SFCGAL::NURBSCurve Member List

This is the complete list of members for SFCGAL::NURBSCurve, including all inherited members.

_controlPoints	SFCGAL::NURBSCurve	protected
_degree	SFCGAL::NURBSCurve	protected
_endTangent	SFCGAL::NURBSCurve	protected
_fitPoints	SFCGAL::NURBSCurve	protected
_fitTolerance	SFCGAL::NURBSCurve	protected
_knotVector	SFCGAL::NURBSCurve	protected
_startTangent	SFCGAL::NURBSCurve	protected
_weights	SFCGAL::NURBSCurve	protected
accept(GeometryVisitor &visitor) override	SFCGAL::NURBSCurve
accept(ConstGeometryVisitor &visitor) const override	SFCGAL::NURBSCurve
adaptiveSimpsonArcLength(const Parameter &a, const Parameter &b, const FT &tolerance, unsigned int maxDepth=20) const -> FT	SFCGAL::NURBSCurve	protected
approximateCurve(const std::vector< Point > &points, unsigned int degree, FT tolerance, size_t maxControlPoints=50) -> std::unique_ptr< NURBSCurve >	SFCGAL::NURBSCurve	static
basisFunctionDerivatives(size_t span, const Parameter &parameter, unsigned int maxDerivative) const -> std::vector< std::vector< FT >>	SFCGAL::NURBSCurve	protected
binormal(Parameter parameter) const -> Point override	SFCGAL::NURBSCurve
checkDimensionalConsistency() const -> bool	SFCGAL::NURBSCurve	protected
clone() const -> std::unique_ptr< Derived > (defined in SFCGAL::GeometryImpl< Derived, Base >)	SFCGAL::GeometryImpl< Derived, Base >	inline
closestPoint(const Point &point, Parameter *outParameter=nullptr) const -> Point override	SFCGAL::NURBSCurve
computeArcLength(const Parameter &startParam, const Parameter &endParam, const FT &tolerance) const -> FT	SFCGAL::NURBSCurve	protected
computeDerivatives(const Parameter &parameter, unsigned int maxOrder) const -> std::vector< Point >	SFCGAL::NURBSCurve	protected
computeParameters(const std::vector< Point > &points, KnotMethod method) -> std::vector< Parameter >	SFCGAL::NURBSCurve	protectedstatic
ControlPoint typedef	SFCGAL::NURBSCurve
controlPointN(size_t index) -> Point &override	SFCGAL::NURBSCurve
controlPointN(size_t index) const -> const Point &override	SFCGAL::NURBSCurve
controlPoints() const -> const std::vector< Point > &	SFCGAL::NURBSCurve	inline
createBSpline(const std::vector< Point > &controlPoints, unsigned int degree) -> std::unique_ptr< NURBSCurve >	SFCGAL::NURBSCurve	static
createCircularArc(const Point &center, const FT &radius, const FT &startAngle, const FT &endAngle, const Point &normal=Point(0, 0, 1), KnotMethod knotMethod=KnotMethod::UNIFORM) -> std::unique_ptr< NURBSCurve >	SFCGAL::NURBSCurve	static
curvature(Parameter parameter) const -> FT override	SFCGAL::NURBSCurve
deBoorRational(size_t span, const Parameter &parameter) const -> Point	SFCGAL::NURBSCurve	protected
degree() const -> unsigned int override	SFCGAL::NURBSCurve	inline
derivative(Parameter parameter, unsigned int order=1) const -> Point override	SFCGAL::NURBSCurve
dropM() -> bool override	SFCGAL::NURBSCurve
dropZ() -> bool override	SFCGAL::NURBSCurve
elevateDegree(unsigned int times=1) const -> std::unique_ptr< NURBSCurve >	SFCGAL::NURBSCurve
EndCondition enum name	SFCGAL::NURBSCurve
endTangent() const -> const std::optional< Point > &	SFCGAL::NURBSCurve	inline
evaluate(Parameter parameter) const -> Point override	SFCGAL::NURBSCurve
findParameterByArcLength(const FT &targetLength, const FT &tolerance) const -> Parameter	SFCGAL::NURBSCurve	protected
findSpan(const Parameter &parameter) const -> size_t	SFCGAL::NURBSCurve	protected
fitCurve(const std::vector< Point > &points, unsigned int degree=3, FitMethod fitMethod=FitMethod::INTERPOLATE, KnotMethod knotMethod=KnotMethod::UNIFORM, EndCondition endCondition=EndCondition::CLAMPED, FT tolerance=FT(1e-6), size_t maxControlPoints=50) -> std::unique_ptr< NURBSCurve >	SFCGAL::NURBSCurve	static
FitMethod enum name	SFCGAL::NURBSCurve
fitPoints() const -> const std::vector< Point > &	SFCGAL::NURBSCurve	inline
fitTolerance() const -> FT	SFCGAL::NURBSCurve	inline
frenetFrame(Parameter parameter) const -> std::tuple< Point, Point, Point > override	SFCGAL::NURBSCurve
fromBezier(const std::vector< Point > &controlPoints) -> std::unique_ptr< NURBSCurve >	SFCGAL::NURBSCurve	static
fromBSpline(const std::vector< Point > &controlPoints, unsigned int degree, const std::vector< Knot > &knots) -> std::unique_ptr< NURBSCurve >	SFCGAL::NURBSCurve	static
FT typedef	SFCGAL::NURBSCurve
generateApproximationKnotVector(const std::vector< Parameter > &parameters, unsigned int degree, size_t numControlPoints) -> std::vector< Knot >	SFCGAL::NURBSCurve	protectedstatic
generateKnotVector(const std::vector< Point > &points, unsigned int degree, KnotMethod method) -> std::vector< Knot >	SFCGAL::NURBSCurve	protectedstatic
generateKnotVectorForEndCondition(const std::vector< Parameter > &parameters, unsigned int degree, EndCondition endCondition) -> std::vector< Knot >	SFCGAL::NURBSCurve	protectedstatic
geometryType() const -> std::string override	SFCGAL::NURBSCurve
geometryTypeId() const -> GeometryType override	SFCGAL::NURBSCurve
getCurveStatistics() const -> std::map< std::string, double >	SFCGAL::NURBSCurve
insertKnot(const Knot &parameter, unsigned int times=1) const -> std::unique_ptr< NURBSCurve >	SFCGAL::NURBSCurve
interpolateClampedCurve(const std::vector< Point > &points, const std::vector< Parameter > &parameters, unsigned int degree, const std::vector< Knot > &knots) -> std::vector< Point >	SFCGAL::NURBSCurve	protectedstatic
interpolateCurve(const std::vector< Point > &points, unsigned int degree=3, KnotMethod knotMethod=KnotMethod::UNIFORM, EndCondition endCondition=EndCondition::CLAMPED) -> std::unique_ptr< NURBSCurve >	SFCGAL::NURBSCurve	static
interpolateNaturalCurve(const std::vector< Point > &points, const std::vector< Parameter > &parameters, unsigned int degree, const std::vector< Knot > &knots) -> std::vector< Point >	SFCGAL::NURBSCurve	protectedstatic
interpolatePeriodicCurve(const std::vector< Point > &points, unsigned int degree, KnotMethod knotMethod) -> std::unique_ptr< NURBSCurve >	SFCGAL::NURBSCurve	protectedstatic
is3D() const -> bool override	SFCGAL::NURBSCurve
isBezier() const -> bool	SFCGAL::NURBSCurve
isBSpline() const -> bool	SFCGAL::NURBSCurve
isEmpty() const -> bool override	SFCGAL::NURBSCurve
isLinear() const -> bool override	SFCGAL::NURBSCurve
isMeasured() const -> bool override	SFCGAL::NURBSCurve
isPeriodic() const -> bool override	SFCGAL::NURBSCurve
isPlanar(std::vector< FT > *plane=nullptr) const -> bool override	SFCGAL::NURBSCurve
isRational() const -> bool override	SFCGAL::NURBSCurve
join(const Curve &other, Continuity continuity=Continuity::C0, FT tolerance=FT(1e-6)) const -> std::unique_ptr< Curve > override	SFCGAL::NURBSCurve
knot(size_t index) const -> Knot	SFCGAL::NURBSCurve
Knot typedef	SFCGAL::NURBSCurve
KnotMethod enum name	SFCGAL::NURBSCurve
knotMultiplicity(const Knot &value, const FT &tolerance=FT(1e-10)) const -> unsigned int	SFCGAL::NURBSCurve
knotVector() const -> const std::vector< Knot > &	SFCGAL::NURBSCurve	inline
length(Parameter from=Parameter(-1), Parameter to=Parameter(-1), FT tolerance=FT(1e-6)) const -> FT override	SFCGAL::NURBSCurve
normal(Parameter parameter) const -> Point override	SFCGAL::NURBSCurve
numControlPoints() const -> size_t override	SFCGAL::NURBSCurve	inline
numKnots() const -> size_t	SFCGAL::NURBSCurve	inline
NURBSCurve()	SFCGAL::NURBSCurve
NURBSCurve(const std::vector< Point > &controlPoints, unsigned int degree, KnotMethod knotMethod=KnotMethod::UNIFORM)	SFCGAL::NURBSCurve
NURBSCurve(const std::vector< Point > &controlPoints, const std::vector< FT > &weights, unsigned int degree, KnotMethod knotMethod=KnotMethod::UNIFORM)	SFCGAL::NURBSCurve
NURBSCurve(const std::vector< Point > &controlPoints, const std::vector< FT > &weights, unsigned int degree, const std::vector< Knot > &knotVector)	SFCGAL::NURBSCurve
NURBSCurve(const NURBSCurve &other)=default	SFCGAL::NURBSCurve
operator=(const NURBSCurve &other) -> NURBSCurve &=default	SFCGAL::NURBSCurve
order() const -> unsigned int	SFCGAL::NURBSCurve	inline
Parameter typedef	SFCGAL::NURBSCurve
parameterAtLength(FT arcLength, FT tolerance=FT(1e-6)) const -> Parameter override	SFCGAL::NURBSCurve
parameterBounds() const -> std::pair< Parameter, Parameter > override	SFCGAL::NURBSCurve
projectPointToCurve(const Point &point, const FT &tolerance=FT(1e-9), unsigned int maxIterations=50) const -> std::pair< Point, Parameter >	SFCGAL::NURBSCurve	protected
reduceDegree(const FT &tolerance=FT(1e-6)) const -> std::unique_ptr< NURBSCurve >	SFCGAL::NURBSCurve
refineKnotVector(const std::vector< Knot > &newKnots) const -> std::unique_ptr< NURBSCurve >	SFCGAL::NURBSCurve
removeKnots(const FT &tolerance=FT(1e-6)) const -> std::unique_ptr< NURBSCurve >	SFCGAL::NURBSCurve
reparameterizeByArcLength() const -> std::unique_ptr< Curve > override	SFCGAL::NURBSCurve
reverse() const -> std::unique_ptr< Curve > override	SFCGAL::NURBSCurve
setControlPoint(size_t index, const Point &point)	SFCGAL::NURBSCurve
setControlPoints(const std::vector< Point > &controlPoints)	SFCGAL::NURBSCurve
setKnotVector(const std::vector< Knot > &knots)	SFCGAL::NURBSCurve
setWeight(size_t index, const FT &weight)	SFCGAL::NURBSCurve
setWeights(const std::vector< FT > &weights)	SFCGAL::NURBSCurve
simpsonRule(const Parameter &a, const Parameter &b) const -> FT	SFCGAL::NURBSCurve	protected
speedFunction(Parameter t) const -> FT	SFCGAL::NURBSCurve	protected
split(Parameter parameter) const -> std::pair< std::unique_ptr< Curve >, std::unique_ptr< Curve >> override	SFCGAL::NURBSCurve
startTangent() const -> const std::optional< Point > &	SFCGAL::NURBSCurve	inline
subcurve(Parameter from, Parameter to) const -> std::unique_ptr< Curve > override	SFCGAL::NURBSCurve
swapXY() override	SFCGAL::NURBSCurve
tangent(Parameter parameter) const -> Point override	SFCGAL::NURBSCurve
toLineString(unsigned int numSegments=32) const -> std::unique_ptr< LineString > override	SFCGAL::NURBSCurve
toLineStringAdaptive(FT tolerance=FT(1e-3), unsigned int minSegments=8, unsigned int maxSegments=256) const -> std::unique_ptr< LineString > override	SFCGAL::NURBSCurve
torsion(Parameter parameter) const -> FT override	SFCGAL::NURBSCurve
validateData() const -> std::pair< bool, std::string >	SFCGAL::NURBSCurve
validateNURBSData(const std::vector< Point > &controlPoints, const std::vector< FT > &weights, unsigned int degree, const std::vector< Knot > &knots) -> std::pair< bool, std::string >	SFCGAL::NURBSCurve	protectedstatic
weight(size_t index) const -> FT override	SFCGAL::NURBSCurve
Weight typedef	SFCGAL::NURBSCurve
weights() const -> const std::vector< FT > &	SFCGAL::NURBSCurve	inline
~NURBSCurve() override=default	SFCGAL::NURBSCurve