ContourTriData Class Reference

#include <ContourBaseData.h>

Collaboration diagram for ContourTriData:

Public Member Functions
	ContourTriData (int n=0)
virtual	~ContourTriData (void)
void	init (void)
void	free (void)
void	execScale (double x, double y, double z)
void	execShift (double x, double y, double z)
void	execRotate (Quaternion< double > q)
void	ComputeTriNormal ()

Public Attributes
int	contourNum
Vector< double >	v1
Vector< double >	v2
Vector< double >	v3
Vector< double >	n1
Vector< double >	n2
Vector< double >	n3
UVMap< double >	uv1
UVMap< double >	uv2
UVMap< double >	uv3

Detailed Description

Definition at line 77 of file ContourBaseData.h.

Constructor & Destructor Documentation

ContourTriData()

ContourTriData ( int n = 0 )

inline

Definition at line 88 of file ContourBaseData.h.

{ init(); contourNum = n;}

References ContourTriData::contourNum, and ContourTriData::init().

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~ContourTriData()

virtual ~ContourTriData ( void )

inlinevirtual

Definition at line 89 of file ContourBaseData.h.

{ free();}

References ContourTriData::free().

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Member Function Documentation

ComputeTriNormal()

void ComputeTriNormal ( )

inline

Definition at line 98 of file ContourBaseData.h.

{ Vector<double> nv = NewellMethod(v1, v2, v3); nv.normalize(); n1 = n2 = n3 = nv;}

References ContourTriData::n1, ContourTriData::n2, ContourTriData::n3, jbxl::NewellMethod(), Vector< T >::normalize(), ContourTriData::v1, ContourTriData::v2, and ContourTriData::v3.

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execRotate()

void execRotate

(

Quaternion< double >

q

)

Definition at line 75 of file ContourBaseData.cpp.

{
    v1 = q.execRotation(v1);
    v2 = q.execRotation(v2);
    v3 = q.execRotation(v3);
    n1 = q.execRotation(n1);
    n2 = q.execRotation(n2);
    n3 = q.execRotation(n3);
}

References Quaternion< T >::execRotation(), ContourTriData::n1, ContourTriData::n2, ContourTriData::n3, ContourTriData::v1, ContourTriData::v2, and ContourTriData::v3.

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execScale()

void execScale	(	double	x,
		double	y,
		double	z )

Definition at line 61 of file ContourBaseData.cpp.

{
    v1.x *= x;
    v1.y *= y;
    v1.z *= z;
    v2.x *= x;
    v2.y *= y;
    v2.z *= z;
    v3.x *= x;
    v3.y *= y;
    v3.z *= z;
}

References ContourTriData::v1, ContourTriData::v2, ContourTriData::v3, Vector< T >::x, Vector< T >::y, and Vector< T >::z.

execShift()

void execShift ( double x, double y, double z )

inline

Definition at line 96 of file ContourBaseData.h.

{ Vector<double> m(x, y, z); v1 = v1 + m; v2 = v2 + m; v3 = v3 + m;}

References ContourTriData::v1, ContourTriData::v2, and ContourTriData::v3.

free()

void free

(

void

)

Definition at line 51 of file ContourBaseData.cpp.

{
    contourNum = 0;
 
    //w1.free();
    //w2.free();
    //w3.free();
}

References ContourTriData::contourNum.

Referenced by ContourTriData::~ContourTriData().

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init()

void init

(

void

)

Definition at line 32 of file ContourBaseData.cpp.

{
    contourNum = 0;
 
    v1.init();
    v2.init();
    v3.init();
    n1.init();
    n2.init();
    n3.init();
    uv1.init();
    uv2.init();
    uv3.init();
    //w1.init();
    //w2.init();
    //w3.init();
}

References ContourTriData::contourNum, Vector< T >::init(), UVMap< T >::init(), ContourTriData::n1, ContourTriData::n2, ContourTriData::n3, ContourTriData::uv1, ContourTriData::uv2, ContourTriData::uv3, ContourTriData::v1, ContourTriData::v2, and ContourTriData::v3.

Referenced by ContourTriData::ContourTriData().

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Member Data Documentation

contourNum

int contourNum

Definition at line 80 of file ContourBaseData.h.

Referenced by ContourTriData::ContourTriData(), ContourTriData::free(), and ContourTriData::init().

n1

Vector<double> n1

Definition at line 83 of file ContourBaseData.h.

Referenced by ContourTriData::ComputeTriNormal(), ContourTriData::execRotate(), and ContourTriData::init().

n2

Vector<double> n2

Definition at line 83 of file ContourBaseData.h.

Referenced by ContourTriData::ComputeTriNormal(), ContourTriData::execRotate(), and ContourTriData::init().

n3

Vector<double> n3

Definition at line 83 of file ContourBaseData.h.

Referenced by ContourTriData::ComputeTriNormal(), ContourTriData::execRotate(), and ContourTriData::init().

uv1

UVMap<double> uv1

Definition at line 84 of file ContourBaseData.h.

Referenced by ContourTriData::init().

uv2

UVMap<double> uv2

Definition at line 84 of file ContourBaseData.h.

Referenced by ContourTriData::init().

uv3

UVMap<double> uv3

Definition at line 84 of file ContourBaseData.h.

Referenced by ContourTriData::init().

v1

Vector<double> v1

Definition at line 82 of file ContourBaseData.h.

Referenced by ContourTriData::ComputeTriNormal(), ContourTriData::execRotate(), ContourTriData::execScale(), ContourTriData::execShift(), and ContourTriData::init().

v2

Vector<double> v2

Definition at line 82 of file ContourBaseData.h.

Referenced by ContourTriData::ComputeTriNormal(), ContourTriData::execRotate(), ContourTriData::execScale(), ContourTriData::execShift(), and ContourTriData::init().

v3

Vector<double> v3

Definition at line 82 of file ContourBaseData.h.

Referenced by ContourTriData::ComputeTriNormal(), ContourTriData::execRotate(), ContourTriData::execScale(), ContourTriData::execShift(), and ContourTriData::init().

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

• MeshLib/ContourBaseData.h
• MeshLib/ContourBaseData.cpp