This class implements Blade flexion and compression shape functions available for 2D case (CL encastred-free). The implemented modes are called "Z" and "C" and a link toward RigidBody modes is provided. Flexion modes within the entire set of required modes by user is noted "m_modFlex": More...

#include <CshapeFunction_global_blade.h>

Inheritance diagram for CshapeFunction_global_blade< T, Timg >:

Public Member Functions
virtual void	init (CParameterNetCDF &fp)

virtual void	exec (const CImg< Timg > &box, const std::vector< T > &x, CImgList< T > &N)

void	lambda (const std::vector< int > &modFlex)

T	flex (const double &x, const int &mod, const std::vector< float > &lambda, const float &L, const int &pow=1) const

T	dflex (const double &x, const int &mod, const std::vector< float > &lambda, const float &L, const int &pow=1) const

T	d2flex (const double &x, const int &mod, const std::vector< float > &lambda, const float &L, const int &pow=1) const

T	compress (const double &x, const int &mod, const float &L, const int &pow=1) const

Public Member Functions inherited from CshapeFunction_global_rigidBody< T, Timg >
void	set (const std::vector< T > &x, const std::vector< int > &md, const std::vector< int > &rg, CImgList< T > &N)

T	shape (const int &dim, const int &range, const std::vector< T > &x)

Public Attributes
std::vector< int >	m_modFlex

std::vector< int >	m_modComp

std::vector< float >	m_lambda

int	m_p

float	m_length

Public Attributes inherited from CshapeFunction_global_rigidBody< T, Timg >
std::vector< int >	m_modRB

std::vector< int >	m_range

Public Attributes inherited from CshapeFunction< T, Timg >
std::string	class_name

std::string	m_type

std::string	m_name

int	m_dof

float	m_pi

std::vector< std::string >	m_mods

bool	m_verbose

const char *	m_paramPath

int	_3D

Detailed Description

template<typename T, typename Timg>
class CshapeFunction_global_blade< T, Timg >

This class implements Blade flexion and compression shape functions available for 2D case (CL encastred-free). The implemented modes are called "Z" and "C" and a link toward RigidBody modes is provided. Flexion modes within the entire set of required modes by user is noted "m_modFlex":

Parameters

[in]	m_modFlex	: std::vector<int>.
[in]	m_length	: <double> blade length

Todo:: modes seems not well identified -> find the problem

Member Function Documentation

template<typename T , typename Timg >

virtual void CshapeFunction_global_blade< T, Timg >::exec	(	const CImg< Timg > &	box,
		const std::vector< T > &	x,
		CImgList< T > &	N
	)

inlinevirtual

inspired from Mandard R. LML - 05/02/2013 associated theory : (Euler-Bernoulli, CL encastred-free) case of 2D picture

Warning: the encastred part of the blade must be in the left part of the picture, otherwise flip w[0] -> - x[0]

Reimplemented from CshapeFunction_global_rigidBody< T, Timg >.

template<typename T , typename Timg >

virtual void CshapeFunction_global_blade< T, Timg >::init ( CParameterNetCDF & fp )

inlinevirtual

Be carefull, following test for flexion mods catching required that the mod begin by the letter "Z" in parameter file!//

Reimplemented from CshapeFunction_global_rigidBody< T, Timg >.

template<typename T , typename Timg >

void CshapeFunction_global_blade< T, Timg >::lambda ( const std::vector< int > & modFlex )

inline

Lambda definition for : flexion encastred-free : solution of "tan(x)-tanh(x) = 0" - required numerical approximation of the solution. currently statically writted but should be solve numerically here

The documentation for this class was generated from the following file:

/home/rian/Documents/PostDoc/LML/Yadics/YaDICs_Project/YaDICs_V04.14.a/CshapeFunction_global_blade.h

Public Member Functions

Public Attributes

Detailed Description

template<typename T, typename Timg> class CshapeFunction_global_blade< T, Timg >

Member Function Documentation

template<typename T, typename Timg>
class CshapeFunction_global_blade< T, Timg >