timeIntegration.c File Reference
#include <stdlib.h>#include <stdio.h>#include <math.h>#include <strings.h>#include <assert.h>#include "timeIntegration.h"
Include dependency graph for timeIntegration.c:
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Functions | |
| void | psiTCtteDT (int nPoints, double tau, double dtn, double dtnm1, double *yn, double *ypn, double *ypnm1, double *dtnp1) |
| double | msign (double a) |
| double | minmod2 (double a, double b) |
| double | musclmod (double dU, double dU1, double dU2) |
| double | minmod3 (double dU, double dU1, double dU2) |
| double | mminmod2 (double dU, double dU1, double M, int *tag) |
| int | invertLocal3d (double A[3][3], double AI[3][3]) |
| void | computeLocalGradient1d (double *x0, double *x1, double *dN0, double *dN1, double u0, double u1, double *dU) |
| void | computeLocalGradient2d (double *x0, double *x1, double *x2, double *dN0, double *dN1, double *dN2, double u0, double u1, double u2, double *dU) |
| void | computeLocalGradient3d (double *x0, double *x1, double *x2, double *x3, double *dN0, double *dN1, double *dN2, double *dN3, double u0, double u1, double u2, double u3, double *dU) |
| void | applyDGlimitingP1Lagrange1d (int limiterFlag, int nElements_global, int nNodes_element, int nElementBoundaries_element, int nDOF_element, int *elementNodesArray, int *elementNeighborsArray, double *nodeArray, double *elementBarycentersArray, int *l2g, int *tag, double *Uin, double *Uout) |
| void | applyDGlimitingP1Lagrange1d_withVacuumTol (int enforcePositivity, double vacuumTol, int nElements_global, int nNodes_element, int nElementBoundaries_element, int nDOF_element, int *elementNodesArray, int *elementNeighborsArray, double *nodeArray, double *elementBarycentersArray, int *l2g, int *tag, double *Uin, double *Uout) |
| void | computeElementNeighborShapeGradients (int nElements_global, int nElementBoundaries_element, int nSpace, const int *elementBoundariesArray, const int *elementNeighborsArray, double *elementBarycentersArray, double *elementBoundaryBarycentersArray, double *elementNeighborShapeGradients) |
| void | computeCockburnDGlimiterArrays2d (int nElements_global, int nElementBoundaries_element, int nSpace, const int *elementBoundariesArray, const int *elementNeighborsArray, const double *elementBarycentersArray, const double *elementBoundaryBarycentersArray, const double *elementNeighborShapeGradients, double *alphas, int *alphaNeighbors) |
| void | applyCockburnDGlimiterP1Lagrange2d (double nu, double Mh2, int nElements_global, int nElementBoundaries_element, int nSpace, int nDOF_element, int *elementNeighborsArray, int *l2g, int *tag, double *alphas, int *alphaNeighbors, double *Uin, double *Uout) |
| void | computeElementAveragesP1Lagrange (int nElements_global, int nDOF_element, const int *l2g, const double *Uin, double *elementAverages) |
| void | shortSortDescending (double *A, int *order, int len) |
| void | applyDurlofskyDGlimiterP1Lagrange2d (int killExtrema, int allowMinWithUndershoot, int nElements_global, int nElementBoundaries_element, int nNodes_element, int nSpace, int nDOF_element, const int *elementNeighborsArray, const int *elementBoundariesArray, const int *elementNodesArray, const double *nodeArray, const double *elementBarycentersArray, const double *elementBoundaryBarycentersArray, const double *elementNeighborShapeGradients, const int *l2g, const double *grad_v0, double *elementAverages, int *tag, double *Uin, double *Uout) |
| void | applyDurlofskyDGlimiterP1Lagrange3d (int killExtrema, int allowMinWithUndershoot, int nElements_global, int nElementBoundaries_element, int nNodes_element, int nSpace, int nDOF_element, const int *elementNeighborsArray, const int *elementBoundariesArray, const int *elementNodesArray, const double *nodeArray, const double *elementBarycentersArray, const double *elementBoundaryBarycentersArray, const double *elementNeighborShapeGradients, const int *l2g, const double *grad_v0, double *elementAverages, int *tag, double *Uin, double *Uout) |
| void | applyDurlofskyDGlimiterP1Lagrange2d_withVacuumTol (int killExtrema, int allowMinWithUndershoot, int enforcePositivity, double vacuumTol, int nElements_global, int nElementBoundaries_element, int nNodes_element, int nSpace, int nDOF_element, const int *elementNeighborsArray, const int *elementBoundariesArray, const int *elementNodesArray, const double *nodeArray, const double *elementBarycentersArray, const double *elementBoundaryBarycentersArray, const double *elementNeighborShapeGradients, const int *l2g, const double *grad_v0, double *elementAverages, int *tag, double *Uin, double *Uout) |
Function Documentation
◆ applyCockburnDGlimiterP1Lagrange2d()
| void applyCockburnDGlimiterP1Lagrange2d | ( | double | nu, |
| double | Mh2, | ||
| int | nElements_global, | ||
| int | nElementBoundaries_element, | ||
| int | nSpace, | ||
| int | nDOF_element, | ||
| int * | elementNeighborsArray, | ||
| int * | l2g, | ||
| int * | tag, | ||
| double * | alphas, | ||
| int * | alphaNeighbors, | ||
| double * | Uin, | ||
| double * | Uout ) |
Definition at line 736 of file timeIntegration.c.
◆ applyDGlimitingP1Lagrange1d()
| void applyDGlimitingP1Lagrange1d | ( | int | limiterFlag, |
| int | nElements_global, | ||
| int | nNodes_element, | ||
| int | nElementBoundaries_element, | ||
| int | nDOF_element, | ||
| int * | elementNodesArray, | ||
| int * | elementNeighborsArray, | ||
| double * | nodeArray, | ||
| double * | elementBarycentersArray, | ||
| int * | l2g, | ||
| int * | tag, | ||
| double * | Uin, | ||
| double * | Uout ) |
Definition at line 214 of file timeIntegration.c.
◆ applyDGlimitingP1Lagrange1d_withVacuumTol()
| void applyDGlimitingP1Lagrange1d_withVacuumTol | ( | int | enforcePositivity, |
| double | vacuumTol, | ||
| int | nElements_global, | ||
| int | nNodes_element, | ||
| int | nElementBoundaries_element, | ||
| int | nDOF_element, | ||
| int * | elementNodesArray, | ||
| int * | elementNeighborsArray, | ||
| double * | nodeArray, | ||
| double * | elementBarycentersArray, | ||
| int * | l2g, | ||
| int * | tag, | ||
| double * | Uin, | ||
| double * | Uout ) |
Definition at line 310 of file timeIntegration.c.
◆ applyDurlofskyDGlimiterP1Lagrange2d()
| void applyDurlofskyDGlimiterP1Lagrange2d | ( | int | killExtrema, |
| int | allowMinWithUndershoot, | ||
| int | nElements_global, | ||
| int | nElementBoundaries_element, | ||
| int | nNodes_element, | ||
| int | nSpace, | ||
| int | nDOF_element, | ||
| const int * | elementNeighborsArray, | ||
| const int * | elementBoundariesArray, | ||
| const int * | elementNodesArray, | ||
| const double * | nodeArray, | ||
| const double * | elementBarycentersArray, | ||
| const double * | elementBoundaryBarycentersArray, | ||
| const double * | elementNeighborShapeGradients, | ||
| const int * | l2g, | ||
| const double * | grad_v0, | ||
| double * | elementAverages, | ||
| int * | tag, | ||
| double * | Uin, | ||
| double * | Uout ) |
Definition at line 879 of file timeIntegration.c.
◆ applyDurlofskyDGlimiterP1Lagrange2d_withVacuumTol()
| void applyDurlofskyDGlimiterP1Lagrange2d_withVacuumTol | ( | int | killExtrema, |
| int | allowMinWithUndershoot, | ||
| int | enforcePositivity, | ||
| double | vacuumTol, | ||
| int | nElements_global, | ||
| int | nElementBoundaries_element, | ||
| int | nNodes_element, | ||
| int | nSpace, | ||
| int | nDOF_element, | ||
| const int * | elementNeighborsArray, | ||
| const int * | elementBoundariesArray, | ||
| const int * | elementNodesArray, | ||
| const double * | nodeArray, | ||
| const double * | elementBarycentersArray, | ||
| const double * | elementBoundaryBarycentersArray, | ||
| const double * | elementNeighborShapeGradients, | ||
| const int * | l2g, | ||
| const double * | grad_v0, | ||
| double * | elementAverages, | ||
| int * | tag, | ||
| double * | Uin, | ||
| double * | Uout ) |
Definition at line 1397 of file timeIntegration.c.
◆ applyDurlofskyDGlimiterP1Lagrange3d()
| void applyDurlofskyDGlimiterP1Lagrange3d | ( | int | killExtrema, |
| int | allowMinWithUndershoot, | ||
| int | nElements_global, | ||
| int | nElementBoundaries_element, | ||
| int | nNodes_element, | ||
| int | nSpace, | ||
| int | nDOF_element, | ||
| const int * | elementNeighborsArray, | ||
| const int * | elementBoundariesArray, | ||
| const int * | elementNodesArray, | ||
| const double * | nodeArray, | ||
| const double * | elementBarycentersArray, | ||
| const double * | elementBoundaryBarycentersArray, | ||
| const double * | elementNeighborShapeGradients, | ||
| const int * | l2g, | ||
| const double * | grad_v0, | ||
| double * | elementAverages, | ||
| int * | tag, | ||
| double * | Uin, | ||
| double * | Uout ) |
Definition at line 1107 of file timeIntegration.c.
◆ computeCockburnDGlimiterArrays2d()
| void computeCockburnDGlimiterArrays2d | ( | int | nElements_global, |
| int | nElementBoundaries_element, | ||
| int | nSpace, | ||
| const int * | elementBoundariesArray, | ||
| const int * | elementNeighborsArray, | ||
| const double * | elementBarycentersArray, | ||
| const double * | elementBoundaryBarycentersArray, | ||
| const double * | elementNeighborShapeGradients, | ||
| double * | alphas, | ||
| int * | alphaNeighbors ) |
Definition at line 649 of file timeIntegration.c.
◆ computeElementAveragesP1Lagrange()
| void computeElementAveragesP1Lagrange | ( | int | nElements_global, |
| int | nDOF_element, | ||
| const int * | l2g, | ||
| const double * | Uin, | ||
| double * | elementAverages ) |
Definition at line 839 of file timeIntegration.c.
◆ computeElementNeighborShapeGradients()
| void computeElementNeighborShapeGradients | ( | int | nElements_global, |
| int | nElementBoundaries_element, | ||
| int | nSpace, | ||
| const int * | elementBoundariesArray, | ||
| const int * | elementNeighborsArray, | ||
| double * | elementBarycentersArray, | ||
| double * | elementBoundaryBarycentersArray, | ||
| double * | elementNeighborShapeGradients ) |
Definition at line 409 of file timeIntegration.c.
◆ computeLocalGradient1d()
| void computeLocalGradient1d | ( | double * | x0, |
| double * | x1, | ||
| double * | dN0, | ||
| double * | dN1, | ||
| double | u0, | ||
| double | u1, | ||
| double * | dU ) |
Definition at line 118 of file timeIntegration.c.
◆ computeLocalGradient2d()
| void computeLocalGradient2d | ( | double * | x0, |
| double * | x1, | ||
| double * | x2, | ||
| double * | dN0, | ||
| double * | dN1, | ||
| double * | dN2, | ||
| double | u0, | ||
| double | u1, | ||
| double | u2, | ||
| double * | dU ) |
Definition at line 128 of file timeIntegration.c.
◆ computeLocalGradient3d()
| void computeLocalGradient3d | ( | double * | x0, |
| double * | x1, | ||
| double * | x2, | ||
| double * | x3, | ||
| double * | dN0, | ||
| double * | dN1, | ||
| double * | dN2, | ||
| double * | dN3, | ||
| double | u0, | ||
| double | u1, | ||
| double | u2, | ||
| double | u3, | ||
| double * | dU ) |
Definition at line 164 of file timeIntegration.c.
◆ invertLocal3d()
| int invertLocal3d | ( | double | A[3][3], |
| double | AI[3][3] ) |
Definition at line 80 of file timeIntegration.c.
◆ minmod2()
| double minmod2 | ( | double | a, |
| double | b ) |
Definition at line 53 of file timeIntegration.c.
◆ minmod3()
| double minmod3 | ( | double | dU, |
| double | dU1, | ||
| double | dU2 ) |
Definition at line 64 of file timeIntegration.c.
◆ mminmod2()
| double mminmod2 | ( | double | dU, |
| double | dU1, | ||
| double | M, | ||
| int * | tag ) |
Definition at line 69 of file timeIntegration.c.
◆ msign()
| double msign | ( | double | a | ) |
Definition at line 49 of file timeIntegration.c.
◆ musclmod()
| double musclmod | ( | double | dU, |
| double | dU1, | ||
| double | dU2 ) |
Definition at line 59 of file timeIntegration.c.
◆ psiTCtteDT()
| void psiTCtteDT | ( | int | nPoints, |
| double | tau, | ||
| double | dtn, | ||
| double | dtnm1, | ||
| double * | yn, | ||
| double * | ypn, | ||
| double * | ypnm1, | ||
| double * | dtnp1 ) |
Definition at line 12 of file timeIntegration.c.
◆ shortSortDescending()
| void shortSortDescending | ( | double * | A, |
| int * | order, | ||
| int | len ) |
Definition at line 862 of file timeIntegration.c.
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