alembic.AbcGeom

The AbcGeom library builds atop Abc, and is intended to be the primary layer for dealing with data with a geometric interpretation, e.g., PolyMesh or Xform.

Using the AbcGeom layer is conceptually very much like using the Abc layer but, since you are dealing in well-defined and specified higher-level types, is far less verbose. For example, to write a polygonal mesh using AbcGeom functions.

class alembic.AbcGeom.BasisType

kBezierBasis = alembic.AbcGeom.BasisType.kBezierBasis

kBsplineBasis = alembic.AbcGeom.BasisType.kBsplineBasis

kCatmullromBasis = alembic.AbcGeom.BasisType.kCatmullromBasis

kHermiteBasis = alembic.AbcGeom.BasisType.kHermiteBasis

kNoBasis = alembic.AbcGeom.BasisType.kNoBasis

kPowerBasis = alembic.AbcGeom.BasisType.kPowerBasis

names = {'kHermiteBasis': alembic.AbcGeom.BasisType.kHermiteBasis, 'kBezierBasis': alembic.AbcGeom.BasisType.kBezierBasis, 'kBsplineBasis': alembic.AbcGeom.BasisType.kBsplineBasis, 'kPowerBasis': alembic.AbcGeom.BasisType.kPowerBasis, 'kNoBasis': alembic.AbcGeom.BasisType.kNoBasis, 'kCatmullromBasis': alembic.AbcGeom.BasisType.kCatmullromBasis}

values = {0: alembic.AbcGeom.BasisType.kNoBasis, 1: alembic.AbcGeom.BasisType.kBezierBasis, 2: alembic.AbcGeom.BasisType.kBsplineBasis, 3: alembic.AbcGeom.BasisType.kCatmullromBasis, 4: alembic.AbcGeom.BasisType.kHermiteBasis, 5: alembic.AbcGeom.BasisType.kPowerBasis}

class alembic.AbcGeom.CameraSample

The CameraSample class is a camera sample reader/writer.

addOp((CameraSample)arg1, (FilmBackXformOp)op) → int :

add an op and return the index of the op in its op-stack

getChildBounds((CameraSample)arg1) → Box3d

getCoreValue((CameraSample)arg1, (int)index) → float :

helper function for getting one of the 16 core, non film back xform op related values

getFStop((CameraSample)arg1) → float :

set the f-stop (focal length divided by ‘effective’ lens diameter)

getFarClippingPlane((CameraSample)arg1) → float :

get the distance from the camera to the far clipping plane in centimeters

getFieldOfView((CameraSample)arg1) → float :

calculated the field of view in degrees

getFilmBackMatrix((CameraSample)arg1) → M33d :

Returns the concatenated 3x3 film back matrix

getFocalLength((CameraSample)arg1) → float :

get the camera focal length in millimeters.

getFocusDistance((CameraSample)arg1) → float :

get the distance from the camera to the object being focused on in centimeters

getHorizontalAperture((CameraSample)arg1) → float :

get the horizontal camera film back in centimeters

getHorizontalFilmOffset((CameraSample)arg1) → float :

get the horizontal film back offset in centimeters

getLensSqueezeRatio((CameraSample)arg1) → float :

get the amount the camera’s lens compresses the image horizontally (width / height aspect ratio)

getNearClippingPlane((CameraSample)arg1) → float :

get the distance from the camera to the near clipping plane in centimeters

getNumOpChannels((CameraSample)arg1) → int

getNumOps((CameraSample)arg1) → int

getOp((CameraSample)arg1, (int)index) → FilmBackXformOp

getOverScanBottom((CameraSample)arg1) → float :

get over scan fractional percentage for the bottom part of the screen window

getOverScanLeft((CameraSample)arg1) → float :

get over scan fractional percentage for the left part of the screen window

getOverScanRight((CameraSample)arg1) → float :

get over scan fractional percentage for the right part of the screen window

getOverScanTop((CameraSample)arg1) → float :

get over scan fractional percentage for the top part of the screen window

getScreenWindow((CameraSample)arg1) → dict

getShutterClose((CameraSample)arg1) → float :

get the frame relative shutter close time in seconds

getShutterOpen((CameraSample)arg1) → float :

get the frame relative shutter open time in seconds

getVerticalAperture((CameraSample)arg1) → float :

get the vertical camera film back in centimeters

getVerticalFilmOffset((CameraSample)arg1) → float :

get the vertical film back offset in centimeters

reset((CameraSample)arg1) → None

setChildBounds((CameraSample)arg1, (Box3d)childBounds) → None

setFStop((CameraSample)arg1, (float)fstop) → None :

set the f-stop (focal length divided by ‘effective’ lens diameter)

setFarClippingPlane((CameraSample)arg1, (float)farClippingPlane) → None :

set the distance from the camera to the near clipping plane in centimeters

setFocalLength((CameraSample)arg1, (float)length) → None :

set the horizontal camera film back in centimeters

setFocusDistance((CameraSample)arg1, (float)distance) → None :

set the distance from the camera to the object being focused on in centimeters

setHorizontalAperture((CameraSample)arg1, (float)aperture) → None :

set the horizontal camera film back in centimeters

setHorizontalFilmOffset((CameraSample)arg1, (float)offset) → None :

set the horizontal film back offset in centimeters

setLensSqueezeRatio((CameraSample)arg1, (float)ratio) → None :

set the amount the camera’s lens compresses the image horizontally (width / height aspect ratio)

setNearClippingPlane((CameraSample)arg1, (float)nearClippingPlane) → None :

set the distance from the camera to the near clipping plane in centimeters

setOverScanBottom((CameraSample)arg1, (float)value) → None :

set over scan fractional percentage for the bottom part of the screen window

setOverScanLeft((CameraSample)arg1, (float)value) → None :

set over scan fractional percentage for the left part of the screen window

setOverScanRight((CameraSample)arg1, (float)value) → None :

set over scan fractional percentage for the right part of the screen window

setOverScanTop((CameraSample)arg1, (float)value) → None :

get over scan fractional percentage for the top part of the screen window

setShutterClose((CameraSample)arg1, (float)shutterClose) → None :

set the frame relative shutter open time in seconds

setShutterOpen((CameraSample)arg1, (float)shutterOpen) → None :

set the frame relative shutter open time in seconds

setVerticalAperture((CameraSample)arg1, (float)aperture) → None :

set the vertical camera film back in centimeters

setVerticalFilmOffset((CameraSample)arg1, (float)offset) → None :

set the vertical film back offset in centimeters

alembic.AbcGeom.CreateOArchiveBounds((OArchive)iOArchive, (Argument)iArg0, (Argument)iArg1, (Argument)iArg2) → OBox3dProperty

alembic.AbcGeom.CreateVisibilityProperty((OObject)iObject, (int)iTimeSamplingIndex) → OCharProperty

CreateVisibilityProperty( (OObject)IObject, (TimeSampling)iTimeSamplingPtr) -> OCharProperty

class alembic.AbcGeom.CurvePeriodicity

kNonPeriodic = alembic.AbcGeom.CurvePeriodicity.kNonPeriodic

kPeriodic = alembic.AbcGeom.CurvePeriodicity.kPeriodic

names = {'kPeriodic': alembic.AbcGeom.CurvePeriodicity.kPeriodic, 'kNonPeriodic': alembic.AbcGeom.CurvePeriodicity.kNonPeriodic}

values = {0: alembic.AbcGeom.CurvePeriodicity.kNonPeriodic, 1: alembic.AbcGeom.CurvePeriodicity.kPeriodic}

class alembic.AbcGeom.CurveType

kCubic = alembic.AbcGeom.CurveType.kCubic

kLinear = alembic.AbcGeom.CurveType.kLinear

names = {'kLinear': alembic.AbcGeom.CurveType.kLinear, 'kCubic': alembic.AbcGeom.CurveType.kCubic}

values = {0: alembic.AbcGeom.CurveType.kCubic, 1: alembic.AbcGeom.CurveType.kLinear}

class alembic.AbcGeom.FaceSetExclusivity

kFaceSetExclusive = alembic.AbcGeom.FaceSetExclusivity.kFaceSetExclusive

kFaceSetNonExclusive = alembic.AbcGeom.FaceSetExclusivity.kFaceSetNonExclusive

names = {'kFaceSetExclusive': alembic.AbcGeom.FaceSetExclusivity.kFaceSetExclusive, 'kFaceSetNonExclusive': alembic.AbcGeom.FaceSetExclusivity.kFaceSetNonExclusive}

values = {0: alembic.AbcGeom.FaceSetExclusivity.kFaceSetNonExclusive, 1: alembic.AbcGeom.FaceSetExclusivity.kFaceSetExclusive}

class alembic.AbcGeom.FilmBackXformOp

This class holds the data about a particular transform operation, but does not hold the actual data to calculate a 3x3 matrix. It holds the type of operation (Translate, Scale, Matrix), a hint about the type which can be interpreted by packages like Maya, and what particular parts of the operations can change over time.

getChannelValue((FilmBackXformOp)arg1, (int)index) → float :

Get a single channel, 0 will be returned if iIndex is greater thannumChannels - 1

getHint((FilmBackXformOp)arg1) → str :

Get the Hint to help disambiguate certain options that may have the same type.

getMatrix((FilmBackXformOp)arg1) → M33d

getNumChannels((FilmBackXformOp)arg1) → int :

Get the number of components that this operation has based on the type. Translate and Scale have 2 and Matrix has 9.

getScale((FilmBackXformOp)arg1) → V2d

getTranslate((FilmBackXformOp)arg1) → V2d

getType((FilmBackXformOp)arg1) → FilmBackXformOperationType :

Get the type of transform operation. (Translate, Scale, Matrix)

getTypeHint((FilmBackXformOp)arg1) → str :

Get the type and hint, where the first character is the type(t for translate, s for scale, m for matrix) and the rest of thereturned string is the optional hint value.

isMatrixOp((FilmBackXformOp)arg1) → bool

isScaleOp((FilmBackXformOp)arg1) → bool

isTranslateOp((FilmBackXformOp)arg1) → bool

setChannelValue((FilmBackXformOp)arg1, (int)index, (float)value) → None :

Set a single channel; nothing will be set if iIndex is greater thannumchannels - 1.

setMatrix((FilmBackXformOp)arg1, (M33d)matrix) → None

setScale((FilmBackXformOp)arg1, (V2d)scale) → None

setTranslate((FilmBackXformOp)arg1, (V2d)trans) → None

class alembic.AbcGeom.FilmBackXformOperationType

kMatrixFilmBackOperation = alembic.AbcGeom.FilmBackXformOperationType.kMatrixFilmBackOperation

kScaleFilmBackOperation = alembic.AbcGeom.FilmBackXformOperationType.kScaleFilmBackOperation

kTranslateFilmBackOperation = alembic.AbcGeom.FilmBackXformOperationType.kTranslateFilmBackOperation

names = {'kScaleFilmBackOperation': alembic.AbcGeom.FilmBackXformOperationType.kScaleFilmBackOperation, 'kTranslateFilmBackOperation': alembic.AbcGeom.FilmBackXformOperationType.kTranslateFilmBackOperation, 'kMatrixFilmBackOperation': alembic.AbcGeom.FilmBackXformOperationType.kMatrixFilmBackOperation}

values = {0: alembic.AbcGeom.FilmBackXformOperationType.kScaleFilmBackOperation, 1: alembic.AbcGeom.FilmBackXformOperationType.kTranslateFilmBackOperation, 2: alembic.AbcGeom.FilmBackXformOperationType.kMatrixFilmBackOperation}

class alembic.AbcGeom.GeometryScope

kConstantScope = alembic.AbcGeom.GeometryScope.kConstantScope

kFacevaryingScope = alembic.AbcGeom.GeometryScope.kFacevaryingScope

kUniformScope = alembic.AbcGeom.GeometryScope.kUniformScope

kUnknownScope = alembic.AbcGeom.GeometryScope.kUnknownScope

kVaryingScope = alembic.AbcGeom.GeometryScope.kVaryingScope

kVertexScope = alembic.AbcGeom.GeometryScope.kVertexScope

names = {'kUnknownScope': alembic.AbcGeom.GeometryScope.kUnknownScope, 'kVertexScope': alembic.AbcGeom.GeometryScope.kVertexScope, 'kUniformScope': alembic.AbcGeom.GeometryScope.kUniformScope, 'kConstantScope': alembic.AbcGeom.GeometryScope.kConstantScope, 'kFacevaryingScope': alembic.AbcGeom.GeometryScope.kFacevaryingScope, 'kVaryingScope': alembic.AbcGeom.GeometryScope.kVaryingScope}

values = {0: alembic.AbcGeom.GeometryScope.kConstantScope, 1: alembic.AbcGeom.GeometryScope.kUniformScope, 2: alembic.AbcGeom.GeometryScope.kVaryingScope, 3: alembic.AbcGeom.GeometryScope.kVertexScope, 4: alembic.AbcGeom.GeometryScope.kFacevaryingScope, 127: alembic.AbcGeom.GeometryScope.kUnknownScope}

alembic.AbcGeom.GetIArchiveBounds((IArchive)iIArchive, (Argument)iArg0, (Argument)iArg1) → IBox3dProperty

alembic.AbcGeom.GetVisibility((IObject)schemaObject[, (ISampleSelector)iSS=<alembic.Abc.ISampleSelector object at 0x22874d0>]) → ObjectVisibility

alembic.AbcGeom.GetVisibilityProperty((IObject)schemaObject) → ICharProperty

class alembic.AbcGeom.IBooleanGeomParam

This class is a typed geom param reader.

getArrayExtent((IBooleanGeomParam)arg1) → int

getDataType((IBooleanGeomParam)arg1) → DataType

getExpandedValue((IBooleanGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x22877d0>]) → IBooleanGeomParamSample

getHeader((IBooleanGeomParam)arg1) → PropertyHeader

getIndexProperty((IBooleanGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IBooleanGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2287850>]) → IBooleanGeomParamSample

static getInterpretation() → str

getMetaData((IBooleanGeomParam)arg1) → MetaData

getName((IBooleanGeomParam)arg1) → str

getNumSamples((IBooleanGeomParam)arg1) → int

getParent((IBooleanGeomParam)arg1) → ICompoundProperty

getScope((IBooleanGeomParam)arg1) → GeometryScope

getTimeSampling((IBooleanGeomParam)arg1) → TimeSampling

getValueProperty((IBooleanGeomParam)arg1) → IBoolArrayProperty

isConstant((IBooleanGeomParam)arg1) → bool

isIndexed((IBooleanGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IBooleanGeomParam)arg1) → None

valid((IBooleanGeomParam)arg1) → bool

class alembic.AbcGeom.IBooleanGeomParamSample

getIndices((IBooleanGeomParamSample)arg1) → object

getScope((IBooleanGeomParamSample)arg1) → GeometryScope

getVals((IBooleanGeomParamSample)arg1) → object

isIndexed((IBooleanGeomParamSample)arg1) → bool

reset((IBooleanGeomParamSample)arg1) → None

valid((IBooleanGeomParamSample)arg1) → bool

class alembic.AbcGeom.IBox2dGeomParam

This class is a typed geom param reader.

getArrayExtent((IBox2dGeomParam)arg1) → int

getDataType((IBox2dGeomParam)arg1) → DataType

getExpandedValue((IBox2dGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x25149d0>]) → IBox2dGeomParamSample

getHeader((IBox2dGeomParam)arg1) → PropertyHeader

getIndexProperty((IBox2dGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IBox2dGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2514a50>]) → IBox2dGeomParamSample

static getInterpretation() → str

getMetaData((IBox2dGeomParam)arg1) → MetaData

getName((IBox2dGeomParam)arg1) → str

getNumSamples((IBox2dGeomParam)arg1) → int

getParent((IBox2dGeomParam)arg1) → ICompoundProperty

getScope((IBox2dGeomParam)arg1) → GeometryScope

getTimeSampling((IBox2dGeomParam)arg1) → TimeSampling

getValueProperty((IBox2dGeomParam)arg1) → IBox2dArrayProperty

isConstant((IBox2dGeomParam)arg1) → bool

isIndexed((IBox2dGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IBox2dGeomParam)arg1) → None

valid((IBox2dGeomParam)arg1) → bool

class alembic.AbcGeom.IBox2dGeomParamSample

getIndices((IBox2dGeomParamSample)arg1) → object

getScope((IBox2dGeomParamSample)arg1) → GeometryScope

getVals((IBox2dGeomParamSample)arg1) → object

isIndexed((IBox2dGeomParamSample)arg1) → bool

reset((IBox2dGeomParamSample)arg1) → None

valid((IBox2dGeomParamSample)arg1) → bool

class alembic.AbcGeom.IBox2fGeomParam

This class is a typed geom param reader.

getArrayExtent((IBox2fGeomParam)arg1) → int

getDataType((IBox2fGeomParam)arg1) → DataType

getExpandedValue((IBox2fGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x25148d0>]) → IBox2fGeomParamSample

getHeader((IBox2fGeomParam)arg1) → PropertyHeader

getIndexProperty((IBox2fGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IBox2fGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2514950>]) → IBox2fGeomParamSample

static getInterpretation() → str

getMetaData((IBox2fGeomParam)arg1) → MetaData

getName((IBox2fGeomParam)arg1) → str

getNumSamples((IBox2fGeomParam)arg1) → int

getParent((IBox2fGeomParam)arg1) → ICompoundProperty

getScope((IBox2fGeomParam)arg1) → GeometryScope

getTimeSampling((IBox2fGeomParam)arg1) → TimeSampling

getValueProperty((IBox2fGeomParam)arg1) → IBox2fArrayProperty

isConstant((IBox2fGeomParam)arg1) → bool

isIndexed((IBox2fGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IBox2fGeomParam)arg1) → None

valid((IBox2fGeomParam)arg1) → bool

class alembic.AbcGeom.IBox2fGeomParamSample

getIndices((IBox2fGeomParamSample)arg1) → object

getScope((IBox2fGeomParamSample)arg1) → GeometryScope

getVals((IBox2fGeomParamSample)arg1) → object

isIndexed((IBox2fGeomParamSample)arg1) → bool

reset((IBox2fGeomParamSample)arg1) → None

valid((IBox2fGeomParamSample)arg1) → bool

class alembic.AbcGeom.IBox2iGeomParam

This class is a typed geom param reader.

getArrayExtent((IBox2iGeomParam)arg1) → int

getDataType((IBox2iGeomParam)arg1) → DataType

getExpandedValue((IBox2iGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x25147d0>]) → IBox2iGeomParamSample

getHeader((IBox2iGeomParam)arg1) → PropertyHeader

getIndexProperty((IBox2iGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IBox2iGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2514850>]) → IBox2iGeomParamSample

static getInterpretation() → str

getMetaData((IBox2iGeomParam)arg1) → MetaData

getName((IBox2iGeomParam)arg1) → str

getNumSamples((IBox2iGeomParam)arg1) → int

getParent((IBox2iGeomParam)arg1) → ICompoundProperty

getScope((IBox2iGeomParam)arg1) → GeometryScope

getTimeSampling((IBox2iGeomParam)arg1) → TimeSampling

getValueProperty((IBox2iGeomParam)arg1) → IBox2iArrayProperty

isConstant((IBox2iGeomParam)arg1) → bool

isIndexed((IBox2iGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IBox2iGeomParam)arg1) → None

valid((IBox2iGeomParam)arg1) → bool

class alembic.AbcGeom.IBox2iGeomParamSample

getIndices((IBox2iGeomParamSample)arg1) → object

getScope((IBox2iGeomParamSample)arg1) → GeometryScope

getVals((IBox2iGeomParamSample)arg1) → object

isIndexed((IBox2iGeomParamSample)arg1) → bool

reset((IBox2iGeomParamSample)arg1) → None

valid((IBox2iGeomParamSample)arg1) → bool

class alembic.AbcGeom.IBox2sGeomParam

This class is a typed geom param reader.

getArrayExtent((IBox2sGeomParam)arg1) → int

getDataType((IBox2sGeomParam)arg1) → DataType

getExpandedValue((IBox2sGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x25146d0>]) → IBox2sGeomParamSample

getHeader((IBox2sGeomParam)arg1) → PropertyHeader

getIndexProperty((IBox2sGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IBox2sGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2514750>]) → IBox2sGeomParamSample

static getInterpretation() → str

getMetaData((IBox2sGeomParam)arg1) → MetaData

getName((IBox2sGeomParam)arg1) → str

getNumSamples((IBox2sGeomParam)arg1) → int

getParent((IBox2sGeomParam)arg1) → ICompoundProperty

getScope((IBox2sGeomParam)arg1) → GeometryScope

getTimeSampling((IBox2sGeomParam)arg1) → TimeSampling

getValueProperty((IBox2sGeomParam)arg1) → IBox2sArrayProperty

isConstant((IBox2sGeomParam)arg1) → bool

isIndexed((IBox2sGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IBox2sGeomParam)arg1) → None

valid((IBox2sGeomParam)arg1) → bool

class alembic.AbcGeom.IBox2sGeomParamSample

getIndices((IBox2sGeomParamSample)arg1) → object

getScope((IBox2sGeomParamSample)arg1) → GeometryScope

getVals((IBox2sGeomParamSample)arg1) → object

isIndexed((IBox2sGeomParamSample)arg1) → bool

reset((IBox2sGeomParamSample)arg1) → None

valid((IBox2sGeomParamSample)arg1) → bool

class alembic.AbcGeom.IBox3dGeomParam

This class is a typed geom param reader.

getArrayExtent((IBox3dGeomParam)arg1) → int

getDataType((IBox3dGeomParam)arg1) → DataType

getExpandedValue((IBox3dGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2514dd0>]) → IBox3dGeomParamSample

getHeader((IBox3dGeomParam)arg1) → PropertyHeader

getIndexProperty((IBox3dGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IBox3dGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2514e50>]) → IBox3dGeomParamSample

static getInterpretation() → str

getMetaData((IBox3dGeomParam)arg1) → MetaData

getName((IBox3dGeomParam)arg1) → str

getNumSamples((IBox3dGeomParam)arg1) → int

getParent((IBox3dGeomParam)arg1) → ICompoundProperty

getScope((IBox3dGeomParam)arg1) → GeometryScope

getTimeSampling((IBox3dGeomParam)arg1) → TimeSampling

getValueProperty((IBox3dGeomParam)arg1) → IBox3dArrayProperty

isConstant((IBox3dGeomParam)arg1) → bool

isIndexed((IBox3dGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IBox3dGeomParam)arg1) → None

valid((IBox3dGeomParam)arg1) → bool

class alembic.AbcGeom.IBox3dGeomParamSample

getIndices((IBox3dGeomParamSample)arg1) → object

getScope((IBox3dGeomParamSample)arg1) → GeometryScope

getVals((IBox3dGeomParamSample)arg1) → object

isIndexed((IBox3dGeomParamSample)arg1) → bool

reset((IBox3dGeomParamSample)arg1) → None

valid((IBox3dGeomParamSample)arg1) → bool

class alembic.AbcGeom.IBox3fGeomParam

This class is a typed geom param reader.

getArrayExtent((IBox3fGeomParam)arg1) → int

getDataType((IBox3fGeomParam)arg1) → DataType

getExpandedValue((IBox3fGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2514cd0>]) → IBox3fGeomParamSample

getHeader((IBox3fGeomParam)arg1) → PropertyHeader

getIndexProperty((IBox3fGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IBox3fGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2514d50>]) → IBox3fGeomParamSample

static getInterpretation() → str

getMetaData((IBox3fGeomParam)arg1) → MetaData

getName((IBox3fGeomParam)arg1) → str

getNumSamples((IBox3fGeomParam)arg1) → int

getParent((IBox3fGeomParam)arg1) → ICompoundProperty

getScope((IBox3fGeomParam)arg1) → GeometryScope

getTimeSampling((IBox3fGeomParam)arg1) → TimeSampling

getValueProperty((IBox3fGeomParam)arg1) → IBox3fArrayProperty

isConstant((IBox3fGeomParam)arg1) → bool

isIndexed((IBox3fGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IBox3fGeomParam)arg1) → None

valid((IBox3fGeomParam)arg1) → bool

class alembic.AbcGeom.IBox3fGeomParamSample

getIndices((IBox3fGeomParamSample)arg1) → object

getScope((IBox3fGeomParamSample)arg1) → GeometryScope

getVals((IBox3fGeomParamSample)arg1) → object

isIndexed((IBox3fGeomParamSample)arg1) → bool

reset((IBox3fGeomParamSample)arg1) → None

valid((IBox3fGeomParamSample)arg1) → bool

class alembic.AbcGeom.IBox3iGeomParam

This class is a typed geom param reader.

getArrayExtent((IBox3iGeomParam)arg1) → int

getDataType((IBox3iGeomParam)arg1) → DataType

getExpandedValue((IBox3iGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2514bd0>]) → IBox3iGeomParamSample

getHeader((IBox3iGeomParam)arg1) → PropertyHeader

getIndexProperty((IBox3iGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IBox3iGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2514c50>]) → IBox3iGeomParamSample

static getInterpretation() → str

getMetaData((IBox3iGeomParam)arg1) → MetaData

getName((IBox3iGeomParam)arg1) → str

getNumSamples((IBox3iGeomParam)arg1) → int

getParent((IBox3iGeomParam)arg1) → ICompoundProperty

getScope((IBox3iGeomParam)arg1) → GeometryScope

getTimeSampling((IBox3iGeomParam)arg1) → TimeSampling

getValueProperty((IBox3iGeomParam)arg1) → IBox3iArrayProperty

isConstant((IBox3iGeomParam)arg1) → bool

isIndexed((IBox3iGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IBox3iGeomParam)arg1) → None

valid((IBox3iGeomParam)arg1) → bool

class alembic.AbcGeom.IBox3iGeomParamSample

getIndices((IBox3iGeomParamSample)arg1) → object

getScope((IBox3iGeomParamSample)arg1) → GeometryScope

getVals((IBox3iGeomParamSample)arg1) → object

isIndexed((IBox3iGeomParamSample)arg1) → bool

reset((IBox3iGeomParamSample)arg1) → None

valid((IBox3iGeomParamSample)arg1) → bool

class alembic.AbcGeom.IBox3sGeomParam

This class is a typed geom param reader.

getArrayExtent((IBox3sGeomParam)arg1) → int

getDataType((IBox3sGeomParam)arg1) → DataType

getExpandedValue((IBox3sGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2514ad0>]) → IBox3sGeomParamSample

getHeader((IBox3sGeomParam)arg1) → PropertyHeader

getIndexProperty((IBox3sGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IBox3sGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2514b50>]) → IBox3sGeomParamSample

static getInterpretation() → str

getMetaData((IBox3sGeomParam)arg1) → MetaData

getName((IBox3sGeomParam)arg1) → str

getNumSamples((IBox3sGeomParam)arg1) → int

getParent((IBox3sGeomParam)arg1) → ICompoundProperty

getScope((IBox3sGeomParam)arg1) → GeometryScope

getTimeSampling((IBox3sGeomParam)arg1) → TimeSampling

getValueProperty((IBox3sGeomParam)arg1) → IBox3sArrayProperty

isConstant((IBox3sGeomParam)arg1) → bool

isIndexed((IBox3sGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IBox3sGeomParam)arg1) → None

valid((IBox3sGeomParam)arg1) → bool

class alembic.AbcGeom.IBox3sGeomParamSample

getIndices((IBox3sGeomParamSample)arg1) → object

getScope((IBox3sGeomParamSample)arg1) → GeometryScope

getVals((IBox3sGeomParamSample)arg1) → object

isIndexed((IBox3sGeomParamSample)arg1) → bool

reset((IBox3sGeomParamSample)arg1) → None

valid((IBox3sGeomParamSample)arg1) → bool

class alembic.AbcGeom.IC3cGeomParam

This class is a typed geom param reader.

getArrayExtent((IC3cGeomParam)arg1) → int

getDataType((IC3cGeomParam)arg1) → DataType

getExpandedValue((IC3cGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2530750>]) → IC3cGeomParamSample

getHeader((IC3cGeomParam)arg1) → PropertyHeader

getIndexProperty((IC3cGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IC3cGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x25307d0>]) → IC3cGeomParamSample

static getInterpretation() → str

getMetaData((IC3cGeomParam)arg1) → MetaData

getName((IC3cGeomParam)arg1) → str

getNumSamples((IC3cGeomParam)arg1) → int

getParent((IC3cGeomParam)arg1) → ICompoundProperty

getScope((IC3cGeomParam)arg1) → GeometryScope

getTimeSampling((IC3cGeomParam)arg1) → TimeSampling

getValueProperty((IC3cGeomParam)arg1) → IC3cArrayProperty

isConstant((IC3cGeomParam)arg1) → bool

isIndexed((IC3cGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IC3cGeomParam)arg1) → None

valid((IC3cGeomParam)arg1) → bool

class alembic.AbcGeom.IC3cGeomParamSample

getIndices((IC3cGeomParamSample)arg1) → object

getScope((IC3cGeomParamSample)arg1) → GeometryScope

getVals((IC3cGeomParamSample)arg1) → object

isIndexed((IC3cGeomParamSample)arg1) → bool

reset((IC3cGeomParamSample)arg1) → None

valid((IC3cGeomParamSample)arg1) → bool

class alembic.AbcGeom.IC3fGeomParam

This class is a typed geom param reader.

getArrayExtent((IC3fGeomParam)arg1) → int

getDataType((IC3fGeomParam)arg1) → DataType

getExpandedValue((IC3fGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2530650>]) → IC3fGeomParamSample

getHeader((IC3fGeomParam)arg1) → PropertyHeader

getIndexProperty((IC3fGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IC3fGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x25306d0>]) → IC3fGeomParamSample

static getInterpretation() → str

getMetaData((IC3fGeomParam)arg1) → MetaData

getName((IC3fGeomParam)arg1) → str

getNumSamples((IC3fGeomParam)arg1) → int

getParent((IC3fGeomParam)arg1) → ICompoundProperty

getScope((IC3fGeomParam)arg1) → GeometryScope

getTimeSampling((IC3fGeomParam)arg1) → TimeSampling

getValueProperty((IC3fGeomParam)arg1) → IC3fArrayProperty

isConstant((IC3fGeomParam)arg1) → bool

isIndexed((IC3fGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IC3fGeomParam)arg1) → None

valid((IC3fGeomParam)arg1) → bool

class alembic.AbcGeom.IC3fGeomParamSample

getIndices((IC3fGeomParamSample)arg1) → object

getScope((IC3fGeomParamSample)arg1) → GeometryScope

getVals((IC3fGeomParamSample)arg1) → object

isIndexed((IC3fGeomParamSample)arg1) → bool

reset((IC3fGeomParamSample)arg1) → None

valid((IC3fGeomParamSample)arg1) → bool

class alembic.AbcGeom.IC3hGeomParam

This class is a typed geom param reader.

getArrayExtent((IC3hGeomParam)arg1) → int

getDataType((IC3hGeomParam)arg1) → DataType

getExpandedValue((IC3hGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2530550>]) → IC3hGeomParamSample

getHeader((IC3hGeomParam)arg1) → PropertyHeader

getIndexProperty((IC3hGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IC3hGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x25305d0>]) → IC3hGeomParamSample

static getInterpretation() → str

getMetaData((IC3hGeomParam)arg1) → MetaData

getName((IC3hGeomParam)arg1) → str

getNumSamples((IC3hGeomParam)arg1) → int

getParent((IC3hGeomParam)arg1) → ICompoundProperty

getScope((IC3hGeomParam)arg1) → GeometryScope

getTimeSampling((IC3hGeomParam)arg1) → TimeSampling

getValueProperty((IC3hGeomParam)arg1) → IC3hArrayProperty

isConstant((IC3hGeomParam)arg1) → bool

isIndexed((IC3hGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IC3hGeomParam)arg1) → None

valid((IC3hGeomParam)arg1) → bool

class alembic.AbcGeom.IC3hGeomParamSample

getIndices((IC3hGeomParamSample)arg1) → object

getScope((IC3hGeomParamSample)arg1) → GeometryScope

getVals((IC3hGeomParamSample)arg1) → object

isIndexed((IC3hGeomParamSample)arg1) → bool

reset((IC3hGeomParamSample)arg1) → None

valid((IC3hGeomParamSample)arg1) → bool

class alembic.AbcGeom.IC4cGeomParam

This class is a typed geom param reader.

getArrayExtent((IC4cGeomParam)arg1) → int

getDataType((IC4cGeomParam)arg1) → DataType

getExpandedValue((IC4cGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2530a50>]) → IC4cGeomParamSample

getHeader((IC4cGeomParam)arg1) → PropertyHeader

getIndexProperty((IC4cGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IC4cGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2530ad0>]) → IC4cGeomParamSample

static getInterpretation() → str

getMetaData((IC4cGeomParam)arg1) → MetaData

getName((IC4cGeomParam)arg1) → str

getNumSamples((IC4cGeomParam)arg1) → int

getParent((IC4cGeomParam)arg1) → ICompoundProperty

getScope((IC4cGeomParam)arg1) → GeometryScope

getTimeSampling((IC4cGeomParam)arg1) → TimeSampling

getValueProperty((IC4cGeomParam)arg1) → IC4cArrayProperty

isConstant((IC4cGeomParam)arg1) → bool

isIndexed((IC4cGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IC4cGeomParam)arg1) → None

valid((IC4cGeomParam)arg1) → bool

class alembic.AbcGeom.IC4cGeomParamSample

getIndices((IC4cGeomParamSample)arg1) → object

getScope((IC4cGeomParamSample)arg1) → GeometryScope

getVals((IC4cGeomParamSample)arg1) → object

isIndexed((IC4cGeomParamSample)arg1) → bool

reset((IC4cGeomParamSample)arg1) → None

valid((IC4cGeomParamSample)arg1) → bool

class alembic.AbcGeom.IC4fGeomParam

This class is a typed geom param reader.

getArrayExtent((IC4fGeomParam)arg1) → int

getDataType((IC4fGeomParam)arg1) → DataType

getExpandedValue((IC4fGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2530950>]) → IC4fGeomParamSample

getHeader((IC4fGeomParam)arg1) → PropertyHeader

getIndexProperty((IC4fGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IC4fGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x25309d0>]) → IC4fGeomParamSample

static getInterpretation() → str

getMetaData((IC4fGeomParam)arg1) → MetaData

getName((IC4fGeomParam)arg1) → str

getNumSamples((IC4fGeomParam)arg1) → int

getParent((IC4fGeomParam)arg1) → ICompoundProperty

getScope((IC4fGeomParam)arg1) → GeometryScope

getTimeSampling((IC4fGeomParam)arg1) → TimeSampling

getValueProperty((IC4fGeomParam)arg1) → IC4fArrayProperty

isConstant((IC4fGeomParam)arg1) → bool

isIndexed((IC4fGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IC4fGeomParam)arg1) → None

valid((IC4fGeomParam)arg1) → bool

class alembic.AbcGeom.IC4fGeomParamSample

getIndices((IC4fGeomParamSample)arg1) → object

getScope((IC4fGeomParamSample)arg1) → GeometryScope

getVals((IC4fGeomParamSample)arg1) → object

isIndexed((IC4fGeomParamSample)arg1) → bool

reset((IC4fGeomParamSample)arg1) → None

valid((IC4fGeomParamSample)arg1) → bool

class alembic.AbcGeom.IC4hGeomParam

This class is a typed geom param reader.

getArrayExtent((IC4hGeomParam)arg1) → int

getDataType((IC4hGeomParam)arg1) → DataType

getExpandedValue((IC4hGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2530850>]) → IC4hGeomParamSample

getHeader((IC4hGeomParam)arg1) → PropertyHeader

getIndexProperty((IC4hGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IC4hGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x25308d0>]) → IC4hGeomParamSample

static getInterpretation() → str

getMetaData((IC4hGeomParam)arg1) → MetaData

getName((IC4hGeomParam)arg1) → str

getNumSamples((IC4hGeomParam)arg1) → int

getParent((IC4hGeomParam)arg1) → ICompoundProperty

getScope((IC4hGeomParam)arg1) → GeometryScope

getTimeSampling((IC4hGeomParam)arg1) → TimeSampling

getValueProperty((IC4hGeomParam)arg1) → IC4hArrayProperty

isConstant((IC4hGeomParam)arg1) → bool

isIndexed((IC4hGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IC4hGeomParam)arg1) → None

valid((IC4hGeomParam)arg1) → bool

class alembic.AbcGeom.IC4hGeomParamSample

getIndices((IC4hGeomParamSample)arg1) → object

getScope((IC4hGeomParamSample)arg1) → GeometryScope

getVals((IC4hGeomParamSample)arg1) → object

isIndexed((IC4hGeomParamSample)arg1) → bool

reset((IC4hGeomParamSample)arg1) → None

valid((IC4hGeomParamSample)arg1) → bool

class alembic.AbcGeom.ICamera

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getSchema((ICamera)arg1) → ICameraSchema :

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static getSchemaObjTitle() → str :

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static getSchemaTitle() → str :

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static matches((MetaData)metaData[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

matches( (ObjectHeader)metaData [, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) -> bool

reset((ICamera)arg1) → None

valid((ICamera)arg1) → bool

class alembic.AbcGeom.ICameraSchema

The ICameraSchema class is a camera schema reader.

getArbGeomParams((ICameraSchema)arg1) → ICompoundProperty

getChildBoundsProperty((ICameraSchema)arg1) → IBox3dProperty

getNumSamples((ICameraSchema)arg1) → int

getTimeSampling((ICameraSchema)arg1) → TimeSampling

getUserProperties((ICameraSchema)arg1) → ICompoundProperty

getValue((ICameraSchema)arg1[, (ISampleSelector)iSS=<alembic.Abc.ISampleSelector object at 0x26b6bd0>]) → CameraSample

isConstant((ICameraSchema)arg1) → bool

reset((ICameraSchema)arg1) → None

valid((ICameraSchema)arg1) → bool

class alembic.AbcGeom.ICharGeomParam

This class is a typed geom param reader.

getArrayExtent((ICharGeomParam)arg1) → int

getDataType((ICharGeomParam)arg1) → DataType

getExpandedValue((ICharGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x22879d0>]) → ICharGeomParamSample

getHeader((ICharGeomParam)arg1) → PropertyHeader

getIndexProperty((ICharGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((ICharGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2287a50>]) → ICharGeomParamSample

static getInterpretation() → str

getMetaData((ICharGeomParam)arg1) → MetaData

getName((ICharGeomParam)arg1) → str

getNumSamples((ICharGeomParam)arg1) → int

getParent((ICharGeomParam)arg1) → ICompoundProperty

getScope((ICharGeomParam)arg1) → GeometryScope

getTimeSampling((ICharGeomParam)arg1) → TimeSampling

getValueProperty((ICharGeomParam)arg1) → ICharArrayProperty

isConstant((ICharGeomParam)arg1) → bool

isIndexed((ICharGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((ICharGeomParam)arg1) → None

valid((ICharGeomParam)arg1) → bool

class alembic.AbcGeom.ICharGeomParamSample

getIndices((ICharGeomParamSample)arg1) → object

getScope((ICharGeomParamSample)arg1) → GeometryScope

getVals((ICharGeomParamSample)arg1) → object

isIndexed((ICharGeomParamSample)arg1) → bool

reset((ICharGeomParamSample)arg1) → None

valid((ICharGeomParamSample)arg1) → bool

class alembic.AbcGeom.ICurves

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getSchema((ICurves)arg1) → ICurvesSchema :

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static getSchemaObjTitle() → str :

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static getSchemaTitle() → str :

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static matches((MetaData)metaData[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

matches( (ObjectHeader)metaData [, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) -> bool

reset((ICurves)arg1) → None

valid((ICurves)arg1) → bool

class alembic.AbcGeom.ICurvesSchema

The ICurvesSchema class is a curves schema writer

get((ICurvesSchema)arg1, (ICurvesSchemaSample)sample[, (ISampleSelector)iSS=<alembic.Abc.ISampleSelector object at 0x26b6550>]) → None

getKnotsProperty((ICurvesSchema)arg1) → IFloatArrayProperty

getNormalsParam((ICurvesSchema)arg1) → IN3fGeomParam

getNumSamples((ICurvesSchema)arg1) → int

getNumVerticesProperty((ICurvesSchema)arg1) → IInt32ArrayProperty

getOrdersProperty((ICurvesSchema)arg1) → IUcharArrayProperty

getPositionWeightsProperty((ICurvesSchema)arg1) → IFloatArrayProperty

getPositionsProperty((ICurvesSchema)arg1) → IP3fArrayProperty

getTimeSampling((ICurvesSchema)arg1) → TimeSampling

getTopologyVariance((ICurvesSchema)arg1) → MeshTopologyVariance

getUVsParam((ICurvesSchema)arg1) → IV2fGeomParam

getValue((ICurvesSchema)arg1[, (ISampleSelector)iSampSelector=<alembic.Abc.ISampleSelector object at 0x26b64d0>]) → ICurvesSchemaSample

getVelocitiesProperty((ICurvesSchema)arg1) → IV3fArrayProperty

getWidthsParam((ICurvesSchema)arg1) → IFloatGeomParam

isConstant((ICurvesSchema)arg1) → bool

reset((ICurvesSchema)arg1) → None

valid((ICurvesSchema)arg1) → bool

class alembic.AbcGeom.ICurvesSchemaSample

getBasis((ICurvesSchemaSample)arg1) → BasisType

getCurvesNumVertices((ICurvesSchemaSample)arg1) → object

getKnots((ICurvesSchemaSample)arg1) → object

getNumCurves((ICurvesSchemaSample)arg1) → int

getOrders((ICurvesSchemaSample)arg1) → object

getPositionWeights((ICurvesSchemaSample)arg1) → object

getPositions((ICurvesSchemaSample)arg1) → object

getSelfBounds((ICurvesSchemaSample)arg1) → Box3d

getType((ICurvesSchemaSample)arg1) → CurveType

getVelocities((ICurvesSchemaSample)arg1) → object

getWrap((ICurvesSchemaSample)arg1) → CurvePeriodicity

reset((ICurvesSchemaSample)arg1) → None

valid((ICurvesSchemaSample)arg1) → bool

class alembic.AbcGeom.IDoubleGeomParam

This class is a typed geom param reader.

getArrayExtent((IDoubleGeomParam)arg1) → int

getDataType((IDoubleGeomParam)arg1) → DataType

getExpandedValue((IDoubleGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2498350>]) → IDoubleGeomParamSample

getHeader((IDoubleGeomParam)arg1) → PropertyHeader

getIndexProperty((IDoubleGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IDoubleGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x24983d0>]) → IDoubleGeomParamSample

static getInterpretation() → str

getMetaData((IDoubleGeomParam)arg1) → MetaData

getName((IDoubleGeomParam)arg1) → str

getNumSamples((IDoubleGeomParam)arg1) → int

getParent((IDoubleGeomParam)arg1) → ICompoundProperty

getScope((IDoubleGeomParam)arg1) → GeometryScope

getTimeSampling((IDoubleGeomParam)arg1) → TimeSampling

getValueProperty((IDoubleGeomParam)arg1) → IDoubleArrayProperty

isConstant((IDoubleGeomParam)arg1) → bool

isIndexed((IDoubleGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IDoubleGeomParam)arg1) → None

valid((IDoubleGeomParam)arg1) → bool

class alembic.AbcGeom.IDoubleGeomParamSample

getIndices((IDoubleGeomParamSample)arg1) → object

getScope((IDoubleGeomParamSample)arg1) → GeometryScope

getVals((IDoubleGeomParamSample)arg1) → object

isIndexed((IDoubleGeomParamSample)arg1) → bool

reset((IDoubleGeomParamSample)arg1) → None

valid((IDoubleGeomParamSample)arg1) → bool

class alembic.AbcGeom.IFaceSet

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getSchema((IFaceSet)arg1) → IFaceSetSchema :

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static getSchemaObjTitle() → str :

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static getSchemaTitle() → str :

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static matches((MetaData)metaData[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

matches( (ObjectHeader)metaData [, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) -> bool

reset((IFaceSet)arg1) → None

valid((IFaceSet)arg1) → bool

class alembic.AbcGeom.IFaceSetSchema

The IFaceSetSchema class is a faceset schema writer

getFaceExclusivity((IFaceSetSchema)arg1) → FaceSetExclusivity

getFacesProperty((IFaceSetSchema)arg1) → IInt32ArrayProperty

getNumSamples((IFaceSetSchema)arg1) → int

getTimeSampling((IFaceSetSchema)arg1) → TimeSampling

getValue((IFaceSetSchema)arg1[, (ISampleSelector)iSS=<alembic.Abc.ISampleSelector object at 0x2287750>]) → IFaceSetSchemaSample

isConstant((IFaceSetSchema)arg1) → bool

reset((IFaceSetSchema)arg1) → None

valid((IFaceSetSchema)arg1) → bool

class alembic.AbcGeom.IFaceSetSchemaSample

getFaces((IFaceSetSchemaSample)arg1) → object

getSelfBounds((IFaceSetSchemaSample)arg1) → Box3d

reset((IFaceSetSchemaSample)arg1) → None

valid((IFaceSetSchemaSample)arg1) → bool

class alembic.AbcGeom.IFloatGeomParam

This class is a typed geom param reader.

getArrayExtent((IFloatGeomParam)arg1) → int

getDataType((IFloatGeomParam)arg1) → DataType

getExpandedValue((IFloatGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2498250>]) → IFloatGeomParamSample

getHeader((IFloatGeomParam)arg1) → PropertyHeader

getIndexProperty((IFloatGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IFloatGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x24982d0>]) → IFloatGeomParamSample

static getInterpretation() → str

getMetaData((IFloatGeomParam)arg1) → MetaData

getName((IFloatGeomParam)arg1) → str

getNumSamples((IFloatGeomParam)arg1) → int

getParent((IFloatGeomParam)arg1) → ICompoundProperty

getScope((IFloatGeomParam)arg1) → GeometryScope

getTimeSampling((IFloatGeomParam)arg1) → TimeSampling

getValueProperty((IFloatGeomParam)arg1) → IFloatArrayProperty

isConstant((IFloatGeomParam)arg1) → bool

isIndexed((IFloatGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IFloatGeomParam)arg1) → None

valid((IFloatGeomParam)arg1) → bool

class alembic.AbcGeom.IFloatGeomParamSample

getIndices((IFloatGeomParamSample)arg1) → object

getScope((IFloatGeomParamSample)arg1) → GeometryScope

getVals((IFloatGeomParamSample)arg1) → object

isIndexed((IFloatGeomParamSample)arg1) → bool

reset((IFloatGeomParamSample)arg1) → None

valid((IFloatGeomParamSample)arg1) → bool

class alembic.AbcGeom.IGeomBase

doc

get((IGeomBase)arg1, (IGeomBaseSample)oSample[, (ISampleSelector)iSS=<alembic.Abc.ISampleSelector object at 0x2640c50>]) → None

getArbGeomParams((IGeomBase)arg1) → ICompoundProperty

getNumSamples((IGeomBase)arg1) → int

getTimeSampling((IGeomBase)arg1) → TimeSampling

getUserProperties((IGeomBase)arg1) → ICompoundProperty

getValue((IGeomBase)arg1[, (ISampleSelector)iSS=<alembic.Abc.ISampleSelector object at 0x2640bd0>]) → IGeomBaseSample

isConstant((IGeomBase)arg1) → bool

static matches((MetaData)metadata[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

matches( (PropertyHeader)header [, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) -> bool

reset((IGeomBase)arg1) → None

valid((IGeomBase)arg1) → bool

class alembic.AbcGeom.IGeomBaseObject

doc

getSchema((IGeomBaseObject)arg1) → IGeomBase :

doc

static getSchemaObjTitle() → str :

doc

static getSchemaTitle() → str :

doc

static matches((MetaData)metaData[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

matches( (ObjectHeader)metaData [, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) -> bool

reset((IGeomBaseObject)arg1) → None

valid((IGeomBaseObject)arg1) → bool

class alembic.AbcGeom.IGeomBaseSample

getSelfBounds((IGeomBaseSample)arg1) → Box3d

reset((IGeomBaseSample)arg1) → None

class alembic.AbcGeom.IGeomBaseSchema_Curves

doc

getArbGeomParams((IGeomBaseSchema_Curves)arg1) → ICompoundProperty :

Acccesing the ArbGeomParams will create its compound property if needed

getChildBoundsProperty((IGeomBaseSchema_Curves)arg1) → IBox3dProperty

getSelfBoundsProperty((IGeomBaseSchema_Curves)arg1) → IBox3dProperty

getUserProperties((IGeomBaseSchema_Curves)arg1) → ICompoundProperty :

Accessing UserProperties will create its compound property if needed

init((IGeomBaseSchema_Curves)arg1, (Argument)arg2, (Argument)arg3) → None

reset((IGeomBaseSchema_Curves)arg1) → None

valid((IGeomBaseSchema_Curves)arg1) → bool

class alembic.AbcGeom.IGeomBaseSchema_FaceSet

doc

getArbGeomParams((IGeomBaseSchema_FaceSet)arg1) → ICompoundProperty :

Acccesing the ArbGeomParams will create its compound property if needed

getChildBoundsProperty((IGeomBaseSchema_FaceSet)arg1) → IBox3dProperty

getSelfBoundsProperty((IGeomBaseSchema_FaceSet)arg1) → IBox3dProperty

getUserProperties((IGeomBaseSchema_FaceSet)arg1) → ICompoundProperty :

Accessing UserProperties will create its compound property if needed

init((IGeomBaseSchema_FaceSet)arg1, (Argument)arg2, (Argument)arg3) → None

reset((IGeomBaseSchema_FaceSet)arg1) → None

valid((IGeomBaseSchema_FaceSet)arg1) → bool

class alembic.AbcGeom.IGeomBaseSchema_GeomBase

doc

getArbGeomParams((IGeomBaseSchema_GeomBase)arg1) → ICompoundProperty :

Acccesing the ArbGeomParams will create its compound property if needed

getChildBoundsProperty((IGeomBaseSchema_GeomBase)arg1) → IBox3dProperty

getSelfBoundsProperty((IGeomBaseSchema_GeomBase)arg1) → IBox3dProperty

getUserProperties((IGeomBaseSchema_GeomBase)arg1) → ICompoundProperty :

Accessing UserProperties will create its compound property if needed

init((IGeomBaseSchema_GeomBase)arg1, (Argument)arg2, (Argument)arg3) → None

reset((IGeomBaseSchema_GeomBase)arg1) → None

valid((IGeomBaseSchema_GeomBase)arg1) → bool

class alembic.AbcGeom.IGeomBaseSchema_NuPatch

doc

getArbGeomParams((IGeomBaseSchema_NuPatch)arg1) → ICompoundProperty :

Acccesing the ArbGeomParams will create its compound property if needed

getChildBoundsProperty((IGeomBaseSchema_NuPatch)arg1) → IBox3dProperty

getSelfBoundsProperty((IGeomBaseSchema_NuPatch)arg1) → IBox3dProperty

getUserProperties((IGeomBaseSchema_NuPatch)arg1) → ICompoundProperty :

Accessing UserProperties will create its compound property if needed

init((IGeomBaseSchema_NuPatch)arg1, (Argument)arg2, (Argument)arg3) → None

reset((IGeomBaseSchema_NuPatch)arg1) → None

valid((IGeomBaseSchema_NuPatch)arg1) → bool

class alembic.AbcGeom.IGeomBaseSchema_Points

doc

getArbGeomParams((IGeomBaseSchema_Points)arg1) → ICompoundProperty :

Acccesing the ArbGeomParams will create its compound property if needed

getChildBoundsProperty((IGeomBaseSchema_Points)arg1) → IBox3dProperty

getSelfBoundsProperty((IGeomBaseSchema_Points)arg1) → IBox3dProperty

getUserProperties((IGeomBaseSchema_Points)arg1) → ICompoundProperty :

Accessing UserProperties will create its compound property if needed

init((IGeomBaseSchema_Points)arg1, (Argument)arg2, (Argument)arg3) → None

reset((IGeomBaseSchema_Points)arg1) → None

valid((IGeomBaseSchema_Points)arg1) → bool

class alembic.AbcGeom.IGeomBaseSchema_PolyMesh

doc

getArbGeomParams((IGeomBaseSchema_PolyMesh)arg1) → ICompoundProperty :

Acccesing the ArbGeomParams will create its compound property if needed

getChildBoundsProperty((IGeomBaseSchema_PolyMesh)arg1) → IBox3dProperty

getSelfBoundsProperty((IGeomBaseSchema_PolyMesh)arg1) → IBox3dProperty

getUserProperties((IGeomBaseSchema_PolyMesh)arg1) → ICompoundProperty :

Accessing UserProperties will create its compound property if needed

init((IGeomBaseSchema_PolyMesh)arg1, (Argument)arg2, (Argument)arg3) → None

reset((IGeomBaseSchema_PolyMesh)arg1) → None

valid((IGeomBaseSchema_PolyMesh)arg1) → bool

class alembic.AbcGeom.IGeomBaseSchema_SubD

doc

getArbGeomParams((IGeomBaseSchema_SubD)arg1) → ICompoundProperty :

Acccesing the ArbGeomParams will create its compound property if needed

getChildBoundsProperty((IGeomBaseSchema_SubD)arg1) → IBox3dProperty

getSelfBoundsProperty((IGeomBaseSchema_SubD)arg1) → IBox3dProperty

getUserProperties((IGeomBaseSchema_SubD)arg1) → ICompoundProperty :

Accessing UserProperties will create its compound property if needed

init((IGeomBaseSchema_SubD)arg1, (Argument)arg2, (Argument)arg3) → None

reset((IGeomBaseSchema_SubD)arg1) → None

valid((IGeomBaseSchema_SubD)arg1) → bool

class alembic.AbcGeom.IHalfGeomParam

This class is a typed geom param reader.

getArrayExtent((IHalfGeomParam)arg1) → int

getDataType((IHalfGeomParam)arg1) → DataType

getExpandedValue((IHalfGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2498150>]) → IHalfGeomParamSample

getHeader((IHalfGeomParam)arg1) → PropertyHeader

getIndexProperty((IHalfGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IHalfGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x24981d0>]) → IHalfGeomParamSample

static getInterpretation() → str

getMetaData((IHalfGeomParam)arg1) → MetaData

getName((IHalfGeomParam)arg1) → str

getNumSamples((IHalfGeomParam)arg1) → int

getParent((IHalfGeomParam)arg1) → ICompoundProperty

getScope((IHalfGeomParam)arg1) → GeometryScope

getTimeSampling((IHalfGeomParam)arg1) → TimeSampling

getValueProperty((IHalfGeomParam)arg1) → IHalfArrayProperty

isConstant((IHalfGeomParam)arg1) → bool

isIndexed((IHalfGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IHalfGeomParam)arg1) → None

valid((IHalfGeomParam)arg1) → bool

class alembic.AbcGeom.IHalfGeomParamSample

getIndices((IHalfGeomParamSample)arg1) → object

getScope((IHalfGeomParamSample)arg1) → GeometryScope

getVals((IHalfGeomParamSample)arg1) → object

isIndexed((IHalfGeomParamSample)arg1) → bool

reset((IHalfGeomParamSample)arg1) → None

valid((IHalfGeomParamSample)arg1) → bool

class alembic.AbcGeom.IInt16GeomParam

This class is a typed geom param reader.

getArrayExtent((IInt16GeomParam)arg1) → int

getDataType((IInt16GeomParam)arg1) → DataType

getExpandedValue((IInt16GeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2287bd0>]) → IInt16GeomParamSample

getHeader((IInt16GeomParam)arg1) → PropertyHeader

getIndexProperty((IInt16GeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IInt16GeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2287c50>]) → IInt16GeomParamSample

static getInterpretation() → str

getMetaData((IInt16GeomParam)arg1) → MetaData

getName((IInt16GeomParam)arg1) → str

getNumSamples((IInt16GeomParam)arg1) → int

getParent((IInt16GeomParam)arg1) → ICompoundProperty

getScope((IInt16GeomParam)arg1) → GeometryScope

getTimeSampling((IInt16GeomParam)arg1) → TimeSampling

getValueProperty((IInt16GeomParam)arg1) → IInt16ArrayProperty

isConstant((IInt16GeomParam)arg1) → bool

isIndexed((IInt16GeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IInt16GeomParam)arg1) → None

valid((IInt16GeomParam)arg1) → bool

class alembic.AbcGeom.IInt16GeomParamSample

getIndices((IInt16GeomParamSample)arg1) → object

getScope((IInt16GeomParamSample)arg1) → GeometryScope

getVals((IInt16GeomParamSample)arg1) → object

isIndexed((IInt16GeomParamSample)arg1) → bool

reset((IInt16GeomParamSample)arg1) → None

valid((IInt16GeomParamSample)arg1) → bool

class alembic.AbcGeom.IInt32GeomParam

This class is a typed geom param reader.

getArrayExtent((IInt32GeomParam)arg1) → int

getDataType((IInt32GeomParam)arg1) → DataType

getExpandedValue((IInt32GeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2287dd0>]) → IInt32GeomParamSample

getHeader((IInt32GeomParam)arg1) → PropertyHeader

getIndexProperty((IInt32GeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IInt32GeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2287e50>]) → IInt32GeomParamSample

static getInterpretation() → str

getMetaData((IInt32GeomParam)arg1) → MetaData

getName((IInt32GeomParam)arg1) → str

getNumSamples((IInt32GeomParam)arg1) → int

getParent((IInt32GeomParam)arg1) → ICompoundProperty

getScope((IInt32GeomParam)arg1) → GeometryScope

getTimeSampling((IInt32GeomParam)arg1) → TimeSampling

getValueProperty((IInt32GeomParam)arg1) → IInt32ArrayProperty

isConstant((IInt32GeomParam)arg1) → bool

isIndexed((IInt32GeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IInt32GeomParam)arg1) → None

valid((IInt32GeomParam)arg1) → bool

class alembic.AbcGeom.IInt32GeomParamSample

getIndices((IInt32GeomParamSample)arg1) → object

getScope((IInt32GeomParamSample)arg1) → GeometryScope

getVals((IInt32GeomParamSample)arg1) → object

isIndexed((IInt32GeomParamSample)arg1) → bool

reset((IInt32GeomParamSample)arg1) → None

valid((IInt32GeomParamSample)arg1) → bool

class alembic.AbcGeom.IInt64GeomParam

This class is a typed geom param reader.

getArrayExtent((IInt64GeomParam)arg1) → int

getDataType((IInt64GeomParam)arg1) → DataType

getExpandedValue((IInt64GeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2498050>]) → IInt64GeomParamSample

getHeader((IInt64GeomParam)arg1) → PropertyHeader

getIndexProperty((IInt64GeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IInt64GeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x24980d0>]) → IInt64GeomParamSample

static getInterpretation() → str

getMetaData((IInt64GeomParam)arg1) → MetaData

getName((IInt64GeomParam)arg1) → str

getNumSamples((IInt64GeomParam)arg1) → int

getParent((IInt64GeomParam)arg1) → ICompoundProperty

getScope((IInt64GeomParam)arg1) → GeometryScope

getTimeSampling((IInt64GeomParam)arg1) → TimeSampling

getValueProperty((IInt64GeomParam)arg1) → IInt64ArrayProperty

isConstant((IInt64GeomParam)arg1) → bool

isIndexed((IInt64GeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IInt64GeomParam)arg1) → None

valid((IInt64GeomParam)arg1) → bool

class alembic.AbcGeom.IInt64GeomParamSample

getIndices((IInt64GeomParamSample)arg1) → object

getScope((IInt64GeomParamSample)arg1) → GeometryScope

getVals((IInt64GeomParamSample)arg1) → object

isIndexed((IInt64GeomParamSample)arg1) → bool

reset((IInt64GeomParamSample)arg1) → None

valid((IInt64GeomParamSample)arg1) → bool

class alembic.AbcGeom.ILight

doc

getSchema((ILight)arg1) → ILightSchema :

doc

static getSchemaObjTitle() → str :

doc

static getSchemaTitle() → str :

doc

static matches((MetaData)metaData[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

matches( (ObjectHeader)metaData [, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) -> bool

reset((ILight)arg1) → None

valid((ILight)arg1) → bool

class alembic.AbcGeom.ILightSchema

The ILightSchema class is a light schema writer

getArbGeomParams((ILightSchema)arg1) → ICompoundProperty

getCameraSchema((ILightSchema)arg1) → ICameraSchema

getChildBoundsProperty((ILightSchema)arg1) → IBox3dProperty

getNumSamples((ILightSchema)arg1) → int

getUserProperties((ILightSchema)arg1) → ICompoundProperty

isConstant((ILightSchema)arg1) → bool

reset((ILightSchema)arg1) → None

valid((ILightSchema)arg1) → bool

class alembic.AbcGeom.IM33dGeomParam

This class is a typed geom param reader.

getArrayExtent((IM33dGeomParam)arg1) → int

getDataType((IM33dGeomParam)arg1) → DataType

getExpandedValue((IM33dGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2530050>]) → IM33dGeomParamSample

getHeader((IM33dGeomParam)arg1) → PropertyHeader

getIndexProperty((IM33dGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IM33dGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x25300d0>]) → IM33dGeomParamSample

static getInterpretation() → str

getMetaData((IM33dGeomParam)arg1) → MetaData

getName((IM33dGeomParam)arg1) → str

getNumSamples((IM33dGeomParam)arg1) → int

getParent((IM33dGeomParam)arg1) → ICompoundProperty

getScope((IM33dGeomParam)arg1) → GeometryScope

getTimeSampling((IM33dGeomParam)arg1) → TimeSampling

getValueProperty((IM33dGeomParam)arg1) → IM33dArrayProperty

isConstant((IM33dGeomParam)arg1) → bool

isIndexed((IM33dGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IM33dGeomParam)arg1) → None

valid((IM33dGeomParam)arg1) → bool

class alembic.AbcGeom.IM33dGeomParamSample

getIndices((IM33dGeomParamSample)arg1) → object

getScope((IM33dGeomParamSample)arg1) → GeometryScope

getVals((IM33dGeomParamSample)arg1) → object

isIndexed((IM33dGeomParamSample)arg1) → bool

reset((IM33dGeomParamSample)arg1) → None

valid((IM33dGeomParamSample)arg1) → bool

class alembic.AbcGeom.IM33fGeomParam

This class is a typed geom param reader.

getArrayExtent((IM33fGeomParam)arg1) → int

getDataType((IM33fGeomParam)arg1) → DataType

getExpandedValue((IM33fGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2514ed0>]) → IM33fGeomParamSample

getHeader((IM33fGeomParam)arg1) → PropertyHeader

getIndexProperty((IM33fGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IM33fGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2514f50>]) → IM33fGeomParamSample

static getInterpretation() → str

getMetaData((IM33fGeomParam)arg1) → MetaData

getName((IM33fGeomParam)arg1) → str

getNumSamples((IM33fGeomParam)arg1) → int

getParent((IM33fGeomParam)arg1) → ICompoundProperty

getScope((IM33fGeomParam)arg1) → GeometryScope

getTimeSampling((IM33fGeomParam)arg1) → TimeSampling

getValueProperty((IM33fGeomParam)arg1) → IM33fArrayProperty

isConstant((IM33fGeomParam)arg1) → bool

isIndexed((IM33fGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IM33fGeomParam)arg1) → None

valid((IM33fGeomParam)arg1) → bool

class alembic.AbcGeom.IM33fGeomParamSample

getIndices((IM33fGeomParamSample)arg1) → object

getScope((IM33fGeomParamSample)arg1) → GeometryScope

getVals((IM33fGeomParamSample)arg1) → object

isIndexed((IM33fGeomParamSample)arg1) → bool

reset((IM33fGeomParamSample)arg1) → None

valid((IM33fGeomParamSample)arg1) → bool

class alembic.AbcGeom.IM44dGeomParam

This class is a typed geom param reader.

getArrayExtent((IM44dGeomParam)arg1) → int

getDataType((IM44dGeomParam)arg1) → DataType

getExpandedValue((IM44dGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2530250>]) → IM44dGeomParamSample

getHeader((IM44dGeomParam)arg1) → PropertyHeader

getIndexProperty((IM44dGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IM44dGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x25302d0>]) → IM44dGeomParamSample

static getInterpretation() → str

getMetaData((IM44dGeomParam)arg1) → MetaData

getName((IM44dGeomParam)arg1) → str

getNumSamples((IM44dGeomParam)arg1) → int

getParent((IM44dGeomParam)arg1) → ICompoundProperty

getScope((IM44dGeomParam)arg1) → GeometryScope

getTimeSampling((IM44dGeomParam)arg1) → TimeSampling

getValueProperty((IM44dGeomParam)arg1) → IM44dArrayProperty

isConstant((IM44dGeomParam)arg1) → bool

isIndexed((IM44dGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IM44dGeomParam)arg1) → None

valid((IM44dGeomParam)arg1) → bool

class alembic.AbcGeom.IM44dGeomParamSample

getIndices((IM44dGeomParamSample)arg1) → object

getScope((IM44dGeomParamSample)arg1) → GeometryScope

getVals((IM44dGeomParamSample)arg1) → object

isIndexed((IM44dGeomParamSample)arg1) → bool

reset((IM44dGeomParamSample)arg1) → None

valid((IM44dGeomParamSample)arg1) → bool

class alembic.AbcGeom.IM44fGeomParam

This class is a typed geom param reader.

getArrayExtent((IM44fGeomParam)arg1) → int

getDataType((IM44fGeomParam)arg1) → DataType

getExpandedValue((IM44fGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2530150>]) → IM44fGeomParamSample

getHeader((IM44fGeomParam)arg1) → PropertyHeader

getIndexProperty((IM44fGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IM44fGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x25301d0>]) → IM44fGeomParamSample

static getInterpretation() → str

getMetaData((IM44fGeomParam)arg1) → MetaData

getName((IM44fGeomParam)arg1) → str

getNumSamples((IM44fGeomParam)arg1) → int

getParent((IM44fGeomParam)arg1) → ICompoundProperty

getScope((IM44fGeomParam)arg1) → GeometryScope

getTimeSampling((IM44fGeomParam)arg1) → TimeSampling

getValueProperty((IM44fGeomParam)arg1) → IM44fArrayProperty

isConstant((IM44fGeomParam)arg1) → bool

isIndexed((IM44fGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IM44fGeomParam)arg1) → None

valid((IM44fGeomParam)arg1) → bool

class alembic.AbcGeom.IM44fGeomParamSample

getIndices((IM44fGeomParamSample)arg1) → object

getScope((IM44fGeomParamSample)arg1) → GeometryScope

getVals((IM44fGeomParamSample)arg1) → object

isIndexed((IM44fGeomParamSample)arg1) → bool

reset((IM44fGeomParamSample)arg1) → None

valid((IM44fGeomParamSample)arg1) → bool

class alembic.AbcGeom.IN2dGeomParam

This class is a typed geom param reader.

getArrayExtent((IN2dGeomParam)arg1) → int

getDataType((IN2dGeomParam)arg1) → DataType

getExpandedValue((IN2dGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2530c50>]) → IN2dGeomParamSample

getHeader((IN2dGeomParam)arg1) → PropertyHeader

getIndexProperty((IN2dGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IN2dGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2530cd0>]) → IN2dGeomParamSample

static getInterpretation() → str

getMetaData((IN2dGeomParam)arg1) → MetaData

getName((IN2dGeomParam)arg1) → str

getNumSamples((IN2dGeomParam)arg1) → int

getParent((IN2dGeomParam)arg1) → ICompoundProperty

getScope((IN2dGeomParam)arg1) → GeometryScope

getTimeSampling((IN2dGeomParam)arg1) → TimeSampling

getValueProperty((IN2dGeomParam)arg1) → IN3dArrayProperty

isConstant((IN2dGeomParam)arg1) → bool

isIndexed((IN2dGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IN2dGeomParam)arg1) → None

valid((IN2dGeomParam)arg1) → bool

class alembic.AbcGeom.IN2dGeomParamSample

getIndices((IN2dGeomParamSample)arg1) → object

getScope((IN2dGeomParamSample)arg1) → GeometryScope

getVals((IN2dGeomParamSample)arg1) → object

isIndexed((IN2dGeomParamSample)arg1) → bool

reset((IN2dGeomParamSample)arg1) → None

valid((IN2dGeomParamSample)arg1) → bool

class alembic.AbcGeom.IN2fGeomParam

This class is a typed geom param reader.

getArrayExtent((IN2fGeomParam)arg1) → int

getDataType((IN2fGeomParam)arg1) → DataType

getExpandedValue((IN2fGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2530b50>]) → IN2fGeomParamSample

getHeader((IN2fGeomParam)arg1) → PropertyHeader

getIndexProperty((IN2fGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IN2fGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2530bd0>]) → IN2fGeomParamSample

static getInterpretation() → str

getMetaData((IN2fGeomParam)arg1) → MetaData

getName((IN2fGeomParam)arg1) → str

getNumSamples((IN2fGeomParam)arg1) → int

getParent((IN2fGeomParam)arg1) → ICompoundProperty

getScope((IN2fGeomParam)arg1) → GeometryScope

getTimeSampling((IN2fGeomParam)arg1) → TimeSampling

getValueProperty((IN2fGeomParam)arg1) → IN3fArrayProperty

isConstant((IN2fGeomParam)arg1) → bool

isIndexed((IN2fGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IN2fGeomParam)arg1) → None

valid((IN2fGeomParam)arg1) → bool

class alembic.AbcGeom.IN2fGeomParamSample

getIndices((IN2fGeomParamSample)arg1) → object

getScope((IN2fGeomParamSample)arg1) → GeometryScope

getVals((IN2fGeomParamSample)arg1) → object

isIndexed((IN2fGeomParamSample)arg1) → bool

reset((IN2fGeomParamSample)arg1) → None

valid((IN2fGeomParamSample)arg1) → bool

class alembic.AbcGeom.IN3dGeomParam

This class is a typed geom param reader.

getArrayExtent((IN3dGeomParam)arg1) → int

getDataType((IN3dGeomParam)arg1) → DataType

getExpandedValue((IN3dGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2530e50>]) → IN3dGeomParamSample

getHeader((IN3dGeomParam)arg1) → PropertyHeader

getIndexProperty((IN3dGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IN3dGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2530ed0>]) → IN3dGeomParamSample

static getInterpretation() → str

getMetaData((IN3dGeomParam)arg1) → MetaData

getName((IN3dGeomParam)arg1) → str

getNumSamples((IN3dGeomParam)arg1) → int

getParent((IN3dGeomParam)arg1) → ICompoundProperty

getScope((IN3dGeomParam)arg1) → GeometryScope

getTimeSampling((IN3dGeomParam)arg1) → TimeSampling

getValueProperty((IN3dGeomParam)arg1) → IN3dArrayProperty

isConstant((IN3dGeomParam)arg1) → bool

isIndexed((IN3dGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IN3dGeomParam)arg1) → None

valid((IN3dGeomParam)arg1) → bool

class alembic.AbcGeom.IN3dGeomParamSample

getIndices((IN3dGeomParamSample)arg1) → object

getScope((IN3dGeomParamSample)arg1) → GeometryScope

getVals((IN3dGeomParamSample)arg1) → object

isIndexed((IN3dGeomParamSample)arg1) → bool

reset((IN3dGeomParamSample)arg1) → None

valid((IN3dGeomParamSample)arg1) → bool

class alembic.AbcGeom.IN3fGeomParam

This class is a typed geom param reader.

getArrayExtent((IN3fGeomParam)arg1) → int

getDataType((IN3fGeomParam)arg1) → DataType

getExpandedValue((IN3fGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2530d50>]) → IN3fGeomParamSample

getHeader((IN3fGeomParam)arg1) → PropertyHeader

getIndexProperty((IN3fGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IN3fGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2530dd0>]) → IN3fGeomParamSample

static getInterpretation() → str

getMetaData((IN3fGeomParam)arg1) → MetaData

getName((IN3fGeomParam)arg1) → str

getNumSamples((IN3fGeomParam)arg1) → int

getParent((IN3fGeomParam)arg1) → ICompoundProperty

getScope((IN3fGeomParam)arg1) → GeometryScope

getTimeSampling((IN3fGeomParam)arg1) → TimeSampling

getValueProperty((IN3fGeomParam)arg1) → IN3fArrayProperty

isConstant((IN3fGeomParam)arg1) → bool

isIndexed((IN3fGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IN3fGeomParam)arg1) → None

valid((IN3fGeomParam)arg1) → bool

class alembic.AbcGeom.IN3fGeomParamSample

getIndices((IN3fGeomParamSample)arg1) → object

getScope((IN3fGeomParamSample)arg1) → GeometryScope

getVals((IN3fGeomParamSample)arg1) → object

isIndexed((IN3fGeomParamSample)arg1) → bool

reset((IN3fGeomParamSample)arg1) → None

valid((IN3fGeomParamSample)arg1) → bool

class alembic.AbcGeom.INuPatch

doc

getSchema((INuPatch)arg1) → INuPatchSchema :

doc

static getSchemaObjTitle() → str :

doc

static getSchemaTitle() → str :

doc

static matches((MetaData)metaData[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

matches( (ObjectHeader)metaData [, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) -> bool

reset((INuPatch)arg1) → None

valid((INuPatch)arg1) → bool

class alembic.AbcGeom.INuPatchSchema

The INuPatchSchema class is a curves schema reader

get((INuPatchSchema)arg1, (INuPatchSchemaSample)sample[, (ISampleSelector)iSS=<alembic.Abc.ISampleSelector object at 0x26b6a50>]) → None

getNormalsParam((INuPatchSchema)arg1) → IN3fGeomParam

getNumSamples((INuPatchSchema)arg1) → int

getPositionWeightsProperty((INuPatchSchema)arg1) → IFloatArrayProperty

getPositionsProperty((INuPatchSchema)arg1) → IP3fArrayProperty

getTimeSampling((INuPatchSchema)arg1) → TimeSampling

getTopologyVariance((INuPatchSchema)arg1) → MeshTopologyVariance

getUKnotsProperty((INuPatchSchema)arg1) → IFloatArrayProperty

getUVsParam((INuPatchSchema)arg1) → IV2fGeomParam

getVKnotsProperty((INuPatchSchema)arg1) → IFloatArrayProperty

getValue((INuPatchSchema)arg1[, (ISampleSelector)iSampSelector=<alembic.Abc.ISampleSelector object at 0x26b69d0>]) → INuPatchSchemaSample

getVelocitiesProperty((INuPatchSchema)arg1) → IV3fArrayProperty

hasTrimCurve((INuPatchSchema)arg1) → bool

isConstant((INuPatchSchema)arg1) → bool

reset((INuPatchSchema)arg1) → None

trimCurveTopologyIsConstant((INuPatchSchema)arg1) → bool

trimCurveTopologyIsHomogenous((INuPatchSchema)arg1) → bool

valid((INuPatchSchema)arg1) → bool

class alembic.AbcGeom.INuPatchSchemaSample

getNumU((INuPatchSchemaSample)arg1) → int

getNumV((INuPatchSchemaSample)arg1) → int

getPositionWeights((INuPatchSchemaSample)arg1) → object

getPositions((INuPatchSchemaSample)arg1) → object

getSelfBounds((INuPatchSchemaSample)arg1) → Box3d

getTrimKnots((INuPatchSchemaSample)arg1) → object

getTrimMaxes((INuPatchSchemaSample)arg1) → object

getTrimMins((INuPatchSchemaSample)arg1) → object

getTrimNumCurves((INuPatchSchemaSample)arg1) → object

getTrimNumLoops((INuPatchSchemaSample)arg1) → int

getTrimNumVertices((INuPatchSchemaSample)arg1) → object

getTrimOrders((INuPatchSchemaSample)arg1) → object

getTrimU((INuPatchSchemaSample)arg1) → object

getTrimV((INuPatchSchemaSample)arg1) → object

getTrimW((INuPatchSchemaSample)arg1) → object

getUKnot((INuPatchSchemaSample)arg1) → object

getUOrder((INuPatchSchemaSample)arg1) → int

getVKnot((INuPatchSchemaSample)arg1) → object

getVOrder((INuPatchSchemaSample)arg1) → int

getVelocities((INuPatchSchemaSample)arg1) → object

hasTrimCurve((INuPatchSchemaSample)arg1) → bool

reset((INuPatchSchemaSample)arg1) → None

valid((INuPatchSchemaSample)arg1) → bool

class alembic.AbcGeom.IP2dGeomParam

This class is a typed geom param reader.

getArrayExtent((IP2dGeomParam)arg1) → int

getDataType((IP2dGeomParam)arg1) → DataType

getExpandedValue((IP2dGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x25141d0>]) → IP2dGeomParamSample

getHeader((IP2dGeomParam)arg1) → PropertyHeader

getIndexProperty((IP2dGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IP2dGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2514250>]) → IP2dGeomParamSample

static getInterpretation() → str

getMetaData((IP2dGeomParam)arg1) → MetaData

getName((IP2dGeomParam)arg1) → str

getNumSamples((IP2dGeomParam)arg1) → int

getParent((IP2dGeomParam)arg1) → ICompoundProperty

getScope((IP2dGeomParam)arg1) → GeometryScope

getTimeSampling((IP2dGeomParam)arg1) → TimeSampling

getValueProperty((IP2dGeomParam)arg1) → IP2dArrayProperty

isConstant((IP2dGeomParam)arg1) → bool

isIndexed((IP2dGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IP2dGeomParam)arg1) → None

valid((IP2dGeomParam)arg1) → bool

class alembic.AbcGeom.IP2dGeomParamSample

getIndices((IP2dGeomParamSample)arg1) → object

getScope((IP2dGeomParamSample)arg1) → GeometryScope

getVals((IP2dGeomParamSample)arg1) → object

isIndexed((IP2dGeomParamSample)arg1) → bool

reset((IP2dGeomParamSample)arg1) → None

valid((IP2dGeomParamSample)arg1) → bool

class alembic.AbcGeom.IP2fGeomParam

This class is a typed geom param reader.

getArrayExtent((IP2fGeomParam)arg1) → int

getDataType((IP2fGeomParam)arg1) → DataType

getExpandedValue((IP2fGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x25140d0>]) → IP2fGeomParamSample

getHeader((IP2fGeomParam)arg1) → PropertyHeader

getIndexProperty((IP2fGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IP2fGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2514150>]) → IP2fGeomParamSample

static getInterpretation() → str

getMetaData((IP2fGeomParam)arg1) → MetaData

getName((IP2fGeomParam)arg1) → str

getNumSamples((IP2fGeomParam)arg1) → int

getParent((IP2fGeomParam)arg1) → ICompoundProperty

getScope((IP2fGeomParam)arg1) → GeometryScope

getTimeSampling((IP2fGeomParam)arg1) → TimeSampling

getValueProperty((IP2fGeomParam)arg1) → IP2fArrayProperty

isConstant((IP2fGeomParam)arg1) → bool

isIndexed((IP2fGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IP2fGeomParam)arg1) → None

valid((IP2fGeomParam)arg1) → bool

class alembic.AbcGeom.IP2fGeomParamSample

getIndices((IP2fGeomParamSample)arg1) → object

getScope((IP2fGeomParamSample)arg1) → GeometryScope

getVals((IP2fGeomParamSample)arg1) → object

isIndexed((IP2fGeomParamSample)arg1) → bool

reset((IP2fGeomParamSample)arg1) → None

valid((IP2fGeomParamSample)arg1) → bool

class alembic.AbcGeom.IP2iGeomParam

This class is a typed geom param reader.

getArrayExtent((IP2iGeomParam)arg1) → int

getDataType((IP2iGeomParam)arg1) → DataType

getExpandedValue((IP2iGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2498f50>]) → IP2iGeomParamSample

getHeader((IP2iGeomParam)arg1) → PropertyHeader

getIndexProperty((IP2iGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IP2iGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2514050>]) → IP2iGeomParamSample

static getInterpretation() → str

getMetaData((IP2iGeomParam)arg1) → MetaData

getName((IP2iGeomParam)arg1) → str

getNumSamples((IP2iGeomParam)arg1) → int

getParent((IP2iGeomParam)arg1) → ICompoundProperty

getScope((IP2iGeomParam)arg1) → GeometryScope

getTimeSampling((IP2iGeomParam)arg1) → TimeSampling

getValueProperty((IP2iGeomParam)arg1) → IP2iArrayProperty

isConstant((IP2iGeomParam)arg1) → bool

isIndexed((IP2iGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IP2iGeomParam)arg1) → None

valid((IP2iGeomParam)arg1) → bool

class alembic.AbcGeom.IP2iGeomParamSample

getIndices((IP2iGeomParamSample)arg1) → object

getScope((IP2iGeomParamSample)arg1) → GeometryScope

getVals((IP2iGeomParamSample)arg1) → object

isIndexed((IP2iGeomParamSample)arg1) → bool

reset((IP2iGeomParamSample)arg1) → None

valid((IP2iGeomParamSample)arg1) → bool

class alembic.AbcGeom.IP2sGeomParam

This class is a typed geom param reader.

getArrayExtent((IP2sGeomParam)arg1) → int

getDataType((IP2sGeomParam)arg1) → DataType

getExpandedValue((IP2sGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2498e50>]) → IP2sGeomParamSample

getHeader((IP2sGeomParam)arg1) → PropertyHeader

getIndexProperty((IP2sGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IP2sGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2498ed0>]) → IP2sGeomParamSample

static getInterpretation() → str

getMetaData((IP2sGeomParam)arg1) → MetaData

getName((IP2sGeomParam)arg1) → str

getNumSamples((IP2sGeomParam)arg1) → int

getParent((IP2sGeomParam)arg1) → ICompoundProperty

getScope((IP2sGeomParam)arg1) → GeometryScope

getTimeSampling((IP2sGeomParam)arg1) → TimeSampling

getValueProperty((IP2sGeomParam)arg1) → IP2sArrayProperty

isConstant((IP2sGeomParam)arg1) → bool

isIndexed((IP2sGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IP2sGeomParam)arg1) → None

valid((IP2sGeomParam)arg1) → bool

class alembic.AbcGeom.IP2sGeomParamSample

getIndices((IP2sGeomParamSample)arg1) → object

getScope((IP2sGeomParamSample)arg1) → GeometryScope

getVals((IP2sGeomParamSample)arg1) → object

isIndexed((IP2sGeomParamSample)arg1) → bool

reset((IP2sGeomParamSample)arg1) → None

valid((IP2sGeomParamSample)arg1) → bool

class alembic.AbcGeom.IP3dGeomParam

This class is a typed geom param reader.

getArrayExtent((IP3dGeomParam)arg1) → int

getDataType((IP3dGeomParam)arg1) → DataType

getExpandedValue((IP3dGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x25145d0>]) → IP3dGeomParamSample

getHeader((IP3dGeomParam)arg1) → PropertyHeader

getIndexProperty((IP3dGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IP3dGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2514650>]) → IP3dGeomParamSample

static getInterpretation() → str

getMetaData((IP3dGeomParam)arg1) → MetaData

getName((IP3dGeomParam)arg1) → str

getNumSamples((IP3dGeomParam)arg1) → int

getParent((IP3dGeomParam)arg1) → ICompoundProperty

getScope((IP3dGeomParam)arg1) → GeometryScope

getTimeSampling((IP3dGeomParam)arg1) → TimeSampling

getValueProperty((IP3dGeomParam)arg1) → IP3dArrayProperty

isConstant((IP3dGeomParam)arg1) → bool

isIndexed((IP3dGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IP3dGeomParam)arg1) → None

valid((IP3dGeomParam)arg1) → bool

class alembic.AbcGeom.IP3dGeomParamSample

getIndices((IP3dGeomParamSample)arg1) → object

getScope((IP3dGeomParamSample)arg1) → GeometryScope

getVals((IP3dGeomParamSample)arg1) → object

isIndexed((IP3dGeomParamSample)arg1) → bool

reset((IP3dGeomParamSample)arg1) → None

valid((IP3dGeomParamSample)arg1) → bool

class alembic.AbcGeom.IP3fGeomParam

This class is a typed geom param reader.

getArrayExtent((IP3fGeomParam)arg1) → int

getDataType((IP3fGeomParam)arg1) → DataType

getExpandedValue((IP3fGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x25144d0>]) → IP3fGeomParamSample

getHeader((IP3fGeomParam)arg1) → PropertyHeader

getIndexProperty((IP3fGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IP3fGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2514550>]) → IP3fGeomParamSample

static getInterpretation() → str

getMetaData((IP3fGeomParam)arg1) → MetaData

getName((IP3fGeomParam)arg1) → str

getNumSamples((IP3fGeomParam)arg1) → int

getParent((IP3fGeomParam)arg1) → ICompoundProperty

getScope((IP3fGeomParam)arg1) → GeometryScope

getTimeSampling((IP3fGeomParam)arg1) → TimeSampling

getValueProperty((IP3fGeomParam)arg1) → IP3fArrayProperty

isConstant((IP3fGeomParam)arg1) → bool

isIndexed((IP3fGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IP3fGeomParam)arg1) → None

valid((IP3fGeomParam)arg1) → bool

class alembic.AbcGeom.IP3fGeomParamSample

getIndices((IP3fGeomParamSample)arg1) → object

getScope((IP3fGeomParamSample)arg1) → GeometryScope

getVals((IP3fGeomParamSample)arg1) → object

isIndexed((IP3fGeomParamSample)arg1) → bool

reset((IP3fGeomParamSample)arg1) → None

valid((IP3fGeomParamSample)arg1) → bool

class alembic.AbcGeom.IP3iGeomParam

This class is a typed geom param reader.

getArrayExtent((IP3iGeomParam)arg1) → int

getDataType((IP3iGeomParam)arg1) → DataType

getExpandedValue((IP3iGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x25143d0>]) → IP3iGeomParamSample

getHeader((IP3iGeomParam)arg1) → PropertyHeader

getIndexProperty((IP3iGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IP3iGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2514450>]) → IP3iGeomParamSample

static getInterpretation() → str

getMetaData((IP3iGeomParam)arg1) → MetaData

getName((IP3iGeomParam)arg1) → str

getNumSamples((IP3iGeomParam)arg1) → int

getParent((IP3iGeomParam)arg1) → ICompoundProperty

getScope((IP3iGeomParam)arg1) → GeometryScope

getTimeSampling((IP3iGeomParam)arg1) → TimeSampling

getValueProperty((IP3iGeomParam)arg1) → IP3iArrayProperty

isConstant((IP3iGeomParam)arg1) → bool

isIndexed((IP3iGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IP3iGeomParam)arg1) → None

valid((IP3iGeomParam)arg1) → bool

class alembic.AbcGeom.IP3iGeomParamSample

getIndices((IP3iGeomParamSample)arg1) → object

getScope((IP3iGeomParamSample)arg1) → GeometryScope

getVals((IP3iGeomParamSample)arg1) → object

isIndexed((IP3iGeomParamSample)arg1) → bool

reset((IP3iGeomParamSample)arg1) → None

valid((IP3iGeomParamSample)arg1) → bool

class alembic.AbcGeom.IP3sGeomParam

This class is a typed geom param reader.

getArrayExtent((IP3sGeomParam)arg1) → int

getDataType((IP3sGeomParam)arg1) → DataType

getExpandedValue((IP3sGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x25142d0>]) → IP3sGeomParamSample

getHeader((IP3sGeomParam)arg1) → PropertyHeader

getIndexProperty((IP3sGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IP3sGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2514350>]) → IP3sGeomParamSample

static getInterpretation() → str

getMetaData((IP3sGeomParam)arg1) → MetaData

getName((IP3sGeomParam)arg1) → str

getNumSamples((IP3sGeomParam)arg1) → int

getParent((IP3sGeomParam)arg1) → ICompoundProperty

getScope((IP3sGeomParam)arg1) → GeometryScope

getTimeSampling((IP3sGeomParam)arg1) → TimeSampling

getValueProperty((IP3sGeomParam)arg1) → IP3sArrayProperty

isConstant((IP3sGeomParam)arg1) → bool

isIndexed((IP3sGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IP3sGeomParam)arg1) → None

valid((IP3sGeomParam)arg1) → bool

class alembic.AbcGeom.IP3sGeomParamSample

getIndices((IP3sGeomParamSample)arg1) → object

getScope((IP3sGeomParamSample)arg1) → GeometryScope

getVals((IP3sGeomParamSample)arg1) → object

isIndexed((IP3sGeomParamSample)arg1) → bool

reset((IP3sGeomParamSample)arg1) → None

valid((IP3sGeomParamSample)arg1) → bool

class alembic.AbcGeom.IPoints

doc

getSchema((IPoints)arg1) → IPointsSchema :

doc

static getSchemaObjTitle() → str :

doc

static getSchemaTitle() → str :

doc

static matches((MetaData)metaData[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

matches( (ObjectHeader)metaData [, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) -> bool

reset((IPoints)arg1) → None

valid((IPoints)arg1) → bool

class alembic.AbcGeom.IPointsSchema

The IPointsSchema class is a points schema reader.

getIdsProperty((IPointsSchema)arg1) → IUInt64ArrayProperty

getNumSamples((IPointsSchema)arg1) → int

getPositionsProperty((IPointsSchema)arg1) → IP3fArrayProperty

getTimeSampling((IPointsSchema)arg1) → TimeSampling

getValue((IPointsSchema)arg1[, (ISampleSelector)iSS=<alembic.Abc.ISampleSelector object at 0x26b62d0>]) → IPointsSchemaSample

getVelocitiesProperty((IPointsSchema)arg1) → IV3fArrayProperty

getWidthsParam((IPointsSchema)arg1) → IFloatGeomParam

isConstant((IPointsSchema)arg1) → bool

reset((IPointsSchema)arg1) → None

valid((IPointsSchema)arg1) → bool

class alembic.AbcGeom.IPointsSchemaSample

getIds((IPointsSchemaSample)arg1) → object

getPositions((IPointsSchemaSample)arg1) → object

getSelfBounds((IPointsSchemaSample)arg1) → Box3d

getVelocities((IPointsSchemaSample)arg1) → object

reset((IPointsSchemaSample)arg1) → None

valid((IPointsSchemaSample)arg1) → bool

class alembic.AbcGeom.IPolyMesh

doc

getSchema((IPolyMesh)arg1) → IPolyMeshSchema :

doc

static getSchemaObjTitle() → str :

doc

static getSchemaTitle() → str :

doc

static matches((MetaData)metaData[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

matches( (ObjectHeader)metaData [, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) -> bool

reset((IPolyMesh)arg1) → None

valid((IPolyMesh)arg1) → bool

class alembic.AbcGeom.IPolyMeshSchema

The IPolyMeshSchema class is a faceset schema writer

getFaceCountsProperty((IPolyMeshSchema)arg1) → IInt32ArrayProperty

getFaceIndicesProperty((IPolyMeshSchema)arg1) → IInt32ArrayProperty

getFaceSet((IPolyMeshSchema)arg1, (str)iFaceSetName) → IFaceSet

getFaceSetNames((IPolyMeshSchema)oFaceSetNames) → object

getNormalsParam((IPolyMeshSchema)arg1) → IN3fGeomParam

getNumSamples((IPolyMeshSchema)arg1) → int

getPositionsProperty((IPolyMeshSchema)arg1) → IP3fArrayProperty

getTimeSampling((IPolyMeshSchema)arg1) → TimeSampling

getTopologyVariance((IPolyMeshSchema)arg1) → MeshTopologyVariance

getUVsParam((IPolyMeshSchema)arg1) → IV2fGeomParam

getValue((IPolyMeshSchema)arg1[, (ISampleSelector)iSampSelector=<alembic.Abc.ISampleSelector object at 0x2640d50>]) → IPolyMeshSchemaSample

getVelocitiesProperty((IPolyMeshSchema)arg1) → IV3fArrayProperty

hasFaceSet((IPolyMeshSchema)arg1, (str)iFaceSetName) → bool

isConstant((IPolyMeshSchema)arg1) → bool

reset((IPolyMeshSchema)arg1) → None

valid((IPolyMeshSchema)arg1) → bool

class alembic.AbcGeom.IPolyMeshSchemaSample

getFaceCounts((IPolyMeshSchemaSample)arg1) → object

getFaceIndices((IPolyMeshSchemaSample)arg1) → object

getPositions((IPolyMeshSchemaSample)arg1) → object

getSelfBounds((IPolyMeshSchemaSample)arg1) → Box3d

getVelocities((IPolyMeshSchemaSample)arg1) → object

reset((IPolyMeshSchemaSample)arg1) → None

valid((IPolyMeshSchemaSample)arg1) → bool

class alembic.AbcGeom.IQuatdGeomParam

This class is a typed geom param reader.

getArrayExtent((IQuatdGeomParam)arg1) → int

getDataType((IQuatdGeomParam)arg1) → DataType

getExpandedValue((IQuatdGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2530450>]) → IQuatdGeomParamSample

getHeader((IQuatdGeomParam)arg1) → PropertyHeader

getIndexProperty((IQuatdGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IQuatdGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x25304d0>]) → IQuatdGeomParamSample

static getInterpretation() → str

getMetaData((IQuatdGeomParam)arg1) → MetaData

getName((IQuatdGeomParam)arg1) → str

getNumSamples((IQuatdGeomParam)arg1) → int

getParent((IQuatdGeomParam)arg1) → ICompoundProperty

getScope((IQuatdGeomParam)arg1) → GeometryScope

getTimeSampling((IQuatdGeomParam)arg1) → TimeSampling

getValueProperty((IQuatdGeomParam)arg1) → IQuatdArrayProperty

isConstant((IQuatdGeomParam)arg1) → bool

isIndexed((IQuatdGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IQuatdGeomParam)arg1) → None

valid((IQuatdGeomParam)arg1) → bool

class alembic.AbcGeom.IQuatdGeomParamSample

getIndices((IQuatdGeomParamSample)arg1) → object

getScope((IQuatdGeomParamSample)arg1) → GeometryScope

getVals((IQuatdGeomParamSample)arg1) → object

isIndexed((IQuatdGeomParamSample)arg1) → bool

reset((IQuatdGeomParamSample)arg1) → None

valid((IQuatdGeomParamSample)arg1) → bool

class alembic.AbcGeom.IQuatfGeomParam

This class is a typed geom param reader.

getArrayExtent((IQuatfGeomParam)arg1) → int

getDataType((IQuatfGeomParam)arg1) → DataType

getExpandedValue((IQuatfGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2530350>]) → IQuatfGeomParamSample

getHeader((IQuatfGeomParam)arg1) → PropertyHeader

getIndexProperty((IQuatfGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IQuatfGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x25303d0>]) → IQuatfGeomParamSample

static getInterpretation() → str

getMetaData((IQuatfGeomParam)arg1) → MetaData

getName((IQuatfGeomParam)arg1) → str

getNumSamples((IQuatfGeomParam)arg1) → int

getParent((IQuatfGeomParam)arg1) → ICompoundProperty

getScope((IQuatfGeomParam)arg1) → GeometryScope

getTimeSampling((IQuatfGeomParam)arg1) → TimeSampling

getValueProperty((IQuatfGeomParam)arg1) → IQuatfArrayProperty

isConstant((IQuatfGeomParam)arg1) → bool

isIndexed((IQuatfGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IQuatfGeomParam)arg1) → None

valid((IQuatfGeomParam)arg1) → bool

class alembic.AbcGeom.IQuatfGeomParamSample

getIndices((IQuatfGeomParamSample)arg1) → object

getScope((IQuatfGeomParamSample)arg1) → GeometryScope

getVals((IQuatfGeomParamSample)arg1) → object

isIndexed((IQuatfGeomParamSample)arg1) → bool

reset((IQuatfGeomParamSample)arg1) → None

valid((IQuatfGeomParamSample)arg1) → bool

class alembic.AbcGeom.ISchema_Camera

Usually used as a base class, but could also theoretically be used as a standalone.

static getDefaultSchemaName() → str :

Return the default name for instances of this schema. Often something like ‘.geom’.

static getSchemaTitle() → str :

Return the schema title expected of this property.An empty title matches everything.

static matches((MetaData)metadata[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool :

This will check whether or not a given entity (as represented by a metadata) strictly matches the interpretation of this schema object.

matches( (PropertyHeader)header [, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) -> bool :

This will check whether or not a given entity (as represented by an object header) strictly matches the interpretation of thisschema object, as well as the datatype.

class alembic.AbcGeom.ISchema_Light

Usually used as a base class, but could also theoretically be used as a standalone.

static getDefaultSchemaName() → str :

Return the default name for instances of this schema. Often something like ‘.geom’.

static getSchemaTitle() → str :

Return the schema title expected of this property.An empty title matches everything.

static matches((MetaData)metadata[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool :

This will check whether or not a given entity (as represented by a metadata) strictly matches the interpretation of this schema object.

matches( (PropertyHeader)header [, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) -> bool :

This will check whether or not a given entity (as represented by an object header) strictly matches the interpretation of thisschema object, as well as the datatype.

class alembic.AbcGeom.ISchema_Xform

Usually used as a base class, but could also theoretically be used as a standalone.

static getDefaultSchemaName() → str :

Return the default name for instances of this schema. Often something like ‘.geom’.

static getSchemaTitle() → str :

Return the schema title expected of this property.An empty title matches everything.

static matches((MetaData)metadata[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool :

This will check whether or not a given entity (as represented by a metadata) strictly matches the interpretation of this schema object.

matches( (PropertyHeader)header [, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) -> bool :

This will check whether or not a given entity (as represented by an object header) strictly matches the interpretation of thisschema object, as well as the datatype.

class alembic.AbcGeom.IStringGeomParam

This class is a typed geom param reader.

getArrayExtent((IStringGeomParam)arg1) → int

getDataType((IStringGeomParam)arg1) → DataType

getExpandedValue((IStringGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2498450>]) → IStringGeomParamSample

getHeader((IStringGeomParam)arg1) → PropertyHeader

getIndexProperty((IStringGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IStringGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x24984d0>]) → IStringGeomParamSample

static getInterpretation() → str

getMetaData((IStringGeomParam)arg1) → MetaData

getName((IStringGeomParam)arg1) → str

getNumSamples((IStringGeomParam)arg1) → int

getParent((IStringGeomParam)arg1) → ICompoundProperty

getScope((IStringGeomParam)arg1) → GeometryScope

getTimeSampling((IStringGeomParam)arg1) → TimeSampling

getValueProperty((IStringGeomParam)arg1) → IStringArrayProperty

isConstant((IStringGeomParam)arg1) → bool

isIndexed((IStringGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IStringGeomParam)arg1) → None

valid((IStringGeomParam)arg1) → bool

class alembic.AbcGeom.IStringGeomParamSample

getIndices((IStringGeomParamSample)arg1) → object

getScope((IStringGeomParamSample)arg1) → GeometryScope

getVals((IStringGeomParamSample)arg1) → object

isIndexed((IStringGeomParamSample)arg1) → bool

reset((IStringGeomParamSample)arg1) → None

valid((IStringGeomParamSample)arg1) → bool

class alembic.AbcGeom.ISubD

doc

getSchema((ISubD)arg1) → ISubDSchema :

doc

static getSchemaObjTitle() → str :

doc

static getSchemaTitle() → str :

doc

static matches((MetaData)metaData[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

matches( (ObjectHeader)metaData [, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) -> bool

reset((ISubD)arg1) → None

valid((ISubD)arg1) → bool

class alembic.AbcGeom.ISubDSchema

The ISubDSchema class is a subd schema reader.

getCornerIndicesProperty((ISubDSchema)arg1) → IInt32ArrayProperty

getCornerSharpnessesProperty((ISubDSchema)arg1) → IFloatArrayProperty

getCreaseIndicesProperty((ISubDSchema)arg1) → IInt32ArrayProperty

getCreaseLengthsProperty((ISubDSchema)arg1) → IInt32ArrayProperty

getCreaseSharpnessesProperty((ISubDSchema)arg1) → IFloatArrayProperty

getFaceCountsProperty((ISubDSchema)arg1) → IInt32ArrayProperty

getFaceIndicesProperty((ISubDSchema)arg1) → IInt32ArrayProperty

getFaceSet((ISubDSchema)arg1, (str)faceSetName) → IFaceSet

getFaceSetNames((ISubDSchema)faceSetNames) → object

getFaceVaryingInterpolateBoundaryProperty((ISubDSchema)arg1) → IInt32Property

getFaceVaryingPropagateCornersProperty((ISubDSchema)arg1) → IInt32Property

getHolesProperty((ISubDSchema)arg1) → IInt32ArrayProperty

getInterpolateBoundaryProperty((ISubDSchema)arg1) → IInt32Property

getNumSamples((ISubDSchema)arg1) → int

getPositionsProperty((ISubDSchema)arg1) → IP3fArrayProperty

getSubdivisionSchemeProperty((ISubDSchema)arg1) → IStringProperty

getTimeSampling((ISubDSchema)arg1) → TimeSampling

getTopologyVariance((ISubDSchema)arg1) → MeshTopologyVariance

getUVsParam((ISubDSchema)arg1) → IV2fGeomParam

getValue((ISubDSchema)arg1[, (ISampleSelector)iSS=<alembic.Abc.ISampleSelector object at 0x26b67d0>]) → Sample

getVelocitiesProperty((ISubDSchema)arg1) → IV3fArrayProperty

hasFaceSet((ISubDSchema)arg1, (str)faceSetName) → bool

isConstant((ISubDSchema)arg1) → bool

reset((ISubDSchema)arg1) → None

valid((ISubDSchema)arg1) → bool

class alembic.AbcGeom.IUInt16GeomParam

This class is a typed geom param reader.

getArrayExtent((IUInt16GeomParam)arg1) → int

getDataType((IUInt16GeomParam)arg1) → DataType

getExpandedValue((IUInt16GeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2287ad0>]) → IUInt16GeomParamSample

getHeader((IUInt16GeomParam)arg1) → PropertyHeader

getIndexProperty((IUInt16GeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IUInt16GeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2287b50>]) → IUInt16GeomParamSample

static getInterpretation() → str

getMetaData((IUInt16GeomParam)arg1) → MetaData

getName((IUInt16GeomParam)arg1) → str

getNumSamples((IUInt16GeomParam)arg1) → int

getParent((IUInt16GeomParam)arg1) → ICompoundProperty

getScope((IUInt16GeomParam)arg1) → GeometryScope

getTimeSampling((IUInt16GeomParam)arg1) → TimeSampling

getValueProperty((IUInt16GeomParam)arg1) → IUInt16ArrayProperty

isConstant((IUInt16GeomParam)arg1) → bool

isIndexed((IUInt16GeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IUInt16GeomParam)arg1) → None

valid((IUInt16GeomParam)arg1) → bool

class alembic.AbcGeom.IUInt16GeomParamSample

getIndices((IUInt16GeomParamSample)arg1) → object

getScope((IUInt16GeomParamSample)arg1) → GeometryScope

getVals((IUInt16GeomParamSample)arg1) → object

isIndexed((IUInt16GeomParamSample)arg1) → bool

reset((IUInt16GeomParamSample)arg1) → None

valid((IUInt16GeomParamSample)arg1) → bool

class alembic.AbcGeom.IUInt32GeomParam

This class is a typed geom param reader.

getArrayExtent((IUInt32GeomParam)arg1) → int

getDataType((IUInt32GeomParam)arg1) → DataType

getExpandedValue((IUInt32GeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2287cd0>]) → IUInt32GeomParamSample

getHeader((IUInt32GeomParam)arg1) → PropertyHeader

getIndexProperty((IUInt32GeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IUInt32GeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2287d50>]) → IUInt32GeomParamSample

static getInterpretation() → str

getMetaData((IUInt32GeomParam)arg1) → MetaData

getName((IUInt32GeomParam)arg1) → str

getNumSamples((IUInt32GeomParam)arg1) → int

getParent((IUInt32GeomParam)arg1) → ICompoundProperty

getScope((IUInt32GeomParam)arg1) → GeometryScope

getTimeSampling((IUInt32GeomParam)arg1) → TimeSampling

getValueProperty((IUInt32GeomParam)arg1) → IUInt32ArrayProperty

isConstant((IUInt32GeomParam)arg1) → bool

isIndexed((IUInt32GeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IUInt32GeomParam)arg1) → None

valid((IUInt32GeomParam)arg1) → bool

class alembic.AbcGeom.IUInt32GeomParamSample

getIndices((IUInt32GeomParamSample)arg1) → object

getScope((IUInt32GeomParamSample)arg1) → GeometryScope

getVals((IUInt32GeomParamSample)arg1) → object

isIndexed((IUInt32GeomParamSample)arg1) → bool

reset((IUInt32GeomParamSample)arg1) → None

valid((IUInt32GeomParamSample)arg1) → bool

class alembic.AbcGeom.IUInt64GeomParam

This class is a typed geom param reader.

getArrayExtent((IUInt64GeomParam)arg1) → int

getDataType((IUInt64GeomParam)arg1) → DataType

getExpandedValue((IUInt64GeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2287ed0>]) → IUInt64GeomParamSample

getHeader((IUInt64GeomParam)arg1) → PropertyHeader

getIndexProperty((IUInt64GeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IUInt64GeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2287f50>]) → IUInt64GeomParamSample

static getInterpretation() → str

getMetaData((IUInt64GeomParam)arg1) → MetaData

getName((IUInt64GeomParam)arg1) → str

getNumSamples((IUInt64GeomParam)arg1) → int

getParent((IUInt64GeomParam)arg1) → ICompoundProperty

getScope((IUInt64GeomParam)arg1) → GeometryScope

getTimeSampling((IUInt64GeomParam)arg1) → TimeSampling

getValueProperty((IUInt64GeomParam)arg1) → IUInt64ArrayProperty

isConstant((IUInt64GeomParam)arg1) → bool

isIndexed((IUInt64GeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IUInt64GeomParam)arg1) → None

valid((IUInt64GeomParam)arg1) → bool

class alembic.AbcGeom.IUInt64GeomParamSample

getIndices((IUInt64GeomParamSample)arg1) → object

getScope((IUInt64GeomParamSample)arg1) → GeometryScope

getVals((IUInt64GeomParamSample)arg1) → object

isIndexed((IUInt64GeomParamSample)arg1) → bool

reset((IUInt64GeomParamSample)arg1) → None

valid((IUInt64GeomParamSample)arg1) → bool

class alembic.AbcGeom.IUcharGeomParam

This class is a typed geom param reader.

getArrayExtent((IUcharGeomParam)arg1) → int

getDataType((IUcharGeomParam)arg1) → DataType

getExpandedValue((IUcharGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x22878d0>]) → IUcharGeomParamSample

getHeader((IUcharGeomParam)arg1) → PropertyHeader

getIndexProperty((IUcharGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IUcharGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2287950>]) → IUcharGeomParamSample

static getInterpretation() → str

getMetaData((IUcharGeomParam)arg1) → MetaData

getName((IUcharGeomParam)arg1) → str

getNumSamples((IUcharGeomParam)arg1) → int

getParent((IUcharGeomParam)arg1) → ICompoundProperty

getScope((IUcharGeomParam)arg1) → GeometryScope

getTimeSampling((IUcharGeomParam)arg1) → TimeSampling

getValueProperty((IUcharGeomParam)arg1) → IUcharArrayProperty

isConstant((IUcharGeomParam)arg1) → bool

isIndexed((IUcharGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IUcharGeomParam)arg1) → None

valid((IUcharGeomParam)arg1) → bool

class alembic.AbcGeom.IUcharGeomParamSample

getIndices((IUcharGeomParamSample)arg1) → object

getScope((IUcharGeomParamSample)arg1) → GeometryScope

getVals((IUcharGeomParamSample)arg1) → object

isIndexed((IUcharGeomParamSample)arg1) → bool

reset((IUcharGeomParamSample)arg1) → None

valid((IUcharGeomParamSample)arg1) → bool

class alembic.AbcGeom.IV2dGeomParam

This class is a typed geom param reader.

getArrayExtent((IV2dGeomParam)arg1) → int

getDataType((IV2dGeomParam)arg1) → DataType

getExpandedValue((IV2dGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2498950>]) → IV2dGeomParamSample

getHeader((IV2dGeomParam)arg1) → PropertyHeader

getIndexProperty((IV2dGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IV2dGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x24989d0>]) → IV2dGeomParamSample

static getInterpretation() → str

getMetaData((IV2dGeomParam)arg1) → MetaData

getName((IV2dGeomParam)arg1) → str

getNumSamples((IV2dGeomParam)arg1) → int

getParent((IV2dGeomParam)arg1) → ICompoundProperty

getScope((IV2dGeomParam)arg1) → GeometryScope

getTimeSampling((IV2dGeomParam)arg1) → TimeSampling

getValueProperty((IV2dGeomParam)arg1) → IV2dArrayProperty

isConstant((IV2dGeomParam)arg1) → bool

isIndexed((IV2dGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IV2dGeomParam)arg1) → None

valid((IV2dGeomParam)arg1) → bool

class alembic.AbcGeom.IV2dGeomParamSample

getIndices((IV2dGeomParamSample)arg1) → object

getScope((IV2dGeomParamSample)arg1) → GeometryScope

getVals((IV2dGeomParamSample)arg1) → object

isIndexed((IV2dGeomParamSample)arg1) → bool

reset((IV2dGeomParamSample)arg1) → None

valid((IV2dGeomParamSample)arg1) → bool

class alembic.AbcGeom.IV2fGeomParam

This class is a typed geom param reader.

getArrayExtent((IV2fGeomParam)arg1) → int

getDataType((IV2fGeomParam)arg1) → DataType

getExpandedValue((IV2fGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2498850>]) → IV2fGeomParamSample

getHeader((IV2fGeomParam)arg1) → PropertyHeader

getIndexProperty((IV2fGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IV2fGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x24988d0>]) → IV2fGeomParamSample

static getInterpretation() → str

getMetaData((IV2fGeomParam)arg1) → MetaData

getName((IV2fGeomParam)arg1) → str

getNumSamples((IV2fGeomParam)arg1) → int

getParent((IV2fGeomParam)arg1) → ICompoundProperty

getScope((IV2fGeomParam)arg1) → GeometryScope

getTimeSampling((IV2fGeomParam)arg1) → TimeSampling

getValueProperty((IV2fGeomParam)arg1) → IV2fArrayProperty

isConstant((IV2fGeomParam)arg1) → bool

isIndexed((IV2fGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IV2fGeomParam)arg1) → None

valid((IV2fGeomParam)arg1) → bool

class alembic.AbcGeom.IV2fGeomParamSample

getIndices((IV2fGeomParamSample)arg1) → object

getScope((IV2fGeomParamSample)arg1) → GeometryScope

getVals((IV2fGeomParamSample)arg1) → object

isIndexed((IV2fGeomParamSample)arg1) → bool

reset((IV2fGeomParamSample)arg1) → None

valid((IV2fGeomParamSample)arg1) → bool

class alembic.AbcGeom.IV2iGeomParam

This class is a typed geom param reader.

getArrayExtent((IV2iGeomParam)arg1) → int

getDataType((IV2iGeomParam)arg1) → DataType

getExpandedValue((IV2iGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2498750>]) → IV2iGeomParamSample

getHeader((IV2iGeomParam)arg1) → PropertyHeader

getIndexProperty((IV2iGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IV2iGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x24987d0>]) → IV2iGeomParamSample

static getInterpretation() → str

getMetaData((IV2iGeomParam)arg1) → MetaData

getName((IV2iGeomParam)arg1) → str

getNumSamples((IV2iGeomParam)arg1) → int

getParent((IV2iGeomParam)arg1) → ICompoundProperty

getScope((IV2iGeomParam)arg1) → GeometryScope

getTimeSampling((IV2iGeomParam)arg1) → TimeSampling

getValueProperty((IV2iGeomParam)arg1) → IV2iArrayProperty

isConstant((IV2iGeomParam)arg1) → bool

isIndexed((IV2iGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IV2iGeomParam)arg1) → None

valid((IV2iGeomParam)arg1) → bool

class alembic.AbcGeom.IV2iGeomParamSample

getIndices((IV2iGeomParamSample)arg1) → object

getScope((IV2iGeomParamSample)arg1) → GeometryScope

getVals((IV2iGeomParamSample)arg1) → object

isIndexed((IV2iGeomParamSample)arg1) → bool

reset((IV2iGeomParamSample)arg1) → None

valid((IV2iGeomParamSample)arg1) → bool

class alembic.AbcGeom.IV2sGeomParam

This class is a typed geom param reader.

getArrayExtent((IV2sGeomParam)arg1) → int

getDataType((IV2sGeomParam)arg1) → DataType

getExpandedValue((IV2sGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2498650>]) → IV2sGeomParamSample

getHeader((IV2sGeomParam)arg1) → PropertyHeader

getIndexProperty((IV2sGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IV2sGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x24986d0>]) → IV2sGeomParamSample

static getInterpretation() → str

getMetaData((IV2sGeomParam)arg1) → MetaData

getName((IV2sGeomParam)arg1) → str

getNumSamples((IV2sGeomParam)arg1) → int

getParent((IV2sGeomParam)arg1) → ICompoundProperty

getScope((IV2sGeomParam)arg1) → GeometryScope

getTimeSampling((IV2sGeomParam)arg1) → TimeSampling

getValueProperty((IV2sGeomParam)arg1) → IV2sArrayProperty

isConstant((IV2sGeomParam)arg1) → bool

isIndexed((IV2sGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IV2sGeomParam)arg1) → None

valid((IV2sGeomParam)arg1) → bool

class alembic.AbcGeom.IV2sGeomParamSample

getIndices((IV2sGeomParamSample)arg1) → object

getScope((IV2sGeomParamSample)arg1) → GeometryScope

getVals((IV2sGeomParamSample)arg1) → object

isIndexed((IV2sGeomParamSample)arg1) → bool

reset((IV2sGeomParamSample)arg1) → None

valid((IV2sGeomParamSample)arg1) → bool

class alembic.AbcGeom.IV3dGeomParam

This class is a typed geom param reader.

getArrayExtent((IV3dGeomParam)arg1) → int

getDataType((IV3dGeomParam)arg1) → DataType

getExpandedValue((IV3dGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2498d50>]) → IV3dGeomParamSample

getHeader((IV3dGeomParam)arg1) → PropertyHeader

getIndexProperty((IV3dGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IV3dGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2498dd0>]) → IV3dGeomParamSample

static getInterpretation() → str

getMetaData((IV3dGeomParam)arg1) → MetaData

getName((IV3dGeomParam)arg1) → str

getNumSamples((IV3dGeomParam)arg1) → int

getParent((IV3dGeomParam)arg1) → ICompoundProperty

getScope((IV3dGeomParam)arg1) → GeometryScope

getTimeSampling((IV3dGeomParam)arg1) → TimeSampling

getValueProperty((IV3dGeomParam)arg1) → IV3dArrayProperty

isConstant((IV3dGeomParam)arg1) → bool

isIndexed((IV3dGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IV3dGeomParam)arg1) → None

valid((IV3dGeomParam)arg1) → bool

class alembic.AbcGeom.IV3dGeomParamSample

getIndices((IV3dGeomParamSample)arg1) → object

getScope((IV3dGeomParamSample)arg1) → GeometryScope

getVals((IV3dGeomParamSample)arg1) → object

isIndexed((IV3dGeomParamSample)arg1) → bool

reset((IV3dGeomParamSample)arg1) → None

valid((IV3dGeomParamSample)arg1) → bool

class alembic.AbcGeom.IV3fGeomParam

This class is a typed geom param reader.

getArrayExtent((IV3fGeomParam)arg1) → int

getDataType((IV3fGeomParam)arg1) → DataType

getExpandedValue((IV3fGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2498c50>]) → IV3fGeomParamSample

getHeader((IV3fGeomParam)arg1) → PropertyHeader

getIndexProperty((IV3fGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IV3fGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2498cd0>]) → IV3fGeomParamSample

static getInterpretation() → str

getMetaData((IV3fGeomParam)arg1) → MetaData

getName((IV3fGeomParam)arg1) → str

getNumSamples((IV3fGeomParam)arg1) → int

getParent((IV3fGeomParam)arg1) → ICompoundProperty

getScope((IV3fGeomParam)arg1) → GeometryScope

getTimeSampling((IV3fGeomParam)arg1) → TimeSampling

getValueProperty((IV3fGeomParam)arg1) → IV3fArrayProperty

isConstant((IV3fGeomParam)arg1) → bool

isIndexed((IV3fGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IV3fGeomParam)arg1) → None

valid((IV3fGeomParam)arg1) → bool

class alembic.AbcGeom.IV3fGeomParamSample

getIndices((IV3fGeomParamSample)arg1) → object

getScope((IV3fGeomParamSample)arg1) → GeometryScope

getVals((IV3fGeomParamSample)arg1) → object

isIndexed((IV3fGeomParamSample)arg1) → bool

reset((IV3fGeomParamSample)arg1) → None

valid((IV3fGeomParamSample)arg1) → bool

class alembic.AbcGeom.IV3iGeomParam

This class is a typed geom param reader.

getArrayExtent((IV3iGeomParam)arg1) → int

getDataType((IV3iGeomParam)arg1) → DataType

getExpandedValue((IV3iGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2498b50>]) → IV3iGeomParamSample

getHeader((IV3iGeomParam)arg1) → PropertyHeader

getIndexProperty((IV3iGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IV3iGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2498bd0>]) → IV3iGeomParamSample

static getInterpretation() → str

getMetaData((IV3iGeomParam)arg1) → MetaData

getName((IV3iGeomParam)arg1) → str

getNumSamples((IV3iGeomParam)arg1) → int

getParent((IV3iGeomParam)arg1) → ICompoundProperty

getScope((IV3iGeomParam)arg1) → GeometryScope

getTimeSampling((IV3iGeomParam)arg1) → TimeSampling

getValueProperty((IV3iGeomParam)arg1) → IV3iArrayProperty

isConstant((IV3iGeomParam)arg1) → bool

isIndexed((IV3iGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IV3iGeomParam)arg1) → None

valid((IV3iGeomParam)arg1) → bool

class alembic.AbcGeom.IV3iGeomParamSample

getIndices((IV3iGeomParamSample)arg1) → object

getScope((IV3iGeomParamSample)arg1) → GeometryScope

getVals((IV3iGeomParamSample)arg1) → object

isIndexed((IV3iGeomParamSample)arg1) → bool

reset((IV3iGeomParamSample)arg1) → None

valid((IV3iGeomParamSample)arg1) → bool

class alembic.AbcGeom.IV3sGeomParam

This class is a typed geom param reader.

getArrayExtent((IV3sGeomParam)arg1) → int

getDataType((IV3sGeomParam)arg1) → DataType

getExpandedValue((IV3sGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2498a50>]) → IV3sGeomParamSample

getHeader((IV3sGeomParam)arg1) → PropertyHeader

getIndexProperty((IV3sGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IV3sGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2498ad0>]) → IV3sGeomParamSample

static getInterpretation() → str

getMetaData((IV3sGeomParam)arg1) → MetaData

getName((IV3sGeomParam)arg1) → str

getNumSamples((IV3sGeomParam)arg1) → int

getParent((IV3sGeomParam)arg1) → ICompoundProperty

getScope((IV3sGeomParam)arg1) → GeometryScope

getTimeSampling((IV3sGeomParam)arg1) → TimeSampling

getValueProperty((IV3sGeomParam)arg1) → IV3sArrayProperty

isConstant((IV3sGeomParam)arg1) → bool

isIndexed((IV3sGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IV3sGeomParam)arg1) → None

valid((IV3sGeomParam)arg1) → bool

class alembic.AbcGeom.IV3sGeomParamSample

getIndices((IV3sGeomParamSample)arg1) → object

getScope((IV3sGeomParamSample)arg1) → GeometryScope

getVals((IV3sGeomParamSample)arg1) → object

isIndexed((IV3sGeomParamSample)arg1) → bool

reset((IV3sGeomParamSample)arg1) → None

valid((IV3sGeomParamSample)arg1) → bool

class alembic.AbcGeom.IWstringGeomParam

This class is a typed geom param reader.

getArrayExtent((IWstringGeomParam)arg1) → int

getDataType((IWstringGeomParam)arg1) → DataType

getExpandedValue((IWstringGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x2498550>]) → IWstringGeomParamSample

getHeader((IWstringGeomParam)arg1) → PropertyHeader

getIndexProperty((IWstringGeomParam)arg1) → IUInt32ArrayProperty

getIndexedValue((IWstringGeomParam)arg1[, (ISampleSelector)iSampleSelector=<alembic.Abc.ISampleSelector object at 0x24985d0>]) → IWstringGeomParamSample

static getInterpretation() → str

getMetaData((IWstringGeomParam)arg1) → MetaData

getName((IWstringGeomParam)arg1) → str

getNumSamples((IWstringGeomParam)arg1) → int

getParent((IWstringGeomParam)arg1) → ICompoundProperty

getScope((IWstringGeomParam)arg1) → GeometryScope

getTimeSampling((IWstringGeomParam)arg1) → TimeSampling

getValueProperty((IWstringGeomParam)arg1) → IWstringArrayProperty

isConstant((IWstringGeomParam)arg1) → bool

isIndexed((IWstringGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((IWstringGeomParam)arg1) → None

valid((IWstringGeomParam)arg1) → bool

class alembic.AbcGeom.IWstringGeomParamSample

getIndices((IWstringGeomParamSample)arg1) → object

getScope((IWstringGeomParamSample)arg1) → GeometryScope

getVals((IWstringGeomParamSample)arg1) → object

isIndexed((IWstringGeomParamSample)arg1) → bool

reset((IWstringGeomParamSample)arg1) → None

valid((IWstringGeomParamSample)arg1) → bool

class alembic.AbcGeom.IXform

doc

getSchema((IXform)arg1) → IXformSchema :

doc

static getSchemaObjTitle() → str :

doc

static getSchemaTitle() → str :

doc

static matches((MetaData)metaData[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

matches( (ObjectHeader)metaData [, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) -> bool

reset((IXform)arg1) → None

valid((IXform)arg1) → bool

class alembic.AbcGeom.IXformSchema

The IXformSchema class is a xform schema reader

getArbGeomParams((IXformSchema)arg1) → ICompoundProperty

getChildBoundsProperty((IXformSchema)arg1) → IBox3dProperty

getInheritsXforms((IXformSchema)arg1[, (ISampleSelector)iSS=<alembic.Abc.ISampleSelector object at 0x2640f50>]) → bool :

lightweight get to avoid constructing a sample

getNumOps((IXformSchema)arg1) → int

getNumSamples((IXformSchema)arg1) → int

getTimeSampling((IXformSchema)arg1) → TimeSampling

getUserProperties((IXformSchema)arg1) → ICompoundProperty

getValue((IXformSchema)arg1[, (ISampleSelector)iSS=<alembic.Abc.ISampleSelector object at 0x26b6050>]) → XformSample

isConstant((IXformSchema)arg1) → bool

isConstantIdentity((IXformSchema)arg1) → bool

reset((IXformSchema)arg1) → None

valid((IXformSchema)arg1) → bool

alembic.AbcGeom.IsAncestorInvisible((IObject)schemaObject[, (ISampleSelector)iSS=<alembic.Abc.ISampleSelector object at 0x2287550>]) → bool

class alembic.AbcGeom.MeshTopologyVariance

kConstantTopology = alembic.AbcGeom.MeshTopologyVariance.kConstantTopology

kHeterogenousTopology = alembic.AbcGeom.MeshTopologyVariance.kHeterogenousTopology

kHomogenousTopology = alembic.AbcGeom.MeshTopologyVariance.kHomogenousTopology

names = {'kConstantTopology': alembic.AbcGeom.MeshTopologyVariance.kConstantTopology, 'kHomogenousTopology': alembic.AbcGeom.MeshTopologyVariance.kHomogenousTopology, 'kHeterogenousTopology': alembic.AbcGeom.MeshTopologyVariance.kHeterogenousTopology}

values = {0: alembic.AbcGeom.MeshTopologyVariance.kConstantTopology, 1: alembic.AbcGeom.MeshTopologyVariance.kHomogenousTopology, 2: alembic.AbcGeom.MeshTopologyVariance.kHeterogenousTopology}

class alembic.AbcGeom.OBooleanGeomParam

This class is a typed geom param writer.

getDataType((OBooleanGeomParam)arg1) → DataType

getIndexProperty((OBooleanGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OBooleanGeomParam)arg1) → str

getNumSamples((OBooleanGeomParam)arg1) → int

getScope((OBooleanGeomParam)arg1) → GeometryScope

getTimeSampling((OBooleanGeomParam)arg1) → TimeSampling

getValueProperty((OBooleanGeomParam)arg1) → OBoolArrayProperty

isIndexed((OBooleanGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OBooleanGeomParam)arg1) → None

set((OBooleanGeomParam)arg1, (OBooleanGeomParamSample)sample) → None

set( (OBooleanGeomParam)arg1, (object)sample) -> None

setFromPrevious((OBooleanGeomParam)arg1) → None

setTimeSampling((OBooleanGeomParam)arg1, (int)index) → None

setTimeSampling( (OBooleanGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OBooleanGeomParam)arg1) → bool

class alembic.AbcGeom.OBooleanGeomParamSample

getIndices((OBooleanGeomParamSample)arg1) → object

getScope((OBooleanGeomParamSample)arg1) → GeometryScope

getVals((OBooleanGeomParamSample)arg1) → object

reset((OBooleanGeomParamSample)arg1) → None

setIndices((OBooleanGeomParamSample)arg1, (object)arg2) → None

setScope((OBooleanGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OBooleanGeomParamSample)arg1, (object)arg2) → None

valid((OBooleanGeomParamSample)arg1) → bool

class alembic.AbcGeom.OBox2dGeomParam

This class is a typed geom param writer.

getDataType((OBox2dGeomParam)arg1) → DataType

getIndexProperty((OBox2dGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OBox2dGeomParam)arg1) → str

getNumSamples((OBox2dGeomParam)arg1) → int

getScope((OBox2dGeomParam)arg1) → GeometryScope

getTimeSampling((OBox2dGeomParam)arg1) → TimeSampling

getValueProperty((OBox2dGeomParam)arg1) → OBox2dArrayProperty

isIndexed((OBox2dGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OBox2dGeomParam)arg1) → None

set((OBox2dGeomParam)arg1, (object)sample) → None

set( (OBox2dGeomParam)arg1, (OBox2dGeomParamSample)sample) -> None

setFromPrevious((OBox2dGeomParam)arg1) → None

setTimeSampling((OBox2dGeomParam)arg1, (int)index) → None

setTimeSampling( (OBox2dGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OBox2dGeomParam)arg1) → bool

class alembic.AbcGeom.OBox2dGeomParamSample

getIndices((OBox2dGeomParamSample)arg1) → object

getScope((OBox2dGeomParamSample)arg1) → GeometryScope

getVals((OBox2dGeomParamSample)arg1) → object

reset((OBox2dGeomParamSample)arg1) → None

setIndices((OBox2dGeomParamSample)arg1, (object)arg2) → None

setScope((OBox2dGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OBox2dGeomParamSample)arg1, (object)arg2) → None

valid((OBox2dGeomParamSample)arg1) → bool

class alembic.AbcGeom.OBox2fGeomParam

This class is a typed geom param writer.

getDataType((OBox2fGeomParam)arg1) → DataType

getIndexProperty((OBox2fGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OBox2fGeomParam)arg1) → str

getNumSamples((OBox2fGeomParam)arg1) → int

getScope((OBox2fGeomParam)arg1) → GeometryScope

getTimeSampling((OBox2fGeomParam)arg1) → TimeSampling

getValueProperty((OBox2fGeomParam)arg1) → OBox2fArrayProperty

isIndexed((OBox2fGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OBox2fGeomParam)arg1) → None

set((OBox2fGeomParam)arg1, (object)sample) → None

set( (OBox2fGeomParam)arg1, (OBox2fGeomParamSample)sample) -> None

setFromPrevious((OBox2fGeomParam)arg1) → None

setTimeSampling((OBox2fGeomParam)arg1, (int)index) → None

setTimeSampling( (OBox2fGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OBox2fGeomParam)arg1) → bool

class alembic.AbcGeom.OBox2fGeomParamSample

getIndices((OBox2fGeomParamSample)arg1) → object

getScope((OBox2fGeomParamSample)arg1) → GeometryScope

getVals((OBox2fGeomParamSample)arg1) → object

reset((OBox2fGeomParamSample)arg1) → None

setIndices((OBox2fGeomParamSample)arg1, (object)arg2) → None

setScope((OBox2fGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OBox2fGeomParamSample)arg1, (object)arg2) → None

valid((OBox2fGeomParamSample)arg1) → bool

class alembic.AbcGeom.OBox2iGeomParam

This class is a typed geom param writer.

getDataType((OBox2iGeomParam)arg1) → DataType

getIndexProperty((OBox2iGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OBox2iGeomParam)arg1) → str

getNumSamples((OBox2iGeomParam)arg1) → int

getScope((OBox2iGeomParam)arg1) → GeometryScope

getTimeSampling((OBox2iGeomParam)arg1) → TimeSampling

getValueProperty((OBox2iGeomParam)arg1) → OBox2iArrayProperty

isIndexed((OBox2iGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OBox2iGeomParam)arg1) → None

set((OBox2iGeomParam)arg1, (object)sample) → None

set( (OBox2iGeomParam)arg1, (OBox2iGeomParamSample)sample) -> None

setFromPrevious((OBox2iGeomParam)arg1) → None

setTimeSampling((OBox2iGeomParam)arg1, (int)index) → None

setTimeSampling( (OBox2iGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OBox2iGeomParam)arg1) → bool

class alembic.AbcGeom.OBox2iGeomParamSample

getIndices((OBox2iGeomParamSample)arg1) → object

getScope((OBox2iGeomParamSample)arg1) → GeometryScope

getVals((OBox2iGeomParamSample)arg1) → object

reset((OBox2iGeomParamSample)arg1) → None

setIndices((OBox2iGeomParamSample)arg1, (object)arg2) → None

setScope((OBox2iGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OBox2iGeomParamSample)arg1, (object)arg2) → None

valid((OBox2iGeomParamSample)arg1) → bool

class alembic.AbcGeom.OBox2sGeomParam

This class is a typed geom param writer.

getDataType((OBox2sGeomParam)arg1) → DataType

getIndexProperty((OBox2sGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OBox2sGeomParam)arg1) → str

getNumSamples((OBox2sGeomParam)arg1) → int

getScope((OBox2sGeomParam)arg1) → GeometryScope

getTimeSampling((OBox2sGeomParam)arg1) → TimeSampling

getValueProperty((OBox2sGeomParam)arg1) → OBox2sArrayProperty

isIndexed((OBox2sGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OBox2sGeomParam)arg1) → None

set((OBox2sGeomParam)arg1, (object)sample) → None

set( (OBox2sGeomParam)arg1, (OBox2sGeomParamSample)sample) -> None

setFromPrevious((OBox2sGeomParam)arg1) → None

setTimeSampling((OBox2sGeomParam)arg1, (int)index) → None

setTimeSampling( (OBox2sGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OBox2sGeomParam)arg1) → bool

class alembic.AbcGeom.OBox2sGeomParamSample

getIndices((OBox2sGeomParamSample)arg1) → object

getScope((OBox2sGeomParamSample)arg1) → GeometryScope

getVals((OBox2sGeomParamSample)arg1) → object

reset((OBox2sGeomParamSample)arg1) → None

setIndices((OBox2sGeomParamSample)arg1, (object)arg2) → None

setScope((OBox2sGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OBox2sGeomParamSample)arg1, (object)arg2) → None

valid((OBox2sGeomParamSample)arg1) → bool

class alembic.AbcGeom.OBox3dGeomParam

This class is a typed geom param writer.

getDataType((OBox3dGeomParam)arg1) → DataType

getIndexProperty((OBox3dGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OBox3dGeomParam)arg1) → str

getNumSamples((OBox3dGeomParam)arg1) → int

getScope((OBox3dGeomParam)arg1) → GeometryScope

getTimeSampling((OBox3dGeomParam)arg1) → TimeSampling

getValueProperty((OBox3dGeomParam)arg1) → OBox3dArrayProperty

isIndexed((OBox3dGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OBox3dGeomParam)arg1) → None

set((OBox3dGeomParam)arg1, (object)sample) → None

set( (OBox3dGeomParam)arg1, (OBox3dGeomParamSample)sample) -> None

setFromPrevious((OBox3dGeomParam)arg1) → None

setTimeSampling((OBox3dGeomParam)arg1, (int)index) → None

setTimeSampling( (OBox3dGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OBox3dGeomParam)arg1) → bool

class alembic.AbcGeom.OBox3dGeomParamSample

getIndices((OBox3dGeomParamSample)arg1) → object

getScope((OBox3dGeomParamSample)arg1) → GeometryScope

getVals((OBox3dGeomParamSample)arg1) → object

reset((OBox3dGeomParamSample)arg1) → None

setIndices((OBox3dGeomParamSample)arg1, (object)arg2) → None

setScope((OBox3dGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OBox3dGeomParamSample)arg1, (object)arg2) → None

valid((OBox3dGeomParamSample)arg1) → bool

class alembic.AbcGeom.OBox3fGeomParam

This class is a typed geom param writer.

getDataType((OBox3fGeomParam)arg1) → DataType

getIndexProperty((OBox3fGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OBox3fGeomParam)arg1) → str

getNumSamples((OBox3fGeomParam)arg1) → int

getScope((OBox3fGeomParam)arg1) → GeometryScope

getTimeSampling((OBox3fGeomParam)arg1) → TimeSampling

getValueProperty((OBox3fGeomParam)arg1) → OBox3fArrayProperty

isIndexed((OBox3fGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OBox3fGeomParam)arg1) → None

set((OBox3fGeomParam)arg1, (object)sample) → None

set( (OBox3fGeomParam)arg1, (OBox3fGeomParamSample)sample) -> None

setFromPrevious((OBox3fGeomParam)arg1) → None

setTimeSampling((OBox3fGeomParam)arg1, (int)index) → None

setTimeSampling( (OBox3fGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OBox3fGeomParam)arg1) → bool

class alembic.AbcGeom.OBox3fGeomParamSample

getIndices((OBox3fGeomParamSample)arg1) → object

getScope((OBox3fGeomParamSample)arg1) → GeometryScope

getVals((OBox3fGeomParamSample)arg1) → object

reset((OBox3fGeomParamSample)arg1) → None

setIndices((OBox3fGeomParamSample)arg1, (object)arg2) → None

setScope((OBox3fGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OBox3fGeomParamSample)arg1, (object)arg2) → None

valid((OBox3fGeomParamSample)arg1) → bool

class alembic.AbcGeom.OBox3iGeomParam

This class is a typed geom param writer.

getDataType((OBox3iGeomParam)arg1) → DataType

getIndexProperty((OBox3iGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OBox3iGeomParam)arg1) → str

getNumSamples((OBox3iGeomParam)arg1) → int

getScope((OBox3iGeomParam)arg1) → GeometryScope

getTimeSampling((OBox3iGeomParam)arg1) → TimeSampling

getValueProperty((OBox3iGeomParam)arg1) → OBox3iArrayProperty

isIndexed((OBox3iGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OBox3iGeomParam)arg1) → None

set((OBox3iGeomParam)arg1, (object)sample) → None

set( (OBox3iGeomParam)arg1, (OBox3iGeomParamSample)sample) -> None

setFromPrevious((OBox3iGeomParam)arg1) → None

setTimeSampling((OBox3iGeomParam)arg1, (int)index) → None

setTimeSampling( (OBox3iGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OBox3iGeomParam)arg1) → bool

class alembic.AbcGeom.OBox3iGeomParamSample

getIndices((OBox3iGeomParamSample)arg1) → object

getScope((OBox3iGeomParamSample)arg1) → GeometryScope

getVals((OBox3iGeomParamSample)arg1) → object

reset((OBox3iGeomParamSample)arg1) → None

setIndices((OBox3iGeomParamSample)arg1, (object)arg2) → None

setScope((OBox3iGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OBox3iGeomParamSample)arg1, (object)arg2) → None

valid((OBox3iGeomParamSample)arg1) → bool

class alembic.AbcGeom.OBox3sGeomParam

This class is a typed geom param writer.

getDataType((OBox3sGeomParam)arg1) → DataType

getIndexProperty((OBox3sGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OBox3sGeomParam)arg1) → str

getNumSamples((OBox3sGeomParam)arg1) → int

getScope((OBox3sGeomParam)arg1) → GeometryScope

getTimeSampling((OBox3sGeomParam)arg1) → TimeSampling

getValueProperty((OBox3sGeomParam)arg1) → OBox3sArrayProperty

isIndexed((OBox3sGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OBox3sGeomParam)arg1) → None

set((OBox3sGeomParam)arg1, (object)sample) → None

set( (OBox3sGeomParam)arg1, (OBox3sGeomParamSample)sample) -> None

setFromPrevious((OBox3sGeomParam)arg1) → None

setTimeSampling((OBox3sGeomParam)arg1, (int)index) → None

setTimeSampling( (OBox3sGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OBox3sGeomParam)arg1) → bool

class alembic.AbcGeom.OBox3sGeomParamSample

getIndices((OBox3sGeomParamSample)arg1) → object

getScope((OBox3sGeomParamSample)arg1) → GeometryScope

getVals((OBox3sGeomParamSample)arg1) → object

reset((OBox3sGeomParamSample)arg1) → None

setIndices((OBox3sGeomParamSample)arg1, (object)arg2) → None

setScope((OBox3sGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OBox3sGeomParamSample)arg1, (object)arg2) → None

valid((OBox3sGeomParamSample)arg1) → bool

class alembic.AbcGeom.OC3cGeomParam

This class is a typed geom param writer.

getDataType((OC3cGeomParam)arg1) → DataType

getIndexProperty((OC3cGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OC3cGeomParam)arg1) → str

getNumSamples((OC3cGeomParam)arg1) → int

getScope((OC3cGeomParam)arg1) → GeometryScope

getTimeSampling((OC3cGeomParam)arg1) → TimeSampling

getValueProperty((OC3cGeomParam)arg1) → OC3cArrayProperty

isIndexed((OC3cGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OC3cGeomParam)arg1) → None

set((OC3cGeomParam)arg1, (object)sample) → None

set( (OC3cGeomParam)arg1, (OC3cGeomParamSample)sample) -> None

setFromPrevious((OC3cGeomParam)arg1) → None

setTimeSampling((OC3cGeomParam)arg1, (int)index) → None

setTimeSampling( (OC3cGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OC3cGeomParam)arg1) → bool

class alembic.AbcGeom.OC3cGeomParamSample

getIndices((OC3cGeomParamSample)arg1) → object

getScope((OC3cGeomParamSample)arg1) → GeometryScope

getVals((OC3cGeomParamSample)arg1) → object

reset((OC3cGeomParamSample)arg1) → None

setIndices((OC3cGeomParamSample)arg1, (object)arg2) → None

setScope((OC3cGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OC3cGeomParamSample)arg1, (object)arg2) → None

valid((OC3cGeomParamSample)arg1) → bool

class alembic.AbcGeom.OC3fGeomParam

This class is a typed geom param writer.

getDataType((OC3fGeomParam)arg1) → DataType

getIndexProperty((OC3fGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OC3fGeomParam)arg1) → str

getNumSamples((OC3fGeomParam)arg1) → int

getScope((OC3fGeomParam)arg1) → GeometryScope

getTimeSampling((OC3fGeomParam)arg1) → TimeSampling

getValueProperty((OC3fGeomParam)arg1) → OC3fArrayProperty

isIndexed((OC3fGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OC3fGeomParam)arg1) → None

set((OC3fGeomParam)arg1, (object)sample) → None

set( (OC3fGeomParam)arg1, (OC3fGeomParamSample)sample) -> None

setFromPrevious((OC3fGeomParam)arg1) → None

setTimeSampling((OC3fGeomParam)arg1, (int)index) → None

setTimeSampling( (OC3fGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OC3fGeomParam)arg1) → bool

class alembic.AbcGeom.OC3fGeomParamSample

getIndices((OC3fGeomParamSample)arg1) → object

getScope((OC3fGeomParamSample)arg1) → GeometryScope

getVals((OC3fGeomParamSample)arg1) → object

reset((OC3fGeomParamSample)arg1) → None

setIndices((OC3fGeomParamSample)arg1, (object)arg2) → None

setScope((OC3fGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OC3fGeomParamSample)arg1, (object)arg2) → None

valid((OC3fGeomParamSample)arg1) → bool

class alembic.AbcGeom.OC3hGeomParam

This class is a typed geom param writer.

getDataType((OC3hGeomParam)arg1) → DataType

getIndexProperty((OC3hGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OC3hGeomParam)arg1) → str

getNumSamples((OC3hGeomParam)arg1) → int

getScope((OC3hGeomParam)arg1) → GeometryScope

getTimeSampling((OC3hGeomParam)arg1) → TimeSampling

getValueProperty((OC3hGeomParam)arg1) → OC3hArrayProperty

isIndexed((OC3hGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OC3hGeomParam)arg1) → None

set((OC3hGeomParam)arg1, (OC3hGeomParamSample)sample) → None

set( (OC3hGeomParam)arg1, (object)sample) -> None

setFromPrevious((OC3hGeomParam)arg1) → None

setTimeSampling((OC3hGeomParam)arg1, (int)index) → None

setTimeSampling( (OC3hGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OC3hGeomParam)arg1) → bool

class alembic.AbcGeom.OC3hGeomParamSample

getIndices((OC3hGeomParamSample)arg1) → object

getScope((OC3hGeomParamSample)arg1) → GeometryScope

getVals((OC3hGeomParamSample)arg1) → object

reset((OC3hGeomParamSample)arg1) → None

setIndices((OC3hGeomParamSample)arg1, (object)arg2) → None

setScope((OC3hGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OC3hGeomParamSample)arg1, (object)arg2) → None

valid((OC3hGeomParamSample)arg1) → bool

class alembic.AbcGeom.OC4cGeomParam

This class is a typed geom param writer.

getDataType((OC4cGeomParam)arg1) → DataType

getIndexProperty((OC4cGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OC4cGeomParam)arg1) → str

getNumSamples((OC4cGeomParam)arg1) → int

getScope((OC4cGeomParam)arg1) → GeometryScope

getTimeSampling((OC4cGeomParam)arg1) → TimeSampling

getValueProperty((OC4cGeomParam)arg1) → OC4cArrayProperty

isIndexed((OC4cGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OC4cGeomParam)arg1) → None

set((OC4cGeomParam)arg1, (object)sample) → None

set( (OC4cGeomParam)arg1, (OC4cGeomParamSample)sample) -> None

setFromPrevious((OC4cGeomParam)arg1) → None

setTimeSampling((OC4cGeomParam)arg1, (int)index) → None

setTimeSampling( (OC4cGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OC4cGeomParam)arg1) → bool

class alembic.AbcGeom.OC4cGeomParamSample

getIndices((OC4cGeomParamSample)arg1) → object

getScope((OC4cGeomParamSample)arg1) → GeometryScope

getVals((OC4cGeomParamSample)arg1) → object

reset((OC4cGeomParamSample)arg1) → None

setIndices((OC4cGeomParamSample)arg1, (object)arg2) → None

setScope((OC4cGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OC4cGeomParamSample)arg1, (object)arg2) → None

valid((OC4cGeomParamSample)arg1) → bool

class alembic.AbcGeom.OC4fGeomParam

This class is a typed geom param writer.

getDataType((OC4fGeomParam)arg1) → DataType

getIndexProperty((OC4fGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OC4fGeomParam)arg1) → str

getNumSamples((OC4fGeomParam)arg1) → int

getScope((OC4fGeomParam)arg1) → GeometryScope

getTimeSampling((OC4fGeomParam)arg1) → TimeSampling

getValueProperty((OC4fGeomParam)arg1) → OC4fArrayProperty

isIndexed((OC4fGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OC4fGeomParam)arg1) → None

set((OC4fGeomParam)arg1, (object)sample) → None

set( (OC4fGeomParam)arg1, (OC4fGeomParamSample)sample) -> None

setFromPrevious((OC4fGeomParam)arg1) → None

setTimeSampling((OC4fGeomParam)arg1, (int)index) → None

setTimeSampling( (OC4fGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OC4fGeomParam)arg1) → bool

class alembic.AbcGeom.OC4fGeomParamSample

getIndices((OC4fGeomParamSample)arg1) → object

getScope((OC4fGeomParamSample)arg1) → GeometryScope

getVals((OC4fGeomParamSample)arg1) → object

reset((OC4fGeomParamSample)arg1) → None

setIndices((OC4fGeomParamSample)arg1, (object)arg2) → None

setScope((OC4fGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OC4fGeomParamSample)arg1, (object)arg2) → None

valid((OC4fGeomParamSample)arg1) → bool

class alembic.AbcGeom.OC4hGeomParam

This class is a typed geom param writer.

getDataType((OC4hGeomParam)arg1) → DataType

getIndexProperty((OC4hGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OC4hGeomParam)arg1) → str

getNumSamples((OC4hGeomParam)arg1) → int

getScope((OC4hGeomParam)arg1) → GeometryScope

getTimeSampling((OC4hGeomParam)arg1) → TimeSampling

getValueProperty((OC4hGeomParam)arg1) → OC4hArrayProperty

isIndexed((OC4hGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OC4hGeomParam)arg1) → None

set((OC4hGeomParam)arg1, (OC4hGeomParamSample)sample) → None

set( (OC4hGeomParam)arg1, (object)sample) -> None

setFromPrevious((OC4hGeomParam)arg1) → None

setTimeSampling((OC4hGeomParam)arg1, (int)index) → None

setTimeSampling( (OC4hGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OC4hGeomParam)arg1) → bool

class alembic.AbcGeom.OC4hGeomParamSample

getIndices((OC4hGeomParamSample)arg1) → object

getScope((OC4hGeomParamSample)arg1) → GeometryScope

getVals((OC4hGeomParamSample)arg1) → object

reset((OC4hGeomParamSample)arg1) → None

setIndices((OC4hGeomParamSample)arg1, (object)arg2) → None

setScope((OC4hGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OC4hGeomParamSample)arg1, (object)arg2) → None

valid((OC4hGeomParamSample)arg1) → bool

class alembic.AbcGeom.OCamera

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getSchema((OCamera)arg1) → OCameraDSchema :

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static getSchemaObjTitle() → str :

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static getSchemaTitle() → str :

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static matches((MetaData)metaData[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

matches( (ObjectHeader)metaData [, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) -> bool

reset((OCamera)arg1) → None

valid((OCamera)arg1) → bool

class alembic.AbcGeom.OCameraDSchema

The OCameraSchema class is a camera schema writer.

getArbGeomParams((OCameraDSchema)arg1) → OCompoundProperty

getChildBoundsProperty((OCameraDSchema)arg1) → OBox3dProperty

getNumSamples((OCameraDSchema)arg1) → int

getTimeSampling((OCameraDSchema)arg1) → TimeSampling

getUserProperties((OCameraDSchema)arg1) → OCompoundProperty

reset((OCameraDSchema)arg1) → None

set((OCameraDSchema)arg1, (CameraSample)iSamp) → None

setFromPrevious((OCameraDSchema)arg1) → None

setTimeSampling((OCameraDSchema)arg1, (int)index) → None

setTimeSampling( (OCameraDSchema)arg1, (TimeSampling)timeSampling) -> None

valid((OCameraDSchema)arg1) → bool

class alembic.AbcGeom.OCharGeomParam

This class is a typed geom param writer.

getDataType((OCharGeomParam)arg1) → DataType

getIndexProperty((OCharGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OCharGeomParam)arg1) → str

getNumSamples((OCharGeomParam)arg1) → int

getScope((OCharGeomParam)arg1) → GeometryScope

getTimeSampling((OCharGeomParam)arg1) → TimeSampling

getValueProperty((OCharGeomParam)arg1) → OCharArrayProperty

isIndexed((OCharGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OCharGeomParam)arg1) → None

set((OCharGeomParam)arg1, (object)sample) → None

set( (OCharGeomParam)arg1, (OCharGeomParamSample)sample) -> None

setFromPrevious((OCharGeomParam)arg1) → None

setTimeSampling((OCharGeomParam)arg1, (int)index) → None

setTimeSampling( (OCharGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OCharGeomParam)arg1) → bool

class alembic.AbcGeom.OCharGeomParamSample

getIndices((OCharGeomParamSample)arg1) → object

getScope((OCharGeomParamSample)arg1) → GeometryScope

getVals((OCharGeomParamSample)arg1) → object

reset((OCharGeomParamSample)arg1) → None

setIndices((OCharGeomParamSample)arg1, (object)arg2) → None

setScope((OCharGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OCharGeomParamSample)arg1, (object)arg2) → None

valid((OCharGeomParamSample)arg1) → bool

class alembic.AbcGeom.OCurves

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getSchema((OCurves)arg1) → OCurvesSchema :

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static getSchemaObjTitle() → str :

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static getSchemaTitle() → str :

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static matches((MetaData)metaData[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

matches( (ObjectHeader)metaData [, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) -> bool

reset((OCurves)arg1) → None

valid((OCurves)arg1) → bool

class alembic.AbcGeom.OCurvesSchema

The OCurvesSchema class is a curves schema writer

getNumSamples((OCurvesSchema)arg1) → int

getTimeSampling((OCurvesSchema)arg1) → TimeSampling

reset((OCurvesSchema)arg1) → None

set((OCurvesSchema)arg1, (OCurvesSchemaSample)iSamp) → None

setFromPrevious((OCurvesSchema)arg1) → None

valid((OCurvesSchema)arg1) → bool

class alembic.AbcGeom.OCurvesSchemaSample

getBasis((OCurvesSchemaSample)arg1) → BasisType

getCurvesNumVertices((OCurvesSchemaSample)arg1) → object

getKnots((OCurvesSchemaSample)arg1) → object

getNormals((OCurvesSchemaSample)arg1) → ON3fGeomParamSample

getNumCurves((OCurvesSchemaSample)arg1) → int

getOrders((OCurvesSchemaSample)arg1) → object

getPositionWeights((OCurvesSchemaSample)arg1) → object

getPositions((OCurvesSchemaSample)arg1) → object

getSelfBounds((OCurvesSchemaSample)arg1) → Box3d

getType((OCurvesSchemaSample)arg1) → CurveType

getUVs((OCurvesSchemaSample)arg1) → OV2fGeomParamSample

getVelocities((OCurvesSchemaSample)arg1) → object

getWidths((OCurvesSchemaSample)arg1) → OFloatGeomParamSample

getWrap((OCurvesSchemaSample)arg1) → CurvePeriodicity

reset((OCurvesSchemaSample)arg1) → None

setBasis((OCurvesSchemaSample)arg1, (BasisType)arg2) → None

setCurvesNumVertices((OCurvesSchemaSample)arg1, (object)arg2) → None

setKnots((OCurvesSchemaSample)arg1, (object)arg2) → None

setNormals((OCurvesSchemaSample)arg1, (ON3fGeomParamSample)arg2) → None

setOrders((OCurvesSchemaSample)arg1, (object)arg2) → None

setPositions((OCurvesSchemaSample)arg1, (object)arg2) → None

setSelfBounds((OCurvesSchemaSample)arg1, (Box3d)arg2) → None

setType((OCurvesSchemaSample)arg1, (CurveType)arg2) → None

setUVs((OCurvesSchemaSample)arg1, (OV2fGeomParamSample)arg2) → None

setVelocities((OCurvesSchemaSample)arg1, (object)arg2) → None

setWidths((OCurvesSchemaSample)arg1, (OFloatGeomParamSample)arg2) → None

setWrap((OCurvesSchemaSample)arg1, (CurvePeriodicity)arg2) → None

class alembic.AbcGeom.ODoubleGeomParam

This class is a typed geom param writer.

getDataType((ODoubleGeomParam)arg1) → DataType

getIndexProperty((ODoubleGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((ODoubleGeomParam)arg1) → str

getNumSamples((ODoubleGeomParam)arg1) → int

getScope((ODoubleGeomParam)arg1) → GeometryScope

getTimeSampling((ODoubleGeomParam)arg1) → TimeSampling

getValueProperty((ODoubleGeomParam)arg1) → ODoubleArrayProperty

isIndexed((ODoubleGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((ODoubleGeomParam)arg1) → None

set((ODoubleGeomParam)arg1, (object)sample) → None

set( (ODoubleGeomParam)arg1, (ODoubleGeomParamSample)sample) -> None

setFromPrevious((ODoubleGeomParam)arg1) → None

setTimeSampling((ODoubleGeomParam)arg1, (int)index) → None

setTimeSampling( (ODoubleGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((ODoubleGeomParam)arg1) → bool

class alembic.AbcGeom.ODoubleGeomParamSample

getIndices((ODoubleGeomParamSample)arg1) → object

getScope((ODoubleGeomParamSample)arg1) → GeometryScope

getVals((ODoubleGeomParamSample)arg1) → object

reset((ODoubleGeomParamSample)arg1) → None

setIndices((ODoubleGeomParamSample)arg1, (object)arg2) → None

setScope((ODoubleGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((ODoubleGeomParamSample)arg1, (object)arg2) → None

valid((ODoubleGeomParamSample)arg1) → bool

class alembic.AbcGeom.OFaceSet

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getSchema((OFaceSet)arg1) → OFaceSetSchema :

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static getSchemaObjTitle() → str :

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static getSchemaTitle() → str :

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static matches((MetaData)metaData[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

matches( (ObjectHeader)metaData [, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) -> bool

reset((OFaceSet)arg1) → None

valid((OFaceSet)arg1) → bool

class alembic.AbcGeom.OFaceSetSchema

The OFaceSetSchema class is a faceset schema writer

getFaceExclusivity((OFaceSetSchema)arg1) → FaceSetExclusivity

getNumSamples((OFaceSetSchema)arg1) → int

reset((OFaceSetSchema)arg1) → None

set((OFaceSetSchema)arg1, (OFaceSetSchemaSample)iSamp) → None

setFaceExclusivity((OFaceSetSchema)arg1, (FaceSetExclusivity)facesExclusive) → None

setTimeSampling((OFaceSetSchema)arg1, (int)index) → None

setTimeSampling( (OFaceSetSchema)arg1, (TimeSampling)TimeSampling) -> None

valid((OFaceSetSchema)arg1) → bool

class alembic.AbcGeom.OFaceSetSchemaSample

getFaces((OFaceSetSchemaSample)arg1) → object

getSelfBounds((OFaceSetSchemaSample)arg1) → Box3d

reset((OFaceSetSchemaSample)arg1) → None

setFaces((OFaceSetSchemaSample)arg1, (object)arg2) → None

setSelfBounds((OFaceSetSchemaSample)arg1, (Box3d)bounds) → None

class alembic.AbcGeom.OFloatGeomParam

This class is a typed geom param writer.

getDataType((OFloatGeomParam)arg1) → DataType

getIndexProperty((OFloatGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OFloatGeomParam)arg1) → str

getNumSamples((OFloatGeomParam)arg1) → int

getScope((OFloatGeomParam)arg1) → GeometryScope

getTimeSampling((OFloatGeomParam)arg1) → TimeSampling

getValueProperty((OFloatGeomParam)arg1) → OFloatArrayProperty

isIndexed((OFloatGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OFloatGeomParam)arg1) → None

set((OFloatGeomParam)arg1, (object)sample) → None

set( (OFloatGeomParam)arg1, (OFloatGeomParamSample)sample) -> None

setFromPrevious((OFloatGeomParam)arg1) → None

setTimeSampling((OFloatGeomParam)arg1, (int)index) → None

setTimeSampling( (OFloatGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OFloatGeomParam)arg1) → bool

class alembic.AbcGeom.OFloatGeomParamSample

getIndices((OFloatGeomParamSample)arg1) → object

getScope((OFloatGeomParamSample)arg1) → GeometryScope

getVals((OFloatGeomParamSample)arg1) → object

reset((OFloatGeomParamSample)arg1) → None

setIndices((OFloatGeomParamSample)arg1, (object)arg2) → None

setScope((OFloatGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OFloatGeomParamSample)arg1, (object)arg2) → None

valid((OFloatGeomParamSample)arg1) → bool

class alembic.AbcGeom.OGeomBaseSchema_Camera

doc

getArbGeomParams((OGeomBaseSchema_Camera)arg1) → OCompoundProperty :

Acccesing the ArbGeomParams will create its compound property if needed

getChildBoundsProperty((OGeomBaseSchema_Camera)arg1) → OBox3dProperty :

Accessing ChildBoundsProperty will create its 3dBox property if needed

getUserProperties((OGeomBaseSchema_Camera)arg1) → OCompoundProperty :

Accessing UserProperties will create its compound property if needed

reset((OGeomBaseSchema_Camera)arg1) → None

valid((OGeomBaseSchema_Camera)arg1) → bool

class alembic.AbcGeom.OGeomBaseSchema_Curves

doc

getArbGeomParams((OGeomBaseSchema_Curves)arg1) → OCompoundProperty :

Acccesing the ArbGeomParams will create its compound property if needed

getChildBoundsProperty((OGeomBaseSchema_Curves)arg1) → OBox3dProperty :

Accessing ChildBoundsProperty will create its 3dBox property if needed

getUserProperties((OGeomBaseSchema_Curves)arg1) → OCompoundProperty :

Accessing UserProperties will create its compound property if needed

reset((OGeomBaseSchema_Curves)arg1) → None

valid((OGeomBaseSchema_Curves)arg1) → bool

class alembic.AbcGeom.OGeomBaseSchema_FaceSet

doc

getArbGeomParams((OGeomBaseSchema_FaceSet)arg1) → OCompoundProperty :

Acccesing the ArbGeomParams will create its compound property if needed

getChildBoundsProperty((OGeomBaseSchema_FaceSet)arg1) → OBox3dProperty :

Accessing ChildBoundsProperty will create its 3dBox property if needed

getUserProperties((OGeomBaseSchema_FaceSet)arg1) → OCompoundProperty :

Accessing UserProperties will create its compound property if needed

reset((OGeomBaseSchema_FaceSet)arg1) → None

valid((OGeomBaseSchema_FaceSet)arg1) → bool

class alembic.AbcGeom.OGeomBaseSchema_NuPatch

doc

getArbGeomParams((OGeomBaseSchema_NuPatch)arg1) → OCompoundProperty :

Acccesing the ArbGeomParams will create its compound property if needed

getChildBoundsProperty((OGeomBaseSchema_NuPatch)arg1) → OBox3dProperty :

Accessing ChildBoundsProperty will create its 3dBox property if needed

getUserProperties((OGeomBaseSchema_NuPatch)arg1) → OCompoundProperty :

Accessing UserProperties will create its compound property if needed

reset((OGeomBaseSchema_NuPatch)arg1) → None

valid((OGeomBaseSchema_NuPatch)arg1) → bool

class alembic.AbcGeom.OGeomBaseSchema_Points

doc

getArbGeomParams((OGeomBaseSchema_Points)arg1) → OCompoundProperty :

Acccesing the ArbGeomParams will create its compound property if needed

getChildBoundsProperty((OGeomBaseSchema_Points)arg1) → OBox3dProperty :

Accessing ChildBoundsProperty will create its 3dBox property if needed

getUserProperties((OGeomBaseSchema_Points)arg1) → OCompoundProperty :

Accessing UserProperties will create its compound property if needed

reset((OGeomBaseSchema_Points)arg1) → None

valid((OGeomBaseSchema_Points)arg1) → bool

class alembic.AbcGeom.OGeomBaseSchema_PolyMesh

doc

getArbGeomParams((OGeomBaseSchema_PolyMesh)arg1) → OCompoundProperty :

Acccesing the ArbGeomParams will create its compound property if needed

getChildBoundsProperty((OGeomBaseSchema_PolyMesh)arg1) → OBox3dProperty :

Accessing ChildBoundsProperty will create its 3dBox property if needed

getUserProperties((OGeomBaseSchema_PolyMesh)arg1) → OCompoundProperty :

Accessing UserProperties will create its compound property if needed

reset((OGeomBaseSchema_PolyMesh)arg1) → None

valid((OGeomBaseSchema_PolyMesh)arg1) → bool

class alembic.AbcGeom.OGeomBaseSchema_SubD

doc

getArbGeomParams((OGeomBaseSchema_SubD)arg1) → OCompoundProperty :

Acccesing the ArbGeomParams will create its compound property if needed

getChildBoundsProperty((OGeomBaseSchema_SubD)arg1) → OBox3dProperty :

Accessing ChildBoundsProperty will create its 3dBox property if needed

getUserProperties((OGeomBaseSchema_SubD)arg1) → OCompoundProperty :

Accessing UserProperties will create its compound property if needed

reset((OGeomBaseSchema_SubD)arg1) → None

valid((OGeomBaseSchema_SubD)arg1) → bool

class alembic.AbcGeom.OHalfGeomParam

This class is a typed geom param writer.

getDataType((OHalfGeomParam)arg1) → DataType

getIndexProperty((OHalfGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OHalfGeomParam)arg1) → str

getNumSamples((OHalfGeomParam)arg1) → int

getScope((OHalfGeomParam)arg1) → GeometryScope

getTimeSampling((OHalfGeomParam)arg1) → TimeSampling

getValueProperty((OHalfGeomParam)arg1) → OHalfArrayProperty

isIndexed((OHalfGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OHalfGeomParam)arg1) → None

set((OHalfGeomParam)arg1, (OHalfGeomParamSample)sample) → None

set( (OHalfGeomParam)arg1, (object)sample) -> None

setFromPrevious((OHalfGeomParam)arg1) → None

setTimeSampling((OHalfGeomParam)arg1, (int)index) → None

setTimeSampling( (OHalfGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OHalfGeomParam)arg1) → bool

class alembic.AbcGeom.OHalfGeomParamSample

getIndices((OHalfGeomParamSample)arg1) → object

getScope((OHalfGeomParamSample)arg1) → GeometryScope

getVals((OHalfGeomParamSample)arg1) → object

reset((OHalfGeomParamSample)arg1) → None

setIndices((OHalfGeomParamSample)arg1, (object)arg2) → None

setScope((OHalfGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OHalfGeomParamSample)arg1, (object)arg2) → None

valid((OHalfGeomParamSample)arg1) → bool

class alembic.AbcGeom.OInt16GeomParam

This class is a typed geom param writer.

getDataType((OInt16GeomParam)arg1) → DataType

getIndexProperty((OInt16GeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OInt16GeomParam)arg1) → str

getNumSamples((OInt16GeomParam)arg1) → int

getScope((OInt16GeomParam)arg1) → GeometryScope

getTimeSampling((OInt16GeomParam)arg1) → TimeSampling

getValueProperty((OInt16GeomParam)arg1) → OInt16ArrayProperty

isIndexed((OInt16GeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OInt16GeomParam)arg1) → None

set((OInt16GeomParam)arg1, (object)sample) → None

set( (OInt16GeomParam)arg1, (OInt16GeomParamSample)sample) -> None

setFromPrevious((OInt16GeomParam)arg1) → None

setTimeSampling((OInt16GeomParam)arg1, (int)index) → None

setTimeSampling( (OInt16GeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OInt16GeomParam)arg1) → bool

class alembic.AbcGeom.OInt16GeomParamSample

getIndices((OInt16GeomParamSample)arg1) → object

getScope((OInt16GeomParamSample)arg1) → GeometryScope

getVals((OInt16GeomParamSample)arg1) → object

reset((OInt16GeomParamSample)arg1) → None

setIndices((OInt16GeomParamSample)arg1, (object)arg2) → None

setScope((OInt16GeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OInt16GeomParamSample)arg1, (object)arg2) → None

valid((OInt16GeomParamSample)arg1) → bool

class alembic.AbcGeom.OInt32GeomParam

This class is a typed geom param writer.

getDataType((OInt32GeomParam)arg1) → DataType

getIndexProperty((OInt32GeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OInt32GeomParam)arg1) → str

getNumSamples((OInt32GeomParam)arg1) → int

getScope((OInt32GeomParam)arg1) → GeometryScope

getTimeSampling((OInt32GeomParam)arg1) → TimeSampling

getValueProperty((OInt32GeomParam)arg1) → OInt32ArrayProperty

isIndexed((OInt32GeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OInt32GeomParam)arg1) → None

set((OInt32GeomParam)arg1, (object)sample) → None

set( (OInt32GeomParam)arg1, (OInt32GeomParamSample)sample) -> None

setFromPrevious((OInt32GeomParam)arg1) → None

setTimeSampling((OInt32GeomParam)arg1, (int)index) → None

setTimeSampling( (OInt32GeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OInt32GeomParam)arg1) → bool

class alembic.AbcGeom.OInt32GeomParamSample

getIndices((OInt32GeomParamSample)arg1) → object

getScope((OInt32GeomParamSample)arg1) → GeometryScope

getVals((OInt32GeomParamSample)arg1) → object

reset((OInt32GeomParamSample)arg1) → None

setIndices((OInt32GeomParamSample)arg1, (object)arg2) → None

setScope((OInt32GeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OInt32GeomParamSample)arg1, (object)arg2) → None

valid((OInt32GeomParamSample)arg1) → bool

class alembic.AbcGeom.OInt64GeomParam

This class is a typed geom param writer.

getDataType((OInt64GeomParam)arg1) → DataType

getIndexProperty((OInt64GeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OInt64GeomParam)arg1) → str

getNumSamples((OInt64GeomParam)arg1) → int

getScope((OInt64GeomParam)arg1) → GeometryScope

getTimeSampling((OInt64GeomParam)arg1) → TimeSampling

getValueProperty((OInt64GeomParam)arg1) → OInt64ArrayProperty

isIndexed((OInt64GeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OInt64GeomParam)arg1) → None

set((OInt64GeomParam)arg1, (OInt64GeomParamSample)sample) → None

set( (OInt64GeomParam)arg1, (object)sample) -> None

setFromPrevious((OInt64GeomParam)arg1) → None

setTimeSampling((OInt64GeomParam)arg1, (int)index) → None

setTimeSampling( (OInt64GeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OInt64GeomParam)arg1) → bool

class alembic.AbcGeom.OInt64GeomParamSample

getIndices((OInt64GeomParamSample)arg1) → object

getScope((OInt64GeomParamSample)arg1) → GeometryScope

getVals((OInt64GeomParamSample)arg1) → object

reset((OInt64GeomParamSample)arg1) → None

setIndices((OInt64GeomParamSample)arg1, (object)arg2) → None

setScope((OInt64GeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OInt64GeomParamSample)arg1, (object)arg2) → None

valid((OInt64GeomParamSample)arg1) → bool

class alembic.AbcGeom.OLight

doc

getSchema((OLight)arg1) → OLightSchema :

doc

static getSchemaObjTitle() → str :

doc

static getSchemaTitle() → str :

doc

static matches((MetaData)metaData[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

matches( (ObjectHeader)metaData [, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) -> bool

reset((OLight)arg1) → None

valid((OLight)arg1) → bool

class alembic.AbcGeom.OLightSchema

The OLightSchema class is a light schema writer

getArbGeomParams((OLightSchema)arg1) → OCompoundProperty

getChildBoundsProperty((OLightSchema)arg1) → OBox3dProperty

getNumSamples((OLightSchema)arg1) → int

getTimeSampling((OLightSchema)arg1) → TimeSampling

getUserProperties((OLightSchema)arg1) → OCompoundProperty

reset((OLightSchema)arg1) → None

setCameraSample((OLightSchema)arg1, (CameraSample)iSamp) → None

setFromPrevious((OLightSchema)arg1) → None

setTimeSampling((OLightSchema)arg1, (int)index) → None :

Change the TimeSampling used by this property with the given index

setTimeSampling( (OLightSchema)arg1, (TimeSampling)TimeSampling) -> None :

Change the TimeSampling used by this property with the given TimeSampling

valid((OLightSchema)arg1) → bool

class alembic.AbcGeom.OM33dGeomParam

This class is a typed geom param writer.

getDataType((OM33dGeomParam)arg1) → DataType

getIndexProperty((OM33dGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OM33dGeomParam)arg1) → str

getNumSamples((OM33dGeomParam)arg1) → int

getScope((OM33dGeomParam)arg1) → GeometryScope

getTimeSampling((OM33dGeomParam)arg1) → TimeSampling

getValueProperty((OM33dGeomParam)arg1) → OM33dArrayProperty

isIndexed((OM33dGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OM33dGeomParam)arg1) → None

set((OM33dGeomParam)arg1, (object)sample) → None

set( (OM33dGeomParam)arg1, (OM33dGeomParamSample)sample) -> None

setFromPrevious((OM33dGeomParam)arg1) → None

setTimeSampling((OM33dGeomParam)arg1, (int)index) → None

setTimeSampling( (OM33dGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OM33dGeomParam)arg1) → bool

class alembic.AbcGeom.OM33dGeomParamSample

getIndices((OM33dGeomParamSample)arg1) → object

getScope((OM33dGeomParamSample)arg1) → GeometryScope

getVals((OM33dGeomParamSample)arg1) → object

reset((OM33dGeomParamSample)arg1) → None

setIndices((OM33dGeomParamSample)arg1, (object)arg2) → None

setScope((OM33dGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OM33dGeomParamSample)arg1, (object)arg2) → None

valid((OM33dGeomParamSample)arg1) → bool

class alembic.AbcGeom.OM33fGeomParam

This class is a typed geom param writer.

getDataType((OM33fGeomParam)arg1) → DataType

getIndexProperty((OM33fGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OM33fGeomParam)arg1) → str

getNumSamples((OM33fGeomParam)arg1) → int

getScope((OM33fGeomParam)arg1) → GeometryScope

getTimeSampling((OM33fGeomParam)arg1) → TimeSampling

getValueProperty((OM33fGeomParam)arg1) → OM33fArrayProperty

isIndexed((OM33fGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OM33fGeomParam)arg1) → None

set((OM33fGeomParam)arg1, (object)sample) → None

set( (OM33fGeomParam)arg1, (OM33fGeomParamSample)sample) -> None

setFromPrevious((OM33fGeomParam)arg1) → None

setTimeSampling((OM33fGeomParam)arg1, (int)index) → None

setTimeSampling( (OM33fGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OM33fGeomParam)arg1) → bool

class alembic.AbcGeom.OM33fGeomParamSample

getIndices((OM33fGeomParamSample)arg1) → object

getScope((OM33fGeomParamSample)arg1) → GeometryScope

getVals((OM33fGeomParamSample)arg1) → object

reset((OM33fGeomParamSample)arg1) → None

setIndices((OM33fGeomParamSample)arg1, (object)arg2) → None

setScope((OM33fGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OM33fGeomParamSample)arg1, (object)arg2) → None

valid((OM33fGeomParamSample)arg1) → bool

class alembic.AbcGeom.OM44dGeomParam

This class is a typed geom param writer.

getDataType((OM44dGeomParam)arg1) → DataType

getIndexProperty((OM44dGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OM44dGeomParam)arg1) → str

getNumSamples((OM44dGeomParam)arg1) → int

getScope((OM44dGeomParam)arg1) → GeometryScope

getTimeSampling((OM44dGeomParam)arg1) → TimeSampling

getValueProperty((OM44dGeomParam)arg1) → OM44dArrayProperty

isIndexed((OM44dGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OM44dGeomParam)arg1) → None

set((OM44dGeomParam)arg1, (object)sample) → None

set( (OM44dGeomParam)arg1, (OM44dGeomParamSample)sample) -> None

setFromPrevious((OM44dGeomParam)arg1) → None

setTimeSampling((OM44dGeomParam)arg1, (int)index) → None

setTimeSampling( (OM44dGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OM44dGeomParam)arg1) → bool

class alembic.AbcGeom.OM44dGeomParamSample

getIndices((OM44dGeomParamSample)arg1) → object

getScope((OM44dGeomParamSample)arg1) → GeometryScope

getVals((OM44dGeomParamSample)arg1) → object

reset((OM44dGeomParamSample)arg1) → None

setIndices((OM44dGeomParamSample)arg1, (object)arg2) → None

setScope((OM44dGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OM44dGeomParamSample)arg1, (object)arg2) → None

valid((OM44dGeomParamSample)arg1) → bool

class alembic.AbcGeom.OM44fGeomParam

This class is a typed geom param writer.

getDataType((OM44fGeomParam)arg1) → DataType

getIndexProperty((OM44fGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OM44fGeomParam)arg1) → str

getNumSamples((OM44fGeomParam)arg1) → int

getScope((OM44fGeomParam)arg1) → GeometryScope

getTimeSampling((OM44fGeomParam)arg1) → TimeSampling

getValueProperty((OM44fGeomParam)arg1) → OM44fArrayProperty

isIndexed((OM44fGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OM44fGeomParam)arg1) → None

set((OM44fGeomParam)arg1, (object)sample) → None

set( (OM44fGeomParam)arg1, (OM44fGeomParamSample)sample) -> None

setFromPrevious((OM44fGeomParam)arg1) → None

setTimeSampling((OM44fGeomParam)arg1, (int)index) → None

setTimeSampling( (OM44fGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OM44fGeomParam)arg1) → bool

class alembic.AbcGeom.OM44fGeomParamSample

getIndices((OM44fGeomParamSample)arg1) → object

getScope((OM44fGeomParamSample)arg1) → GeometryScope

getVals((OM44fGeomParamSample)arg1) → object

reset((OM44fGeomParamSample)arg1) → None

setIndices((OM44fGeomParamSample)arg1, (object)arg2) → None

setScope((OM44fGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OM44fGeomParamSample)arg1, (object)arg2) → None

valid((OM44fGeomParamSample)arg1) → bool

class alembic.AbcGeom.ON2dGeomParam

This class is a typed geom param writer.

getDataType((ON2dGeomParam)arg1) → DataType

getIndexProperty((ON2dGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((ON2dGeomParam)arg1) → str

getNumSamples((ON2dGeomParam)arg1) → int

getScope((ON2dGeomParam)arg1) → GeometryScope

getTimeSampling((ON2dGeomParam)arg1) → TimeSampling

getValueProperty((ON2dGeomParam)arg1) → ON3dArrayProperty

isIndexed((ON2dGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((ON2dGeomParam)arg1) → None

set((ON2dGeomParam)arg1, (object)sample) → None

set( (ON2dGeomParam)arg1, (ON2dGeomParamSample)sample) -> None

setFromPrevious((ON2dGeomParam)arg1) → None

setTimeSampling((ON2dGeomParam)arg1, (int)index) → None

setTimeSampling( (ON2dGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((ON2dGeomParam)arg1) → bool

class alembic.AbcGeom.ON2dGeomParamSample

getIndices((ON2dGeomParamSample)arg1) → object

getScope((ON2dGeomParamSample)arg1) → GeometryScope

getVals((ON2dGeomParamSample)arg1) → object

reset((ON2dGeomParamSample)arg1) → None

setIndices((ON2dGeomParamSample)arg1, (object)arg2) → None

setScope((ON2dGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((ON2dGeomParamSample)arg1, (object)arg2) → None

valid((ON2dGeomParamSample)arg1) → bool

class alembic.AbcGeom.ON2fGeomParam

This class is a typed geom param writer.

getDataType((ON2fGeomParam)arg1) → DataType

getIndexProperty((ON2fGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((ON2fGeomParam)arg1) → str

getNumSamples((ON2fGeomParam)arg1) → int

getScope((ON2fGeomParam)arg1) → GeometryScope

getTimeSampling((ON2fGeomParam)arg1) → TimeSampling

getValueProperty((ON2fGeomParam)arg1) → ON3fArrayProperty

isIndexed((ON2fGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((ON2fGeomParam)arg1) → None

set((ON2fGeomParam)arg1, (object)sample) → None

set( (ON2fGeomParam)arg1, (ON2fGeomParamSample)sample) -> None

setFromPrevious((ON2fGeomParam)arg1) → None

setTimeSampling((ON2fGeomParam)arg1, (int)index) → None

setTimeSampling( (ON2fGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((ON2fGeomParam)arg1) → bool

class alembic.AbcGeom.ON2fGeomParamSample

getIndices((ON2fGeomParamSample)arg1) → object

getScope((ON2fGeomParamSample)arg1) → GeometryScope

getVals((ON2fGeomParamSample)arg1) → object

reset((ON2fGeomParamSample)arg1) → None

setIndices((ON2fGeomParamSample)arg1, (object)arg2) → None

setScope((ON2fGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((ON2fGeomParamSample)arg1, (object)arg2) → None

valid((ON2fGeomParamSample)arg1) → bool

class alembic.AbcGeom.ON3dGeomParam

This class is a typed geom param writer.

getDataType((ON3dGeomParam)arg1) → DataType

getIndexProperty((ON3dGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((ON3dGeomParam)arg1) → str

getNumSamples((ON3dGeomParam)arg1) → int

getScope((ON3dGeomParam)arg1) → GeometryScope

getTimeSampling((ON3dGeomParam)arg1) → TimeSampling

getValueProperty((ON3dGeomParam)arg1) → ON3dArrayProperty

isIndexed((ON3dGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((ON3dGeomParam)arg1) → None

set((ON3dGeomParam)arg1, (object)sample) → None

set( (ON3dGeomParam)arg1, (ON3dGeomParamSample)sample) -> None

setFromPrevious((ON3dGeomParam)arg1) → None

setTimeSampling((ON3dGeomParam)arg1, (int)index) → None

setTimeSampling( (ON3dGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((ON3dGeomParam)arg1) → bool

class alembic.AbcGeom.ON3dGeomParamSample

getIndices((ON3dGeomParamSample)arg1) → object

getScope((ON3dGeomParamSample)arg1) → GeometryScope

getVals((ON3dGeomParamSample)arg1) → object

reset((ON3dGeomParamSample)arg1) → None

setIndices((ON3dGeomParamSample)arg1, (object)arg2) → None

setScope((ON3dGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((ON3dGeomParamSample)arg1, (object)arg2) → None

valid((ON3dGeomParamSample)arg1) → bool

class alembic.AbcGeom.ON3fGeomParam

This class is a typed geom param writer.

getDataType((ON3fGeomParam)arg1) → DataType

getIndexProperty((ON3fGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((ON3fGeomParam)arg1) → str

getNumSamples((ON3fGeomParam)arg1) → int

getScope((ON3fGeomParam)arg1) → GeometryScope

getTimeSampling((ON3fGeomParam)arg1) → TimeSampling

getValueProperty((ON3fGeomParam)arg1) → ON3fArrayProperty

isIndexed((ON3fGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((ON3fGeomParam)arg1) → None

set((ON3fGeomParam)arg1, (object)sample) → None

set( (ON3fGeomParam)arg1, (ON3fGeomParamSample)sample) -> None

setFromPrevious((ON3fGeomParam)arg1) → None

setTimeSampling((ON3fGeomParam)arg1, (int)index) → None

setTimeSampling( (ON3fGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((ON3fGeomParam)arg1) → bool

class alembic.AbcGeom.ON3fGeomParamSample

getIndices((ON3fGeomParamSample)arg1) → object

getScope((ON3fGeomParamSample)arg1) → GeometryScope

getVals((ON3fGeomParamSample)arg1) → object

reset((ON3fGeomParamSample)arg1) → None

setIndices((ON3fGeomParamSample)arg1, (object)arg2) → None

setScope((ON3fGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((ON3fGeomParamSample)arg1, (object)arg2) → None

valid((ON3fGeomParamSample)arg1) → bool

class alembic.AbcGeom.ONuPatch

doc

getSchema((ONuPatch)arg1) → ONuPatchSchema :

doc

static getSchemaObjTitle() → str :

doc

static getSchemaTitle() → str :

doc

static matches((MetaData)metaData[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

matches( (ObjectHeader)metaData [, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) -> bool

reset((ONuPatch)arg1) → None

valid((ONuPatch)arg1) → bool

class alembic.AbcGeom.ONuPatchSchema

The ONuPatchSchema class is a nupatch schema writer

getNumSamples((ONuPatchSchema)arg1) → int

getTimeSampling((ONuPatchSchema)arg1) → TimeSampling

reset((ONuPatchSchema)arg1) → None

set((ONuPatchSchema)arg1, (ONuPatchSchemaSample)iSamp) → None

setFromPrevious((ONuPatchSchema)arg1) → None

valid((ONuPatchSchema)arg1) → bool

class alembic.AbcGeom.ONuPatchSchemaSample

getNormals((ONuPatchSchemaSample)arg1) → ON3fGeomParamSample

getNv((ONuPatchSchemaSample)arg1) → int

getPositionWeights((ONuPatchSchemaSample)arg1) → object

getPositions((ONuPatchSchemaSample)arg1) → object

getSelfBounds((ONuPatchSchemaSample)arg1) → Box3d

getTrimKnot((ONuPatchSchemaSample)arg1) → object

getTrimMax((ONuPatchSchemaSample)arg1) → object

getTrimMin((ONuPatchSchemaSample)arg1) → object

getTrimNumCurves((ONuPatchSchemaSample)arg1) → object

getTrimNumLoops((ONuPatchSchemaSample)arg1) → int

getTrimNumVertices((ONuPatchSchemaSample)arg1) → object

getTrimOrder((ONuPatchSchemaSample)arg1) → object

getTrimU((ONuPatchSchemaSample)arg1) → object

getTrimV((ONuPatchSchemaSample)arg1) → object

getTrimW((ONuPatchSchemaSample)arg1) → object

getUKnot((ONuPatchSchemaSample)arg1) → object

getUOrder((ONuPatchSchemaSample)arg1) → int

getUVs((ONuPatchSchemaSample)arg1) → OV2fGeomParamSample

getVKnot((ONuPatchSchemaSample)arg1) → object

getVOrder((ONuPatchSchemaSample)arg1) → int

getVelocities((ONuPatchSchemaSample)arg1) → object

hasTrimCurve((ONuPatchSchemaSample)arg1) → bool

reset((ONuPatchSchemaSample)arg1) → None

setNormals((ONuPatchSchemaSample)arg1, (ON3fGeomParamSample)arg2) → None

setNv((ONuPatchSchemaSample)arg1, (int)arg2) → None

setPositionWeights((ONuPatchSchemaSample)arg1, (object)arg2) → None

setPositions((ONuPatchSchemaSample)arg1, (object)arg2) → None

setSelfBounds((ONuPatchSchemaSample)arg1, (Box3d)arg2) → None

setTrimCurve((ONuPatchSchemaSample)arg1, (int)arg2, (object)arg3, (object)arg4, (object)arg5, (object)arg6, (object)arg7, (object)arg8, (object)arg9, (object)arg10, (object)arg11) → None

setUKnot((ONuPatchSchemaSample)arg1, (object)arg2) → None

setUOrder((ONuPatchSchemaSample)arg1, (int)arg2) → None

setUVs((ONuPatchSchemaSample)arg1, (OV2fGeomParamSample)arg2) → None

setVKnot((ONuPatchSchemaSample)arg1, (object)arg2) → None

setVOrder((ONuPatchSchemaSample)arg1, (int)arg2) → None

setVelocities((ONuPatchSchemaSample)arg1, (object)arg2) → None

class alembic.AbcGeom.OP2dGeomParam

This class is a typed geom param writer.

getDataType((OP2dGeomParam)arg1) → DataType

getIndexProperty((OP2dGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OP2dGeomParam)arg1) → str

getNumSamples((OP2dGeomParam)arg1) → int

getScope((OP2dGeomParam)arg1) → GeometryScope

getTimeSampling((OP2dGeomParam)arg1) → TimeSampling

getValueProperty((OP2dGeomParam)arg1) → OP2dArrayProperty

isIndexed((OP2dGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OP2dGeomParam)arg1) → None

set((OP2dGeomParam)arg1, (object)sample) → None

set( (OP2dGeomParam)arg1, (OP2dGeomParamSample)sample) -> None

setFromPrevious((OP2dGeomParam)arg1) → None

setTimeSampling((OP2dGeomParam)arg1, (int)index) → None

setTimeSampling( (OP2dGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OP2dGeomParam)arg1) → bool

class alembic.AbcGeom.OP2dGeomParamSample

getIndices((OP2dGeomParamSample)arg1) → object

getScope((OP2dGeomParamSample)arg1) → GeometryScope

getVals((OP2dGeomParamSample)arg1) → object

reset((OP2dGeomParamSample)arg1) → None

setIndices((OP2dGeomParamSample)arg1, (object)arg2) → None

setScope((OP2dGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OP2dGeomParamSample)arg1, (object)arg2) → None

valid((OP2dGeomParamSample)arg1) → bool

class alembic.AbcGeom.OP2fGeomParam

This class is a typed geom param writer.

getDataType((OP2fGeomParam)arg1) → DataType

getIndexProperty((OP2fGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OP2fGeomParam)arg1) → str

getNumSamples((OP2fGeomParam)arg1) → int

getScope((OP2fGeomParam)arg1) → GeometryScope

getTimeSampling((OP2fGeomParam)arg1) → TimeSampling

getValueProperty((OP2fGeomParam)arg1) → OP2fArrayProperty

isIndexed((OP2fGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OP2fGeomParam)arg1) → None

set((OP2fGeomParam)arg1, (object)sample) → None

set( (OP2fGeomParam)arg1, (OP2fGeomParamSample)sample) -> None

setFromPrevious((OP2fGeomParam)arg1) → None

setTimeSampling((OP2fGeomParam)arg1, (int)index) → None

setTimeSampling( (OP2fGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OP2fGeomParam)arg1) → bool

class alembic.AbcGeom.OP2fGeomParamSample

getIndices((OP2fGeomParamSample)arg1) → object

getScope((OP2fGeomParamSample)arg1) → GeometryScope

getVals((OP2fGeomParamSample)arg1) → object

reset((OP2fGeomParamSample)arg1) → None

setIndices((OP2fGeomParamSample)arg1, (object)arg2) → None

setScope((OP2fGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OP2fGeomParamSample)arg1, (object)arg2) → None

valid((OP2fGeomParamSample)arg1) → bool

class alembic.AbcGeom.OP2iGeomParam

This class is a typed geom param writer.

getDataType((OP2iGeomParam)arg1) → DataType

getIndexProperty((OP2iGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OP2iGeomParam)arg1) → str

getNumSamples((OP2iGeomParam)arg1) → int

getScope((OP2iGeomParam)arg1) → GeometryScope

getTimeSampling((OP2iGeomParam)arg1) → TimeSampling

getValueProperty((OP2iGeomParam)arg1) → OP2iArrayProperty

isIndexed((OP2iGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OP2iGeomParam)arg1) → None

set((OP2iGeomParam)arg1, (object)sample) → None

set( (OP2iGeomParam)arg1, (OP2iGeomParamSample)sample) -> None

setFromPrevious((OP2iGeomParam)arg1) → None

setTimeSampling((OP2iGeomParam)arg1, (int)index) → None

setTimeSampling( (OP2iGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OP2iGeomParam)arg1) → bool

class alembic.AbcGeom.OP2iGeomParamSample

getIndices((OP2iGeomParamSample)arg1) → object

getScope((OP2iGeomParamSample)arg1) → GeometryScope

getVals((OP2iGeomParamSample)arg1) → object

reset((OP2iGeomParamSample)arg1) → None

setIndices((OP2iGeomParamSample)arg1, (object)arg2) → None

setScope((OP2iGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OP2iGeomParamSample)arg1, (object)arg2) → None

valid((OP2iGeomParamSample)arg1) → bool

class alembic.AbcGeom.OP2sGeomParam

This class is a typed geom param writer.

getDataType((OP2sGeomParam)arg1) → DataType

getIndexProperty((OP2sGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OP2sGeomParam)arg1) → str

getNumSamples((OP2sGeomParam)arg1) → int

getScope((OP2sGeomParam)arg1) → GeometryScope

getTimeSampling((OP2sGeomParam)arg1) → TimeSampling

getValueProperty((OP2sGeomParam)arg1) → OP2sArrayProperty

isIndexed((OP2sGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OP2sGeomParam)arg1) → None

set((OP2sGeomParam)arg1, (object)sample) → None

set( (OP2sGeomParam)arg1, (OP2sGeomParamSample)sample) -> None

setFromPrevious((OP2sGeomParam)arg1) → None

setTimeSampling((OP2sGeomParam)arg1, (int)index) → None

setTimeSampling( (OP2sGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OP2sGeomParam)arg1) → bool

class alembic.AbcGeom.OP2sGeomParamSample

getIndices((OP2sGeomParamSample)arg1) → object

getScope((OP2sGeomParamSample)arg1) → GeometryScope

getVals((OP2sGeomParamSample)arg1) → object

reset((OP2sGeomParamSample)arg1) → None

setIndices((OP2sGeomParamSample)arg1, (object)arg2) → None

setScope((OP2sGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OP2sGeomParamSample)arg1, (object)arg2) → None

valid((OP2sGeomParamSample)arg1) → bool

class alembic.AbcGeom.OP3dGeomParam

This class is a typed geom param writer.

getDataType((OP3dGeomParam)arg1) → DataType

getIndexProperty((OP3dGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OP3dGeomParam)arg1) → str

getNumSamples((OP3dGeomParam)arg1) → int

getScope((OP3dGeomParam)arg1) → GeometryScope

getTimeSampling((OP3dGeomParam)arg1) → TimeSampling

getValueProperty((OP3dGeomParam)arg1) → OP3dArrayProperty

isIndexed((OP3dGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OP3dGeomParam)arg1) → None

set((OP3dGeomParam)arg1, (object)sample) → None

set( (OP3dGeomParam)arg1, (OP3dGeomParamSample)sample) -> None

setFromPrevious((OP3dGeomParam)arg1) → None

setTimeSampling((OP3dGeomParam)arg1, (int)index) → None

setTimeSampling( (OP3dGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OP3dGeomParam)arg1) → bool

class alembic.AbcGeom.OP3dGeomParamSample

getIndices((OP3dGeomParamSample)arg1) → object

getScope((OP3dGeomParamSample)arg1) → GeometryScope

getVals((OP3dGeomParamSample)arg1) → object

reset((OP3dGeomParamSample)arg1) → None

setIndices((OP3dGeomParamSample)arg1, (object)arg2) → None

setScope((OP3dGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OP3dGeomParamSample)arg1, (object)arg2) → None

valid((OP3dGeomParamSample)arg1) → bool

class alembic.AbcGeom.OP3fGeomParam

This class is a typed geom param writer.

getDataType((OP3fGeomParam)arg1) → DataType

getIndexProperty((OP3fGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OP3fGeomParam)arg1) → str

getNumSamples((OP3fGeomParam)arg1) → int

getScope((OP3fGeomParam)arg1) → GeometryScope

getTimeSampling((OP3fGeomParam)arg1) → TimeSampling

getValueProperty((OP3fGeomParam)arg1) → OP3fArrayProperty

isIndexed((OP3fGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OP3fGeomParam)arg1) → None

set((OP3fGeomParam)arg1, (object)sample) → None

set( (OP3fGeomParam)arg1, (OP3fGeomParamSample)sample) -> None

setFromPrevious((OP3fGeomParam)arg1) → None

setTimeSampling((OP3fGeomParam)arg1, (int)index) → None

setTimeSampling( (OP3fGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OP3fGeomParam)arg1) → bool

class alembic.AbcGeom.OP3fGeomParamSample

getIndices((OP3fGeomParamSample)arg1) → object

getScope((OP3fGeomParamSample)arg1) → GeometryScope

getVals((OP3fGeomParamSample)arg1) → object

reset((OP3fGeomParamSample)arg1) → None

setIndices((OP3fGeomParamSample)arg1, (object)arg2) → None

setScope((OP3fGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OP3fGeomParamSample)arg1, (object)arg2) → None

valid((OP3fGeomParamSample)arg1) → bool

class alembic.AbcGeom.OP3iGeomParam

This class is a typed geom param writer.

getDataType((OP3iGeomParam)arg1) → DataType

getIndexProperty((OP3iGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OP3iGeomParam)arg1) → str

getNumSamples((OP3iGeomParam)arg1) → int

getScope((OP3iGeomParam)arg1) → GeometryScope

getTimeSampling((OP3iGeomParam)arg1) → TimeSampling

getValueProperty((OP3iGeomParam)arg1) → OP3iArrayProperty

isIndexed((OP3iGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OP3iGeomParam)arg1) → None

set((OP3iGeomParam)arg1, (object)sample) → None

set( (OP3iGeomParam)arg1, (OP3iGeomParamSample)sample) -> None

setFromPrevious((OP3iGeomParam)arg1) → None

setTimeSampling((OP3iGeomParam)arg1, (int)index) → None

setTimeSampling( (OP3iGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OP3iGeomParam)arg1) → bool

class alembic.AbcGeom.OP3iGeomParamSample

getIndices((OP3iGeomParamSample)arg1) → object

getScope((OP3iGeomParamSample)arg1) → GeometryScope

getVals((OP3iGeomParamSample)arg1) → object

reset((OP3iGeomParamSample)arg1) → None

setIndices((OP3iGeomParamSample)arg1, (object)arg2) → None

setScope((OP3iGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OP3iGeomParamSample)arg1, (object)arg2) → None

valid((OP3iGeomParamSample)arg1) → bool

class alembic.AbcGeom.OP3sGeomParam

This class is a typed geom param writer.

getDataType((OP3sGeomParam)arg1) → DataType

getIndexProperty((OP3sGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OP3sGeomParam)arg1) → str

getNumSamples((OP3sGeomParam)arg1) → int

getScope((OP3sGeomParam)arg1) → GeometryScope

getTimeSampling((OP3sGeomParam)arg1) → TimeSampling

getValueProperty((OP3sGeomParam)arg1) → OP3sArrayProperty

isIndexed((OP3sGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OP3sGeomParam)arg1) → None

set((OP3sGeomParam)arg1, (object)sample) → None

set( (OP3sGeomParam)arg1, (OP3sGeomParamSample)sample) -> None

setFromPrevious((OP3sGeomParam)arg1) → None

setTimeSampling((OP3sGeomParam)arg1, (int)index) → None

setTimeSampling( (OP3sGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OP3sGeomParam)arg1) → bool

class alembic.AbcGeom.OP3sGeomParamSample

getIndices((OP3sGeomParamSample)arg1) → object

getScope((OP3sGeomParamSample)arg1) → GeometryScope

getVals((OP3sGeomParamSample)arg1) → object

reset((OP3sGeomParamSample)arg1) → None

setIndices((OP3sGeomParamSample)arg1, (object)arg2) → None

setScope((OP3sGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OP3sGeomParamSample)arg1, (object)arg2) → None

valid((OP3sGeomParamSample)arg1) → bool

class alembic.AbcGeom.OPoints

doc

getSchema((OPoints)arg1) → OPointsSchema :

doc

static getSchemaObjTitle() → str :

doc

static getSchemaTitle() → str :

doc

static matches((MetaData)metaData[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

matches( (ObjectHeader)metaData [, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) -> bool

reset((OPoints)arg1) → None

valid((OPoints)arg1) → bool

class alembic.AbcGeom.OPointsSchema

The OPointsSchema class is a points schema writer

getNumSamples((OPointsSchema)arg1) → int

reset((OPointsSchema)arg1) → None

set((OPointsSchema)arg1, (OPointsSchemaSample)iSamp) → None

setFromPrevious((OPointsSchema)arg1) → None

setTimeSampling((OPointsSchema)arg1, (int)index) → None

setTimeSampling( (OPointsSchema)arg1, (TimeSampling)TimeSampling) -> None

valid((OPointsSchema)arg1) → bool

class alembic.AbcGeom.OPointsSchemaSample

getIds((OPointsSchemaSample)arg1) → object

getPositions((OPointsSchemaSample)arg1) → object

getSelfBounds((OPointsSchemaSample)arg1) → Box3d

getVelocities((OPointsSchemaSample)arg1) → object

getWidths((OPointsSchemaSample)arg1) → OFloatGeomParamSample

reset((OPointsSchemaSample)arg1) → None

setIds((OPointsSchemaSample)arg1, (object)ids) → None

setPositions((OPointsSchemaSample)arg1, (object)positions) → None

setSelfBounds((OPointsSchemaSample)arg1, (Box3d)bounds) → None

setVelocities((OPointsSchemaSample)arg1, (object)velocities) → None

setWidths((OPointsSchemaSample)arg1, (OFloatGeomParamSample)width) → None

class alembic.AbcGeom.OPolyMesh

doc

getSchema((OPolyMesh)arg1) → OPolyMeshSchema :

doc

static getSchemaObjTitle() → str :

doc

static getSchemaTitle() → str :

doc

static matches((MetaData)metaData[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

matches( (ObjectHeader)metaData [, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) -> bool

reset((OPolyMesh)arg1) → None

valid((OPolyMesh)arg1) → bool

class alembic.AbcGeom.OPolyMeshSchema

The OPolyMeshSchema class is a faceset schema writer

createFaceSet((OPolyMeshSchema)arg1, (str)iFaceSetName) → OFaceSet

getFaceSet((OPolyMeshSchema)arg1, (str)iFaceSetName) → OFaceSet

getFaceSetNames((OPolyMeshSchema)oFaceSetNames) → object

getNumSamples((OPolyMeshSchema)arg1) → int

getTimeSampling((OPolyMeshSchema)arg1) → TimeSampling

hasFaceSet((OPolyMeshSchema)arg1, (str)iFaceSetName) → bool

reset((OPolyMeshSchema)arg1) → None

set((OPolyMeshSchema)arg1, (OPolyMeshSchemaSample)iSamp) → None

setFromPrevious((OPolyMeshSchema)arg1) → None

setTimeSampling((OPolyMeshSchema)arg1, (int)index) → None

setTimeSampling( (OPolyMeshSchema)arg1, (TimeSampling)TimeSampling) -> None

setUVSourceName((OPolyMeshSchema)arg1, (str)arg2) → None

valid((OPolyMeshSchema)arg1) → bool

class alembic.AbcGeom.OPolyMeshSchemaSample

getFaceCounts((OPolyMeshSchemaSample)arg1) → object

getFaceIndices((OPolyMeshSchemaSample)arg1) → object

getNormals((OPolyMeshSchemaSample)arg1) → ON3fGeomParamSample

getPositions((OPolyMeshSchemaSample)arg1) → object

getSelfBounds((OPolyMeshSchemaSample)arg1) → Box3d

getUVs((OPolyMeshSchemaSample)arg1) → OV2fGeomParamSample

getVelocities((OPolyMeshSchemaSample)arg1) → object

reset((OPolyMeshSchemaSample)arg1) → None

setFaceCounts((OPolyMeshSchemaSample)arg1, (object)arg2) → None

setFaceIndices((OPolyMeshSchemaSample)arg1, (object)arg2) → None

setNormals((OPolyMeshSchemaSample)arg1, (ON3fGeomParamSample)arg2) → None

setPositions((OPolyMeshSchemaSample)arg1, (object)arg2) → None

setSelfBounds((OPolyMeshSchemaSample)arg1, (Box3d)arg2) → None

setUVs((OPolyMeshSchemaSample)arg1, (OV2fGeomParamSample)arg2) → None

setVelocities((OPolyMeshSchemaSample)arg1, (object)arg2) → None

class alembic.AbcGeom.OQuatdGeomParam

This class is a typed geom param writer.

getDataType((OQuatdGeomParam)arg1) → DataType

getIndexProperty((OQuatdGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OQuatdGeomParam)arg1) → str

getNumSamples((OQuatdGeomParam)arg1) → int

getScope((OQuatdGeomParam)arg1) → GeometryScope

getTimeSampling((OQuatdGeomParam)arg1) → TimeSampling

getValueProperty((OQuatdGeomParam)arg1) → OQuatdArrayProperty

isIndexed((OQuatdGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OQuatdGeomParam)arg1) → None

set((OQuatdGeomParam)arg1, (object)sample) → None

set( (OQuatdGeomParam)arg1, (OQuatdGeomParamSample)sample) -> None

setFromPrevious((OQuatdGeomParam)arg1) → None

setTimeSampling((OQuatdGeomParam)arg1, (int)index) → None

setTimeSampling( (OQuatdGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OQuatdGeomParam)arg1) → bool

class alembic.AbcGeom.OQuatdGeomParamSample

getIndices((OQuatdGeomParamSample)arg1) → object

getScope((OQuatdGeomParamSample)arg1) → GeometryScope

getVals((OQuatdGeomParamSample)arg1) → object

reset((OQuatdGeomParamSample)arg1) → None

setIndices((OQuatdGeomParamSample)arg1, (object)arg2) → None

setScope((OQuatdGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OQuatdGeomParamSample)arg1, (object)arg2) → None

valid((OQuatdGeomParamSample)arg1) → bool

class alembic.AbcGeom.OQuatfGeomParam

This class is a typed geom param writer.

getDataType((OQuatfGeomParam)arg1) → DataType

getIndexProperty((OQuatfGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OQuatfGeomParam)arg1) → str

getNumSamples((OQuatfGeomParam)arg1) → int

getScope((OQuatfGeomParam)arg1) → GeometryScope

getTimeSampling((OQuatfGeomParam)arg1) → TimeSampling

getValueProperty((OQuatfGeomParam)arg1) → OQuatfArrayProperty

isIndexed((OQuatfGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OQuatfGeomParam)arg1) → None

set((OQuatfGeomParam)arg1, (object)sample) → None

set( (OQuatfGeomParam)arg1, (OQuatfGeomParamSample)sample) -> None

setFromPrevious((OQuatfGeomParam)arg1) → None

setTimeSampling((OQuatfGeomParam)arg1, (int)index) → None

setTimeSampling( (OQuatfGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OQuatfGeomParam)arg1) → bool

class alembic.AbcGeom.OQuatfGeomParamSample

getIndices((OQuatfGeomParamSample)arg1) → object

getScope((OQuatfGeomParamSample)arg1) → GeometryScope

getVals((OQuatfGeomParamSample)arg1) → object

reset((OQuatfGeomParamSample)arg1) → None

setIndices((OQuatfGeomParamSample)arg1, (object)arg2) → None

setScope((OQuatfGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OQuatfGeomParamSample)arg1, (object)arg2) → None

valid((OQuatfGeomParamSample)arg1) → bool

class alembic.AbcGeom.OSchema_Light

Usually used as a base class, but could also theoretically be used as a standalone.

static getDefaultSchemaName() → str :

Return the default name for instances of this schema. Often something like ‘.geom’.

getSchemaBaseType() → str :

Return the schema base type expected of this property.An empty base type means it’s the root type.

static getSchemaTitle() → str :

Return the schema title expected of this property.An empty title matches everything.

static matches((MetaData)metadata[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool :

This will check whether or not a given entity (as represented by a metadata) strictly matches the interpretation of this schema object.

matches( (PropertyHeader)header [, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) -> bool :

This will check whether or not a given entity (as represented by an object header) strictly matches the interpretation of thisschema object, as well as the datatype.

class alembic.AbcGeom.OSchema_Xform

Usually used as a base class, but could also theoretically be used as a standalone.

static getDefaultSchemaName() → str :

Return the default name for instances of this schema. Often something like ‘.geom’.

getSchemaBaseType() → str :

Return the schema base type expected of this property.An empty base type means it’s the root type.

static getSchemaTitle() → str :

Return the schema title expected of this property.An empty title matches everything.

static matches((MetaData)metadata[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool :

This will check whether or not a given entity (as represented by a metadata) strictly matches the interpretation of this schema object.

matches( (PropertyHeader)header [, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) -> bool :

This will check whether or not a given entity (as represented by an object header) strictly matches the interpretation of thisschema object, as well as the datatype.

class alembic.AbcGeom.OStringGeomParam

This class is a typed geom param writer.

getDataType((OStringGeomParam)arg1) → DataType

getIndexProperty((OStringGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OStringGeomParam)arg1) → str

getNumSamples((OStringGeomParam)arg1) → int

getScope((OStringGeomParam)arg1) → GeometryScope

getTimeSampling((OStringGeomParam)arg1) → TimeSampling

getValueProperty((OStringGeomParam)arg1) → OStringArrayProperty

isIndexed((OStringGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OStringGeomParam)arg1) → None

set((OStringGeomParam)arg1, (OStringGeomParamSample)sample) → None

set( (OStringGeomParam)arg1, (object)sample) -> None

setFromPrevious((OStringGeomParam)arg1) → None

setTimeSampling((OStringGeomParam)arg1, (int)index) → None

setTimeSampling( (OStringGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OStringGeomParam)arg1) → bool

class alembic.AbcGeom.OStringGeomParamSample

getIndices((OStringGeomParamSample)arg1) → object

getScope((OStringGeomParamSample)arg1) → GeometryScope

getVals((OStringGeomParamSample)arg1) → object

reset((OStringGeomParamSample)arg1) → None

setIndices((OStringGeomParamSample)arg1, (object)arg2) → None

setScope((OStringGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OStringGeomParamSample)arg1, (object)arg2) → None

valid((OStringGeomParamSample)arg1) → bool

class alembic.AbcGeom.OSubD

doc

getSchema((OSubD)arg1) → OSubDSchema :

doc

static getSchemaObjTitle() → str :

doc

static getSchemaTitle() → str :

doc

static matches((MetaData)metaData[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

matches( (ObjectHeader)metaData [, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) -> bool

reset((OSubD)arg1) → None

valid((OSubD)arg1) → bool

class alembic.AbcGeom.OSubDSchema

The OSubDSchema class is a subd schema writer.

createFaceSet((OSubDSchema)arg1, (str)faceSetName) → OFaceSet

getFaceSet((OSubDSchema)arg1, (str)faceSetName) → OFaceSet

getFaceSetNames((OSubDSchema)faceSetNames) → object

getNumSamples((OSubDSchema)arg1) → int

getTimeSampling((OSubDSchema)arg1) → TimeSampling

hasFaceSet((OSubDSchema)arg1, (str)faceSetName) → bool

reset((OSubDSchema)arg1) → None

set((OSubDSchema)arg1, (OSubDSchemaSample)iSamp) → None

setFromPrevious((OSubDSchema)arg1) → None

setTimeSampling((OSubDSchema)arg1, (int)index) → None

setTimeSampling( (OSubDSchema)arg1, (TimeSampling)timeSampling) -> None

setUVSourceName((OSubDSchema)arg1, (str)arg2) → None

valid((OSubDSchema)arg1) → bool

class alembic.AbcGeom.OSubDSchemaSample

getCornerIndices((OSubDSchemaSample)arg1) → object

getCornerSharpnesses((OSubDSchemaSample)arg1) → object

getCreaseIndices((OSubDSchemaSample)arg1) → object

getCreaseLengths((OSubDSchemaSample)arg1) → object

getCreaseSharpnesses((OSubDSchemaSample)arg1) → object

getFaceCounts((OSubDSchemaSample)arg1) → object

getFaceIndices((OSubDSchemaSample)arg1) → object

getFaceVaryingInterpolateBoundary((OSubDSchemaSample)arg1) → int

getFaceVaryingPropagateCorners((OSubDSchemaSample)arg1) → int

getHoles((OSubDSchemaSample)arg1) → object

getInterpolateBoundary((OSubDSchemaSample)arg1) → int

getPositions((OSubDSchemaSample)arg1) → object

getSelfBounds((OSubDSchemaSample)arg1) → Box3d

getSubdivisionScheme((OSubDSchemaSample)arg1) → str

getUVs((OSubDSchemaSample)arg1) → OV2fGeomParamSample

getVelocities((OSubDSchemaSample)arg1) → object

reset((OSubDSchemaSample)arg1) → None

setCornerIndices((OSubDSchemaSample)arg1, (object)cornerIndices) → None

setCornerSharpnesses((OSubDSchemaSample)arg1, (object)cornerSharpnesses) → None

setCorners((OSubDSchemaSample)arg1, (object)cornerIndices, (object)cornerSharpnesses) → None

setCreaseIndices((OSubDSchemaSample)arg1, (object)creaseIndices) → None

setCreaseLengths((OSubDSchemaSample)arg1, (object)creaseLengths) → None

setCreaseSharpnesses((OSubDSchemaSample)arg1, (object)creaseSharpnesses) → None

setCreases((OSubDSchemaSample)arg1, (object)creaseIndices, (object)creaseLengths) → None

setCreases( (OSubDSchemaSample)arg1, (object)creaseIndices, (object)creaseLengths, (object)creaseSharpnesses) -> None

setFaceCounts((OSubDSchemaSample)arg1, (object)faceCounts) → None

setFaceIndices((OSubDSchemaSample)arg1, (object)faceIndices) → None

setFaceVaryingInterpolateBoundary((OSubDSchemaSample)arg1, (int)faceVaryingPropagateCorners) → None

setFaceVaryingPropagateCorners((OSubDSchemaSample)arg1, (int)faceVaryingPropagateCorners) → None

setHoles((OSubDSchemaSample)arg1, (object)holes) → None

setInterpolateBoundary((OSubDSchemaSample)arg1, (int)interpolateBoundary) → None

setPositions((OSubDSchemaSample)arg1, (object)positions) → None

setSelfBounds((OSubDSchemaSample)arg1, (Box3d)selfBounds) → None

setSubdivisionScheme((OSubDSchemaSample)arg1, (str)subdScheme) → None

setUVs((OSubDSchemaSample)arg1, (OV2fGeomParamSample)uvs) → None

setVelocities((OSubDSchemaSample)arg1, (object)velocities) → None

class alembic.AbcGeom.OUInt16GeomParam

This class is a typed geom param writer.

getDataType((OUInt16GeomParam)arg1) → DataType

getIndexProperty((OUInt16GeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OUInt16GeomParam)arg1) → str

getNumSamples((OUInt16GeomParam)arg1) → int

getScope((OUInt16GeomParam)arg1) → GeometryScope

getTimeSampling((OUInt16GeomParam)arg1) → TimeSampling

getValueProperty((OUInt16GeomParam)arg1) → OUInt16ArrayProperty

isIndexed((OUInt16GeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OUInt16GeomParam)arg1) → None

set((OUInt16GeomParam)arg1, (object)sample) → None

set( (OUInt16GeomParam)arg1, (OUInt16GeomParamSample)sample) -> None

setFromPrevious((OUInt16GeomParam)arg1) → None

setTimeSampling((OUInt16GeomParam)arg1, (int)index) → None

setTimeSampling( (OUInt16GeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OUInt16GeomParam)arg1) → bool

class alembic.AbcGeom.OUInt16GeomParamSample

getIndices((OUInt16GeomParamSample)arg1) → object

getScope((OUInt16GeomParamSample)arg1) → GeometryScope

getVals((OUInt16GeomParamSample)arg1) → object

reset((OUInt16GeomParamSample)arg1) → None

setIndices((OUInt16GeomParamSample)arg1, (object)arg2) → None

setScope((OUInt16GeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OUInt16GeomParamSample)arg1, (object)arg2) → None

valid((OUInt16GeomParamSample)arg1) → bool

class alembic.AbcGeom.OUInt32GeomParam

This class is a typed geom param writer.

getDataType((OUInt32GeomParam)arg1) → DataType

getIndexProperty((OUInt32GeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OUInt32GeomParam)arg1) → str

getNumSamples((OUInt32GeomParam)arg1) → int

getScope((OUInt32GeomParam)arg1) → GeometryScope

getTimeSampling((OUInt32GeomParam)arg1) → TimeSampling

getValueProperty((OUInt32GeomParam)arg1) → OUInt32ArrayProperty

isIndexed((OUInt32GeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OUInt32GeomParam)arg1) → None

set((OUInt32GeomParam)arg1, (object)sample) → None

set( (OUInt32GeomParam)arg1, (OUInt32GeomParamSample)sample) -> None

setFromPrevious((OUInt32GeomParam)arg1) → None

setTimeSampling((OUInt32GeomParam)arg1, (int)index) → None

setTimeSampling( (OUInt32GeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OUInt32GeomParam)arg1) → bool

class alembic.AbcGeom.OUInt32GeomParamSample

getIndices((OUInt32GeomParamSample)arg1) → object

getScope((OUInt32GeomParamSample)arg1) → GeometryScope

getVals((OUInt32GeomParamSample)arg1) → object

reset((OUInt32GeomParamSample)arg1) → None

setIndices((OUInt32GeomParamSample)arg1, (object)arg2) → None

setScope((OUInt32GeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OUInt32GeomParamSample)arg1, (object)arg2) → None

valid((OUInt32GeomParamSample)arg1) → bool

class alembic.AbcGeom.OUInt64GeomParam

This class is a typed geom param writer.

getDataType((OUInt64GeomParam)arg1) → DataType

getIndexProperty((OUInt64GeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OUInt64GeomParam)arg1) → str

getNumSamples((OUInt64GeomParam)arg1) → int

getScope((OUInt64GeomParam)arg1) → GeometryScope

getTimeSampling((OUInt64GeomParam)arg1) → TimeSampling

getValueProperty((OUInt64GeomParam)arg1) → OUInt64ArrayProperty

isIndexed((OUInt64GeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OUInt64GeomParam)arg1) → None

set((OUInt64GeomParam)arg1, (OUInt64GeomParamSample)sample) → None

set( (OUInt64GeomParam)arg1, (object)sample) -> None

setFromPrevious((OUInt64GeomParam)arg1) → None

setTimeSampling((OUInt64GeomParam)arg1, (int)index) → None

setTimeSampling( (OUInt64GeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OUInt64GeomParam)arg1) → bool

class alembic.AbcGeom.OUInt64GeomParamSample

getIndices((OUInt64GeomParamSample)arg1) → object

getScope((OUInt64GeomParamSample)arg1) → GeometryScope

getVals((OUInt64GeomParamSample)arg1) → object

reset((OUInt64GeomParamSample)arg1) → None

setIndices((OUInt64GeomParamSample)arg1, (object)arg2) → None

setScope((OUInt64GeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OUInt64GeomParamSample)arg1, (object)arg2) → None

valid((OUInt64GeomParamSample)arg1) → bool

class alembic.AbcGeom.OUcharGeomParam

This class is a typed geom param writer.

getDataType((OUcharGeomParam)arg1) → DataType

getIndexProperty((OUcharGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OUcharGeomParam)arg1) → str

getNumSamples((OUcharGeomParam)arg1) → int

getScope((OUcharGeomParam)arg1) → GeometryScope

getTimeSampling((OUcharGeomParam)arg1) → TimeSampling

getValueProperty((OUcharGeomParam)arg1) → OUcharArrayProperty

isIndexed((OUcharGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OUcharGeomParam)arg1) → None

set((OUcharGeomParam)arg1, (object)sample) → None

set( (OUcharGeomParam)arg1, (OUcharGeomParamSample)sample) -> None

setFromPrevious((OUcharGeomParam)arg1) → None

setTimeSampling((OUcharGeomParam)arg1, (int)index) → None

setTimeSampling( (OUcharGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OUcharGeomParam)arg1) → bool

class alembic.AbcGeom.OUcharGeomParamSample

getIndices((OUcharGeomParamSample)arg1) → object

getScope((OUcharGeomParamSample)arg1) → GeometryScope

getVals((OUcharGeomParamSample)arg1) → object

reset((OUcharGeomParamSample)arg1) → None

setIndices((OUcharGeomParamSample)arg1, (object)arg2) → None

setScope((OUcharGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OUcharGeomParamSample)arg1, (object)arg2) → None

valid((OUcharGeomParamSample)arg1) → bool

class alembic.AbcGeom.OV2dGeomParam

This class is a typed geom param writer.

getDataType((OV2dGeomParam)arg1) → DataType

getIndexProperty((OV2dGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OV2dGeomParam)arg1) → str

getNumSamples((OV2dGeomParam)arg1) → int

getScope((OV2dGeomParam)arg1) → GeometryScope

getTimeSampling((OV2dGeomParam)arg1) → TimeSampling

getValueProperty((OV2dGeomParam)arg1) → OV2dArrayProperty

isIndexed((OV2dGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OV2dGeomParam)arg1) → None

set((OV2dGeomParam)arg1, (object)sample) → None

set( (OV2dGeomParam)arg1, (OV2dGeomParamSample)sample) -> None

setFromPrevious((OV2dGeomParam)arg1) → None

setTimeSampling((OV2dGeomParam)arg1, (int)index) → None

setTimeSampling( (OV2dGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OV2dGeomParam)arg1) → bool

class alembic.AbcGeom.OV2dGeomParamSample

getIndices((OV2dGeomParamSample)arg1) → object

getScope((OV2dGeomParamSample)arg1) → GeometryScope

getVals((OV2dGeomParamSample)arg1) → object

reset((OV2dGeomParamSample)arg1) → None

setIndices((OV2dGeomParamSample)arg1, (object)arg2) → None

setScope((OV2dGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OV2dGeomParamSample)arg1, (object)arg2) → None

valid((OV2dGeomParamSample)arg1) → bool

class alembic.AbcGeom.OV2fGeomParam

This class is a typed geom param writer.

getDataType((OV2fGeomParam)arg1) → DataType

getIndexProperty((OV2fGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OV2fGeomParam)arg1) → str

getNumSamples((OV2fGeomParam)arg1) → int

getScope((OV2fGeomParam)arg1) → GeometryScope

getTimeSampling((OV2fGeomParam)arg1) → TimeSampling

getValueProperty((OV2fGeomParam)arg1) → OV2fArrayProperty

isIndexed((OV2fGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OV2fGeomParam)arg1) → None

set((OV2fGeomParam)arg1, (object)sample) → None

set( (OV2fGeomParam)arg1, (OV2fGeomParamSample)sample) -> None

setFromPrevious((OV2fGeomParam)arg1) → None

setTimeSampling((OV2fGeomParam)arg1, (int)index) → None

setTimeSampling( (OV2fGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OV2fGeomParam)arg1) → bool

class alembic.AbcGeom.OV2fGeomParamSample

getIndices((OV2fGeomParamSample)arg1) → object

getScope((OV2fGeomParamSample)arg1) → GeometryScope

getVals((OV2fGeomParamSample)arg1) → object

reset((OV2fGeomParamSample)arg1) → None

setIndices((OV2fGeomParamSample)arg1, (object)arg2) → None

setScope((OV2fGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OV2fGeomParamSample)arg1, (object)arg2) → None

valid((OV2fGeomParamSample)arg1) → bool

class alembic.AbcGeom.OV2iGeomParam

This class is a typed geom param writer.

getDataType((OV2iGeomParam)arg1) → DataType

getIndexProperty((OV2iGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OV2iGeomParam)arg1) → str

getNumSamples((OV2iGeomParam)arg1) → int

getScope((OV2iGeomParam)arg1) → GeometryScope

getTimeSampling((OV2iGeomParam)arg1) → TimeSampling

getValueProperty((OV2iGeomParam)arg1) → OV2iArrayProperty

isIndexed((OV2iGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OV2iGeomParam)arg1) → None

set((OV2iGeomParam)arg1, (object)sample) → None

set( (OV2iGeomParam)arg1, (OV2iGeomParamSample)sample) -> None

setFromPrevious((OV2iGeomParam)arg1) → None

setTimeSampling((OV2iGeomParam)arg1, (int)index) → None

setTimeSampling( (OV2iGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OV2iGeomParam)arg1) → bool

class alembic.AbcGeom.OV2iGeomParamSample

getIndices((OV2iGeomParamSample)arg1) → object

getScope((OV2iGeomParamSample)arg1) → GeometryScope

getVals((OV2iGeomParamSample)arg1) → object

reset((OV2iGeomParamSample)arg1) → None

setIndices((OV2iGeomParamSample)arg1, (object)arg2) → None

setScope((OV2iGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OV2iGeomParamSample)arg1, (object)arg2) → None

valid((OV2iGeomParamSample)arg1) → bool

class alembic.AbcGeom.OV2sGeomParam

This class is a typed geom param writer.

getDataType((OV2sGeomParam)arg1) → DataType

getIndexProperty((OV2sGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OV2sGeomParam)arg1) → str

getNumSamples((OV2sGeomParam)arg1) → int

getScope((OV2sGeomParam)arg1) → GeometryScope

getTimeSampling((OV2sGeomParam)arg1) → TimeSampling

getValueProperty((OV2sGeomParam)arg1) → OV2sArrayProperty

isIndexed((OV2sGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OV2sGeomParam)arg1) → None

set((OV2sGeomParam)arg1, (object)sample) → None

set( (OV2sGeomParam)arg1, (OV2sGeomParamSample)sample) -> None

setFromPrevious((OV2sGeomParam)arg1) → None

setTimeSampling((OV2sGeomParam)arg1, (int)index) → None

setTimeSampling( (OV2sGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OV2sGeomParam)arg1) → bool

class alembic.AbcGeom.OV2sGeomParamSample

getIndices((OV2sGeomParamSample)arg1) → object

getScope((OV2sGeomParamSample)arg1) → GeometryScope

getVals((OV2sGeomParamSample)arg1) → object

reset((OV2sGeomParamSample)arg1) → None

setIndices((OV2sGeomParamSample)arg1, (object)arg2) → None

setScope((OV2sGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OV2sGeomParamSample)arg1, (object)arg2) → None

valid((OV2sGeomParamSample)arg1) → bool

class alembic.AbcGeom.OV3dGeomParam

This class is a typed geom param writer.

getDataType((OV3dGeomParam)arg1) → DataType

getIndexProperty((OV3dGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OV3dGeomParam)arg1) → str

getNumSamples((OV3dGeomParam)arg1) → int

getScope((OV3dGeomParam)arg1) → GeometryScope

getTimeSampling((OV3dGeomParam)arg1) → TimeSampling

getValueProperty((OV3dGeomParam)arg1) → OV3dArrayProperty

isIndexed((OV3dGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OV3dGeomParam)arg1) → None

set((OV3dGeomParam)arg1, (object)sample) → None

set( (OV3dGeomParam)arg1, (OV3dGeomParamSample)sample) -> None

setFromPrevious((OV3dGeomParam)arg1) → None

setTimeSampling((OV3dGeomParam)arg1, (int)index) → None

setTimeSampling( (OV3dGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OV3dGeomParam)arg1) → bool

class alembic.AbcGeom.OV3dGeomParamSample

getIndices((OV3dGeomParamSample)arg1) → object

getScope((OV3dGeomParamSample)arg1) → GeometryScope

getVals((OV3dGeomParamSample)arg1) → object

reset((OV3dGeomParamSample)arg1) → None

setIndices((OV3dGeomParamSample)arg1, (object)arg2) → None

setScope((OV3dGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OV3dGeomParamSample)arg1, (object)arg2) → None

valid((OV3dGeomParamSample)arg1) → bool

class alembic.AbcGeom.OV3fGeomParam

This class is a typed geom param writer.

getDataType((OV3fGeomParam)arg1) → DataType

getIndexProperty((OV3fGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OV3fGeomParam)arg1) → str

getNumSamples((OV3fGeomParam)arg1) → int

getScope((OV3fGeomParam)arg1) → GeometryScope

getTimeSampling((OV3fGeomParam)arg1) → TimeSampling

getValueProperty((OV3fGeomParam)arg1) → OV3fArrayProperty

isIndexed((OV3fGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OV3fGeomParam)arg1) → None

set((OV3fGeomParam)arg1, (object)sample) → None

set( (OV3fGeomParam)arg1, (OV3fGeomParamSample)sample) -> None

setFromPrevious((OV3fGeomParam)arg1) → None

setTimeSampling((OV3fGeomParam)arg1, (int)index) → None

setTimeSampling( (OV3fGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OV3fGeomParam)arg1) → bool

class alembic.AbcGeom.OV3fGeomParamSample

getIndices((OV3fGeomParamSample)arg1) → object

getScope((OV3fGeomParamSample)arg1) → GeometryScope

getVals((OV3fGeomParamSample)arg1) → object

reset((OV3fGeomParamSample)arg1) → None

setIndices((OV3fGeomParamSample)arg1, (object)arg2) → None

setScope((OV3fGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OV3fGeomParamSample)arg1, (object)arg2) → None

valid((OV3fGeomParamSample)arg1) → bool

class alembic.AbcGeom.OV3iGeomParam

This class is a typed geom param writer.

getDataType((OV3iGeomParam)arg1) → DataType

getIndexProperty((OV3iGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OV3iGeomParam)arg1) → str

getNumSamples((OV3iGeomParam)arg1) → int

getScope((OV3iGeomParam)arg1) → GeometryScope

getTimeSampling((OV3iGeomParam)arg1) → TimeSampling

getValueProperty((OV3iGeomParam)arg1) → OV3iArrayProperty

isIndexed((OV3iGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OV3iGeomParam)arg1) → None

set((OV3iGeomParam)arg1, (object)sample) → None

set( (OV3iGeomParam)arg1, (OV3iGeomParamSample)sample) -> None

setFromPrevious((OV3iGeomParam)arg1) → None

setTimeSampling((OV3iGeomParam)arg1, (int)index) → None

setTimeSampling( (OV3iGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OV3iGeomParam)arg1) → bool

class alembic.AbcGeom.OV3iGeomParamSample

getIndices((OV3iGeomParamSample)arg1) → object

getScope((OV3iGeomParamSample)arg1) → GeometryScope

getVals((OV3iGeomParamSample)arg1) → object

reset((OV3iGeomParamSample)arg1) → None

setIndices((OV3iGeomParamSample)arg1, (object)arg2) → None

setScope((OV3iGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OV3iGeomParamSample)arg1, (object)arg2) → None

valid((OV3iGeomParamSample)arg1) → bool

class alembic.AbcGeom.OV3sGeomParam

This class is a typed geom param writer.

getDataType((OV3sGeomParam)arg1) → DataType

getIndexProperty((OV3sGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OV3sGeomParam)arg1) → str

getNumSamples((OV3sGeomParam)arg1) → int

getScope((OV3sGeomParam)arg1) → GeometryScope

getTimeSampling((OV3sGeomParam)arg1) → TimeSampling

getValueProperty((OV3sGeomParam)arg1) → OV3sArrayProperty

isIndexed((OV3sGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OV3sGeomParam)arg1) → None

set((OV3sGeomParam)arg1, (object)sample) → None

set( (OV3sGeomParam)arg1, (OV3sGeomParamSample)sample) -> None

setFromPrevious((OV3sGeomParam)arg1) → None

setTimeSampling((OV3sGeomParam)arg1, (int)index) → None

setTimeSampling( (OV3sGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OV3sGeomParam)arg1) → bool

class alembic.AbcGeom.OV3sGeomParamSample

getIndices((OV3sGeomParamSample)arg1) → object

getScope((OV3sGeomParamSample)arg1) → GeometryScope

getVals((OV3sGeomParamSample)arg1) → object

reset((OV3sGeomParamSample)arg1) → None

setIndices((OV3sGeomParamSample)arg1, (object)arg2) → None

setScope((OV3sGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OV3sGeomParamSample)arg1, (object)arg2) → None

valid((OV3sGeomParamSample)arg1) → bool

class alembic.AbcGeom.OWstringGeomParam

This class is a typed geom param writer.

getDataType((OWstringGeomParam)arg1) → DataType

getIndexProperty((OWstringGeomParam)arg1) → OUInt32ArrayProperty

static getInterpretation() → str

getName((OWstringGeomParam)arg1) → str

getNumSamples((OWstringGeomParam)arg1) → int

getScope((OWstringGeomParam)arg1) → GeometryScope

getTimeSampling((OWstringGeomParam)arg1) → TimeSampling

getValueProperty((OWstringGeomParam)arg1) → OWstringArrayProperty

isIndexed((OWstringGeomParam)arg1) → bool

static matches((PropertyHeader)header[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

reset((OWstringGeomParam)arg1) → None

set((OWstringGeomParam)arg1, (OWstringGeomParamSample)sample) → None

set( (OWstringGeomParam)arg1, (object)sample) -> None

setFromPrevious((OWstringGeomParam)arg1) → None

setTimeSampling((OWstringGeomParam)arg1, (int)index) → None

setTimeSampling( (OWstringGeomParam)arg1, (TimeSampling)TimeSampling) -> None

valid((OWstringGeomParam)arg1) → bool

class alembic.AbcGeom.OWstringGeomParamSample

getIndices((OWstringGeomParamSample)arg1) → object

getScope((OWstringGeomParamSample)arg1) → GeometryScope

getVals((OWstringGeomParamSample)arg1) → object

reset((OWstringGeomParamSample)arg1) → None

setIndices((OWstringGeomParamSample)arg1, (object)arg2) → None

setScope((OWstringGeomParamSample)arg1, (GeometryScope)scope) → None

setVals((OWstringGeomParamSample)arg1, (object)arg2) → None

valid((OWstringGeomParamSample)arg1) → bool

class alembic.AbcGeom.OXform

doc

getSchema((OXform)arg1) → OXformSchema :

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static getSchemaObjTitle() → str :

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static getSchemaTitle() → str :

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static matches((MetaData)metaData[, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) → bool

matches( (ObjectHeader)metaData [, (SchemaInterpMatching)matchingSchema=alembic.Abc.SchemaInterpMatching.kStrictMatching]) -> bool

reset((OXform)arg1) → None

valid((OXform)arg1) → bool

class alembic.AbcGeom.OXformSchema

The OXformSchema class is a xform schema writer

getArbGeomParams((OXformSchema)arg1) → OCompoundProperty

getChildBoundsProperty((OXformSchema)arg1) → OBox3dProperty

getNumSamples((OXformSchema)arg1) → int :

Return the number of samples contained in this object

getTimeSampling((OXformSchema)arg1) → TimeSampling :

Return the TimeSampling of this object

getUserProperties((OXformSchema)arg1) → OCompoundProperty

reset((OXformSchema)arg1) → None

set((OXformSchema)arg1, (XformSample)sample) → None

setFromPrevious((OXformSchema)arg1) → None

setTimeSampling((OXformSchema)arg1, (int)index) → None :

Change the TimeSampling used by this property with the given index

setTimeSampling( (OXformSchema)arg1, (TimeSampling)TimeSampling) -> None :

Change the TimeSampling used by this property with the given TimeSampling

valid((OXformSchema)arg1) → bool

class alembic.AbcGeom.ObjectVisibility

kVisibilityDeferred = alembic.AbcGeom.ObjectVisibility.kVisibilityDeferred

kVisibilityHidden = alembic.AbcGeom.ObjectVisibility.kVisibilityHidden

kkVisibilityVisible = alembic.AbcGeom.ObjectVisibility.kkVisibilityVisible

names = {'kVisibilityDeferred': alembic.AbcGeom.ObjectVisibility.kVisibilityDeferred, 'kkVisibilityVisible': alembic.AbcGeom.ObjectVisibility.kkVisibilityVisible, 'kVisibilityHidden': alembic.AbcGeom.ObjectVisibility.kVisibilityHidden}

values = {0: alembic.AbcGeom.ObjectVisibility.kVisibilityHidden, 1: alembic.AbcGeom.ObjectVisibility.kkVisibilityVisible, -1: alembic.AbcGeom.ObjectVisibility.kVisibilityDeferred}

class alembic.AbcGeom.Sample

getCornerIndices((Sample)arg1) → object

getCornerSharpnesses((Sample)arg1) → object

getCreaseIndices((Sample)arg1) → object

getCreaseLengths((Sample)arg1) → object

getCreaseSharpnesses((Sample)arg1) → object

getFaceCounts((Sample)arg1) → object

getFaceIndices((Sample)arg1) → object

getFaceVaryingInterpolateBoundary((Sample)arg1) → int

getFaceVaryingPropagateCorners((Sample)arg1) → int

getHoles((Sample)arg1) → object

getInterpolateBoundary((Sample)arg1) → int

getPositions((Sample)arg1) → object

getSelfBounds((Sample)arg1) → Box3d

getSubdivisionScheme((Sample)arg1) → str

getVelocities((Sample)arg1) → object

reset((Sample)arg1) → None

valid((Sample)arg1) → bool

class alembic.AbcGeom.XformOp

This class holds the data about a particular transform operation, but does not hold the actual data to calculate a 4x4 matrix. It holds the type of operation (Translate, Rotate, Scale, Matrix), a hint about the type which can be interpreted by packages like Maya, and what particular parts of the operations can change over time.

getAngle((XformOp)arg1) → float

getAxis((XformOp)arg1) → V3d

getChannelValue((XformOp)arg1, (int)index) → float

getDefaultChannelValue((XformOp)arg1, (int)index) → float :

For every channel, there’s a default value. Typically, for each op type, it’s the same across channels. But matrix ops have different defaults to allow the identity matrix to be defaulted (most channels there are 0.0, the determinant channels are 1.0).

getHint((XformOp)arg1) → int :

Get the MatrixHint, RotateHint, TranslateHint, or ScaleHint to help disambiguate certain options that may have the same type.

getMatrix((XformOp)arg1) → M44d

getNumChannels((XformOp)arg1) → int :

Get the number of components that this operation has based on the type. Translate and Scale have 3, Rotate has 4 and Matrix has 16, and single-axis rotate ops (rotateX, rotateY, rotateZ) have 1.

getOpEncoding((XformOp)arg1) → int

getScale((XformOp)arg1) → V3d

getTranslate((XformOp)arg1) → V3d

getType((XformOp)arg1) → XformOperationType :

Get the type of transform operation. (Translate, Rotate, Scale, Matrix)

getVector((XformOp)arg1) → V3d

getXRotation((XformOp)arg1) → float

getYRotation((XformOp)arg1) → float

getZRotation((XformOp)arg1) → float

isAngleAnimated((XformOp)arg1) → bool :

Returns whether the angle component (index 3) is animated. Since Scale and Translate do not have an angle component, false is returned for those types.Only meaningful on read.

isChannelAnimated((XformOp)arg1, (int)index) → bool :

Returns whether a particular channel is animated. Scale and Translate only have 3 channels, Rotate has 4, and Matrix has 16. Indices greater than the number of channels will return false.Only meaningful on read.

isMatrixOp((XformOp)arg1) → bool

isRotateOp((XformOp)arg1) → bool

isRotateXOp((XformOp)arg1) → bool

isRotateYOp((XformOp)arg1) → bool

isRotateZOp((XformOp)arg1) → bool

isScaleOp((XformOp)arg1) → bool

isTranslateOp((XformOp)arg1) → bool

isXAnimated((XformOp)arg1) → bool :

Returns whether the x component (index 0) is animated.Only meaningful on read.

isYAnimated((XformOp)arg1) → bool :

Returns whether the y component (index 1) is animated.Only meaningful on read.

isZAnimated((XformOp)arg1) → bool :

Returns whether the z component (index 2) is animated.Only meaningful on read.

setAngle((XformOp)arg1, (float)degrees) → None

setAxis((XformOp)arg1, (V3d)axis) → None

setChannelValue((XformOp)arg1, (int)index, (float)value) → None :

Set a single channel; will throw if iIndex is greater thannumchannels - 1.

setHint((XformOp)arg1, (int)hint) → None :

Set the hint, if it is an illegal value for the type, then the hint is set to the default, 0.

setMatrix((XformOp)arg1, (M44d)matrix) → None

setScale((XformOp)arg1, (V3d)scale) → None

setTranslate((XformOp)arg1, (V3d)trans) → None

setType((XformOp)arg1, (XformOperationType)itype) → None :

Set the type of transform operation. (Translate, Rotate, Scale, Matrix) Setting the type resets the hint, and sets all the channels to static.

setVector((XformOp)arg1, (V3d)vector) → None

class alembic.AbcGeom.XformOperationType

kMatrixOperation = alembic.AbcGeom.XformOperationType.kMatrixOperation

kRotateOperation = alembic.AbcGeom.XformOperationType.kRotateOperation

kRotateXOperation = alembic.AbcGeom.XformOperationType.kRotateXOperation

kRotateYOperation = alembic.AbcGeom.XformOperationType.kRotateYOperation

kRotateZOperation = alembic.AbcGeom.XformOperationType.kRotateZOperation

kScaleOperation = alembic.AbcGeom.XformOperationType.kScaleOperation

kTranslateOperation = alembic.AbcGeom.XformOperationType.kTranslateOperation

names = {'kMatrixOperation': alembic.AbcGeom.XformOperationType.kMatrixOperation, 'kRotateXOperation': alembic.AbcGeom.XformOperationType.kRotateXOperation, 'kTranslateOperation': alembic.AbcGeom.XformOperationType.kTranslateOperation, 'kRotateYOperation': alembic.AbcGeom.XformOperationType.kRotateYOperation, 'kScaleOperation': alembic.AbcGeom.XformOperationType.kScaleOperation, 'kRotateZOperation': alembic.AbcGeom.XformOperationType.kRotateZOperation, 'kRotateOperation': alembic.AbcGeom.XformOperationType.kRotateOperation}

values = {0: alembic.AbcGeom.XformOperationType.kScaleOperation, 1: alembic.AbcGeom.XformOperationType.kTranslateOperation, 2: alembic.AbcGeom.XformOperationType.kRotateOperation, 3: alembic.AbcGeom.XformOperationType.kMatrixOperation, 4: alembic.AbcGeom.XformOperationType.kRotateXOperation, 5: alembic.AbcGeom.XformOperationType.kRotateYOperation, 6: alembic.AbcGeom.XformOperationType.kRotateZOperation}

class alembic.AbcGeom.XformSample

addOp((XformSample)arg1, (XformOp)transOrScaleOp, (V3d)value) → int :

Add translate or scale op. Returns the index of the op in its op-stack.

addOp( (XformSample)arg1, (XformOp)rotateOp, (V3d)axis, (float)degrees) -> int :

Add rotate op. Returns the index of the op in its op-stack.

addOp( (XformSample)arg1, (XformOp)matrixOp, (M44d)matrix) -> int :

Add matrix op. Returns the index of the op in its op-stack.

addOp( (XformSample)arg1, (XformOp)axisRotateOp, (float)degrees) -> int :

Add rotateX, rotateY or rotateZ op.

addOp( (XformSample)arg1, (XformOp)op) -> int :

Add an op with values already set on the op.

getAngle((XformSample)arg1) → float

getAxis((XformSample)arg1) → V3d

getInheritsXforms((XformSample)arg1) → bool

getIsTopologyFrozen((XformSample)arg1) → bool :

Has this Sample been used in a call to OXformSchema::set()

getMatrix((XformSample)arg1) → M44d

getNumOpChannels((XformSample)arg1) → int

getNumOps((XformSample)arg1) → int

getOp((XformSample)arg1, (int)index) → XformOp

getScale((XformSample)arg1) → V3d

getTranslation((XformSample)arg1) → V3d

getXRotation((XformSample)arg1) → float

getYRotation((XformSample)arg1) → float

getZRotation((XformSample)arg1) → float

isTopologyEqual((XformSample)arg1, (XformSample)sample) → bool :

Tests whether this sample has the same topology as ‘sample’

reset((XformSample)arg1) → None

setInheritsXforms((XformSample)arg1, (bool)inherits) → None

setMatrix((XformSample)arg1, (M44d)matrix) → None

setRotation((XformSample)arg1, (V3d)axis, (float)degrees) → None

setScale((XformSample)arg1, (V3d)scale) → None

setTranslation((XformSample)arg1, (V3d)trans) → None

setXRotation((XformSample)arg1, (float)degrees) → None

setYRotation((XformSample)arg1, (float)degrees) → None

setZRotation((XformSample)arg1, (float)degrees) → None