dontuse_evaluate.c File Reference

#include <mex.h>
#include <math.h>

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Macros
#define	X(i, j)   x[j*n+i]
#define	Y(i, j)   y[j*n+i]

Functions
void	sumsq (double *xsq, double *x, int n, int m)
void	mexFunction (int nlhs, mxArray *plhs[], int nrhs, const mxArray *prhs[])

Macro Definition Documentation

#define X	(		i,
			j
	)		x[j*n+i]

Definition at line 5 of file dontuse_evaluate.c.

Referenced by testing.DEIM.compareDEIM_Full_Jacobian_plots(), testing.LogNorm.compareSimTransDEIMJac_FullJac_plots(), testing.LogNorm.compareSimTransJac_FullJac_plots(), KerMor.createLogo(), dscomponents.ACompEvalCoreFun.evaluateComponentGradientsAt(), models.pcdi.CoreFun2D.evaluateComponentPartialDerivatives(), models.pcd.CoreFun2D.evaluateComponentPartialDerivatives(), dscomponents.ACompEvalCoreFun.evaluateComponentPartialDerivatives(), models.pcdi.InhibitCoreFun2D.evaluateComponentPartialDerivatives(), dscomponents.ACompEvalCoreFun.evaluateComponentPartialDerivativesMulti(), models.burgers.BurgersF_NoA.evaluateComponents(), models.burgers.BurgersF.evaluateComponents(), models.burgers.BurgersF.evaluateComponentsMulti(), models.pcd.CoreFun1D.evaluateComponentsMulti(), models.pcdi.CoreFun2D.evaluateComponentsMulti(), models.pcd.CoreFun2D.evaluateComponentsMulti(), models.pcdi.InhibitCoreFun2D.evaluateComponentsMulti(), testing.LogNorm.getApproxLogNormsAtPos_plots(), data.MemoryTrajectoryData.getBoundingBox(), data.FileTrajectoryData.getBoundingBox(), testing.DEIM.getDEIMReducedModelErrors_plots(), dscomponents.ACoreFun.getStateJacobianFD(), testing.LocalLipGradientEstPlay(), LogPlot.logsurf(), LogPlot.logsurfc(), makedatatip(), mexFunction(), FunVis2D>FunVis2D_OpeningFcn(), FunVis2D>rangesFromATD(), TestCalcMD5>Base64decode(), demos.VKOGA.NewtonBasis_Schaback(), error.IterationCompLemmaEstimator.offlineComputations(), models.pcd.PCDSystem1D.plot(), models.pcd.PCDSystem3D.plotState(), approx.algorithms.Componentwise.plotSummary(), fem.geometry.RegularHex8Grid(), sumsq(), MatUtils.test_ExtendedInverseDirect(), MatUtils.test_ExtendedInverseSequential(), kernels.GaussKernel.test_GaussKernel(), kernels.KernelExpansion.test_getStateJacobianInstance(), kernels.PolyKernel.test_PolyKernel(), fem.HexahedronSerendipity.test_QuadraticBasisFun(), fem.HexahedronTriquadratic.test_QuadraticBasisFun(), fem.HexahedronTrilinear.test_TrilinearBasisFun(), and approx.algorithms.VKOGA.test_VKOGA2D1D().

#define Y	(		i,
			j
	)		y[j*n+i]

Definition at line 6 of file dontuse_evaluate.c.

Referenced by testing.DEIM.compareDEIM_Full_Jacobian_plots(), testing.LogNorm.compareSimTransDEIMJac_FullJac_plots(), testing.LogNorm.compareSimTransJac_FullJac_plots(), KerMor.createLogo(), export_fig(), testing.LogNorm.getApproxLogNormsAtPos_plots(), testing.DEIM.getDEIMReducedModelErrors_plots(), models.iciam2011.ICIAMMain(), testing.LocalLipGradientEstPlay(), LogPlot.logsurf(), LogPlot.logsurfc(), makedatatip(), mexFunction(), ParamSweep(), ParamSweep2D(), models.pcd.PCDSystem1D.plot(), models.pcd.PCDSystem3D.plotState(), approx.algorithms.Componentwise.plotSummary(), models.muscle.examples.MuscleTendonMix.plotTMRFun(), fem.geometry.RegularHex8Grid(), kernels.GaussKernel.test_GaussKernel(), kernels.PolyKernel.test_PolyKernel(), fem.HexahedronSerendipity.test_QuadraticBasisFun(), fem.HexahedronTriquadratic.test_QuadraticBasisFun(), fem.HexahedronTrilinear.test_TrilinearBasisFun(), and approx.algorithms.VKOGA.test_VKOGA2D1D().

Function Documentation

void mexFunction	(	int	nlhs,
		mxArray *	plhs[],
		int	nrhs,
		const mxArray *	prhs[]
	)

Definition at line 28 of file dontuse_evaluate.c.

References k, l, sumsq(), X, and Y.

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void sumsq	(	double *	xsq,
		double *	x,
		int	n,
		int	m
	)

Definition at line 9 of file dontuse_evaluate.c.

References X.

Referenced by mexFunction().

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