Utility.h File Reference

A spec for a collection of utility functions. More...

#include <OneD_Node_Mesh.h>
#include <string>
#include <ctime>
#include <numeric>
#include <algorithm>
#include <sys/types.h>
#include <sys/stat.h>
#include <Types.h>
#include <Exceptions.h>
#include <FortranBLAS.h>
#include <TwoD_Node_Mesh.h>
#include <TwoD_Mapped_Node_Mesh.h>
#include <Sequential_Matrix_base.h>

Go to the source code of this file.

Namespaces
namespace	CppNoddy
	A collection of OO numerical routines aimed at simple (typical) applied problems in continuum mechanics.
namespace	CppNoddy::Utility
	Some utility methods associated with CppNoddy containers.

Functions
DenseVector< double >	CppNoddy::Utility::uniform_node_vector (const double &lower, const double &upper, const std::size_t &N)
	Return a DENSE vector with the nodal points of a uniform mesh distributed between the upper/lower bounds as specified. More...
DenseVector< double >	CppNoddy::Utility::power_node_vector (const double &lower, const double &upper, const std::size_t &N, const double &power)
	Return a DENSE vector with the nodal points of a non-uniform mesh distributed between the upper/lower bounds as specified with more nodes clustered near lower or upper depending upon the differencee of the power from unity. More...
DenseVector< double >	CppNoddy::Utility::two_uniform_node_vector (const double &lower, const double &mid, const double &upper, const std::size_t &N1, const std::size_t &N2)
	Return a dense vector with two uniform distributions in two separate regions. More...
DenseVector< double >	CppNoddy::Utility::three_uniform_node_vector (const double &lower, const double &mid1, const double &mid2, const double &upper, const std::size_t &N1, const std::size_t &N2, const std::size_t &N3)
	Return a dense vector with two uniform distributions in two separate regions. More...
DenseVector< double >	CppNoddy::Utility::mid_weighted_node_vector (const double &lower, const double &upper, const std::size_t &N, const double &power)
	Return a dense vector of nodal positions with more nodes concentrated at the mid point of the range. More...
template<typename _Type >
void	CppNoddy::Utility::vels_from_streamfn_Cartesian (const TwoD_Node_Mesh< _Type > &source, TwoD_Node_Mesh< _Type > &uv)
template<typename _Type >
void	CppNoddy::Utility::vels_from_streamfn_Cartesian (const TwoD_Mapped_Node_Mesh< _Type > &source, TwoD_Mapped_Node_Mesh< _Type > &uv)
DenseMatrix< double >	CppNoddy::Utility::multiply (DenseMatrix< double > &A, DenseMatrix< double > &B)
	BLAS wrapper to do DOUBLE DENSE A_{MxK} * B_{KxN} = C_{MxN} Since this is a Fortran library, it assumes a column_major format, but CppNoddy uses row_major. More...
template<typename _Type >
_Type	CppNoddy::Utility::dot (const DenseVector< _Type > &X, const DenseVector< _Type > &Y)
	Templated dot product. More...
template<typename _Type >
int	CppNoddy::Utility::sgn (const _Type &a)
DenseVector< double >	CppNoddy::Utility::real (const DenseVector< D_complex > &X)
	Return a double DENSE vector containing the real part of a complex DENSE vector. More...
DenseVector< double >	CppNoddy::Utility::imag (const DenseVector< D_complex > &X)
	Return a double DENSE vector containing the imaginary part of a complex DENSE vector. More...
std::string	CppNoddy::Utility::stringify (const int &val)
	Return an integer value as a string - useful for file naming. More...
std::string	CppNoddy::Utility::stringify (const double &val, int p)
	Return a double value as a string - useful for file naming. More...
double	CppNoddy::Utility::max_abs_location (OneD_Node_Mesh< double > &mesh, unsigned var)
double	CppNoddy::Utility::max_abs_location_range (OneD_Node_Mesh< double > &mesh, unsigned var, double left, double right)

Detailed Description

A spec for a collection of utility functions.

Definition in file Utility.h.