RSVScalctools.hpp File Reference

Provides internal tools for RSVS calc. More...

#include <Eigen>
#include <vector>
#include "arraystructures.hpp"
#include "mesh.hpp"
#include "vectorarray.hpp"

Go to the source code of this file.

Functions
grid::coordlist	TrianglePointerCoordinates (const triangle &triIn, const triangulation &triRSVS)
	Get all the coordinates needed to define a triangle. More...
HashedVector< int, int >	TriangleActiveDesignVariables (const triangle &triIn, const triangulation &triRSVS, const HashedVector< int, int > &objDvMap, bool useSurfCentreDeriv=true)
	Get the active design variables defined by a triangle object. More...
void	TrianglePositionDerivatives (const triangle &triIn, const triangulation &triRSVS, const HashedVector< int, int > &dvListMap, Eigen::MatrixXd &dPos, Eigen::MatrixXd &HPos, bool useSurfCentreDeriv=true, bool useSurfCentreHessian=false)
	Calculate the positional derivatives of a triangle object. More...
void	AssignConstraintDerivativesFullMath (RSVScalc &calc, const triangle &triIn, const HashedVector< int, int > &dvListMap, const Eigen::MatrixXd &dConstrPart, const Eigen::MatrixXd &HConstrPart, int constrPos, int cellTarg)
void	AssignConstraintDerivativesSparseMath (RSVScalc &calc, const triangle &triIn, const HashedVector< int, int > &dvListMap, const Eigen::MatrixXd &dConstrPart, const Eigen::MatrixXd &HConstrPart, int constrPos, int cellTarg)

Detailed Description

Provides internal tools for RSVS calc.

Definition in file RSVScalctools.hpp.

Function Documentation

TriangleActiveDesignVariables()

HashedVector<int, int> TriangleActiveDesignVariables	(	const triangle &	triIn,
		const triangulation &	triRSVS,
		const HashedVector< int, int > &	objDvMap,
		bool	useSurfCentreDeriv = true
	)

Get the active design variables defined by a triangle object.

Parameters

[in]	triIn	The triangle object.
[in]	triRSVS	The triangulation containing the triangle.
[in]	objDvMap	The calculation (RSVScalc) object's design variable map.
[in]	useSurfCentreDeriv	The Use the surface centroid derivative in the calculation of dPos and HPos.

Returns

A hashed vector of the active design variables from the triangle object.

Definition at line 43 of file RSVScalctools.cpp.

TrianglePointerCoordinates()

grid::coordlist TrianglePointerCoordinates	(	const triangle &	triIn,
		const triangulation &	triRSVS
	)

Get all the coordinates needed to define a triangle.

Parameters

[in]	triIn	The triangle object to be analysed.
[in]	triRSVS	The triangulation object containing the triangle.

Returns

A vector of constant coordinate vectors, these allow the data to be read but not edited.

Definition at line 18 of file RSVScalctools.cpp.

TrianglePositionDerivatives()

void TrianglePositionDerivatives	(	const triangle &	triIn,
		const triangulation &	triRSVS,
		const HashedVector< int, int > &	dvListMap,
		Eigen::MatrixXd &	dPos,
		Eigen::MatrixXd &	HPos,
		bool	useSurfCentreDeriv = true,
		bool	useSurfCentreHessian = false
	)

Calculate the positional derivatives of a triangle object.

This computes the partial derivatives $\frac{\partial coord}{\partial d}$ derivatives of snaxels and pseudo-centroids.

Parameters

[in]	triIn	The triangle for which the quantities need to be computed.
[in]	triRSVS	The triangulation object from which this object is part.
[in]	dvListMap	A hashed vector containing a list of active design variables in the otriangle object as defined by function TriangeActiveDesignVariables().
	dPos	The jacobian of the position derivatives.
	HPos	The Hessian of the position derivatives.
[in]	useSurfCentreDeriv	The Use the surface centroid derivative in the calculation of dPos and HPos.