tigl::CTiglCurveConnector Class Reference

#include <CTiglCurveConnector.h>

Data Structures
struct	guideCurveConnected
struct	guideCurvePart

Public Member Functions
TIGL_EXPORT	CTiglCurveConnector (std::map< double, const CCPACSGuideCurve * > &roots, const std::vector< double > &params)
	CTiglCurveConnector interpolates the guide curves for all segments. The interpolation is parametrized with the centripetal method for the given parameters at the sections. More...
TIGL_EXPORT TopoDS_Compound	GetConnectedGuideCurves ()
	Returns the interpolated guide curves of the object. More...

Private Types
enum	dependencyType { none = 0, C2_from_previous, C2_to_previous }

Private Member Functions
void	CreateInterpolationOrder (guideCurveConnected &connectedCurve)
	Creates the interpolation order for the partial curves, based on their interdependencies (from/to continuities) More...
void	CreatePartialCurves (guideCurveConnected &connectedCurve, const CCPACSGuideCurve *current)
	Creates the list of partial curves for every connected guide curve recursively. More...
void	InterpolateGuideCurvePart (guideCurveConnected &connectedCurve, int partIndex)
	interpolates a partial curve given its continuity conditions and prescribed tangents More...
void	VerifyNumberOfSegments (std::map< double, const CCPACSGuideCurve * > &roots, int shouldBeThisMany=-1)
	Verifies that all connected guide curves intersect the same number of segments. More...

Private Attributes
std::vector< guideCurveConnected >	m_connectedCurves

Member Enumeration Documentation

dependencyType

enum tigl::CTiglCurveConnector::dependencyType

private

Enumerator
none
C2_from_previous
C2_to_previous

Constructor & Destructor Documentation

CTiglCurveConnector()

TIGL_EXPORT tigl::CTiglCurveConnector::CTiglCurveConnector	(	std::map< double, const CCPACSGuideCurve * > &	roots,
		const std::vector< double > &	params
	)

CTiglCurveConnector interpolates the guide curves for all segments. The interpolation is parametrized with the centripetal method for the given parameters at the sections.

The algorithm interpolates the guide curves for all segments, respecting prescribed tangents and continuity conditions

Member Function Documentation

CreateInterpolationOrder()

void tigl::CTiglCurveConnector::CreateInterpolationOrder ( guideCurveConnected &  connectedCurve )

private

Creates the interpolation order for the partial curves, based on their interdependencies (from/to continuities)

CreatePartialCurves()

void tigl::CTiglCurveConnector::CreatePartialCurves ( guideCurveConnected &  connectedCurve, const CCPACSGuideCurve *  current  )

private

Creates the list of partial curves for every connected guide curve recursively.

The list of segmentwise guidecurves for a connected guide curve is broken into partial curves. The breakpoints are at the guidecurve with a prescribed continuity condition.

GetConnectedGuideCurves()

TIGL_EXPORT TopoDS_Compound tigl::CTiglCurveConnector::GetConnectedGuideCurves

(

)

Returns the interpolated guide curves of the object.

InterpolateGuideCurvePart()

void tigl::CTiglCurveConnector::InterpolateGuideCurvePart ( guideCurveConnected &  connectedCurve, int  partIndex  )

private

interpolates a partial curve given its continuity conditions and prescribed tangents

It is important that the parts of one guide curve are interpolated in the order given by CreateInterpolationOrder to ensure that the tangents needed for the continuity conditions are available.

VerifyNumberOfSegments()

void tigl::CTiglCurveConnector::VerifyNumberOfSegments ( std::map< double, const CCPACSGuideCurve * > &  roots, int  shouldBeThisMany = -1  )

private

Verifies that all connected guide curves intersect the same number of segments.

Field Documentation

m_connectedCurves

std::vector<guideCurveConnected> tigl::CTiglCurveConnector::m_connectedCurves

private

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

• CTiglCurveConnector.h