libmoldeo (Moldeo 1.0 Core)  1.0
libmoldeo es el conjunto de objetos y funciones, que permiten ejecutar las operaciones básicas de la plataforma Moldeo, y que compone su núcleo.
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moMultipleCurve2< Real > Lista de los miembros

Lista completa de los miembros de moMultipleCurve2< Real >, incluyendo todos los heredados:

Finish()moAbstractvirtual
GetCurvature(Real fTime) const moCurve2< Real >inline
GetFirstDerivative(Real fTime) const =0moCurve2< Real >pure virtual
GetFrame(Real fTime, moVector2< Real > &rkPosition, moVector2< Real > &rkTangent, moVector2< Real > &rkNormal) const moCurve2< Real >inline
GetKeyInfo(Real fTime, int &riKey, Real &rfDt) const moMultipleCurve2< Real >inlineprotected
GetLength(Real fT0, Real fT1) const moMultipleCurve2< Real >inlinevirtual
GetLengthKey(int iKey, Real fT0, Real fT1) const =0moMultipleCurve2< Real >protectedpure virtual
GetMaxTime() const moCurve2< Real >inline
GetMinTime() const moCurve2< Real >inline
GetNormal(Real fTime) const moCurve2< Real >inline
GetPosition(Real fTime) const =0moCurve2< Real >pure virtual
GetSecondDerivative(Real fTime) const =0moCurve2< Real >pure virtual
GetSegments() const moMultipleCurve2< Real >inline
GetSpeed(Real fTime) const moCurve2< Real >inline
GetSpeedKey(int iKey, Real fTime) const =0moMultipleCurve2< Real >protectedpure virtual
GetSpeedWithData(Real fTime, void *pvData)moMultipleCurve2< Real >inlineprotectedstatic
GetTangent(Real fTime) const moCurve2< Real >inline
GetThirdDerivative(Real fTime) const =0moCurve2< Real >pure virtual
GetTime(Real fLength, int iIterations=32, Real fTolerance=(Real) 1e-06) const moMultipleCurve2< Real >inlinevirtual
GetTimes() const moMultipleCurve2< Real >inline
GetTotalLength() const moCurve2< Real >inline
GetVariation(Real fT0, Real fT1, const moVector2< Real > *pkP0=0, const moVector2< Real > *pkP1=0) const moMultipleCurve2< Real >inlinevirtual
GetVariationKey(int iKey, Real fT0, Real fT1, const moVector2< Real > &rkA, const moVector2< Real > &rkB) const =0moMultipleCurve2< Real >protectedpure virtual
Init()moAbstractvirtual
Initialized()moAbstract
InitializeLength() const moMultipleCurve2< Real >inlineprotected
m_afAccumLengthmoMultipleCurve2< Real >mutableprotected
m_afLengthmoMultipleCurve2< Real >mutableprotected
m_afTimemoMultipleCurve2< Real >protected
m_bInitializedmoAbstract
m_fTMaxmoCurve2< Real >protected
m_fTMinmoCurve2< Real >protected
m_iSegmentsmoMultipleCurve2< Real >protected
moAbstract()moAbstract
moCurve2(Real fTMin, Real fTMax)moCurve2< Real >inline
MODebugmoAbstractstatic
MODebug2moAbstractstatic
moMultipleCurve2(int iSegments, Real *afTime)moMultipleCurve2< Real >inline
SetTimeInterval(Real fTMin, Real fTMax)moCurve2< Real >inline
SubdivideByLength(int iNumPoints, moVector2< Real > *&rakPoint) const moCurve2< Real >inline
SubdivideByTime(int iNumPoints, moVector2< Real > *&rakPoint) const moCurve2< Real >inline
SubdivideByVariation(Real fMinVariation, int iMaxLevel, int &riNumPoints, moVector2< Real > *&rakPoint) const moCurve2< Real >inline
SubdivideByVariation(Real fT0, const moVector2< Real > &rkP0, Real fT1, const moVector2< Real > &rkP1, Real fMinVariation, int iLevel, int &riNumPoints, PointList *&rpkList) const moCurve2< Real >inlineprotected
~moAbstract()moAbstractvirtual
~moCurve2()moCurve2< Real >inlinevirtual
~moMultipleCurve2()moMultipleCurve2< Real >inline