Public Types |
Public Member Functions |
Protected Member Functions |
Protected Attributes |
List of all members
TNL::Solvers::IterativeSolverMonitor< Real > Class Template Reference
Object for monitoring convergence of iterative solvers. More...
#include <TNL/Solvers/IterativeSolverMonitor.h>
Inheritance diagram for TNL::Solvers::IterativeSolverMonitor< Real >:
Collaboration diagram for TNL::Solvers::IterativeSolverMonitor< Real >:
Public Types | |
| using | IndexType = std::size_t |
| A type for indexing. | |
| using | RealType = Real |
| A type of the floating-point arithmetics. | |
Public Member Functions | |
| IterativeSolverMonitor ()=default | |
| Construct with no parameters. | |
| void | refresh () override |
| Causes that the monitor prints out the status of the solver. | |
| void | setIterations (const IndexType &iterations) |
| Set number of the current iteration. | |
| void | setNodesPerIteration (const IndexType &nodes) |
| Set the number of nodes of the numerical mesh or lattice. | |
| void | setResidue (const RealType &residue) |
| Set residue of the current approximation of the solution. | |
| void | setStage (const std::string &stage) |
| This method can be used for naming a stage of the monitored solver. | |
| void | setTime (const RealType &time) |
| Set the time of the simulated evolution if it is time dependent. | |
| void | setTimeStep (const RealType &timeStep) |
| Set the time step for time dependent iterative solvers. | |
| void | setVerbose (const IndexType &verbose) |
| Set up the verbosity of the monitor. | |
| Public Member Functions inherited from TNL::Solvers::SolverMonitor | |
| SolverMonitor ()=default | |
| Basic construct with no arguments. | |
| bool | isStopped () const |
| Checks whether the main loop was stopped. | |
| void | runMainLoop () |
| Starts the main loop from which the method SolverMonitor::refresh is called in given time periods. | |
| void | setRefreshRate (const int &refreshRate) |
| Set the time interval between two consecutive calls of SolverMonitor::refresh. | |
| void | setTimer (Timer &timer) |
| Set a timer object for the solver monitor. | |
| void | stopMainLoop () |
| Stops the main loop of the monitor. See runMainLoop. | |
| void | unsetTimer () |
| Unsets the timer object for the solver monitor. | |
Protected Member Functions | |
| int | getLineWidth () |
| Protected Member Functions inherited from TNL::Solvers::SolverMonitor | |
| double | getElapsedTime () |
Protected Attributes | |
| std::atomic_bool | attributes_changed { false } |
| RealType | elapsed_time_before_refresh = 0 |
| IndexType | iterations = 0 |
| IndexType | iterations_before_refresh = 0 |
| RealType | last_mlups = 0 |
| IndexType | nodesPerIteration = 0 |
| RealType | residue = 0 |
| std::atomic_bool | saved { false } |
| IndexType | saved_iterations = 0 |
| RealType | saved_residue = 0 |
| std::string | saved_stage |
| RealType | saved_time = 0 |
| RealType | saved_timeStep = 0 |
| std::string | stage |
| RealType | time = 0 |
| RealType | timeStep = 0 |
| IndexType | verbose = 2 |
| Protected Attributes inherited from TNL::Solvers::SolverMonitor | |
| std::atomic_bool | started { false } |
| std::atomic_bool | stopped { false } |
| std::atomic_int | timeout_milliseconds { 500 } |
| Timer * | timer = nullptr |
Detailed Description
template<typename Real = double>
class TNL::Solvers::IterativeSolverMonitor< Real >
class TNL::Solvers::IterativeSolverMonitor< Real >
Object for monitoring convergence of iterative solvers.
- Template Parameters
-
Real is a type of the floating-point arithmetics. Index is an indexing type.
The following example shows how to use the iterative solver monitor for monitoring convergence of linear iterative solver:
1#include <iostream>
2#include <memory>
3#include <TNL/Matrices/SparseMatrix.h>
4#include <TNL/Devices/Sequential.h>
5#include <TNL/Devices/Cuda.h>
6#include <TNL/Solvers/Linear/Jacobi.h>
7
8template< typename Device >
9void
10iterativeLinearSolverExample()
11{
12 /***
13 * Set the following matrix (dots represent zero matrix elements):
14 *
15 * / 2.5 -1 . . . \
16 * | -1 2.5 -1 . . |
17 * | . -1 2.5 -1. . |
18 * | . . -1 2.5 -1 |
19 * \ . . . -1 2.5 /
20 */
23 const int size( 5 );
25 matrix_ptr->setDimensions( size, size );
26 matrix_ptr->setRowCapacities( Vector( { 2, 3, 3, 3, 2 } ) );
27
29 {
30 const int rowIdx = row.getRowIndex();
31 if( rowIdx == 0 ) {
32 row.setElement( 0, rowIdx, 2.5 ); // diagonal element
33 row.setElement( 1, rowIdx + 1, -1 ); // element above the diagonal
34 }
35 else if( rowIdx == size - 1 ) {
36 row.setElement( 0, rowIdx - 1, -1.0 ); // element below the diagonal
37 row.setElement( 1, rowIdx, 2.5 ); // diagonal element
38 }
39 else {
40 row.setElement( 0, rowIdx - 1, -1.0 ); // element below the diagonal
41 row.setElement( 1, rowIdx, 2.5 ); // diagonal element
42 row.setElement( 2, rowIdx + 1, -1.0 ); // element above the diagonal
43 }
44 };
45
46 /***
47 * Set the matrix elements.
48 */
49 matrix_ptr->forAllRows( f );
51
52 /***
53 * Set the right-hand side vector.
54 */
55 Vector x( size, 1.0 );
56 Vector b( size );
57 matrix_ptr->vectorProduct( x, b );
58 x = 0.0;
60
61 /***
62 * Setup solver of the linear system.
63 */
65 LinearSolver solver;
66 solver.setMatrix( matrix_ptr );
67 solver.setOmega( 0.0005 );
68
69 /***
70 * Setup monitor of the iterative solver.
71 */
73 IterativeSolverMonitorType monitor;
74 TNL::Solvers::SolverMonitorThread monitorThread( monitor );
75 monitor.setRefreshRate( 10 ); // refresh rate in milliseconds
76 monitor.setVerbose( 1 );
77 monitor.setStage( "Jacobi stage:" );
78 solver.setSolverMonitor( monitor );
79 solver.setConvergenceResidue( 1.0e-6 );
80 solver.solve( b, x );
81 monitor.stopMainLoop();
83}
84
85int
86main( int argc, char* argv[] )
87{
89 iterativeLinearSolverExample< TNL::Devices::Sequential >();
90
91#ifdef __CUDACC__
93 iterativeLinearSolverExample< TNL::Devices::Cuda >();
94#endif
95}
#define __cuda_callable__
This macro serves for annotating functions which are supposed to be called even from the GPU device.
Definition Macros.h:50
Implementation of sparse matrix, i.e. matrix storing only non-zero elements.
Definition SparseMatrix.h:57
Iterative solver of linear systems based on the Jacobi method.
Definition Jacobi.h:21
virtual void setMatrix(const MatrixPointer &matrix)
Set the matrix of the linear system.
Definition LinearSolver.h:120
A RAII wrapper for launching the SolverMonitor's main loop in a separate thread.
Definition SolverMonitor.h:142
The result looks as follows:
Solving linear system on host:
Row: 0 -> 0:2.5 1:-1
Row: 1 -> 0:-1 1:2.5 2:-1
Row: 2 -> 1:-1 2:2.5 3:-1
Row: 3 -> 2:-1 3:2.5 4:-1
Row: 4 -> 3:-1 4:2.5
Vector b = [ 1.5, 0.5, 0.5, 0.5, 1.5 ]
Jacobi stage: ITER: 26205 RES: 0.012901
Jacobi stage: ITER: 52015 RES: 0.00024476
Jacobi stage: ITER: 78087 RES: 4.4646e-06
Vector x = [ 0.999999, 0.999999, 0.999998, 0.999999, 0.999999 ]
Solving linear system on CUDA device:
Row: 0 -> 0:2.5 1:-1
Row: 1 -> 0:-1 1:2.5 2:-1
Row: 2 -> 1:-1 2:2.5 3:-1
Row: 3 -> 2:-1 3:2.5 4:-1
Row: 4 -> 3:-1 4:2.5
Vector b = [ 1.5, 0.5, 0.5, 0.5, 1.5 ]
Jacobi stage: ITER: 3495 RES: 0.43668
Jacobi stage: ITER: 4169 RES: 0.38878
Jacobi stage: ITER: 4645 RES: 0.35926
Jacobi stage: ITER: 5105 RES: 0.33338
Jacobi stage: ITER: 5571 RES: 0.30951
Jacobi stage: ITER: 6027 RES: 0.28795
Jacobi stage: ITER: 6479 RES: 0.26822
Jacobi stage: ITER: 6917 RES: 0.25041
Jacobi stage: ITER: 7379 RES: 0.23313
Jacobi stage: ITER: 7839 RES: 0.21709
Jacobi stage: ITER: 8299 RES: 0.20219
Jacobi stage: ITER: 8743 RES: 0.1888
Jacobi stage: ITER: 9199 RES: 0.17598
Jacobi stage: ITER: 9653 RES: 0.16405
Jacobi stage: ITER: 10115 RES: 0.15284
Jacobi stage: ITER: 10571 RES: 0.14249
Jacobi stage: ITER: 11025 RES: 0.13284
Jacobi stage: ITER: 11483 RES: 0.12385
Jacobi stage: ITER: 11879 RES: 0.11653
Jacobi stage: ITER: 12175 RES: 0.11135
Jacobi stage: ITER: 12467 RES: 0.10647
Jacobi stage: ITER: 12761 RES: 0.10173
Jacobi stage: ITER: 13055 RES: 0.097271
Jacobi stage: ITER: 13345 RES: 0.093004
Jacobi stage: ITER: 13615 RES: 0.089252
Jacobi stage: ITER: 13899 RES: 0.085442
Jacobi stage: ITER: 14191 RES: 0.081694
Jacobi stage: ITER: 14619 RES: 0.076496
Jacobi stage: ITER: 15071 RES: 0.071365
Jacobi stage: ITER: 15529 RES: 0.066496
Jacobi stage: ITER: 15993 RES: 0.061922
Jacobi stage: ITER: 16455 RES: 0.057697
Jacobi stage: ITER: 16915 RES: 0.053761
Jacobi stage: ITER: 17371 RES: 0.050125
Jacobi stage: ITER: 17835 RES: 0.046676
Jacobi stage: ITER: 18291 RES: 0.043519
Jacobi stage: ITER: 18749 RES: 0.04055
Jacobi stage: ITER: 19203 RES: 0.03783
Jacobi stage: ITER: 19665 RES: 0.035228
Jacobi stage: ITER: 20133 RES: 0.032784
Jacobi stage: ITER: 20599 RES: 0.030529
Jacobi stage: ITER: 21051 RES: 0.028481
Jacobi stage: ITER: 21487 RES: 0.026637
Jacobi stage: ITER: 21945 RES: 0.024819
Jacobi stage: ITER: 22411 RES: 0.023112
Jacobi stage: ITER: 22875 RES: 0.021522
Jacobi stage: ITER: 23329 RES: 0.020066
Jacobi stage: ITER: 23771 RES: 0.018755
Jacobi stage: ITER: 24235 RES: 0.017465
Jacobi stage: ITER: 24691 RES: 0.016283
Jacobi stage: ITER: 25151 RES: 0.015173
Jacobi stage: ITER: 25607 RES: 0.014146
Jacobi stage: ITER: 26065 RES: 0.013181
Jacobi stage: ITER: 26519 RES: 0.012297
Jacobi stage: ITER: 26975 RES: 0.011465
Jacobi stage: ITER: 27435 RES: 0.010683
Jacobi stage: ITER: 27905 RES: 0.009936
Jacobi stage: ITER: 28369 RES: 0.0092525
Jacobi stage: ITER: 28831 RES: 0.0086213
Jacobi stage: ITER: 29281 RES: 0.008043
Jacobi stage: ITER: 29723 RES: 0.0075174
Jacobi stage: ITER: 30155 RES: 0.0070348
Jacobi stage: ITER: 30605 RES: 0.0065629
Jacobi stage: ITER: 31059 RES: 0.0061227
Jacobi stage: ITER: 31519 RES: 0.0057051
Jacobi stage: ITER: 31975 RES: 0.0053191
Jacobi stage: ITER: 32441 RES: 0.0049502
Jacobi stage: ITER: 32899 RES: 0.0046153
Jacobi stage: ITER: 33347 RES: 0.0043084
Jacobi stage: ITER: 33803 RES: 0.004017
Jacobi stage: ITER: 34259 RES: 0.0037452
Jacobi stage: ITER: 34713 RES: 0.0034919
Jacobi stage: ITER: 35173 RES: 0.0032537
Jacobi stage: ITER: 35639 RES: 0.0030299
Jacobi stage: ITER: 36103 RES: 0.0028214
Jacobi stage: ITER: 36561 RES: 0.002629
Jacobi stage: ITER: 37023 RES: 0.0024496
Jacobi stage: ITER: 37475 RES: 0.0022853
Jacobi stage: ITER: 37933 RES: 0.0021294
Jacobi stage: ITER: 38383 RES: 0.0019878
Jacobi stage: ITER: 38817 RES: 0.001859
Jacobi stage: ITER: 39265 RES: 0.0017354
Jacobi stage: ITER: 39717 RES: 0.001619
Jacobi stage: ITER: 40187 RES: 0.0015067
Jacobi stage: ITER: 40653 RES: 0.0014022
Jacobi stage: ITER: 41113 RES: 0.0013066
Jacobi stage: ITER: 41563 RES: 0.0012197
Jacobi stage: ITER: 42015 RES: 0.0011379
Jacobi stage: ITER: 42455 RES: 0.0010635
Jacobi stage: ITER: 42895 RES: 0.000994
Jacobi stage: ITER: 43335 RES: 0.00092904
Jacobi stage: ITER: 43775 RES: 0.00086832
Jacobi stage: ITER: 44215 RES: 0.00081158
Jacobi stage: ITER: 44655 RES: 0.00075854
Jacobi stage: ITER: 45095 RES: 0.00070897
Jacobi stage: ITER: 45533 RES: 0.00066264
Jacobi stage: ITER: 45971 RES: 0.00061971
Jacobi stage: ITER: 46411 RES: 0.00057921
Jacobi stage: ITER: 46851 RES: 0.00054136
Jacobi stage: ITER: 47289 RES: 0.00050598
Jacobi stage: ITER: 47727 RES: 0.00047321
Jacobi stage: ITER: 48167 RES: 0.00044228
Jacobi stage: ITER: 48607 RES: 0.00041338
Jacobi stage: ITER: 49045 RES: 0.00038636
Jacobi stage: ITER: 49483 RES: 0.00036134
Jacobi stage: ITER: 49923 RES: 0.00033772
Jacobi stage: ITER: 50363 RES: 0.00031565
Jacobi stage: ITER: 50803 RES: 0.00029502
Jacobi stage: ITER: 51243 RES: 0.00027574
Jacobi stage: ITER: 51681 RES: 0.00025772
Jacobi stage: ITER: 52121 RES: 0.00024088
Jacobi stage: ITER: 52559 RES: 0.00022528
Jacobi stage: ITER: 52999 RES: 0.00021055
Jacobi stage: ITER: 53439 RES: 0.00019679
Jacobi stage: ITER: 53877 RES: 0.00018393
Jacobi stage: ITER: 54317 RES: 0.00017191
Jacobi stage: ITER: 54755 RES: 0.00016078
Jacobi stage: ITER: 55195 RES: 0.00015027
Jacobi stage: ITER: 55635 RES: 0.00014045
Jacobi stage: ITER: 56075 RES: 0.00013127
Jacobi stage: ITER: 56513 RES: 0.00012269
Jacobi stage: ITER: 56953 RES: 0.00011467
Jacobi stage: ITER: 57391 RES: 0.00010725
Jacobi stage: ITER: 57831 RES: 0.00010024
Jacobi stage: ITER: 58271 RES: 9.3687e-05
Jacobi stage: ITER: 58711 RES: 8.7564e-05
Jacobi stage: ITER: 59151 RES: 8.1842e-05
Jacobi stage: ITER: 59589 RES: 7.6493e-05
Jacobi stage: ITER: 60029 RES: 7.1494e-05
Jacobi stage: ITER: 60467 RES: 6.6863e-05
Jacobi stage: ITER: 60907 RES: 6.2494e-05
Jacobi stage: ITER: 61347 RES: 5.8409e-05
Jacobi stage: ITER: 61787 RES: 5.4592e-05
Jacobi stage: ITER: 62227 RES: 5.1025e-05
Jacobi stage: ITER: 62665 RES: 4.769e-05
Jacobi stage: ITER: 63103 RES: 4.4601e-05
Jacobi stage: ITER: 63543 RES: 4.1686e-05
Jacobi stage: ITER: 63981 RES: 3.8962e-05
Jacobi stage: ITER: 64419 RES: 3.6438e-05
Jacobi stage: ITER: 64857 RES: 3.4057e-05
Jacobi stage: ITER: 65295 RES: 3.1851e-05
Jacobi stage: ITER: 65735 RES: 2.9769e-05
Jacobi stage: ITER: 66171 RES: 2.7841e-05
Jacobi stage: ITER: 66611 RES: 2.6021e-05
Jacobi stage: ITER: 67049 RES: 2.4321e-05
Jacobi stage: ITER: 67487 RES: 2.2745e-05
Jacobi stage: ITER: 67925 RES: 2.1259e-05
Jacobi stage: ITER: 68363 RES: 1.9882e-05
Jacobi stage: ITER: 68803 RES: 1.8583e-05
Jacobi stage: ITER: 69239 RES: 1.7379e-05
Jacobi stage: ITER: 69679 RES: 1.6243e-05
Jacobi stage: ITER: 70115 RES: 1.5191e-05
Jacobi stage: ITER: 70563 RES: 1.4181e-05
Jacobi stage: ITER: 71001 RES: 1.3254e-05
Jacobi stage: ITER: 71439 RES: 1.2395e-05
Jacobi stage: ITER: 71879 RES: 1.1585e-05
Jacobi stage: ITER: 72317 RES: 1.0828e-05
Jacobi stage: ITER: 72755 RES: 1.0127e-05
Jacobi stage: ITER: 73193 RES: 9.465e-06
Jacobi stage: ITER: 73631 RES: 8.8519e-06
Jacobi stage: ITER: 74069 RES: 8.2734e-06
Jacobi stage: ITER: 74507 RES: 7.7375e-06
Jacobi stage: ITER: 74943 RES: 7.2363e-06
Jacobi stage: ITER: 75383 RES: 6.7634e-06
Jacobi stage: ITER: 75819 RES: 6.3253e-06
Jacobi stage: ITER: 76257 RES: 5.9119e-06
Jacobi stage: ITER: 76695 RES: 5.529e-06
Jacobi stage: ITER: 77133 RES: 5.1676e-06
Jacobi stage: ITER: 77571 RES: 4.8329e-06
Jacobi stage: ITER: 78009 RES: 4.5171e-06
Jacobi stage: ITER: 78453 RES: 4.2193e-06
Jacobi stage: ITER: 78891 RES: 3.946e-06
Jacobi stage: ITER: 79331 RES: 3.6881e-06
Jacobi stage: ITER: 79769 RES: 3.4471e-06
Jacobi stage: ITER: 80207 RES: 3.2238e-06
Jacobi stage: ITER: 80647 RES: 3.0131e-06
Jacobi stage: ITER: 81085 RES: 2.8162e-06
Jacobi stage: ITER: 81523 RES: 2.6338e-06
Jacobi stage: ITER: 81961 RES: 2.4616e-06
Jacobi stage: ITER: 82399 RES: 2.3022e-06
Jacobi stage: ITER: 82839 RES: 2.1517e-06
Jacobi stage: ITER: 83277 RES: 2.0111e-06
Jacobi stage: ITER: 83715 RES: 1.8808e-06
Jacobi stage: ITER: 84153 RES: 1.7579e-06
Jacobi stage: ITER: 84591 RES: 1.644e-06
Jacobi stage: ITER: 85031 RES: 1.5366e-06
Jacobi stage: ITER: 85469 RES: 1.4362e-06
Jacobi stage: ITER: 85907 RES: 1.3432e-06
Jacobi stage: ITER: 86347 RES: 1.2554e-06
Jacobi stage: ITER: 86785 RES: 1.1733e-06
Jacobi stage: ITER: 87223 RES: 1.0973e-06
Jacobi stage: ITER: 87663 RES: 1.0256e-06
Vector x = [ 0.999999, 0.999999, 0.999998, 0.999999, 0.999999 ]
The following example shows how to employ timer (TNL::Timer) to the monitor of iterative solvers:
1#include <iostream>
2#include <memory>
3#include <TNL/Timer.h>
4#include <TNL/Matrices/SparseMatrix.h>
5#include <TNL/Devices/Sequential.h>
6#include <TNL/Devices/Cuda.h>
7#include <TNL/Solvers/Linear/Jacobi.h>
8
9template< typename Device >
10void
11iterativeLinearSolverExample()
12{
13 /***
14 * Set the following matrix (dots represent zero matrix elements):
15 *
16 * / 2.5 -1 . . . \
17 * | -1 2.5 -1 . . |
18 * | . -1 2.5 -1. . |
19 * | . . -1 2.5 -1 |
20 * \ . . . -1 2.5 /
21 */
24 const int size( 5 );
26 matrix_ptr->setDimensions( size, size );
27 matrix_ptr->setRowCapacities( Vector( { 2, 3, 3, 3, 2 } ) );
28
30 {
31 const int rowIdx = row.getRowIndex();
32 if( rowIdx == 0 ) {
33 row.setElement( 0, rowIdx, 2.5 ); // diagonal element
34 row.setElement( 1, rowIdx + 1, -1 ); // element above the diagonal
35 }
36 else if( rowIdx == size - 1 ) {
37 row.setElement( 0, rowIdx - 1, -1.0 ); // element below the diagonal
38 row.setElement( 1, rowIdx, 2.5 ); // diagonal element
39 }
40 else {
41 row.setElement( 0, rowIdx - 1, -1.0 ); // element below the diagonal
42 row.setElement( 1, rowIdx, 2.5 ); // diagonal element
43 row.setElement( 2, rowIdx + 1, -1.0 ); // element above the diagonal
44 }
45 };
46
47 /***
48 * Set the matrix elements.
49 */
50 matrix_ptr->forAllRows( f );
52
53 /***
54 * Set the right-hand side vector.
55 */
56 Vector x( size, 1.0 );
57 Vector b( size );
58 matrix_ptr->vectorProduct( x, b );
59 x = 0.0;
61
62 /***
63 * Setup solver of the linear system.
64 */
66 LinearSolver solver;
67 solver.setMatrix( matrix_ptr );
68 solver.setOmega( 0.0005 );
69
70 /***
71 * Setup monitor of the iterative solver.
72 */
74 IterativeSolverMonitorType monitor;
75 TNL::Solvers::SolverMonitorThread mmonitorThread( monitor );
76 monitor.setRefreshRate( 10 ); // refresh rate in milliseconds
77 monitor.setVerbose( 1 );
78 monitor.setStage( "Jacobi stage:" );
79 TNL::Timer timer;
80 monitor.setTimer( timer );
81 timer.start();
82 solver.setSolverMonitor( monitor );
83 solver.setConvergenceResidue( 1.0e-6 );
84 solver.solve( b, x );
85 monitor.stopMainLoop();
87}
88
89int
90main( int argc, char* argv[] )
91{
93 iterativeLinearSolverExample< TNL::Devices::Sequential >();
94
95#ifdef __CUDACC__
97 iterativeLinearSolverExample< TNL::Devices::Cuda >();
98#endif
99}
The result looks as follows:
Solving linear system on host:
Row: 0 -> 0:2.5 1:-1
Row: 1 -> 0:-1 1:2.5 2:-1
Row: 2 -> 1:-1 2:2.5 3:-1
Row: 3 -> 2:-1 3:2.5 4:-1
Row: 4 -> 3:-1 4:2.5
Vector b = [ 1.5, 0.5, 0.5, 0.5, 1.5 ]
ELA:1.396e-0
ELA: 0.10012 Jacobi stage: ITER: 28855 RES: 0.0085896
ELA: 0.20027 Jacobi stage: ITER: 58387 RES: 9.1976e-05
ELA: 0.30039 Jacobi stage: ITER: 87039 RES: 1.1288e-06
Vector x = [ 0.999999, 0.999999, 0.999998, 0.999999, 0.999999 ]
Solving linear system on CUDA device:
Row: 0 -> 0:2.5 1:-1
Row: 1 -> 0:-1 1:2.5 2:-1
Row: 2 -> 1:-1 2:2.5 3:-1
Row: 3 -> 2:-1 3:2.5 4:-1
Row: 4 -> 3:-1 4:2.5
Vector b = [ 1.5, 0.5, 0.5, 0.5, 1.5 ]
ELA:1.7071e-
ELA: 0.10013 Jacobi stage: ITER: 663 RES: 0.81092
ELA: 0.20025 Jacobi stage: ITER: 1163 RES: 0.70781
ELA: 0.30034 Jacobi stage: ITER: 1619 RES: 0.63368
ELA: 0.40046 Jacobi stage: ITER: 2085 RES: 0.57157
ELA: 0.50059 Jacobi stage: ITER: 2543 RES: 0.52095
ELA: 0.60073 Jacobi stage: ITER: 2991 RES: 0.4783
ELA: 0.70086 Jacobi stage: ITER: 3435 RES: 0.44133
ELA: 0.80098 Jacobi stage: ITER: 3889 RES: 0.40767
ELA: 0.90259 Jacobi stage: ITER: 4351 RES: 0.37726
ELA: 1.0027 Jacobi stage: ITER: 4813 RES: 0.34953
ELA: 1.1028 Jacobi stage: ITER: 5255 RES: 0.32554
ELA: 1.2029 Jacobi stage: ITER: 5707 RES: 0.3029
ELA: 1.3031 Jacobi stage: ITER: 6163 RES: 0.28185
ELA: 1.4032 Jacobi stage: ITER: 6625 RES: 0.26208
ELA: 1.5033 Jacobi stage: ITER: 7079 RES: 0.24425
ELA: 1.6034 Jacobi stage: ITER: 7531 RES: 0.2277
ELA: 1.7035 Jacobi stage: ITER: 7991 RES: 0.21204
ELA: 1.8038 Jacobi stage: ITER: 8409 RES: 0.19872
ELA: 1.9039 Jacobi stage: ITER: 8703 RES: 0.18997
ELA: 2.004 Jacobi stage: ITER: 8995 RES: 0.1816
ELA: 2.1043 Jacobi stage: ITER: 9291 RES: 0.17351
ELA: 2.2044 Jacobi stage: ITER: 9583 RES: 0.16588
ELA: 2.3046 Jacobi stage: ITER: 9873 RES: 0.15859
ELA: 2.4047 Jacobi stage: ITER: 10149 RES: 0.15199
ELA: 2.5048 Jacobi stage: ITER: 10419 RES: 0.14586
ELA: 2.6053 Jacobi stage: ITER: 10713 RES: 0.13937
ELA: 2.7055 Jacobi stage: ITER: 11111 RES: 0.13113
ELA: 2.8056 Jacobi stage: ITER: 11567 RES: 0.12226
ELA: 2.9057 Jacobi stage: ITER: 12011 RES: 0.11419
ELA: 3.0059 Jacobi stage: ITER: 12471 RES: 0.1064
ELA: 3.1093 Jacobi stage: ITER: 12951 RES: 0.098837
ELA: 3.2094 Jacobi stage: ITER: 13411 RES: 0.092094
ELA: 3.3103 Jacobi stage: ITER: 13871 RES: 0.08581
ELA: 3.4105 Jacobi stage: ITER: 14331 RES: 0.079956
ELA: 3.5107 Jacobi stage: ITER: 14791 RES: 0.074501
ELA: 3.6108 Jacobi stage: ITER: 15247 RES: 0.069461
ELA: 3.7109 Jacobi stage: ITER: 15701 RES: 0.064762
ELA: 3.8151 Jacobi stage: ITER: 16181 RES: 0.060159
ELA: 3.9153 Jacobi stage: ITER: 16649 RES: 0.055986
ELA: 4.0154 Jacobi stage: ITER: 17117 RES: 0.052103
ELA: 4.1155 Jacobi stage: ITER: 17567 RES: 0.048638
ELA: 4.2156 Jacobi stage: ITER: 18003 RES: 0.045487
ELA: 4.3163 Jacobi stage: ITER: 18457 RES: 0.04241
ELA: 4.4165 Jacobi stage: ITER: 18919 RES: 0.039517
ELA: 4.5173 Jacobi stage: ITER: 19383 RES: 0.036799
ELA: 4.6175 Jacobi stage: ITER: 19837 RES: 0.034309
ELA: 4.7177 Jacobi stage: ITER: 20279 RES: 0.032067
ELA: 4.8178 Jacobi stage: ITER: 20731 RES: 0.029916
ELA: 4.9179 Jacobi stage: ITER: 21185 RES: 0.027893
ELA: 5.018 Jacobi stage: ITER: 21645 RES: 0.02599
ELA: 5.1182 Jacobi stage: ITER: 22095 RES: 0.024262
ELA: 5.2183 Jacobi stage: ITER: 22555 RES: 0.022606
ELA: 5.3203 Jacobi stage: ITER: 23017 RES: 0.021051
ELA: 5.4205 Jacobi stage: ITER: 23475 RES: 0.019627
ELA: 5.5206 Jacobi stage: ITER: 23933 RES: 0.018288
ELA: 5.6207 Jacobi stage: ITER: 24403 RES: 0.01702
ELA: 5.7208 Jacobi stage: ITER: 24867 RES: 0.015849
ELA: 5.8209 Jacobi stage: ITER: 25329 RES: 0.014759
ELA: 5.921 Jacobi stage: ITER: 25775 RES: 0.013786
ELA: 6.0212 Jacobi stage: ITER: 26211 RES: 0.012893
ELA: 6.1215 Jacobi stage: ITER: 26639 RES: 0.012072
ELA: 6.2216 Jacobi stage: ITER: 27091 RES: 0.011263
ELA: 6.3217 Jacobi stage: ITER: 27537 RES: 0.010514
ELA: 6.4224 Jacobi stage: ITER: 27995 RES: 0.0098026
ELA: 6.5225 Jacobi stage: ITER: 28451 RES: 0.0091395
ELA: 6.6226 Jacobi stage: ITER: 28915 RES: 0.0085108
ELA: 6.7233 Jacobi stage: ITER: 29379 RES: 0.0079253
ELA: 6.8234 Jacobi stage: ITER: 29823 RES: 0.0074028
ELA: 6.9236 Jacobi stage: ITER: 30281 RES: 0.0068978
ELA: 7.0237 Jacobi stage: ITER: 30735 RES: 0.0064352
ELA: 7.1239 Jacobi stage: ITER: 31191 RES: 0.0059998
ELA: 7.224 Jacobi stage: ITER: 31647 RES: 0.005594
ELA: 7.3241 Jacobi stage: ITER: 32113 RES: 0.005206
ELA: 7.4243 Jacobi stage: ITER: 32579 RES: 0.0048478
ELA: 7.5244 Jacobi stage: ITER: 33035 RES: 0.0045199
ELA: 7.6248 Jacobi stage: ITER: 33495 RES: 0.0042116
ELA: 7.725 Jacobi stage: ITER: 33941 RES: 0.0039315
ELA: 7.8251 Jacobi stage: ITER: 34397 RES: 0.0036656
ELA: 7.9252 Jacobi stage: ITER: 34847 RES: 0.0034218
ELA: 8.0253 Jacobi stage: ITER: 35277 RES: 0.0032021
ELA: 8.1263 Jacobi stage: ITER: 35729 RES: 0.0029873
ELA: 8.2265 Jacobi stage: ITER: 36175 RES: 0.0027904
ELA: 8.3266 Jacobi stage: ITER: 36637 RES: 0.0025984
ELA: 8.4268 Jacobi stage: ITER: 37103 RES: 0.0024197
ELA: 8.5269 Jacobi stage: ITER: 37563 RES: 0.0022546
ELA: 8.6271 Jacobi stage: ITER: 38007 RES: 0.002106
ELA: 8.7272 Jacobi stage: ITER: 38463 RES: 0.0019635
ELA: 8.8273 Jacobi stage: ITER: 38903 RES: 0.0018352
ELA: 8.9275 Jacobi stage: ITER: 39343 RES: 0.0017153
ELA: 9.0276 Jacobi stage: ITER: 39783 RES: 0.0016032
ELA: 9.1277 Jacobi stage: ITER: 40223 RES: 0.0014984
ELA: 9.2279 Jacobi stage: ITER: 40663 RES: 0.0014005
ELA: 9.328 Jacobi stage: ITER: 41101 RES: 0.001309
ELA: 9.4281 Jacobi stage: ITER: 41543 RES: 0.0012234
ELA: 9.5282 Jacobi stage: ITER: 41981 RES: 0.0011435
ELA: 9.6284 Jacobi stage: ITER: 42419 RES: 0.0010694
ELA: 9.7285 Jacobi stage: ITER: 42859 RES: 0.00099951
ELA: 9.8286 Jacobi stage: ITER: 43299 RES: 0.00093419
ELA: 9.9288 Jacobi stage: ITER: 43737 RES: 0.00087314
ELA: 10.029 Jacobi stage: ITER: 44175 RES: 0.00081658
ELA: 10.129 Jacobi stage: ITER: 44615 RES: 0.00076322
ELA: 10.229 Jacobi stage: ITER: 45055 RES: 0.00071334
ELA: 10.329 Jacobi stage: ITER: 45493 RES: 0.00066672
ELA: 10.429 Jacobi stage: ITER: 45933 RES: 0.00062315
ELA: 10.53 Jacobi stage: ITER: 46373 RES: 0.00058243
ELA: 10.63 Jacobi stage: ITER: 46811 RES: 0.0005447
ELA: 10.73 Jacobi stage: ITER: 47251 RES: 0.0005091
ELA: 10.83 Jacobi stage: ITER: 47691 RES: 0.00047583
ELA: 10.93 Jacobi stage: ITER: 48131 RES: 0.00044473
ELA: 11.03 Jacobi stage: ITER: 48571 RES: 0.00041567
ELA: 11.13 Jacobi stage: ITER: 49009 RES: 0.00038851
ELA: 11.23 Jacobi stage: ITER: 49447 RES: 0.00036312
ELA: 11.331 Jacobi stage: ITER: 49887 RES: 0.00033959
ELA: 11.431 Jacobi stage: ITER: 50327 RES: 0.0003174
ELA: 11.531 Jacobi stage: ITER: 50767 RES: 0.00029666
ELA: 11.631 Jacobi stage: ITER: 51207 RES: 0.00027727
ELA: 11.731 Jacobi stage: ITER: 51645 RES: 0.00025915
ELA: 11.831 Jacobi stage: ITER: 52085 RES: 0.00024222
ELA: 11.931 Jacobi stage: ITER: 52523 RES: 0.00022653
ELA: 12.031 Jacobi stage: ITER: 52963 RES: 0.00021172
ELA: 12.132 Jacobi stage: ITER: 53403 RES: 0.00019789
ELA: 12.232 Jacobi stage: ITER: 53843 RES: 0.00018495
ELA: 12.332 Jacobi stage: ITER: 54283 RES: 0.00017287
ELA: 12.432 Jacobi stage: ITER: 54721 RES: 0.00016157
ELA: 12.532 Jacobi stage: ITER: 55161 RES: 0.00015101
ELA: 12.632 Jacobi stage: ITER: 55601 RES: 0.00014114
ELA: 12.732 Jacobi stage: ITER: 56039 RES: 0.000132
ELA: 12.833 Jacobi stage: ITER: 56479 RES: 0.00012337
ELA: 12.933 Jacobi stage: ITER: 56919 RES: 0.00011531
ELA: 13.033 Jacobi stage: ITER: 57359 RES: 0.00010777
ELA: 13.133 Jacobi stage: ITER: 57797 RES: 0.00010073
ELA: 13.233 Jacobi stage: ITER: 58237 RES: 9.4148e-05
ELA: 13.333 Jacobi stage: ITER: 58677 RES: 8.7996e-05
ELA: 13.433 Jacobi stage: ITER: 59115 RES: 8.2296e-05
ELA: 13.534 Jacobi stage: ITER: 59555 RES: 7.6917e-05
ELA: 13.634 Jacobi stage: ITER: 59995 RES: 7.1891e-05
ELA: 13.734 Jacobi stage: ITER: 60433 RES: 6.7193e-05
ELA: 13.834 Jacobi stage: ITER: 60871 RES: 6.284e-05
ELA: 13.934 Jacobi stage: ITER: 61309 RES: 5.8733e-05
ELA: 14.034 Jacobi stage: ITER: 61747 RES: 5.4929e-05
ELA: 14.134 Jacobi stage: ITER: 62185 RES: 5.1339e-05
ELA: 14.234 Jacobi stage: ITER: 62623 RES: 4.8013e-05
ELA: 14.335 Jacobi stage: ITER: 63063 RES: 4.4876e-05
ELA: 14.435 Jacobi stage: ITER: 63499 RES: 4.1969e-05
ELA: 14.535 Jacobi stage: ITER: 63939 RES: 3.9226e-05
ELA: 14.635 Jacobi stage: ITER: 64377 RES: 3.6663e-05
ELA: 14.735 Jacobi stage: ITER: 64815 RES: 3.4288e-05
ELA: 14.835 Jacobi stage: ITER: 65253 RES: 3.2047e-05
ELA: 14.935 Jacobi stage: ITER: 65691 RES: 2.9971e-05
ELA: 15.035 Jacobi stage: ITER: 66131 RES: 2.8012e-05
ELA: 15.136 Jacobi stage: ITER: 66567 RES: 2.6198e-05
ELA: 15.236 Jacobi stage: ITER: 66989 RES: 2.4546e-05
ELA: 15.336 Jacobi stage: ITER: 67427 RES: 2.2956e-05
ELA: 15.436 Jacobi stage: ITER: 67865 RES: 2.1456e-05
ELA: 15.536 Jacobi stage: ITER: 68303 RES: 2.0066e-05
ELA: 15.636 Jacobi stage: ITER: 68743 RES: 1.8755e-05
ELA: 15.736 Jacobi stage: ITER: 69181 RES: 1.7529e-05
ELA: 15.836 Jacobi stage: ITER: 69619 RES: 1.6394e-05
ELA: 15.936 Jacobi stage: ITER: 70055 RES: 1.5332e-05
ELA: 16.037 Jacobi stage: ITER: 70495 RES: 1.433e-05
ELA: 16.137 Jacobi stage: ITER: 70931 RES: 1.3401e-05
ELA: 16.237 Jacobi stage: ITER: 71371 RES: 1.2526e-05
ELA: 16.337 Jacobi stage: ITER: 71807 RES: 1.1714e-05
ELA: 16.437 Jacobi stage: ITER: 72247 RES: 1.0949e-05
ELA: 16.537 Jacobi stage: ITER: 72683 RES: 1.0239e-05
ELA: 16.637 Jacobi stage: ITER: 73121 RES: 9.5703e-06
ELA: 16.737 Jacobi stage: ITER: 73559 RES: 8.9504e-06
ELA: 16.838 Jacobi stage: ITER: 73997 RES: 8.3654e-06
ELA: 16.938 Jacobi stage: ITER: 74435 RES: 7.8236e-06
ELA: 17.038 Jacobi stage: ITER: 74861 RES: 7.3258e-06
ELA: 17.138 Jacobi stage: ITER: 75299 RES: 6.8512e-06
ELA: 17.238 Jacobi stage: ITER: 75739 RES: 6.4035e-06
ELA: 17.338 Jacobi stage: ITER: 76177 RES: 5.985e-06
ELA: 17.438 Jacobi stage: ITER: 76615 RES: 5.5973e-06
ELA: 17.538 Jacobi stage: ITER: 77055 RES: 5.2315e-06
ELA: 17.639 Jacobi stage: ITER: 77493 RES: 4.8896e-06
ELA: 17.739 Jacobi stage: ITER: 77931 RES: 4.5729e-06
ELA: 17.839 Jacobi stage: ITER: 78371 RES: 4.2741e-06
ELA: 17.939 Jacobi stage: ITER: 78809 RES: 3.9947e-06
ELA: 18.039 Jacobi stage: ITER: 79247 RES: 3.736e-06
ELA: 18.139 Jacobi stage: ITER: 79685 RES: 3.4918e-06
ELA: 18.239 Jacobi stage: ITER: 80123 RES: 3.2656e-06
ELA: 18.34 Jacobi stage: ITER: 80563 RES: 3.0522e-06
ELA: 18.44 Jacobi stage: ITER: 81001 RES: 2.8528e-06
ELA: 18.54 Jacobi stage: ITER: 81439 RES: 2.668e-06
ELA: 18.64 Jacobi stage: ITER: 81879 RES: 2.4936e-06
ELA: 18.74 Jacobi stage: ITER: 82317 RES: 2.3306e-06
ELA: 18.84 Jacobi stage: ITER: 82755 RES: 2.1797e-06
ELA: 18.94 Jacobi stage: ITER: 83195 RES: 2.0372e-06
ELA: 19.041 Jacobi stage: ITER: 83633 RES: 1.9041e-06
ELA: 19.141 Jacobi stage: ITER: 84071 RES: 1.7807e-06
ELA: 19.241 Jacobi stage: ITER: 84643 RES: 1.631e-06
ELA: 19.341 Jacobi stage: ITER: 85329 RES: 1.4674e-06
ELA: 19.441 Jacobi stage: ITER: 85987 RES: 1.3268e-06
ELA: 19.541 Jacobi stage: ITER: 86659 RES: 1.1966e-06
ELA: 19.642 Jacobi stage: ITER: 87319 RES: 1.0813e-06
Vector x = [ 0.999999, 0.999999, 0.999998, 0.999999, 0.999999 ]
Member Function Documentation
◆ refresh()
template<typename Real = double>
|
overridevirtual |
Causes that the monitor prints out the status of the solver.
Implements TNL::Solvers::SolverMonitor.
◆ setIterations()
template<typename Real = double>
| void TNL::Solvers::IterativeSolverMonitor< Real >::setIterations | ( | const IndexType & | iterations | ) |
Set number of the current iteration.
- Parameters
-
iterations is number of the current iteration.
◆ setNodesPerIteration()
template<typename Real = double>
| void TNL::Solvers::IterativeSolverMonitor< Real >::setNodesPerIteration | ( | const IndexType & | nodes | ) |
Set the number of nodes of the numerical mesh or lattice.
This can be used to compute the number of nodes processed per one second.
- Parameters
-
nodes is number of nodes of the numerical mesh or lattice.
◆ setResidue()
template<typename Real = double>
| void TNL::Solvers::IterativeSolverMonitor< Real >::setResidue | ( | const RealType & | residue | ) |
Set residue of the current approximation of the solution.
- Parameters
-
residue is a residue of the current approximation of the solution.
◆ setStage()
template<typename Real = double>
| void TNL::Solvers::IterativeSolverMonitor< Real >::setStage | ( | const std::string & | stage | ) |
This method can be used for naming a stage of the monitored solver.
The stage name can be used to differ between various stages of iterative solvers.
- Parameters
-
stage is name of the solver stage.
◆ setTime()
template<typename Real = double>
| void TNL::Solvers::IterativeSolverMonitor< Real >::setTime | ( | const RealType & | time | ) |
Set the time of the simulated evolution if it is time dependent.
This can be used for example when solving parabolic or hyperbolic PDEs.
- Parameters
-
time time of the simulated evolution.
◆ setTimeStep()
template<typename Real = double>
| void TNL::Solvers::IterativeSolverMonitor< Real >::setTimeStep | ( | const RealType & | timeStep | ) |
Set the time step for time dependent iterative solvers.
- Parameters
-
timeStep time step of the time dependent iterative solver.
◆ setVerbose()
template<typename Real = double>
| void TNL::Solvers::IterativeSolverMonitor< Real >::setVerbose | ( | const IndexType & | verbose | ) |
Set up the verbosity of the monitor.
- Parameters
-
verbose is the new value of the verbosity of the monitor.
The documentation for this class was generated from the following file:
- src/TNL/Solvers/IterativeSolverMonitor.h
Generated on for Template Numerical Library by
1.16.1