GcGeVector2d

class pygcad.pygrx.GcGeVector2d

Bases: pybind11_object

Attributes Summary

x
y

Methods Summary

angle(self)	C++: GcGeVector2d::angle() const --> double
angleTo(self, vec)	C++: GcGeVector2d::angleTo(const class GcGeVector2d &) const --> double
dotProduct(self, vec)	C++: GcGeVector2d::dotProduct(const class GcGeVector2d &) const --> double
isCodirectionalTo(*args, **kwargs)	Overloaded function.
isEqualTo(*args, **kwargs)	Overloaded function.
isParallelTo(*args, **kwargs)	Overloaded function.
isPerpendicularTo(*args, **kwargs)	Overloaded function.
isUnitLength(*args, **kwargs)	Overloaded function.
isZeroLength(*args, **kwargs)	Overloaded function.
length(self)	C++: GcGeVector2d::length() const --> double
lengthSqrd(self)	C++: GcGeVector2d::lengthSqrd() const --> double
mirror(self, line)	C++: GcGeVector2d::mirror(const class GcGeVector2d &) --> class GcGeVector2d &
negate(self)	C++: GcGeVector2d::negate() --> class GcGeVector2d &
normal(*args, **kwargs)	Overloaded function.
normalize(*args, **kwargs)	Overloaded function.
perpVector(self)	C++: GcGeVector2d::perpVector() const --> class GcGeVector2d
rotateBy(self, angle)	C++: GcGeVector2d::rotateBy(double) --> class GcGeVector2d &
set(self, x, y)	C++: GcGeVector2d::set(double, double) --> class GcGeVector2d &
setToProduct(*args, **kwargs)	Overloaded function.
setToSum(self, vec1, vec2)	C++: GcGeVector2d::setToSum(const class GcGeVector2d &, const class GcGeVector2d &) --> class GcGeVector2d &
transformBy(self, leftSide)	C++: GcGeVector2d::transformBy(const class GcGeMatrix2d &) --> class GcGeVector2d &

Attributes Documentation

x

y

Methods Documentation

angle(self: pygcad.pygrx.GcGeVector2d) → float

C++: GcGeVector2d::angle() const –> double

angleTo(self: pygcad.pygrx.GcGeVector2d, vec: pygcad.pygrx.GcGeVector2d) → float

C++: GcGeVector2d::angleTo(const class GcGeVector2d &) const –> double

dotProduct(self: pygcad.pygrx.GcGeVector2d, vec: pygcad.pygrx.GcGeVector2d) → float

C++: GcGeVector2d::dotProduct(const class GcGeVector2d &) const –> double

isCodirectionalTo(*args, **kwargs)

Overloaded function.

1. isCodirectionalTo(self: pygcad.pygrx.GcGeVector2d, vec: pygcad.pygrx.GcGeVector2d) -> bool

2. isCodirectionalTo(self: pygcad.pygrx.GcGeVector2d, vec: pygcad.pygrx.GcGeVector2d, tol: pygcad.pygrx.GcGeTol) -> bool

C++: GcGeVector2d::isCodirectionalTo(const class GcGeVector2d &, const class GcGeTol &) const –> bool

3. isCodirectionalTo(self: pygcad.pygrx.GcGeVector2d, vec: pygcad.pygrx.GcGeVector2d, tol: pygcad.pygrx.GcGeTol, flag: pygcad.pygrx.GcGe.ErrorCondition) -> bool

C++: GcGeVector2d::isCodirectionalTo(const class GcGeVector2d &, const class GcGeTol &, enum GcGe::ErrorCondition &) const –> bool

isEqualTo(*args, **kwargs)

Overloaded function.

1. isEqualTo(self: pygcad.pygrx.GcGeVector2d, vec: pygcad.pygrx.GcGeVector2d) -> bool

2. isEqualTo(self: pygcad.pygrx.GcGeVector2d, vec: pygcad.pygrx.GcGeVector2d, tol: pygcad.pygrx.GcGeTol) -> bool

C++: GcGeVector2d::isEqualTo(const class GcGeVector2d &, const class GcGeTol &) const –> bool

isParallelTo(*args, **kwargs)

Overloaded function.

1. isParallelTo(self: pygcad.pygrx.GcGeVector2d, vec: pygcad.pygrx.GcGeVector2d) -> bool

2. isParallelTo(self: pygcad.pygrx.GcGeVector2d, vec: pygcad.pygrx.GcGeVector2d, tol: pygcad.pygrx.GcGeTol) -> bool

C++: GcGeVector2d::isParallelTo(const class GcGeVector2d &, const class GcGeTol &) const –> bool

3. isParallelTo(self: pygcad.pygrx.GcGeVector2d, vec: pygcad.pygrx.GcGeVector2d, tol: pygcad.pygrx.GcGeTol, flag: pygcad.pygrx.GcGe.ErrorCondition) -> bool

C++: GcGeVector2d::isParallelTo(const class GcGeVector2d &, const class GcGeTol &, enum GcGe::ErrorCondition &) const –> bool

isPerpendicularTo(*args, **kwargs)

Overloaded function.

1. isPerpendicularTo(self: pygcad.pygrx.GcGeVector2d, vec: pygcad.pygrx.GcGeVector2d) -> bool

2. isPerpendicularTo(self: pygcad.pygrx.GcGeVector2d, vec: pygcad.pygrx.GcGeVector2d, tol: pygcad.pygrx.GcGeTol) -> bool

C++: GcGeVector2d::isPerpendicularTo(const class GcGeVector2d &, const class GcGeTol &) const –> bool

3. isPerpendicularTo(self: pygcad.pygrx.GcGeVector2d, vec: pygcad.pygrx.GcGeVector2d, tol: pygcad.pygrx.GcGeTol, flag: pygcad.pygrx.GcGe.ErrorCondition) -> bool

C++: GcGeVector2d::isPerpendicularTo(const class GcGeVector2d &, const class GcGeTol &, enum GcGe::ErrorCondition &) const –> bool

isUnitLength(*args, **kwargs)

Overloaded function.

1. isUnitLength(self: pygcad.pygrx.GcGeVector2d) -> bool

2. isUnitLength(self: pygcad.pygrx.GcGeVector2d, tol: pygcad.pygrx.GcGeTol) -> bool

C++: GcGeVector2d::isUnitLength(const class GcGeTol &) const –> bool

isZeroLength(*args, **kwargs)

Overloaded function.

1. isZeroLength(self: pygcad.pygrx.GcGeVector2d) -> bool

2. isZeroLength(self: pygcad.pygrx.GcGeVector2d, tol: pygcad.pygrx.GcGeTol) -> bool

C++: GcGeVector2d::isZeroLength(const class GcGeTol &) const –> bool

length(self: pygcad.pygrx.GcGeVector2d) → float

C++: GcGeVector2d::length() const –> double

lengthSqrd(self: pygcad.pygrx.GcGeVector2d) → float

C++: GcGeVector2d::lengthSqrd() const –> double

mirror(self: pygcad.pygrx.GcGeVector2d, line: pygcad.pygrx.GcGeVector2d) → pygcad.pygrx.GcGeVector2d

C++: GcGeVector2d::mirror(const class GcGeVector2d &) –> class GcGeVector2d &

negate(self: pygcad.pygrx.GcGeVector2d) → pygcad.pygrx.GcGeVector2d

C++: GcGeVector2d::negate() –> class GcGeVector2d &

normal(*args, **kwargs)

Overloaded function.

1. normal(self: pygcad.pygrx.GcGeVector2d) -> pygcad.pygrx.GcGeVector2d

2. normal(self: pygcad.pygrx.GcGeVector2d, tol: pygcad.pygrx.GcGeTol) -> pygcad.pygrx.GcGeVector2d

C++: GcGeVector2d::normal(const class GcGeTol &) const –> class GcGeVector2d

normalize(*args, **kwargs)

Overloaded function.

1. normalize(self: pygcad.pygrx.GcGeVector2d) -> pygcad.pygrx.GcGeVector2d

2. normalize(self: pygcad.pygrx.GcGeVector2d, tol: pygcad.pygrx.GcGeTol) -> pygcad.pygrx.GcGeVector2d

C++: GcGeVector2d::normalize(const class GcGeTol &) –> class GcGeVector2d &

3. normalize(self: pygcad.pygrx.GcGeVector2d, tol: pygcad.pygrx.GcGeTol, flag: pygcad.pygrx.GcGe.ErrorCondition) -> pygcad.pygrx.GcGeVector2d

C++: GcGeVector2d::normalize(const class GcGeTol &, enum GcGe::ErrorCondition &) –> class GcGeVector2d &

perpVector(self: pygcad.pygrx.GcGeVector2d) → pygcad.pygrx.GcGeVector2d

C++: GcGeVector2d::perpVector() const –> class GcGeVector2d

rotateBy(self: pygcad.pygrx.GcGeVector2d, angle: float) → pygcad.pygrx.GcGeVector2d

C++: GcGeVector2d::rotateBy(double) –> class GcGeVector2d &

set(self: pygcad.pygrx.GcGeVector2d, x: float, y: float) → pygcad.pygrx.GcGeVector2d

C++: GcGeVector2d::set(double, double) –> class GcGeVector2d &

setToProduct(*args, **kwargs)

Overloaded function.

1. setToProduct(self: pygcad.pygrx.GcGeVector2d, mat: pygcad.pygrx.GcGeMatrix2d, vec: pygcad.pygrx.GcGeVector2d) -> pygcad.pygrx.GcGeVector2d

C++: GcGeVector2d::setToProduct(const class GcGeMatrix2d &, const class GcGeVector2d &) –> class GcGeVector2d &

2. setToProduct(self: pygcad.pygrx.GcGeVector2d, vec: pygcad.pygrx.GcGeVector2d, scl: float) -> pygcad.pygrx.GcGeVector2d

C++: GcGeVector2d::setToProduct(const class GcGeVector2d &, double) –> class GcGeVector2d &

setToSum(self: pygcad.pygrx.GcGeVector2d, vec1: pygcad.pygrx.GcGeVector2d, vec2: pygcad.pygrx.GcGeVector2d) → pygcad.pygrx.GcGeVector2d

C++: GcGeVector2d::setToSum(const class GcGeVector2d &, const class GcGeVector2d &) –> class GcGeVector2d &

transformBy(self: pygcad.pygrx.GcGeVector2d, leftSide: pygcad.pygrx.GcGeMatrix2d) → pygcad.pygrx.GcGeVector2d

C++: GcGeVector2d::transformBy(const class GcGeMatrix2d &) –> class GcGeVector2d &