Department of Scientific Computing    Institute for Numerical Simulation    University of Bonn

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AdaptiveData Member List

This is the complete list of members for AdaptiveData, including all inherited members.

• Abs(AdaptiveData< DIM > *X)
• AdaptiveData()
• AdaptiveData(AdaptiveGrid< DIM > *G)
• Add(AdaptiveData< DIM > *X, AdaptiveData< DIM > *Y)
• Add(const double a, AdaptiveData< DIM > *X, const double b, AdaptiveData< DIM > *Y)
• Add(const double a, AdaptiveData< DIM > *X, const double b, AdaptiveData< DIM > *Y, const double c, AdaptiveData< DIM > *Z)
• Add(const double a, AdaptiveData< DIM > *X, const double b, AdaptiveData< DIM > *Y, const double c, AdaptiveData< DIM > *Z, const double d, AdaptiveData< DIM > *Q)
• Add(const double a, AdaptiveData< DIM > *X, const double b, AdaptiveData< DIM > *Y, const double c, AdaptiveData< DIM > *Z, const double d, AdaptiveData< DIM > *Q, const double f, AdaptiveData< DIM > *R)
• AllocatedEntries()
• ApplyOp(int *BCT, AdaptiveData< DIM > *X, int dir, unsigned int op)
• ApplyOp(AdaptiveData< DIM > *X, int dir, unsigned int op)
• Attach(AdaptiveGrid< DIM > *G)
• Copy(AdaptiveData< DIM > *X)
• CopyExtensions(AdaptiveData< DIM > *X)
• DeAttach()
• FromUniform(UniformData< DIM > *A, int *J)
• Get(int *l, int *t)
• Get(int *l, int *t, int dir, AdaptiveB *B, int leftrightall=0)
• GetP(int *l, int *t)
• InnerProd(AdaptiveData< DIM > *X)
• Integrate()
• L1Norm(AdaptiveData< DIM > *Tmp)
• L2Norm(AdaptiveData< DIM > *Tmp)
• LmaxNorm(AdaptiveData< DIM > *Tmp)
• LpNorm(AdaptiveData< DIM > *Tmp, double p)
• Max()
• MaxAbs()
• Min()
• MMinus(AdaptiveData< DIM > *X)
• MMinus(const double a, AdaptiveData< DIM > *X)
• Mul(AdaptiveData< DIM > *X, AdaptiveData< DIM > *Y)
• Mul(AdaptiveData< DIM > *X, AdaptiveData< DIM > *Y, double f)
• Mul(AdaptiveData< DIM > *X, double f)
• Mul(double f)
• Pow(AdaptiveData< DIM > *X, double p)
• PPlus(AdaptiveData< DIM > *X)
• PPlus(const double a, AdaptiveData< DIM > *X)
• ReadSlice(AdaptiveData< DIM+1 > *X)
• ReadSparse(const char *name, AdaptiveData< DIM > **M, int N, int *which)
• ReadSparse(const char *name)
• SameBoundaryConditions(AdaptiveData< DIM > *X)
• Set(int *l, int *t, const double a)
• Set(int *l, const double a)
• Set(int dir, int k, int s, const double a)
• Set(int *l, int *t, int dir, AdaptiveB *B, int leftrightall=0, bool add=false)
• Set(const double a)
• SetBoundaryConditions(AdaptiveData< DIM > *X)
• SetBoundaryConditions(int bc[DIM][2])
• SetBoundaryValueFunction(AdaptiveData< DIM-1 > *F[DIM][2], int BC[DIM][2], bool ContinuousDirichletValues=false)
• SetFunction(Function *F, bool boundaryonly=false, bool notransform=false)
• SetRefine()
• Size()
• Sqr(AdaptiveData< DIM > *X)
• Sub(AdaptiveData< DIM > *X, AdaptiveData< DIM > *Y)
• Sum()
• SumAbs()
• SumSqr()
• ToUniform(UniformData< DIM > *A, int *J)
• WriteSlice(AdaptiveData< DIM+1 > *X, bool add=false)
• WriteSparse(const char *name, AdaptiveData< DIM > **M, int N, bool CastToFloat=false, AdaptivityCriterion *R=NULL)
• WriteSparse(const char *name, AdaptivityCriterion *R=NULL)
• WriteUDF(const char *name, UniformData< DIM > *M, AdaptiveData< DIM > *Tmp=NULL, bool CastToFloat=false)
• WriteUDF(const char *name, int *L, AdaptiveData< DIM > *Tmp=NULL, bool CastToFloat=false)
• WriteUDF(const char *name, int L, AdaptiveData< DIM > *Tmp=NULL, bool CastToFloat=false)

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