3 parameter projection from cam 0 to cam 1 More...

#include <DICe_LocalShapeFunction.h>

Inheritance diagram for DICe::Projection_Shape_Function:

Public Types
enum	Projection_Param { ZP = 0, THETA, PHI }

enum	Rot_Trans_3D_Param { ANGLE_X = 0, ANGLE_Y, ANGLE_Z, TRANS_X, TRANS_Y, TRANS_Z }

Public Member Functions
	Projection_Shape_Function (const std::string &system_file, const size_t source_camera_id, const size_t target_camera_id)
	constructor with the parameters needed to setup the transformation More...

virtual	~Projection_Shape_Function ()
	virtual destructor

virtual void	clear ()
	clear the parameters

virtual void	reset_fields (Schema *schema)

virtual void	map (const scalar_t &x, const scalar_t &y, const scalar_t &cx, const scalar_t &cy, scalar_t &out_x, scalar_t &out_y)
	see base class description

virtual void	residuals (const scalar_t &x, const scalar_t &y, const scalar_t &cx, const scalar_t &cy, const scalar_t &gx, const scalar_t &gy, std::vector< scalar_t > &residuals, const bool use_ref_grads=false)
	see base class description

virtual void	save_fields (Schema *schema, const int_t subset_gid)
	see base class description

virtual void	add_translation (const scalar_t &u, const scalar_t &v)
	see base class description

virtual void	map_to_u_v_theta (const scalar_t &cx, const scalar_t &cy, scalar_t &out_u, scalar_t &out_v, scalar_t &out_theta)
	see base class description

virtual void	insert_motion (const scalar_t &u, const scalar_t &v, const scalar_t &theta)
	see base class description

virtual void	insert_motion (const scalar_t &u, const scalar_t &v)
	see base class description

virtual void	update_params_for_centroid_change (const scalar_t &delta_x, const scalar_t &delta_y)
	see base class description

Public Member Functions inherited from DICe::Local_Shape_Function
	Local_Shape_Function ()
	base class constructor

virtual	~Local_Shape_Function ()
	virtual destructor

int_t	num_params () const
	the number of parameters in the shape function

std::vector< scalar_t > *	parameters ()
	access to the parameter values

void	print_parameters () const
	print the parameter values to DEBUG_MSG

void	clone (Teuchos::RCP< Local_Shape_Function > shape_function)

virtual void	initialize_parameters_from_fields (Schema *schema, const int_t subset_gid)

scalar_t &	operator() (const DICe::field_enums::Field_Spec &spec)

scalar_t &	operator() (const size_t index)

scalar_t	parameter (const DICe::field_enums::Field_Spec &spec) const

void	update (const std::vector< scalar_t > &update)

virtual bool	test_for_convergence (const std::vector< scalar_t > &old_parameters, const scalar_t &tol)

Teuchos::RCP< std::vector< scalar_t > >	rcp ()

Teuchos::RCP< std::vector< scalar_t > >	deltas ()
	returns a pointer to the vector of delta values for this shape function

std::map< DICe::field_enums::Field_Spec, size_t > *	spec_map ()
	returns a pointer to the spec map

Private Attributes
size_t	source_cam_id_
	camera to use as the source camera

size_t	target_cam_id_

Teuchos::RCP< Camera_System >	camera_system_
	camera system to apply all the transformations

Additional Inherited Members
Protected Attributes inherited from DICe::Local_Shape_Function
std::vector< scalar_t >	parameters_
	a vector that holds the parameters of the shape function

std::vector< scalar_t >	deltas_
	a vector that holds the deltas to use for a simplex method

int_t	num_params_
	the total number of degrees of freedom

std::map< DICe::field_enums::Field_Spec, size_t >	spec_map_
	stores the associated field with each DOF and the corresponding parameter index

Detailed Description

3 parameter projection from cam 0 to cam 1

Member Enumeration Documentation

◆ Projection_Param

enum DICe::Projection_Shape_Function::Projection_Param

the 3 parameters that govern the projection/back projection transform

Constructor & Destructor Documentation

◆ Projection_Shape_Function()

DICe::Projection_Shape_Function::Projection_Shape_Function	(	const std::string &	system_file,
		const size_t	source_camera_id,
		const size_t	target_camera_id
	)

constructor with the parameters needed to setup the transformation

Parameters

system_file	file used to read in the camera and orientation parameters
source_camera_id	primary camera where the subset locations are specified
target_camera_id	secondary camera to project to

Member Function Documentation

◆ reset_fields()

virtual void DICe::Projection_Shape_Function::reset_fields ( Schema * schema )

virtual

clears all the fields associated with this shape function

Parameters

schema pointer to a schema that holds the mesh with the fields

Reimplemented from DICe::Local_Shape_Function.

Public Types

Public Member Functions

Private Attributes