griddata.h File Reference

#include "petscts.h"
#include "petscao.h"
#include <assert.h>

Include dependency graph for griddata.h:

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Data Structures
struct	GridData
Defines
#define	__FUNCT__ "function"
#define	MagparFunctionLogBegin int ierr;PetscLogDouble t_t1,t_t2;{PetscFunctionBegin;PetscPrintf(PETSC_COMM_WORLD,"\n>> %s::%s\n",__FILE__,__FUNCT__);PetscInfo2(0,"%s%s",Id,Td);PetscGetTime(&t_t1);ierr=0;}
#define	MagparFunctionLogReturn(A) {PetscGetTime(&t_t2);PetscPrintf(PETSC_COMM_WORLD,"<< %s::%s took %g s\n\n",__FILE__,__FUNCT__,t_t2-t_t1);CHKMEMQ;PetscFunctionReturn(A);}
#define	MagparFunctionInfoBegin int ierr;PetscLogDouble t_t1,t_t2;{PetscFunctionBegin;PetscGetTime(&t_t1);ierr=0;}
#define	MagparFunctionInfoReturn(A) {PetscGetTime(&t_t2);PetscFunctionReturn(A);}
#define	MagparFunctionProfReturn(A) {PetscGetTime(&t_t2);PetscFunctionReturn(A);}
#define	D_EPS PETSC_MACHINE_EPSILON*100
#define	RIGID_M_ALPHA 999
#define	my_daxpy(a, b, c, d, e, f) {(e)[0]+=b(c)[0];(e)[1]+=b(c)[1];(e)[2]+=b*(c)[2];}
#define	my_dcopy(a, b, c, d, e) {(d)[0]=(b)[0];(d)[1]=(b)[1];(d)[2]=(b)[2];}
#define	my_dnrm2(a, b, c) sqrt((b)[0](b)[0]+(b)[1](b)[1]+(b)[2]*(b)[2])
#define	my_dscal(a, b, c, d) {(c)[0]=b;(c)[1]=b;(c)[2]*=b;}
#define	my_ddot(a, b, c, d, e) ((b)[0](d)[0]+(b)[1](d)[1]+(b)[2]*(d)[2])
#define	douter(a, b, c, d) {(d)[0]=(b)[1](c)[2]-(b)[2](c)[1];(d)[1]=(b)[2](c)[0]-(b)[0](c)[2];(d)[2]=(b)[0](c)[1]-(b)[1](c)[0];}
Defines of numbers
for assert statements
#define	ND 3
#define	NV 4
#define	NF 4
#define	NN 3
#define	NP 19
Defines of indicators

#define	C_BND -1
#define	C_INT -2
#define	C_UNK -4
Defines for physical constants

#define	MU0 (12.566371e-7)
#define	GAMMA (2.210173e5)
element data

#define	HAVE_ELEVERTALL
#define	HAVE_M2IJ
Typedefs
typedef int	PetscInt
	Contains all data to control the simulations.
typedef int	PetscBLASInt

Define Documentation

#define __FUNCT__ "function"

Definition at line 42 of file griddata.h.

Referenced by Hdemag(), main(), ModifyPropPar(), and PSolve().

#define C_BND -1

indicator for boundary node/face

Definition at line 101 of file griddata.h.

Referenced by FacNB(), and ModifyPropSer().

#define C_INT -2

indicator for interior node/face

Definition at line 102 of file griddata.h.

Referenced by BMatrix(), DistortMesh(), FacNB(), Hdemag_Init(), and ModifyPropSer().

#define C_UNK -4

indicator for unknown state

Definition at line 103 of file griddata.h.

Referenced by FacNB(), FilterNodes(), ModifyPropSer(), and RegularRefinement().

#define D_EPS PETSC_MACHINE_EPSILON*100

threshold for equality of two real numbers

Definition at line 106 of file griddata.h.

Referenced by AreaCal(), AxesRotation(), Bele(), BMatrix(), checkortho(), DistortMesh(), DistPointLine(), EleVertVol(), EminiSolve(), Hcubic_Init(), Hdemag_Init(), Hexchani_Init(), Hext_ho(), Hext_ho_Init(), InitInfo(), PVodeInit(), PVodeReInit(), ReadINP(), ReadKrn(), RenormVec(), SolidAngle(), tetgrad(), WriteLogPid(), WriteLogPidInit(), WritePNG(), WritePNG2(), WritePNG2init(), and WritePNGinit().

#define douter	(	a,
		b,
		c,
		d	)	{(d)[0]=(b)[1](c)[2]-(b)[2](c)[1];(d)[1]=(b)[2](c)[0]-(b)[0](c)[2];(d)[2]=(b)[0](c)[1]-(b)[1](c)[0];}

Definition at line 128 of file griddata.h.

Referenced by AxesRotation(), Bele(), calc_dMdt(), checkortho(), DistPointLine(), EminiSolve(), PointFromPlane(), SolidAngle(), TaoEvalEnergyGrad(), and triarea().

#define GAMMA (2.210173e5)

gamma = mu0*g*|e|/(2*me) [m/As] = 1.758799e+11 [1/(Ts)] (cf. Diplomarbeit Scholz S. 14)

Definition at line 112 of file griddata.h.

Referenced by Hext_ho_Init(), and ReadKrn().

#define HAVE_ELEVERTALL

Definition at line 191 of file griddata.h.

#define HAVE_M2IJ

Definition at line 194 of file griddata.h.

#define MagparFunctionInfoBegin int ierr;PetscLogDouble t_t1,t_t2;{PetscFunctionBegin;PetscGetTime(&t_t1);ierr=0;}

Definition at line 79 of file griddata.h.

Referenced by adjtol(), adjtoldem(), ascat(), calc_dMdt(), Cart2Sphere(), Cart2SphereDiff(), CheckIterationEmini(), CheckIterationLLG(), ConvTest(), DistortVec(), edgestat(), EminiSolve(), EquilCheck(), Hcubic(), Hcubic_Energy(), Hdemag(), Hdemag_Energy(), Helastic(), Helastic_Energy(), Hexchani(), Hexchani_Energy(), Hext_cu(), hext_f(), Hext_ho(), Hext_ho_hstep(), Hext_ho_hsweep(), Hext_py(), Hexternal(), Hexternal_Energy(), Hexternal_hext(), Htot(), Htot_Energy(), Htot_Gradient(), Jtimes(), keepsolving(), matcreateseqadj(), MpHext(), myLLGJacobian(), myTSStepPVode(), Precond(), PSolve(), PVodeReInit(), RenormVec(), RHSfunction(), Sphere2Cart(), SynchronizedFastFPrintf(), TaoEvalEnergyGrad(), Vec3VolAvg(), VecSetVec(), WriteAVS(), WriteDat(), WriteLog(), WriteLogData(), WriteLogPid(), WriteLogPVode(), WritePNG(), WritePNG2(), WritePNGfile(), and WriteSet().

#define MagparFunctionInfoReturn ( A ) {PetscGetTime(&t_t2);PetscFunctionReturn(A);}

Definition at line 80 of file griddata.h.

Referenced by adjtol(), adjtoldem(), ascat(), Cart2Sphere(), Cart2SphereDiff(), DistortVec(), edgestat(), EquilCheck(), Hcubic(), Hcubic_Energy(), Hdemag(), Hdemag_Energy(), Helastic(), Helastic_Energy(), Hexchani(), Hexchani_Energy(), Hext_cu(), hext_f(), Hext_ho(), Hext_ho_hstep(), Hext_ho_hsweep(), Hext_py(), Hexternal_hext(), keepsolving(), matcreateseqadj(), MpHext(), ReadPatran(), RenormVec(), Sphere2Cart(), SynchronizedFastFPrintf(), Vec3VolAvg(), VecSetVec(), WriteAVS(), WriteDat(), WriteLog(), WriteLogData(), WriteLogPid(), WriteLogPVode(), WritePNG(), WritePNG2(), WritePNGfile(), and WriteSet().

#define MagparFunctionLogBegin int ierr;PetscLogDouble t_t1,t_t2;{PetscFunctionBegin;PetscPrintf(PETSC_COMM_WORLD,"\n>> %s::%s\n",__FILE__,__FUNCT__);PetscInfo2(0,"%s%s",Id,Td);PetscGetTime(&t_t1);ierr=0;}

energy minimization

Definition at line 72 of file griddata.h.

Referenced by AreaCal(), AxesRotation(), bbox2(), BMatrix(), CalAfe2fe(), CalAfe2sq(), CalAsq2fe(), calcbbox(), CheckIterationEmini_Init(), CheckIterationLLG_Init(), CheckPartition(), DataDestroyInit(), DataMoveData(), DataPartitionElementsSer(), DistortMesh(), EleVertVol(), FacNB(), FilterElements(), FilterNodes(), findeleslice(), Hcubic_Init(), Hdemag_Init(), Helastic_Init(), Hexchani_Init(), Hext_cu_Init(), Hext_ho_hstep_Init(), Hext_ho_ht_Init(), Hext_ho_Init(), Hext_py_Init(), Hexternal_Init(), Htot_Init(), InitInfo(), MagInit(), MagSet(), matviewstruct(), Mesh2Dual(), Mesh2Dual2(), Mesh2Nodal(), Mesh2VertEle(), MetisPartition(), ModifyPropPar(), ModifyPropSer(), myTSCreateEmini(), myTSCreatePVode(), OptimizeBandwidth(), ParInit(), PermuteData(), PidSharedArea(), Precond_Init(), PVodeInit(), read_hstep_file(), readht(), ReadINP(), ReadKrn(), ReadMesh(), ReadPatran(), ReadProp(), readxy(), RegularRefinement(), Reorder(), SerInit(), Solve(), TrivialPartitioning(), VertBSA(), VertProp(), WriteDatInit(), WriteFEMAVS(), WriteLogInit(), WriteLogPidInit(), WriteLogPVodeInit(), WritePNG2init(), and WritePNGinit().

#define MagparFunctionLogReturn ( A ) {PetscGetTime(&t_t2);PetscPrintf(PETSC_COMM_WORLD,"<< %s::%s took %g s\n\n",__FILE__,__FUNCT__,t_t2-t_t1);CHKMEMQ;PetscFunctionReturn(A);}

Definition at line 73 of file griddata.h.

Referenced by AreaCal(), AxesRotation(), bbox2(), BMatrix(), CalAfe2fe(), CalAfe2sq(), CalAsq2fe(), calcbbox(), CheckIterationEmini_Init(), CheckIterationLLG_Init(), CheckPartition(), DataDestroyInit(), DataMoveData(), DataPartitionElementsSer(), DistortMesh(), EleVertVol(), EminiSolve(), FacNB(), FilterElements(), FilterNodes(), findeleslice(), Hcubic_Init(), Hdemag_Init(), Helastic_Init(), Hexchani_Init(), Hext_cu_Init(), Hext_ho_hstep_Init(), Hext_ho_ht_Init(), Hext_ho_Init(), Hext_py_Init(), Hexternal_Init(), Htot_Init(), InitInfo(), MagInit(), MagSet(), matviewstruct(), Mesh2Dual(), Mesh2Dual2(), Mesh2Nodal(), Mesh2VertEle(), MetisPartition(), ModifyPropPar(), ModifyPropSer(), myTSCreateEmini(), myTSCreatePVode(), OptimizeBandwidth(), ParInit(), PermuteData(), PidSharedArea(), Precond_Init(), PVodeInit(), read_hstep_file(), readht(), ReadINP(), ReadKrn(), ReadMesh(), ReadPatran(), ReadProp(), readxy(), RegularRefinement(), Reorder(), SerInit(), Solve(), TrivialPartitioning(), VertBSA(), VertProp(), WriteDatInit(), WriteFEMAVS(), WriteLogInit(), WriteLogPidInit(), WriteLogPVodeInit(), WritePNG2init(), and WritePNGinit().