer,allocatable:: seed(:)
print *, "Formura test main program."
call mpi_init(mpi_err)
call Formura_Init(navi, MPI_COMM_WORLD)
call random_seed(size=seedsize) ! シード... | program main
use finalist_header
use finalist
implicit none
type(Formura_Navigator) :: navi
print *, "Formura test main program."
call mpi_init(mpi_err)
call Formura_Init(navi, MPI_COMM_WORLD)
print *, "time step = ", navi%time_step
print *, "lower x = ", navi%lower_x
print *, "upper x = ", navi%... | mit | FORTRAN |
54ba6faa8ebd5c70e5cc65200587e2d0c5729d31 | Update reference for array8 test case | clementval/claw-compiler,clementval/claw-compiler | test/openacc/array8/reference.f90 | test/openacc/array8/reference.f90 | PROGRAM array4_test
CALL claw_test ( )
END PROGRAM array4_test
SUBROUTINE claw_test ( )
INTEGER :: vec1 ( 0 : 10 )
INTEGER :: vec2 ( 0 : 10 )
INTEGER :: vec3 ( 0 : 10 )
INTEGER :: vec4 ( 0 : 20 )
INTEGER :: vec5 ( 0 : 20 )
INTEGER :: claw_induction_0
INTEGER :: claw_induction_1
vec1 ( 0 : 10 ) = 0
vec2 ... | PROGRAM array4_test
CALL claw_test ( )
END PROGRAM array4_test
SUBROUTINE claw_test ( )
INTEGER :: vec1 ( 0 : 10 )
INTEGER :: vec2 ( 0 : 10 )
INTEGER :: vec3 ( 0 : 10 )
INTEGER :: vec4 ( 0 : 20 )
INTEGER :: vec5 ( 0 : 20 )
INTEGER :: claw_induction_0
INTEGER :: claw_induction_1
vec1 ( 0 : 10 ) = 0
vec2 ( 0... | bsd-2-clause | FORTRAN |
ffa075603722017011f2e42d90666293543c98b4 | Add time and update functions | csdms/bmi-f90 | heat/bmi_heat.f90 | heat/bmi_heat.f90 | module bmi_heat
use bmi_params
use heat
implicit none
character (len=BMI_MAXCOMPNAMESTR), target :: &
component_name = "The 2D Heat Equation"
contains
! Perform startup tasks for the model.
function initialize(self, config_file) result(status)
type (heat_model), intent (out) :: self
chara... | module bmi_heat
use bmi_params
use heat
implicit none
character (len=BMI_MAXCOMPNAMESTR), target :: &
component_name = "The 2D Heat Equation"
contains
! Perform startup tasks for the model.
function initialize(self, config_file) result(status)
type (heat_model), intent (out) :: self
chara... | mit | FORTRAN |
75417f2ac53a4f3b5bf20f30363c8f47074e97da | test for grometry | rongzhen/FPLAPW-KP,rongzhen/FPLAPW-KP,rongzhen/FPLAPW-KP,rongzhen/FPLAPW-KP,rongzhen/FPLAPW-KP | test/src/test.f90 | test/src/test.f90 | program test
call inittestoutputfile(50) !file unit 50
! list test routines here and call testreport(testunit,input,output,passed)
! before leaving the routine
call test_readinput()
call test_gndstate_init()
call test_comparefiles()
call test_GEOMETRY()
call finalizeoutput(50)
end program
| program test
call inittestoutputfile(50) !file unit 50
! list test routines here and call testreport(testunit,input,output,passed)
! before leaving the routine
call test_readinput()
call test_gndstate_init()
call test_comparefiles()
call finalizeoutput(50)
end program
| lgpl-2.1 | FORTRAN |
ffff12a2f9639c0ac83eceec3b9517d146c12d9f | Add read with perturb | MeteoSwiss-APN/serialbox,C2SM-RCM/serialbox,clementval/serialbox,MeteoSwiss-APN/serialbox,clementval/serialbox,clementval/serialbox,C2SM-RCM/serialbox,clementval/serialbox,MeteoSwiss-APN/serialbox,C2SM-RCM/serialbox,C2SM-RCM/serialbox,MeteoSwiss-APN/serialbox | examples/perturbation/m_ser.f90 | examples/perturbation/m_ser.f90 | MODULE m_ser
IMPLICIT NONE
CONTAINS
SUBROUTINE serialize(a)
IMPLICIT NONE
REAL(KIND=8), DIMENSION(:,:,:) :: a
!$ser init directory='.' prefix='SerialboxTest'
!$ser savepoint sp1
!$ser mode write
!$ser data ser_a=a
END SUBROUTINE serialize
SUBROUTINE deserialize(a)
IMPLICIT NO... | MODULE m_ser
IMPLICIT NONE
CONTAINS
SUBROUTINE serialize(a)
IMPLICIT NONE
REAL(KIND=8), DIMENSION(:,:,:) :: a
!$ser init directory='.' prefix='SerialboxTest'
!$ser savepoint sp1
!$ser mode write
!$ser data ser_a=a
END SUBROUTINE serialize
SUBROUTINE deserialize(a)
IMPLICIT NO... | bsd-2-clause | FORTRAN |
8e5efd6b739f4a8a5a62a678fa606a80b982eafb | Update ref | clementval/claw-compiler,clementval/claw-compiler | test/claw/abstraction4/reference_gpu.f90 | test/claw/abstraction4/reference_gpu.f90 | MODULE mo_column
CONTAINS
SUBROUTINE compute ( nz , q , t , nproma )
INTEGER , INTENT(IN) :: nz
REAL , INTENT(INOUT) :: t ( : , : )
REAL , INTENT(INOUT) :: q ( : , : )
INTEGER , INTENT(IN) :: nproma
CALL compute_column ( nz , q , t , nproma )
END SUBROUTINE compute
SUBROUTINE compute_column ( nz , q , t... | MODULE mo_column
CONTAINS
SUBROUTINE compute ( nz , q , t , nproma )
INTEGER , INTENT(IN) :: nz
REAL , INTENT(INOUT) :: t ( : , : )
REAL , INTENT(INOUT) :: q ( : , : )
INTEGER , INTENT(IN) :: nproma
CALL compute_column ( nz , q , t , nproma )
END SUBROUTINE compute
SUBROUTINE compute_column ( nz , q , t... | bsd-2-clause | FORTRAN |
036c2c170e2ab9a03e02d39a0234d4dd73debd28 | Create initialdata.f90 | openmichigan/PSNM,openmichigan/PSNM,openmichigan/PSNM,openmichigan/PSNM,openmichigan/PSNM | Brusselator/initialdata.f90 | Brusselator/initialdata.f90 | SUBROUTINE initialdata(Nx,Ny,Nz,x,y,z,u,v,decomp)
!--------------------------------------------------------------------
!
!
! PURPOSE
!
! This subroutine gets initial data for Brusselator equation
! in 3 dimensions
! u_t = a + u^2v - (b+1)u + Du u_xx
! v_t = bu - u^2v + Dv v_xx
!
! The boundary conditions... | bsd-2-clause | FORTRAN | |
20f3364ac95b0cbb863e4395e2597b3cd5cb91d3 | Add constants | cphyc/n-body,cphyc/n-body | constants.f90 | constants.f90 | module constants
private
integer, parameter :: xp = selected_real_kind(8)
public :: xp
contains
end module constants
| mit | FORTRAN | |
bda1bede8ca9b19e91a307cda4c4bcaed1aa695c | Allow possibility that death can create anti-particles. | hande-qmc/hande,hande-qmc/hande,ruthfranklin/hande,hande-qmc/hande,hande-qmc/hande,hande-qmc/hande | src/death.f90 | src/death.f90 | module death
! Module for performing the death part of the FCIQMC algorithm.
use const
use fciqmc_data
implicit none
contains
subroutine stochastic_death(cpos)
! Particles will attempt to die with probability
! p_d = tau(K_ii - S)
! where tau is the timestep, S is the shift and K_ii is... | module death
! Module for performing the death part of the FCIQMC algorithm.
use const
use fciqmc_data
implicit none
contains
subroutine stochastic_death(cpos)
! Particles will attempt to die with probability
! p_d = tau(K_ii - S)
! where tau is the timestep, S is the shift and K_ii is... | lgpl-2.1 | FORTRAN |
e261d6585fd71c4308900547debc097e19b3074f | fix bug | jinbow/Octopus,jinbow/Octopus | src/load_data.f90 | src/load_data.f90 | subroutine load_data(IPP)
use omp_lib
use global, only: casename,tt,fn_ids,xyz,tsg,&
Npts,parti_mld,DumpClock,&
NPP,output_dir,pickup
implicit none
character(len=128) :: fn
character(len=16) :: fn1
! integer*8 :: iwrite
integer*8,intent(in) :: IPP
real*4 :: xyz1(Npts,3... | subroutine load_data(IPP)
use omp_lib
use global, only: casename,tt,fn_ids,xyz,tsg,&
Npts,parti_mld,DumpClock,&
NPP,output_dir,pickup
implicit none
character(len=128) :: fn
character(len=16) :: fn1
! integer*8 :: iwrite
integer*8,intent(in) :: IPP
real*4 :: xyz1(Npts,3... | mit | FORTRAN |
9f7823e47673be55bf4ab82cb803a39d15fc54fe | Reorder declarations | stdlib-js/stdlib,stdlib-js/stdlib,stdlib-js/stdlib,stdlib-js/stdlib,stdlib-js/stdlib,stdlib-js/stdlib,stdlib-js/stdlib,stdlib-js/stdlib | lib/node_modules/@stdlib/blas/base/ddot/src/ddotsub.f | lib/node_modules/@stdlib/blas/base/ddot/src/ddotsub.f | !>
! @license Apache-2.0
!
! Copyright (c) 2019 The Stdlib Authors.
!
! Licensed under the Apache License, Version 2.0 (the "License");
! you may not use this file except in compliance with the License.
! You may obtain a copy of the License at
!
! http://www.apache.org/licenses/LICENSE-2.0
!
! Unless required by ap... | !>
! @license Apache-2.0
!
! Copyright (c) 2019 The Stdlib Authors.
!
! Licensed under the Apache License, Version 2.0 (the "License");
! you may not use this file except in compliance with the License.
! You may obtain a copy of the License at
!
! http://www.apache.org/licenses/LICENSE-2.0
!
! Unless required by ap... | apache-2.0 | FORTRAN |
26e8f6d0624933467c55376a93ffe9e34748e004 | Add time | cphyc/n-body,cphyc/n-body | main.f90 | main.f90 | program n_body
use io_tools
use constants
use physics
implicit none
real(kind = xp), dimension(:), allocatable :: m
real(kind = xp), dimension(:, :), allocatable :: r, v, a
real(kind = xp) :: t = 0._xp, dt, Ec, Ep, E
integer :: iter = 0
integer :: dump_freq = 1
integer :: maxiter = 10000
!... | program n_body
use io_tools
use constants
use physics
implicit none
real(kind = xp), dimension(:), allocatable :: m
real(kind = xp), dimension(:, :), allocatable :: r, v, a
real(kind = xp) :: dt, Ec, Ep, E
integer :: iter = 0
integer :: dump_freq = 1
integer :: maxiter = 10000
!-----------... | mit | FORTRAN |
b65c3ba33681a45c5ac1e8fb7b8606dcc7e0713a | Update reference for fusion5 test case | clementval/claw-compiler,clementval/claw-compiler | test/loops/fusion5/reference.f90 | test/loops/fusion5/reference.f90 | PROGRAM loop_fusion
CALL clawloop ( )
END PROGRAM loop_fusion
SUBROUTINE clawloop ( )
INTEGER :: i
INTEGER :: j
INTEGER :: k
DO i = 1 , 5 , 1
DO j = 1 , 4 , 1
DO k = 1 , 2 , 1
PRINT * ,"First loop body:" , i , j
END DO
DO k = 1 , 2 , 1
PRINT * ,"Second loop body:" , i , j
END DO
END D... | PROGRAM loop_fusion
CALL clawloop ( )
END PROGRAM loop_fusion
SUBROUTINE clawloop ( )
INTEGER :: i
INTEGER :: j
INTEGER :: k
DO i = 1 , 5 , 1
DO j = 1 , 4 , 1
DO k = 1 , 2 , 1
PRINT * ,"First loop body:" , i , j
END DO
DO k = 1 , 2 , 1
PRINT * ,"Second loop body:" , i , j
END DO
END DO
... | bsd-2-clause | FORTRAN |
8bf2b94b21a6d342b73ca50b3e9bb59801d74a1c | Fix indent | cphyc/n-body,cphyc/n-body | io_tools.f90 | io_tools.f90 | module io_tools
use constants
implicit none
private
public :: read_mpos, write_dump, write_dump_headers
contains
subroutine read_mpos(u, m, r)
implicit none
integer, intent(in) :: u
real(kind = xp), intent(out) :: m(:)
real(kind = xp), intent(out) :: r(:,:)
integer ::... | module io_tools
use constants
implicit none
private
public :: read_mpos, write_dump, write_dump_headers
contains
subroutine read_mpos(u, m, r)
implicit none
integer, intent(in) :: u
real(kind = xp), intent(out) :: m(:)
real(kind = xp), intent(out) :: r(:,:)
integer ::... | mit | FORTRAN |
c933409fa42a982b67f51986d348f85a19d18fdb | Update reference for kcache2 test case | clementval/claw-compiler,clementval/claw-compiler | test/claw/directive/kcache2/reference.f90 | test/claw/directive/kcache2/reference.f90 | PROGRAM claw_test
INTEGER :: istart = 0
INTEGER :: iend = 10
INTEGER :: jstart = 0
INTEGER :: jend = 20
CALL kcache ( istart , iend , jstart , jend )
END PROGRAM claw_test
SUBROUTINE kcache ( istart , iend , jstart , jend )
INTEGER , INTENT(IN) :: istart
INTEGER , INTENT(IN) :: iend
INTEGER , INTENT(IN) :: j... | PROGRAM claw_test
INTEGER :: istart = 0
INTEGER :: iend = 10
INTEGER :: jstart = 0
INTEGER :: jend = 20
CALL kcache ( istart , iend , jstart , jend )
END PROGRAM claw_test
SUBROUTINE kcache ( istart , iend , jstart , jend )
INTEGER , INTENT(IN) :: istart
INTEGER , INTENT(IN) :: iend
INTEGER , INTENT(IN) :: js... | bsd-2-clause | FORTRAN |
de1683a1e0b546c1c57c2c84a98579a6042e9399 | Correct comment on array bounds of cluster%excitors array. | hande-qmc/hande,hande-qmc/hande,ruthfranklin/hande,hande-qmc/hande,hande-qmc/hande,hande-qmc/hande | src/ccmc_data.f90 | src/ccmc_data.f90 | module ccmc_data
use const, only: i0, p
implicit none
! Work around Fortran's lack of arrays of pointers...
type bit_string_ptr
integer(i0), pointer :: f(:)
end type bit_string_ptr
! Information about a cluster of excitors in addition to that stored in
! a det_info variable.
type cluster_t
! Pointers to the... | module ccmc_data
use const, only: i0, p
implicit none
! Work around Fortran's lack of arrays of pointers...
type bit_string_ptr
integer(i0), pointer :: f(:)
end type bit_string_ptr
! Information about a cluster of excitors in addition to that stored in
! a det_info variable.
type cluster_t
! Pointers to the... | lgpl-2.1 | FORTRAN |
3d0f82ff9ae370a121ab7f62a24e016df548cfb3 | Fix the sizes of the arrays in 'test' | ziotom78/stripeline,ziotom78/stripeline | src/fortran_routines.f90 | src/fortran_routines.f90 | subroutine test(a, b)
real(kind=8), intent(in), dimension(:) :: a
real(kind=8), intent(out), dimension(size(a)) :: b
b = a
end subroutine test
| subroutine test(a, b)
real(kind=8), intent(in), dimension(:) :: a
real(kind=8), intent(out), dimension(:) :: b
b = a
end subroutine test
| mit | FORTRAN |
3e5378db31ac9602775fe4af80919d6640afa36b | remove imem from file list | bwitherspoon/core,bwitherspoon/core | sim/core/core.f | sim/core/core.f | ../../rtl/opcode.sv
../../rtl/funct3.sv
../../rtl/funct7.sv
../../rtl/riscv.sv
../../rtl/alu.sv
../../rtl/axis.sv
../../rtl/block_ram.sv
../../rtl/core.sv
../../rtl/execute.sv
../../rtl/fetch.sv
../../rtl/fifo.sv
../../rtl/regfile.sv
../../rtl/rs232.sv
../../rtl/uart.sv
| ../../rtl/opcode.sv
../../rtl/funct3.sv
../../rtl/funct7.sv
../../rtl/riscv.sv
../../rtl/alu.sv
../../rtl/axis.sv
../../rtl/block_ram.sv
../../rtl/core.sv
../../rtl/execute.sv
../../rtl/fetch.sv
../../rtl/fifo.sv
../../rtl/imem.sv
../../rtl/regfile.sv
../../rtl/rs232.sv
../../rtl/uart.sv
| isc | FORTRAN |
912768dfa794ea2c4fb4c189aa27c6683620c31b | Fix error and use norm2 | cphyc/n-body,cphyc/n-body | physics.f90 | physics.f90 | module physics
use constants
private
public :: initial_speeds, compute_force
contains
subroutine initial_speeds (r, npoints, v)
real(kind = xp), intent(in), dimension(:, :) :: r
integer, intent(in) :: npoints
real(kind = xp), intent(out), dimension(:, :) :: v
integer :: i
real(kind = xp) ... | module physics
use constants
private
public :: initial_speeds, compute_force
contains
subroutine initial_speeds (r, npoints, v)
real(kind = xp), intent(in), dimension(:, :) :: r
integer, intent(in) :: npoints
real(kind = xp), intent(out), dimension(:, :) :: v
integer :: i
real(kind = xp) ... | mit | FORTRAN |
4104d3f5dd8563bee351cdfa7142f9e98660c4ef | Fix module name | clementval/claw-compiler,clementval/claw-compiler | test/claw/abstraction1/main.f90 | test/claw/abstraction1/main.f90 | ! Test the CLAW abstraction model with one additional dimension.
PROGRAM test_abstraction1
USE mo_column, ONLY: compute_column
REAL, DIMENSION(20,60) :: q, t ! Fields as declared in the whole model
INTEGER :: nproma, nz ! Size of array fields
INTEGER :: p ! Loop index
nproma = ... | ! Test the CLAW abstraction model with one additional dimension.
PROGRAM test_abstraction1
USE column_module, ONLY: compute_column
REAL, DIMENSION(20,60) :: q, t ! Fields as declared in the whole model
INTEGER :: nproma, nz ! Size of array fields
INTEGER :: p ! Loop index
nprom... | bsd-2-clause | FORTRAN |
1fcd2d9ed50233705d54091137b26b28bc509839 | Update cpinterface.f90 | CoolProp/CoolProp,CoolProp/CoolProp,henningjp/CoolProp,DANA-Laboratory/CoolProp,henningjp/CoolProp,CoolProp/CoolProp,DANA-Laboratory/CoolProp,CoolProp/CoolProp,CoolProp/CoolProp,DANA-Laboratory/CoolProp,CoolProp/CoolProp,CoolProp/CoolProp,JonWel/CoolProp,dcprojects/CoolProp,DANA-Laboratory/CoolProp,henningjp/CoolProp,h... | wrappers/Fortran/detailed_example/cpinterface.f90 | wrappers/Fortran/detailed_example/cpinterface.f90 | MODULE CPINTERFACE
INTERFACE
FUNCTION PropsSI (output, name1, prop1, name2, prop2, fluidname) BIND(C, NAME='PropsSI')
use iso_c_binding
real(C_DOUBLE) :: PropsSI
character(KIND=c_char) :: output(*)
character(c_char) :: name1(*)
real(C_DOUBLE), VALU... | MODULE CPINTERFACE
INTERFACE
FUNCTION PropsSI (output, name1, prop1, name2, prop2, fluidname) BIND(C, NAME='PropsSI')
use iso_c_binding
real(C_DOUBLE) :: PropsSI
character(KIND=c_char) :: output(*)
character(c_char) :: name1(*)
real(C_DOUBLE), VALU... | mit | FORTRAN |
69b11c2fed40bd69254009e64c6076fb9b9311c4 | Clean up unused code and print grid shape | csdms/bmi-f90 | testing/get_value_test.f90 | testing/get_value_test.f90 | ! Test the get_value, get_value_ref, and get_value_at_indices functions.
program get_value_test
use bmi_heat
use testing_helpers
implicit none
type (heat_model) :: m
integer :: s, i, j, grid_id
character (len=BMI_MAXVARNAMESTR), pointer :: names(:)
integer :: dims(2), locations(3)
real, pointer :: z(:... | ! Test the get_value, get_value_ref, and get_value_at_indices functions.
program get_value_test
use bmi_heat
use testing_helpers
implicit none
type (heat_model) :: m
integer :: s, i, j, grid_id
character (len=BMI_MAXVARNAMESTR), pointer :: names(:)
integer :: dims(2), locations(3)
real, pointer :: z(:... | mit | FORTRAN |
8c7b3995e2b09e2f43270e8d5f73011362573613 | add missing file planar_fields.f90 | pdebuyl-lab/RMPCDMD,pdebuyl-lab/RMPCDMD,pdebuyl/RMPCDMD,pdebuyl/RMPCDMD | src/planar_fields.f90 | src/planar_fields.f90 | ! This file is part of RMPCDMD
! Copyright (c) 2016-2017 Pierre de Buyl and contributors
! License: BSD 3-clause (see file LICENSE)
!> Routines to compute planar concentration and velocity profiles
module planar_fields
use common
use particle_system
use cell_system
use neighbor_list
implicit none
private... | bsd-3-clause | FORTRAN | |
08b4206559c0a10267927a1222d37bdee9fd9473 | Update version | stdlib-js/stdlib,stdlib-js/stdlib,stdlib-js/stdlib,stdlib-js/stdlib,stdlib-js/stdlib,stdlib-js/stdlib,stdlib-js/stdlib,stdlib-js/stdlib | lib/node_modules/@stdlib/blas/base/snrm2/src/snrm2.f | lib/node_modules/@stdlib/blas/base/snrm2/src/snrm2.f | !>
! @license Apache-2.0
!
! Copyright (c) 2020 The Stdlib Authors.
!
! Licensed under the Apache License, Version 2.0 (the "License");
! you may not use this file except in compliance with the License.
! You may obtain a copy of the License at
!
! http://www.apache.org/licenses/LICENSE-2.0
!
! Unless required by ap... | !>
! @license Apache-2.0
!
! Copyright (c) 2020 The Stdlib Authors.
!
! Licensed under the Apache License, Version 2.0 (the "License");
! you may not use this file except in compliance with the License.
! You may obtain a copy of the License at
!
! http://www.apache.org/licenses/LICENSE-2.0
!
! Unless required by ap... | apache-2.0 | FORTRAN |
Subsets and Splits
No community queries yet
The top public SQL queries from the community will appear here once available.