Muscat.ImplicitGeometry.ImplicitGeometryOperators module

CheckIntegrity(GUI: bool = False)

CreateImplicitGeometryInsideOut(ops)

CreateImplicitGeometryIntersection(ops)

CreateImplicitGeometryOffset(ops)

CreateImplicitGeometryRotationAroundAxis(ops)

CreateImplicitGeometryShell(ops)

CreateImplicitGeometrySymmetric(ops)

CreateImplicitGeometryTransform(ops)

CreateImplicitGeometryUnion(ops)

class ImplicitGeometryDifference(Zone1=None, Zone2=None)

Bases: ImplicitGeometryBase

ImplicitGeometry Difference of zones (z1-z2) z1 : zone z2 : zone

classmethod ApplyDifferenceOnLevelset(ls1, ls2, smoothControl=0)

GetDistanceToPoint(pos)

class ImplicitGeometryInsideOut(a=None, val=0.0)

Bases: ImplicitGeometryBase

ImplicitGeometry InsideOut of the levelset z : zone

GetDistanceToPoint(pos)

class ImplicitGeometryIntersection(z=None)

Bases: ImplicitGeometryBase

ImplicitGeometry Intersection of zones z : zones

classmethod ApplyIntersectionOnLevelset(ls1, ls2, smoothControl=0)

GetDistanceToPoint(pos)

class ImplicitGeometryOffset(a=None, val=0.0)

Bases: ImplicitGeometryBase

ImplicitGeometry offset of the levelset z : zone offset : offset value (possitive shrink, negative grow )

GetDistanceToPoint(pos)

class ImplicitGeometryShell(a=None, val=0.0)

Bases: ImplicitGeometryBase

ImplicitGeometry Shell around a zone z : zone thickness : thickness of the shell

GetDistanceToPoint(pos)

class ImplicitGeometrySymmetric(a=None)

Bases: ImplicitGeometryBase

ImplicitGeometry Central Symmetriy of a zone all point will be mapped to the first quadrant z : zone center : central point to compute the symetry

GetDistanceToPoint(pos)

class ImplicitGeometryTransform(Zone1, offset=None, first=None, second=None)

Bases: ImplicitGeometryBase

ImplicitGeometryTransform Make a linear orthonormal transform of the implicit geometry This class relies heavily on the Muscat.LinAlg.Transform class, see

Parameters:

a : ImplicitGeometry on which one needs to apply the transformation offset: ArrayLike of size 3, center of the operator first: ArrayLike of size 3, first vector of the operator second: ArrayLike of size 3, second vector of the operator

GetDistanceToPoint(pos)

SetAsRotationAroundAxis(center, vector, angle)

class ImplicitGeometryUnion(a=None)

Bases: ImplicitGeometryBase

ImplicitGeometry Union of zones z : zones

classmethod ApplyUnionOnLevelset(ls1, ls2, smoothControl=0)

GetDistanceToPoint(pos)