| /dports/science/frontistr/FrontISTR-c66bdc397de319ca59a0565b3f3b1a3b33f0c50c/hecmw1/src/visualizer/ |
| H A D | hecmw_visualizer.c | 96 } else if ((timestep >= 100) && (timestep <= 999)) { in HECMW_visualize()
99 } else if ((timestep >= 10) && (timestep <= 99)) { in HECMW_visualize()
110 } else if ((timestep >= 100) && (timestep <= 999)) { in HECMW_visualize()
113 } else if ((timestep >= 10) && (timestep <= 99)) { in HECMW_visualize()
138 if (timestep >= 1000) in HECMW_visualize()
140 else if ((timestep >= 100) && (timestep <= 999)) in HECMW_visualize()
142 else if ((timestep >= 10) && (timestep <= 99)) in HECMW_visualize()
144 timestep); in HECMW_visualize()
147 timestep); in HECMW_visualize()
151 else if ((timestep >= 100) && (timestep <= 999)) in HECMW_visualize()
[all …]
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| /dports/cad/yosys/yosys-yosys-0.12/kernel/ |
| H A D | satgen.h | 112 log_assert(timestep != 0);
113 std::string pf = prefix + (timestep == -1 ? "" : stringf("@%d:", timestep));
119 log_assert(timestep != 0);
120 std::string pf = prefix + (timestep == -1 ? "" : stringf("@%d:", timestep));
134 std::string pf = prefix + (timestep == -1 ? "" : stringf("@%d:", timestep));
141 std::string pf = prefix + (timestep == -1 ? "" : stringf("@%d:", timestep));
155 std::string pf = prefix + (timestep == -1 ? "" : stringf("@%d:", timestep));
161 std::string pf = prefix + (timestep == -1 ? "" : stringf("@%d:", timestep));
168 std::string pf = prefix + (timestep == -1 ? "" : stringf("@%d:", timestep));
176 std::string pf = prefix + (timestep == -1 ? "" : stringf("@%d:", timestep));
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| H A D | satgen.cc | 25 bool SatGen::importCell(RTLIL::Cell *cell, int timestep) in importCell() argument
146 int a = importDefSigSpec(cell->getPort(ID::A), timestep).at(0); in importCell()
147 int b = importDefSigSpec(cell->getPort(ID::B), timestep).at(0); in importCell()
1075 ez->assume(signals_eq(ab, y, timestep)); in importCell()
1087 if (timestep == 1) in importCell()
1112 int ce = importDefSigSpec(ff.sig_ce, timestep-1).at(0); in importCell()
1118 undef_old_q = importUndefSigSpec(ff.sig_q, timestep-1); in importCell()
1157 if (timestep < 2) in importCell()
1203 auto key = make_pair(prefix, timestep); in importCell()
1222 std::string pf = prefix + (timestep == -1 ? "" : stringf("@%d:", timestep)); in importCell()
[all …]
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| /dports/science/lammps/lammps-stable_29Sep2021/doc/src/ |
| H A D | Howto_structured_data.rst | 22 timestep: $(step)
30 timestep: 250
40 "timestep": $(step),
49 "timestep": 250,
66 - timestep: $(step)
74 - timestep: 0
78 - timestep: 50
82 - timestep: 100
86 - timestep: 150
90 - timestep: 200
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| H A D | timestep.rst | 1 .. index:: timestep
3 timestep command
11 timestep dt
13 * dt = timestep size (time units)
20 timestep 2.0
21 timestep 0.003
26 Set the timestep size for subsequent molecular dynamics simulations.
30 The default value for the timestep size also depends on the choice of
33 When the :doc:`run style <run_style>` is *respa*, dt is the timestep for
34 the outer loop (largest) timestep.
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| H A D | fix_dt_reset.rst | 42 Reset the timestep size every N steps during a run, so that no atom
53 This fix overrides the timestep size setting made by the
54 :doc:`timestep <timestep>` command. The new timestep size *dt* is
57 For each atom, the timestep is computed that would cause it to
68 displacement, then the smaller timestep is used.
70 Given this putative timestep for each atom, the minimum timestep value
76 outer loop (largest) timestep, which is the same timestep that the
77 :doc:`timestep <timestep>` command sets.
80 accounts for changes in the timestep size as a simulation proceeds,
91 timestep on which the timestep was reset to a new value.
[all …]
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| /dports/math/vtk9/VTK-9.1.0/Common/ExecutionModel/ |
| H A D | vtkSimpleReader.cxx | 92 int vtkSimpleReader::ReadTimeDependentMetaData(int timestep, vtkInformation* metadata) in ReadTimeDependentMetaData() argument
100 if (timestep >= nTimes) in ReadTimeDependentMetaData()
107 return this->ReadMetaDataSimple(this->Internal->FileNames[timestep], metadata); in ReadTimeDependentMetaData()
169 int vtkSimpleReader::ReadMesh(int piece, int, int, int timestep, vtkDataObject* output) in ReadMesh() argument
179 if (timestep >= nTimes) in ReadMesh()
186 if (this->ReadMeshSimple(this->Internal->FileNames[timestep], output)) in ReadMesh()
188 this->CurrentFileIndex = timestep; in ReadMesh()
205 if (timestep >= nTimes) in ReadPoints()
212 return this->ReadPointsSimple(this->Internal->FileNames[timestep], output); in ReadPoints()
226 if (timestep >= nTimes) in ReadArrays()
[all …]
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| H A D | vtkParallelReader.cxx | 135 int piece, int npieces, int nghosts, int timestep, vtkDataObject* output) in ReadMesh() argument
138 if (timestep >= nTimes) in ReadMesh()
141 "Cannot read time step " << timestep << ". Only " << nTimes << " time steps are available."); in ReadMesh()
145 if (this->ReadMesh(this->Internal->FileNames[timestep], piece, npieces, nghosts, output)) in ReadMesh()
147 this->CurrentFileIndex = timestep; in ReadMesh()
155 int piece, int npieces, int nghosts, int timestep, vtkDataObject* output) in ReadPoints() argument
158 if (timestep >= nTimes) in ReadPoints()
165 return this->ReadPoints(this->Internal->FileNames[timestep], piece, npieces, nghosts, output); in ReadPoints()
170 int piece, int npieces, int nghosts, int timestep, vtkDataObject* output) in ReadArrays() argument
173 if (timestep >= nTimes) in ReadArrays()
[all …]
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| /dports/science/madness/madness-ebb3fd7/bin/ |
| H A D | taskprofile.pl | 139 my $timestep = $run_time / $nslices;
209 ( $time_start / $timestep ) - $submit_ts_1;
213 ( $time_start - $time_submit ) / $timestep;
218 my $start_ts_0 = floor( $time_start / $timestep );
229 ( $time_finish / $timestep ) - $start_ts_1;
234 ( $time_finish - $time_start ) / $timestep;
239 my $spawned_ts = floor( $time_submit / $timestep );
241 my $started_ts = floor( $time_start / $timestep );
243 my $stop_ts = floor( $time_finish / $timestep );
302 printf STDOUT "timestep = %lf\n", $timestep;
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| /dports/math/vtk8/VTK-8.2.0/Common/ExecutionModel/ |
| H A D | vtkSimpleReader.cxx | 101 int timestep, vtkInformation* metadata) in ReadTimeDependentMetaData() argument
109 if (timestep >= nTimes) in ReadTimeDependentMetaData()
118 this->Internal->FileNames[timestep], metadata); in ReadTimeDependentMetaData()
185 int piece, int, int, int timestep, vtkDataObject* output) in ReadMesh() argument
195 if (timestep >= nTimes) in ReadMesh()
204 this->Internal->FileNames[timestep], output)) in ReadMesh()
206 this->CurrentFileIndex = timestep; in ReadMesh()
224 if (timestep >= nTimes) in ReadPoints()
232 this->Internal->FileNames[timestep], output); in ReadPoints()
247 if (timestep >= nTimes) in ReadArrays()
[all …]
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| H A D | vtkParallelReader.cxx | 145 int piece, int npieces, int nghosts, int timestep, vtkDataObject* output) in ReadMesh() argument
148 if (timestep >= nTimes) in ReadMesh()
150 vtkErrorMacro("Cannot read time step " << timestep << ". Only " << in ReadMesh()
157 this->Internal->FileNames[timestep], piece, npieces, nghosts, output)) in ReadMesh()
159 this->CurrentFileIndex = timestep; in ReadMesh()
170 if (timestep >= nTimes) in ReadPoints()
172 vtkErrorMacro("Cannot read time step " << timestep << ". Only " << in ReadPoints()
178 this->Internal->FileNames[timestep], piece, npieces, nghosts, output); in ReadPoints()
186 if (timestep >= nTimes) in ReadArrays()
188 vtkErrorMacro("Cannot read time step " << timestep << ". Only " << in ReadArrays()
[all …]
|
| /dports/science/ascent/ascent-0.7.1-66-gbcf2742a/src/examples/proxies/cloverleaf3d-ref/ |
| H A D | clover.out | 84 …Step 1 time 0.0000000 control sound timestep 4.00E-02 1, 1 x 5.00E-01…
88 …Step 2 time 0.0400000 control sound timestep 4.00E-02 1, 1 x 5.00E-01…
92 …Step 3 time 0.0800000 control sound timestep 4.00E-02 1, 1 x 5.00E-01…
96 …Step 4 time 0.1200000 control sound timestep 4.00E-02 1, 1 x 5.00E-01…
100 …Step 5 time 0.1600000 control sound timestep 4.00E-02 1, 1 x 5.00E-01…
104 …Step 6 time 0.2000000 control sound timestep 4.00E-02 1, 1 x 5.00E-01…
108 …Step 7 time 0.2400000 control sound timestep 4.00E-02 1, 1 x 5.00E-01…
112 …Step 8 time 0.2800000 control sound timestep 4.00E-02 1, 1 x 5.00E-01…
116 …Step 9 time 0.3200000 control sound timestep 4.00E-02 1, 1 x 5.00E-01…
120 …Step 10 time 0.3600000 control sound timestep 4.00E-02 1, 1 x 5.00E-01…
[all …]
|
| /dports/audio/faust/faust-2.37.3/tools/physicalModeling/mesh2faust/vega/libraries/rigidBodyDynamics/ |
| H A D | rigidBody.cpp | 52 void RigidBody::EulerStep(double timestep) in EulerStep() argument
55 positionX += timestep * velocityX; in EulerStep()
56 positionY += timestep * velocityY; in EulerStep()
57 positionZ += timestep * velocityZ; in EulerStep()
59 velocityX += timestep * (externalForceX - linearDampingCoef * velocityX) / mass; in EulerStep()
60 velocityY += timestep * (externalForceY - linearDampingCoef * velocityY) / mass; in EulerStep()
61 velocityZ += timestep * (externalForceZ - linearDampingCoef * velocityZ) / mass; in EulerStep()
82 void RigidBody::EulerStepSymplectic(double timestep) in EulerStepSymplectic() argument
89 positionX += timestep * velocityX; in EulerStepSymplectic()
90 positionY += timestep * velocityY; in EulerStepSymplectic()
[all …]
|
| /dports/cad/impact/Impact/src/run/materials/ |
| H A D | SpringMaterial.java | 88 double timestep in calculateStressOneDimensional() argument
659 timestep = Math.min(timestep, (0.5 * mass) / cy); in wavespeedOneDimensional()
661 timestep = Math.min(timestep, Math.sqrt(mass / ky)); in wavespeedOneDimensional()
669 timestep = Math.min(timestep, (0.5 * mass) / cz); in wavespeedOneDimensional()
671 timestep = Math.min(timestep, Math.sqrt(mass / kz)); in wavespeedOneDimensional()
680 timestep = Math.min(timestep, (0.5 * inertia) / crx); in wavespeedOneDimensional()
682 timestep = Math.min(timestep, Math.sqrt(inertia / krx)); in wavespeedOneDimensional()
691 timestep = Math.min(timestep, (0.5 * inertia) / cry); in wavespeedOneDimensional()
693 timestep = Math.min(timestep, Math.sqrt(inertia / kry)); in wavespeedOneDimensional()
702 timestep = Math.min(timestep, (0.5 * inertia) / crz); in wavespeedOneDimensional()
[all …]
|
| /dports/cad/impact/Impact/src/run/ |
| H A D | Worker.java | 35 private double time, timestep, ttemp; field in Worker
43 public Worker(Barrier barrier, double time, double timestep, boolean autostep) { in Worker() argument
47 this.timestep = timestep; in Worker()
104 temporary_element.calculateStrain(timestep, j); in run()
107 temporary_element.calculateStress(j, timestep); in run()
116 temporary_element.calculateNodalForces(j,timestep); in run()
160 System.err.println("\nWorker Interrupted: Time: "+time+" Time step: "+timestep); in run()
166 System.err.println("\nWorker Exception: Time: "+time+" Time step: "+timestep); in run()
189 return timestep; in getTimestep()
194 public void setTimestep(double timestep) { in setTimestep() argument
[all …]
|
| /dports/math/dune-vtk/dune-vtk-38f79c23ef8f29210d41353a8380e42b78422f2f/dune/vtk/writers/ |
| H A D | vtkunstructuredgridwriter.impl.hh | 126 for (auto const& timestep : timesteps) in writeTimeseriesSerialFile() local
182 for (auto const& timestep : timesteps) { in writeTimeseriesSerialFile() local
229 for (auto const& timestep : timesteps) in writeTimeseriesParallelFile() local
289 if (timestep) in writeCells()
296 if (timestep) in writeCells()
303 if (timestep) in writeCells()
311 if (timestep) in writeCells()
319 if (timestep) in writeCells()
327 if (timestep) in writeCells()
349 if (timestep) in writePointIds()
[all …]
|
| /dports/games/etracer/etr-0.8.1/src/ |
| H A D | tools.cpp | 77 void CCamera::Update(float timestep) { in Update() argument
78 if (fore) ZMove(-2 * timestep); in Update()
79 if (back) ZMove(2 * timestep); in Update()
80 if (left) XMove(-1 * timestep); in Update()
81 if (right) XMove(1 * timestep); in Update()
82 if (up) YMove(1 * timestep); in Update()
83 if (down) YMove(-1 * timestep); in Update()
84 if (headleft) RotateHead(5 * timestep); in Update()
86 if (pitchup) RotatePitch(-2 * timestep); in Update()
107 if (turnleft) angle -= timestep * 2000; in Update()
[all …]
|
| /dports/science/cantera/cantera-2.5.1-611-gc4d6ecc15/ext/sundials/examples/cvode/petsc/ |
| H A D | cv_petsc_ex7.out | 3 timestep 0 time 0. norm 1.9391
6 timestep 1 time 2.02546e-09 norm 1.9391
10 timestep 2 time 2.02566e-05 norm 1.93261
14 timestep 3 time 9.08689e-05 norm 1.91043
18 timestep 4 time 0.000161481 norm 1.88869
22 timestep 5 time 0.000232093 norm 1.8674
26 timestep 6 time 0.000302706 norm 1.84652
30 timestep 7 time 0.000373318 norm 1.82607
34 timestep 8 time 0.00044393 norm 1.80601
38 timestep 9 time 0.000514542 norm 1.78634
|
| /dports/math/sundials/sundials-5.7.0/examples/cvode/petsc/ |
| H A D | cv_petsc_ex7.out | 3 timestep 0 time 0. norm 1.9391
6 timestep 1 time 2.02546e-09 norm 1.9391
10 timestep 2 time 2.02566e-05 norm 1.93261
14 timestep 3 time 9.08689e-05 norm 1.91043
18 timestep 4 time 0.000161481 norm 1.88869
22 timestep 5 time 0.000232093 norm 1.8674
26 timestep 6 time 0.000302706 norm 1.84652
30 timestep 7 time 0.000373318 norm 1.82607
34 timestep 8 time 0.00044393 norm 1.80601
38 timestep 9 time 0.000514542 norm 1.78634
|
| /dports/science/frontistr/FrontISTR-c66bdc397de319ca59a0565b3f3b1a3b33f0c50c/hecmw1/tools/visualizer/ |
| H A D | visualizer.c | 22 int min_step, max_step, interval, timestep; in main() local
63 for (timestep = min_step; timestep <= max_step; timestep++) { in main()
64 if ((timestep % interval) != 0 && timestep != max_step) continue; in main()
66 resultfile = HECMW_ctrl_get_result_fileheader("fstrRES", timestep, in main()
68 sprintf(resultfile1, "%s.%d.%d", resultfile, mynode, timestep); in main()
72 HECMW_visualize(mesh, data, timestep); in main()
|
| /dports/science/elmerfem/elmerfem-release-9.0/fem/tests/TravellingHeater/ |
| H A D | HeatSource.F90 | 11 INTEGER :: timestep, prevtimestep = -1 local
21 timestep = GetTimestep()
22 NewTimestep = ( timestep /= prevtimestep )
33 prevtimestep = timestep
63 INTEGER :: timestep, prevtimestep = -1 local
72 timestep = GetTimestep()
73 NewTimestep = ( timestep /= prevtimestep )
82 prevtimestep = timestep
110 INTEGER :: timestep, prevtimestep = -1 local
120 timestep = GetTimestep()
[all …]
|
| /dports/science/elmerfem/elmerfem-release-9.0/fem/tests/TravellingHeater2/ |
| H A D | HeatSource.F90 | 11 INTEGER :: timestep, prevtimestep = -1 local
21 timestep = GetTimestep()
22 NewTimestep = ( timestep /= prevtimestep )
33 prevtimestep = timestep
63 INTEGER :: timestep, prevtimestep = -1 local
72 timestep = GetTimestep()
73 NewTimestep = ( timestep /= prevtimestep )
82 prevtimestep = timestep
110 INTEGER :: timestep, prevtimestep = -1 local
120 timestep = GetTimestep()
[all …]
|
| /dports/devel/py-bullet3/bullet3-3.21/examples/pybullet/gym/pybullet_envs/ |
| H A D | scene_abstract.py | 11 def __init__(self, bullet_client, gravity, timestep, frame_skip): argument
14 self.timestep = timestep
17 self.dt = self.timestep * self.frame_skip
18 self.cpp_world = World(self._p, gravity, timestep, frame_skip)
61 def __init__(self, bullet_client, gravity, timestep, frame_skip): argument
64 self.timestep = timestep
74 self._p.setPhysicsEngineParameter(fixedTimeStep=self.timestep * self.frame_skip,
|
| /dports/science/PETSc/petsc-3.14.1/src/ts/tutorials/output/ |
| H A D | ex52_0.out | 1 timestep 0 time 0. norm 2.
2 timestep 1 time 0.0001 norm 1.99005
3 timestep 2 time 0.0011 norm 1.89583
4 timestep 3 time 0.00708982 norm 1.48883
5 timestep 4 time 0.0149011 norm 1.18617
6 timestep 5 time 0.0249059 norm 0.925402
|
| /dports/science/madness/madness-ebb3fd7/src/madness/mra/ |
| H A D | qmprop.cc | 165 qm_1d_free_particle_propagator(int k, double bandlimit, double timestep, double width) { in qm_1d_free_particle_propagator() argument
166 …ution1D<double_complex,BandlimitedPropagator>(k,BandlimitedPropagator(bandlimit,timestep,width),0); in qm_1d_free_particle_propagator()
171 qm_free_particle_propagator(World& world, int k, double bandlimit, double timestep) { in qm_free_particle_propagator() argument
174 q[0].reset(qm_1d_free_particle_propagator(k, bandlimit, timestep, width)); in qm_free_particle_propagator()
180 qm_free_particle_propagatorPtr(World& world, int k, double bandlimit, double timestep) { in qm_free_particle_propagatorPtr() argument
183 q[0].reset(qm_1d_free_particle_propagator(k, bandlimit, timestep, width)); in qm_free_particle_propagatorPtr()
188 …ble_complex,1> qm_free_particle_propagator(World& world, int k, double bandlimit, double timestep);
193 …ble_complex,2> qm_free_particle_propagator(World& world, int k, double bandlimit, double timestep);
197 …ble_complex,3> qm_free_particle_propagator(World& world, int k, double bandlimit, double timestep);
201 …ble_complex,4> qm_free_particle_propagator(World& world, int k, double bandlimit, double timestep);
[all …]
|