#include <axlCurveOnParamSurface.h>

Inheritance diagram for axlCurveOnParamSurface:

Public Member Functions
	axlCurveOnParamSurface (QObject *parent=0)

	~axlCurveOnParamSurface ()

int	get_way_create_curve () const

void	set_way_create_curve (int way)

int	get_way_present_curve () const

void	set_way_present_curve (int way)

axlAbstractSurfaceParametric &	get_main_surface () const

void	set_main_surface (axlAbstractSurfaceParametric *surface)

axlAbstractSurfaceParametric *	get_support_surface () const

void	set_support_surface (axlAbstractSurfaceParametric *surface)

axlAbstractCurve &	get_support_curve () const

axlAbstractCurve *	get_support_curve ()

void	set_support_curve (axlAbstractCurve *curve)

axlPoint &	get_direction () const

axlPoint *	get_direction ()

void	set_direction (axlPoint *point)

void	set_direction (const axlPoint &point)

axlAbstractCurve &	get_support_curve_param_domain () const

axlAbstractCurve *	get_support_curve_param_domain ()

void	set_support_curve_param_domain (axlAbstractCurve *curve)

void	CreateCurveObject ()

virtual QString	description (void) const

virtual QString	identifier (void) const

axlCurveOnParamSurface &	operator= (const axlCurveOnParamSurface &other)

Public Member Functions inherited from axlAbstractCurveParametric
	axlAbstractCurveParametric (void)

virtual	~axlAbstractCurveParametric (void)

virtual double	startParam (void)

virtual double	endParam (void)

virtual axlPoint	eval (double u)

virtual void	eval (axlPoint *point, double u)

virtual axlMesh	eval (double u, int derivs, bool from_right=true)

double	parameterOf (const axlPoint &p)

virtual double	length (double tolerance)

virtual int	numSamples (void)

virtual void	setNumSamples (int numSamples)

const int &	samples (void) const

Public Member Functions inherited from axlAbstractCurve
	axlAbstractCurve (void)

virtual	~axlAbstractCurve (void)

virtual int	dimension (void) const

virtual bool	isPlanar (void) const

virtual void *	curve (void)

Public Member Functions inherited from axlAbstractData
	axlAbstractData (axlAbstractData *parent=NULL)

	axlAbstractData (const axlAbstractData &data)

virtual	~axlAbstractData (void)

const QColor &	color (void) const

const double &	opacity (void) const

const double &	size (void) const

const QString &	shader (void) const

const bool &	editable (void)

const bool &	updateView (void)

void	setColor (double r, double g, double b)

void	addField (axlAbstractField *field)
	Add a field to the field list of the object. More...

bool	updateFieldList (QString nameField)
	Check if a field with the same name is already applied on the object. More...

QString	changeFieldName (QString fieldName)

axlMesh *	mesh (void)
	Return the mesh of that object is computed. More...

void	setMesh (axlMesh *mesh)
	Set a corresponding mesh for that object. More...

virtual QVariantList	convertDataToQVariant (void) const
	Convert an axlAbstractData into a QVariantList that specifies all properties of the axlAbstractData. More...

virtual int	convertQVariantToData (const QVariantList &data)
	Modify properties and geometry variables of the axlAbstractData. Return 1 if the modification was sucessfully made. Otherwise return 0. More...

void	setUpdateView (bool updateView)

QList< axlAbstractField * >	fields (void)

Additional Inherited Members
Public Slots inherited from axlAbstractCurveParametric
virtual void	onDirectChanged (bool direct)

void	setSamples (const int &color)

Public Slots inherited from axlAbstractData
void	touchGeometry (void)

void	touchProperty (void)

void	touchStructure (void)

virtual void	touchField (void)

void	setColor (const QColor &color)

void	setOpacity (const double &opacity)

void	setSize (const double &size)

void	setShader (const QString &shader)

void	setEditable (bool edit)

Signals inherited from axlAbstractData
void	modifiedGeometry (void)

void	modifiedStructure (void)

void	modifiedField (void)

void	modifiedProperty (void)

Properties inherited from axlAbstractCurveParametric
int	samples

Properties inherited from axlAbstractData
QColor	color

double	opacity

double	size

QString	shader

Detailed Description

=========================================================================================================

Author: : Hung NGUYEN , INRIA 2013 - 2014.

: From IGES - page 191 (this number is in pdf file, NOT the page in book):

The Curve on a Parametric Surface Entity associates a given curve with a surface and identifies the curve as lying on the surface. If S is a regular parameterized surface whose domain is a rectangle defined by D = {( u,v )| u1 <= u <= u2 and v1 <= v <= v2 )} Let B = B(t) be a curve defined by B(t) = (u(t), v(t)) for a <= t <= b, taking its values in D. A curve Cc(t) on the surface S(u, v) is the composition of two mappings, S and B, defined as: Cc(t) = S o B(t) = (x(u(t),v(t)),y(u(t),v(t)),z(u(t),v(t))) : A curve on a surface may have been created in one of a number of various ways: " 1. as the projection on the surface of a given curve in model space in a prescribed way, for example, parallel to a given fixed vector
1. as the intersection of two given surfaces
2. by a prescribed functional relation between the surface parameters u and v
3. by a special curve, such as a geodesic, emanating from a given point in a certain direction, a principal curve (line of curvature) emanating from a certain point, an asymptotic curve emanating from a certain point, an isoparametric curve for a given value, or any other kind of
  special curve. " (IGES - page 191).
There are an important variable in this class, way_create_curve. So, be careful when use the methods set_way_create_curve(). Because it will decide what data will be used. See this information below:

3 | Isoparametric curve | value_u,value_v

Note:

in the column 3, others var will be set NULL.
sup_dir = support direction, sup_curve = support curve, sup_surface = support surface.
NOTE:
Read carefully about the definition to understand well.
When you want to change the way to describe the curve, I recommend to create the new object.
At the moment (when I write this line), there are no way to exchange between the way of describing the
curve.

Definition at line 58 of file axlCurveOnParamSurface.h.