Types¶

Basic types for interacting with mesh data

class PointKitPy.Types.C3¶

Bases: pybind11_object

property b¶

property g¶

property r¶

class PointKitPy.Types.C4¶

Bases: pybind11_object

property a¶

property b¶

property g¶

property r¶

class PointKitPy.Types.I2¶

Bases: pybind11_object

Area(self: PointKitPy.Types.I2) → int¶

Dot(self: PointKitPy.Types.I2, arg0: PointKitPy.Types.I2) → int¶

Length(self: PointKitPy.Types.I2) → float¶

SameEdge(self: PointKitPy.Types.I2, arg0: PointKitPy.Types.I2) → bool¶

SquareLength(self: PointKitPy.Types.I2) → int¶

ToV2(self: PointKitPy.Types.I2) → PointKitPy.Types.V2¶

property x¶

property y¶

class PointKitPy.Types.I3¶

Bases: pybind11_object

property v0¶

property v1¶

property v2¶

class PointKitPy.Types.IHW¶

Bases: pybind11_object

numPixels(self: PointKitPy.Types.IHW) → int¶

property x¶

property y¶

class PointKitPy.Types.M3f¶

Bases: pybind11_object

Area(self: PointKitPy.Types.M3f) → int¶

Cols(self: PointKitPy.Types.M3f) → int¶

Determinant(self: PointKitPy.Types.M3f) → float¶

GetUpperLeft(self: PointKitPy.Types.M3f) → PointKitPy.Types.M3f¶

Inverse(self: PointKitPy.Types.M3f) → PointKitPy.Types.M3f¶

IsIdentity(*args, **kwargs)¶

Overloaded function.

1. IsIdentity(self: PointKitPy.Types.M3f) -> bool

2. IsIdentity(self: PointKitPy.Types.M3f, arg0: float) -> bool

IsZero(self: PointKitPy.Types.M3f) → bool¶

Multiply(*args, **kwargs)¶

Overloaded function.

1. Multiply(self: PointKitPy.Types.M3f, arg0: list[PointKitPy.Types.V3]) -> None

2. Multiply(self: PointKitPy.Types.M3f, arg0: list[PointKitPy.Types.V2]) -> None

Norm(self: PointKitPy.Types.M3f) → float¶

Rows(self: PointKitPy.Types.M3f) → int¶

ToIdentity(self: PointKitPy.Types.M3f) → None¶

ToZero(self: PointKitPy.Types.M3f) → None¶

Transpose(self: PointKitPy.Types.M3f) → PLG::Mx<float,3,3>¶

class PointKitPy.Types.M4f¶

Bases: pybind11_object

Area(self: PointKitPy.Types.M4f) → int¶

Cols(self: PointKitPy.Types.M4f) → int¶

Determinant(self: PointKitPy.Types.M4f) → float¶

GetColumn(self: PointKitPy.Types.M4f, arg0: int) → PointKitPy.Types.V4¶

GetRelative(self: PointKitPy.Types.M4f, arg0: PointKitPy.Types.M4f) → PointKitPy.Types.M4f¶

GetRow(self: PointKitPy.Types.M4f, arg0: int) → PointKitPy.Types.V4¶

GetScale(self: PointKitPy.Types.M4f) → PointKitPy.Types.V3¶

GetTranslate(self: PointKitPy.Types.M4f) → PointKitPy.Types.V3¶

GetUpperLeft(self: PointKitPy.Types.M4f) → PointKitPy.Types.M3f¶

Inverse(self: PointKitPy.Types.M4f) → PointKitPy.Types.M4f¶

IsIdentity(self: PointKitPy.Types.M4f) → bool¶

IsZero(self: PointKitPy.Types.M4f) → bool¶

Multiply(*args, **kwargs)¶

Overloaded function.

1. Multiply(self: PointKitPy.Types.M4f, arg0: list[PointKitPy.Types.V3]) -> None

2. Multiply(self: PointKitPy.Types.M4f, arg0: list[PointKitPy.Types.V4]) -> None

Norm(self: PointKitPy.Types.M4f) → float¶

Rows(self: PointKitPy.Types.M4f) → int¶

SetRow(self: PointKitPy.Types.M4f, arg0: int, arg1: PointKitPy.Types.V4) → None¶

SetScale(self: PointKitPy.Types.M4f, arg0: PointKitPy.Types.V3) → None¶

SetTranslate(self: PointKitPy.Types.M4f, arg0: PointKitPy.Types.V3) → None¶

SetUpperLeft(self: PointKitPy.Types.M4f, arg0: PointKitPy.Types.M3f) → None¶

ToIdentity(self: PointKitPy.Types.M4f) → None¶

ToZero(self: PointKitPy.Types.M4f) → None¶

Transpose(self: PointKitPy.Types.M4f) → PLG::Mx<float,4,4>¶

class PointKitPy.Types.PLGMesh¶

Bases: pybind11_object

CData(self: PointKitPy.Types.PLGMesh) → PointKitPy.Types.C4¶

FData(self: PointKitPy.Types.PLGMesh) → PointKitPy.Types.I3¶

NData(self: PointKitPy.Types.PLGMesh) → PointKitPy.Types.V3¶

UVData(self: PointKitPy.Types.PLGMesh) → PointKitPy.Types.V2¶

VData(self: PointKitPy.Types.PLGMesh) → PointKitPy.Types.V3¶

clear(self: PointKitPy.Types.PLGMesh) → None¶

Clear the mesh: remove all vertices, faces, normals, colors, and UVs

empty(self: PointKitPy.Types.PLGMesh) → bool¶

Check if the mesh is empty

property mC¶

Per-vertex colors, 8-bit ARGB

property mF¶

property mN¶

property mUV¶

Per-vertex UVs. Unused in Python bindings

property mV¶

nC(self: PointKitPy.Types.PLGMesh) → int¶

Get the number of colors

nF(self: PointKitPy.Types.PLGMesh) → int¶

Get the number of faces

nN(self: PointKitPy.Types.PLGMesh) → int¶

Get the number of normals

nUV(self: PointKitPy.Types.PLGMesh) → int¶

Get the number of UVs

nV(self: PointKitPy.Types.PLGMesh) → int¶

Get the number of vertices

reserve(self: PointKitPy.Types.PLGMesh, aV: int) → None¶

Reserve memory for vertices and normals

reserveC(self: PointKitPy.Types.PLGMesh, aV: int) → None¶

Reserve memory for vertices, normals, and colors

reserveCUV(self: PointKitPy.Types.PLGMesh, aV: int) → None¶

Reserve memory for vertices, normals, colors, and UVs

reserveUV(self: PointKitPy.Types.PLGMesh, aV: int) → None¶

Reserve memory for vertices, normals, and UVs

resize(self: PointKitPy.Types.PLGMesh, aV: int) → None¶

Resize vertices and normals

resizeC(self: PointKitPy.Types.PLGMesh, aV: int) → None¶

Resize vertices, normals, and colors

resizeCUV(self: PointKitPy.Types.PLGMesh, aV: int) → None¶

Resize vertices, normals, colors, and UVs

resizeUV(self: PointKitPy.Types.PLGMesh, aV: int) → None¶

Resize vertices, normals, and UVs

class PointKitPy.Types.PLGMeshExt¶

Bases: PLGMesh

AddSelection(self: PointKitPy.Types.PLGMeshExt, aSelection: list[int]) → None¶

Add a selection to the mesh

CopyMeshExt(self: PointKitPy.Types.PLGMeshExt, apMeshExt: PointKitPy.Types.PLGMeshExt) → None¶

Copy the provided mesh

GetBBoxLength(self: PointKitPy.Types.PLGMeshExt) → float¶

Get the length of the bounding box, equivalent to (mMax - mMin).Length()

GetCenter(self: PointKitPy.Types.PLGMeshExt) → PointKitPy.Types.V3¶

Get the center of the mesh

GetMatrix(self: PointKitPy.Types.PLGMeshExt) → PointKitPy.Types.M4f¶

Get the mesh matrix

GetWorldCenter(self: PointKitPy.Types.PLGMeshExt) → PointKitPy.Types.V3¶

Get the center of the mesh in world space

IsIdentity(self: PointKitPy.Types.PLGMeshExt) → bool¶

Check if mesh matrix is identity

Mesh(self: PointKitPy.Types.PLGMeshExt) → PointKitPy.Types.PLGMesh¶

Get the mesh as a PLGMesh, keeping only core data

Rebase(self: PointKitPy.Types.PLGMeshExt) → bool¶

Rebase the mesh, applying the current matrix to the vertices and resetting the matrix to identity

Reset(self: PointKitPy.Types.PLGMeshExt) → None¶

Reset the mesh object

ResetPose(self: PointKitPy.Types.PLGMeshExt) → None¶

Reset the rotation and position matrix

SetMatrix(self: PointKitPy.Types.PLGMeshExt, m4: PointKitPy.Types.M4f) → None¶

Set the mesh matrix

SetMesh(self: PointKitPy.Types.PLGMeshExt, pMesh: PointKitPy.Types.PLGMesh) → None¶

Set the mesh

SubtractSelection(self: PointKitPy.Types.PLGMeshExt, aSelection: list[int]) → None¶

Subtract a selection from the mesh

UpdateBounds(self: PointKitPy.Types.PLGMeshExt) → None¶

Update the bounds of the mesh

property mImage¶

Unused in Python bindings

property mMax¶

Bounding box maximum

property mMin¶

Bounding box minimum

property mName¶

property mPosition¶

property mRotation¶

property mSelection¶

Selected vertices

PointKitPy.Types.Q4¶

alias of V4

class PointKitPy.Types.RI2¶

Bases: pybind11_object

property x¶

property y¶

class PointKitPy.Types.RI3¶

Bases: pybind11_object

property x¶

property y¶

property z¶

class PointKitPy.Types.RI4¶

Bases: pybind11_object

property h¶

property w¶

property x¶

property y¶

PointKitPy.Types.U2¶

alias of V2

class PointKitPy.Types.V2¶

Bases: pybind11_object

Abs(self: PointKitPy.Types.V2) → PointKitPy.Types.V2¶

Dot(self: PointKitPy.Types.V2, arg0: PointKitPy.Types.V2) → float¶

Length(self: PointKitPy.Types.V2) → float¶

Normalize(self: PointKitPy.Types.V2) → None¶

Normalized(self: PointKitPy.Types.V2) → PointKitPy.Types.V2¶

SquareLength(self: PointKitPy.Types.V2) → float¶

has_nan(self: PointKitPy.Types.V2) → bool¶

u(self: PointKitPy.Types.V2) → float¶

v(self: PointKitPy.Types.V2) → float¶

property x¶

property y¶

class PointKitPy.Types.V3¶

Bases: pybind11_object

Abs(self: PointKitPy.Types.V3) → PointKitPy.Types.V3¶

Cross(self: PointKitPy.Types.V3, arg0: PointKitPy.Types.V3) → PointKitPy.Types.V3¶

Dot(self: PointKitPy.Types.V3, arg0: PointKitPy.Types.V3) → float¶

HasINF(self: PointKitPy.Types.V3) → bool¶

HasNAN(self: PointKitPy.Types.V3) → bool¶

IsZero(self: PointKitPy.Types.V3) → bool¶

Length(self: PointKitPy.Types.V3) → float¶

Normalize(self: PointKitPy.Types.V3) → None¶

Normalized(self: PointKitPy.Types.V3) → PointKitPy.Types.V3¶

SquareLength(self: PointKitPy.Types.V3) → float¶

Sum(self: PointKitPy.Types.V3) → float¶

property x¶

property y¶

property z¶

class PointKitPy.Types.V3d¶

Bases: pybind11_object

property x¶

property y¶

property z¶

class PointKitPy.Types.V4¶

Bases: pybind11_object

AsV3(self: PointKitPy.Types.V4) → PointKitPy.Types.V3¶

Dot(self: PointKitPy.Types.V4, arg0: PointKitPy.Types.V4) → float¶

Inverse(self: PointKitPy.Types.V4) → PointKitPy.Types.V4¶

Length(self: PointKitPy.Types.V4) → float¶

Normalize(self: PointKitPy.Types.V4) → None¶

Normalized(self: PointKitPy.Types.V4) → PointKitPy.Types.V4¶

SquareLength(self: PointKitPy.Types.V4) → float¶

ToV3(self: PointKitPy.Types.V4) → PointKitPy.Types.V3¶

ToV3N(self: PointKitPy.Types.V4) → PointKitPy.Types.V3¶

property w¶

property x¶

property y¶

property z¶