#include "Stokhos_Epetra.hpp"
#include "Teuchos_CommandLineProcessor.hpp"
#include "Teuchos_ParameterList.hpp"
#include "Isorropia_Epetra.hpp"
#include "Isorropia_EpetraPartitioner.hpp"
#include "Epetra_SerialComm.h"

Include dependency graph for cijk_partition.cpp:

Enumerations
enum	BasisType { HERMITE, LEGENDRE, CC_LEGENDRE, GP_LEGENDRE, RYS, JACOBI, HERMITE, LEGENDRE, CC_LEGENDRE, GP_LEGENDRE, RYS, JACOBI, HERMITE, LEGENDRE, CC_LEGENDRE, GP_LEGENDRE, RYS, JACOBI, HERMITE, LEGENDRE, RYS, HERMITE, LEGENDRE, CC_LEGENDRE, GP_LEGENDRE, RYS, JACOBI }

enum	ProductBasisType { COMPLETE, TENSOR, TOTAL, SMOLYAK, COMPLETE, TENSOR, TOTAL, SMOLYAK, COMPLETE, TENSOR, TOTAL, SMOLYAK, COMPLETE, TENSOR, TOTAL, SMOLYAK, COMPLETE, TENSOR, TOTAL, SMOLYAK, COMPLETE, TENSOR, TOTAL, SMOLYAK, COMPLETE, TENSOR, TOTAL, SMOLYAK, COMPLETE, TENSOR, TOTAL, SMOLYAK, COMPLETE, TENSOR, TOTAL, SMOLYAK }

enum	OrderingType { TOTAL_ORDERING, LEXICOGRAPHIC_ORDERING, TOTAL_ORDERING, LEXICOGRAPHIC_ORDERING, TOTAL_ORDERING, LEXICOGRAPHIC_ORDERING, TOTAL_ORDERING, LEXICOGRAPHIC_ORDERING, TOTAL_ORDERING, LEXICOGRAPHIC_ORDERING, TOTAL_ORDERING, LEXICOGRAPHIC_ORDERING, TOTAL_ORDERING, LEXICOGRAPHIC_ORDERING, MORTON_Z_ORDERING, TOTAL_ORDERING, LEXICOGRAPHIC_ORDERING, MORTON_Z_ORDERING }

enum	PartitioningType { RCB, HG_MATRIX, RCB, HG_FLAT_J, RCB, HG_FLAT_J }

Functions
int	main (int argc, char **argv)

Variables
const int	num_basis_types = 6

const BasisType	basis_type_values []

const char *	basis_type_names []

const int	num_growth_types = 2

const Stokhos::GrowthPolicy	growth_type_values []

const char *	growth_type_names [] = { "slow", "moderate" }

const int	num_prod_basis_types = 4

const ProductBasisType	prod_basis_type_values []

const char *	prod_basis_type_names []

const int	num_ordering_types = 2

const OrderingType	ordering_type_values []

const char *	ordering_type_names []

const int	num_partitioning_types = 2

const PartitioningType	partitioning_type_values []

const char *	partitioning_type_names []

Enumeration Type Documentation

enum BasisType

Enumerator
HERMITE
LEGENDRE
CC_LEGENDRE
GP_LEGENDRE
RYS
JACOBI
HERMITE
LEGENDRE
CC_LEGENDRE
GP_LEGENDRE
RYS
JACOBI
HERMITE
LEGENDRE
CC_LEGENDRE
GP_LEGENDRE
RYS
JACOBI
HERMITE
LEGENDRE
RYS
HERMITE
LEGENDRE
CC_LEGENDRE
GP_LEGENDRE
RYS
JACOBI

Definition at line 69 of file cijk_partition.cpp.

enum ProductBasisType

Enumerator
COMPLETE
TENSOR
TOTAL
SMOLYAK
COMPLETE
TENSOR
TOTAL
SMOLYAK
COMPLETE
TENSOR
TOTAL
SMOLYAK
COMPLETE
TENSOR
TOTAL
SMOLYAK
COMPLETE
TENSOR
TOTAL
SMOLYAK
COMPLETE
TENSOR
TOTAL
SMOLYAK
COMPLETE
TENSOR
TOTAL
SMOLYAK
COMPLETE
TENSOR
TOTAL
SMOLYAK
COMPLETE
TENSOR
TOTAL
SMOLYAK

Definition at line 83 of file cijk_partition.cpp.

enum OrderingType

Enumerator
TOTAL_ORDERING
LEXICOGRAPHIC_ORDERING
TOTAL_ORDERING
LEXICOGRAPHIC_ORDERING
TOTAL_ORDERING
LEXICOGRAPHIC_ORDERING
TOTAL_ORDERING
LEXICOGRAPHIC_ORDERING
TOTAL_ORDERING
LEXICOGRAPHIC_ORDERING
TOTAL_ORDERING
LEXICOGRAPHIC_ORDERING
TOTAL_ORDERING
LEXICOGRAPHIC_ORDERING
MORTON_Z_ORDERING
TOTAL_ORDERING
LEXICOGRAPHIC_ORDERING
MORTON_Z_ORDERING