class Function01

Public Methods

Function01()

Constructors / Destructors

~Function01()

void setName(const string &name)

string getName()

bool Evaluate(float t, float* fout)

Vector2D EvaluateBezierS(float s)

return Y in fout given X (=t).

float BezierGetYfromX(float x)

s is the lenght arc patameter (basically inside [0,1])

int LoadXML(char* file_name)

given x, return y from a bezier curve

int ParseXML(xmlDocPtr doc, xmlNodePtr cur)

void Out(char* c) const

Private Fields

string name

int type

float from

2:bezier

float to

float constant

constant variables

float f0

line variables: y=y0+m(t-t0)

float m

float t0

Vector2D knot0

bezier variables

Vector2D knot1

Vector2D knot2

Vector2D knot3

double x_match

BNewton BN

Private Methods

double xs(double s)

x to match in y(x) bezier extraction

double dxds(double s)

double fx(double x, Function01 &c)

double dfdx(double x, Function01 &c)

Documentation

Function01()

Constructors / Destructors

~Function01()

void setName(const string &name)

string getName()

bool Evaluate(float t, float* fout)

Vector2D EvaluateBezierS(float s)

return Y in fout given X (=t). WARNING t is X not s in this function.

float BezierGetYfromX(float x)

s is the lenght arc patameter (basically inside [0,1])

int LoadXML(char* file_name)

given x, return y from a bezier curve

int ParseXML(xmlDocPtr doc, xmlNodePtr cur)

void Out(char* c) const

string name

int type

float from

2:bezier

float to

float constant

constant variables

float f0

line variables: y=y0+m(t-t0)

float m

float t0

Vector2D knot0

bezier variables

Vector2D knot1

Vector2D knot2

Vector2D knot3

double x_match

double xs(double s)

x to match in y(x) bezier extraction

double dxds(double s)

double fx(double x, Function01 &c)

double dfdx(double x, Function01 &c)

BNewton BN

This class has no child classes.

Friends:

class BNewton : public Newton<Function01>

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