afxCurve3D

Private Attributes

Point3F

default_vector 

afxCurveEval *

evaluator 

Point3F

final_tangent 

Point3F

final_value 

bool

flip 

Point3F

last_tangent 

Vector< CurvePoint >

points 

Point3F

start_tangent 

Point3F

start_value 

bool

usable 

Private Static Functions

S32 QSORT_CALLBACK

compare_CurvePoint(const void * a, const void * b)

Public Functions

afxCurve3D()

~afxCurve3D()

void

addPoint(F32 param, Point3F & v)

void

computeTangents()

Point3F

evaluate(F32 param)

Point3F

evaluateTangent(F32 param)

F32

getParameter(int index)

Point3F

getPoint(int index)

int

numPoints()

void

print()

void

setPoint(int index, Point3F & v)

void

sort()

Private Functions

Point3F

computeTangentP0(Point3F & p0, Point3F & p1, int start_index)

Point3F

computeTangentP1(Point3F & p0, Point3F & p1, int end_index)

Private Attributes

Point3F default_vector 

afxCurveEval * evaluator 

Point3F final_tangent 

Point3F final_value 

bool flip 

Point3F last_tangent 

Vector< CurvePoint > points 

Point3F start_tangent 

Point3F start_value 

bool usable 

compare_CurvePoint(const void * a, const void * b)

afxCurve3D()

~afxCurve3D()

addPoint(F32 param, Point3F & v)

computeTangents()

evaluate(F32 param)

evaluateTangent(F32 param)

getParameter(int index)

getPoint(int index)

numPoints()

print()

setPoint(int index, Point3F & v)

sort()

computeTangentP0(Point3F & p0, Point3F & p1, int start_index)

computeTangentP1(Point3F & p0, Point3F & p1, int end_index)