GcGeTorus

class pygcad.pygrx.GcGeTorus

Bases: GcGeSurface

Methods Summary

`assign`(self, torus)	C++: GcGeTorus::operator=(const class GcGeTorus &) --> class GcGeTorus &
`axisOfSymmetry`(self)	C++: GcGeTorus::axisOfSymmetry() const --> class GcGeVector3d
`center`(self)	C++: GcGeTorus::center() const --> class GcGePoint3d
`getAnglesInU`(self)	C++: GcGeTorus::getAnglesInU(double &, double &) const --> void
`getAnglesInV`(self)	C++: GcGeTorus::getAnglesInV(double &, double &) const --> void
`intersectWith`(self, linEnt, tol)	C++: GcGeTorus::intersectWith(const class GcGeLinearEnt3d &, int &, class GcGePoint3d &, class GcGePoint3d &, class GcGePoint3d &, class GcGePoint3d &, const class GcGeTol &) const --> bool
`isApple`(self)	C++: GcGeTorus::isApple() const --> bool
`isDegenerate`(self)	C++: GcGeTorus::isDegenerate() const --> bool
`isDoughnut`(self)	C++: GcGeTorus::isDoughnut() const --> bool
`isHollow`(self)	C++: GcGeTorus::isHollow() const --> bool
`isLemon`(self)	C++: GcGeTorus::isLemon() const --> bool
`isOuterNormal`(self)	C++: GcGeTorus::isOuterNormal() const --> bool
`isVortex`(self)	C++: GcGeTorus::isVortex() const --> bool
`majorRadius`(self)	C++: GcGeTorus::majorRadius() const --> double
`minorRadius`(self)	C++: GcGeTorus::minorRadius() const --> double
`refAxis`(self)	C++: GcGeTorus::refAxis() const --> class GcGeVector3d
`set`(args, *kwargs)	Overloaded function.
`setAnglesInU`(self, start, end)	C++: GcGeTorus::setAnglesInU(double, double) --> class GcGeTorus &
`setAnglesInV`(self, start, end)	C++: GcGeTorus::setAnglesInV(double, double) --> class GcGeTorus &
`setMajorRadius`(self, radius)	C++: GcGeTorus::setMajorRadius(double) --> class GcGeTorus &
`setMinorRadius`(self, radius)	C++: GcGeTorus::setMinorRadius(double) --> class GcGeTorus &

Methods Documentation

assign(self: pygcad.pygrx.GcGeTorus, torus: pygcad.pygrx.GcGeTorus) → pygcad.pygrx.GcGeTorus: C++: GcGeTorus::operator=(const class GcGeTorus &) –> class GcGeTorus &

axisOfSymmetry(self: pygcad.pygrx.GcGeTorus) → pygcad.pygrx.GcGeVector3d: C++: GcGeTorus::axisOfSymmetry() const –> class GcGeVector3d

center(self: pygcad.pygrx.GcGeTorus) → pygcad.pygrx.GcGePoint3d: C++: GcGeTorus::center() const –> class GcGePoint3d

getAnglesInU(self: pygcad.pygrx.GcGeTorus) → Tuple[float, float]: C++: GcGeTorus::getAnglesInU(double &, double &) const –> void

getAnglesInV(self: pygcad.pygrx.GcGeTorus) → Tuple[float, float]: C++: GcGeTorus::getAnglesInV(double &, double &) const –> void

intersectWith(self: pygcad.pygrx.GcGeTorus, linEnt: pygcad.pygrx.GcGeLinearEnt3d, tol: pygcad.pygrx.GcGeTol = <pygcad.pygrx.GcGeTol object at 0x0000022C03CF80F0>) → Tuple[bool, int, pygcad.pygrx.GcGePoint3d, pygcad.pygrx.GcGePoint3d, pygcad.pygrx.GcGePoint3d, pygcad.pygrx.GcGePoint3d]: C++: GcGeTorus::intersectWith(const class GcGeLinearEnt3d &, int &, class GcGePoint3d &, class GcGePoint3d &, class GcGePoint3d &, class GcGePoint3d &, const class GcGeTol &) const –> bool

isApple(self: pygcad.pygrx.GcGeTorus) → bool: C++: GcGeTorus::isApple() const –> bool

isDegenerate(self: pygcad.pygrx.GcGeTorus) → bool: C++: GcGeTorus::isDegenerate() const –> bool

isDoughnut(self: pygcad.pygrx.GcGeTorus) → bool: C++: GcGeTorus::isDoughnut() const –> bool

isHollow(self: pygcad.pygrx.GcGeTorus) → bool: C++: GcGeTorus::isHollow() const –> bool

isLemon(self: pygcad.pygrx.GcGeTorus) → bool: C++: GcGeTorus::isLemon() const –> bool

isOuterNormal(self: pygcad.pygrx.GcGeTorus) → bool: C++: GcGeTorus::isOuterNormal() const –> bool

isVortex(self: pygcad.pygrx.GcGeTorus) → bool: C++: GcGeTorus::isVortex() const –> bool

majorRadius(self: pygcad.pygrx.GcGeTorus) → float: C++: GcGeTorus::majorRadius() const –> double

minorRadius(self: pygcad.pygrx.GcGeTorus) → float: C++: GcGeTorus::minorRadius() const –> double

refAxis(self: pygcad.pygrx.GcGeTorus) → pygcad.pygrx.GcGeVector3d: C++: GcGeTorus::refAxis() const –> class GcGeVector3d

set(*args, **kwargs)

Overloaded function.

set(self: pygcad.pygrx.GcGeTorus, majorRadius: float, minorRadius: float, origin: pygcad.pygrx.GcGePoint3d, axisOfSymmetry: pygcad.pygrx.GcGeVector3d) -> pygcad.pygrx.GcGeTorus

C++: GcGeTorus::set(double, double, const class GcGePoint3d &, const class GcGeVector3d &) –> class GcGeTorus &

set(self: pygcad.pygrx.GcGeTorus, majorRadius: float, minorRadius: float, origin: pygcad.pygrx.GcGePoint3d, axisOfSymmetry: pygcad.pygrx.GcGeVector3d, refAxis: pygcad.pygrx.GcGeVector3d, startAngleU: float, endAngleU: float, startAngleV: float, endAngleV: float) -> pygcad.pygrx.GcGeTorus

C++: GcGeTorus::set(double, double, const class GcGePoint3d &, const class GcGeVector3d &, const class GcGeVector3d &, double, double, double, double) –> class GcGeTorus &

setAnglesInU(self: pygcad.pygrx.GcGeTorus, start: float, end: float) → pygcad.pygrx.GcGeTorus: C++: GcGeTorus::setAnglesInU(double, double) –> class GcGeTorus &

setAnglesInV(self: pygcad.pygrx.GcGeTorus, start: float, end: float) → pygcad.pygrx.GcGeTorus: C++: GcGeTorus::setAnglesInV(double, double) –> class GcGeTorus &

setMajorRadius(self: pygcad.pygrx.GcGeTorus, radius: float) → pygcad.pygrx.GcGeTorus: C++: GcGeTorus::setMajorRadius(double) –> class GcGeTorus &

setMinorRadius(self: pygcad.pygrx.GcGeTorus, radius: float) → pygcad.pygrx.GcGeTorus: C++: GcGeTorus::setMinorRadius(double) –> class GcGeTorus &