libs/ck-libs/TMRC2D/pgm-coarsen.C File Reference

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Data Structures
struct	myGlobals
Functions
static void	die (const char *str)
void	resize_nodes (void *data, int *len, int *max)
	schak
void	resize_elems (void *data, int *len, int *max)
void	init (void)
void	pup_myGlobals (pup_er p, myGlobals *g)
double	calcArea (myGlobals &g, int i)
void	checkTriangle (myGlobals &g, int i)
void	CST_NL (const vector2d *coor, const int *lm, vector2d *R_net, const vector2d *d, const double *c, int numnp, int numel, double *S11o, double *S22o, double *S12o)
void	advanceNodes (const double dt, int nnodes, const vector2d *coord, vector2d *R_net, vector2d *a, vector2d *v, vector2d *d, const double *m_i, bool dampen)
void	calcMasses (myGlobals &g)
void	init_myGlobal (myGlobals *g)
void	repeat_after_split (void *data)
void	driver (void)
Variables
const double	matConst [4] = {3.692e9, 1.292e9, 3.692e9, 1.200e9 }
const double	density = 5.0*1000.0
const double	thickness = 0.0001
const double	dt = 1.0e-12

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Function Documentation

static void die

(

const char *

str

)

[static]

Definition at line 36 of file pgm-coarsen.C.

References CkExit().

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void resize_nodes	(	void *	data,
		int *	len,
		int *	max
	)

schak

void resize_elems	(	void *	data,
		int *	len,
		int *	max
	)

void pup_myGlobals	(	pup_er	p,
		myGlobals *	g
	)

Definition at line 155 of file pgm-coarsen.C.

References myGlobals::a, myGlobals::conn, myGlobals::coord, myGlobals::d, FEM_Print(), myGlobals::m_i, myGlobals::maxelems, myGlobals::maxnodes, myGlobals::nelems, nnodes, myGlobals::nnodes, pup_isDeleting(), pup_isUnpacking(), myGlobals::R_net, myGlobals::S11, myGlobals::S12, myGlobals::S22, myGlobals::v, myGlobals::validElem, and myGlobals::validNode.

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double calcArea	(	myGlobals &	g,
		int	i
	)

Definition at line 206 of file pgm-coarsen.C.

References PUP::a, PUP::b, c, myGlobals::conn, myGlobals::coord, n1, n2, vector2d::x, and vector2d::y.

void checkTriangle	(	myGlobals &	g,
		int	i
	)

Definition at line 220 of file pgm-coarsen.C.

References calcArea(), and FEM_My_partition().

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void CST_NL	(	const vector2d *	coor,
		const int *	lm,
		vector2d *	R_net,
		const vector2d *	d,
		const double *	c,
		int	numnp,
		int	numel,
		double *	S11o,
		double *	S22o,
		double *	S12o
	)

Definition at line 4 of file cst_nl.C.

void advanceNodes	(	const double	dt,
		int	nnodes,
		const vector2d *	coord,
		vector2d *	R_net,
		vector2d *	a,
		vector2d *	v,
		vector2d *	d,
		const double *	m_i,
		bool	dampen
	)

Definition at line 241 of file pgm-coarsen.C.

References CmiAbort(), x, vector2d::x, and vector2d::y.

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void calcMasses

(

myGlobals &

g

)

Definition at line 288 of file pgm-coarsen.C.

References calcArea(), myGlobals::conn, density, FEM_Update_field(), myGlobals::m_i, myGlobals::m_i_fid, n1, n2, myGlobals::nelems, myGlobals::nnodes, thickness, and myGlobals::validElem.

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void init_myGlobal

(

myGlobals *

g

)

Definition at line 317 of file pgm-coarsen.C.

References myGlobals::a, myGlobals::conn, myGlobals::coord, myGlobals::d, myGlobals::m_i, myGlobals::R_net, myGlobals::S11, myGlobals::S12, myGlobals::S22, and myGlobals::v.

void repeat_after_split

(

void *

data

)

Definition at line 404 of file pgm-coarsen.C.

References calcMasses(), myGlobals::coord, FEM_Mesh_default_read(), FEM_Mesh_get_length(), myGlobals::nelems, myGlobals::nnodes, myGlobals::validNode, vector2d::x, and vector2d::y.

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Variable Documentation

const double matConst[4] = {3.692e9, 1.292e9, 3.692e9, 1.200e9 }

Definition at line 25 of file pgm-coarsen.C.

const double density = 5.0*1000.0

Definition at line 28 of file pgm-coarsen.C.

const double thickness = 0.0001

Definition at line 30 of file pgm-coarsen.C.

const double dt = 1.0e-12

Definition at line 34 of file pgm-coarsen.C.