c4d.modules.mograph.FieldInput¶

class c4d.modules.mograph.FieldInput¶: New in version R20.

Attributes

FieldInput._blockCount¶

[Read-only]

The number of elements to be processed. The count to use when iterating over elements in FieldObject and FieldLayer.

Type: int

FieldInput._blockOffset¶

[Read-only]

The offset (starting point) of the elements if a portion of a larger array. Used for example to get the actual index in the list: actualIndex = index - points._blockOffset.

Type: int

FieldInput._fullArraySize¶

[Read-only]

The full size of the source data. May be larger than _blockCount and also might be larger than the size of the allocated block within the c4d.modules.mograph.FieldInput.

Warning

Do no use _fullArraySize to browse the arrays.

Type: int

FieldInput._transform¶

[Read-only]

The transform matrix for the points in the input block. Use to bring the position and direction lists into world space or the local space of a FieldObject.

Type: c4d.Matrix

FieldInput._position¶

[Read-only]

The position values for the array of points. If it is a sub-block then element 0 is at _blockOffset within the larger block.

Type: List[c4d.Vector]

FieldInput._direction¶

[Read-only]

The direction values for the array of points. If it is a sub-block then element 0 is at _blockOffset within the larger block.

Type: List[c4d.Vector]

FieldInput._uvw¶

[Read-only]

The uvw values for the array of points. If it is a sub-block then element 0 is at _blockOffset within the larger block.

Type: List[c4d.Vector]

Methods Signatures

FieldInput.__init__(self, position, ...[, ...])

Creates a FieldInput instance.

`FieldInput.GetSubBlock(self, offset, blockSize)`	Retrieves a `FieldInput` for a subset of the original block.
`FieldInput.IsValid(self)`	Checks if the `FieldInput` allocations and sizes are valid.
`FieldInput.IsPopulated(self)`	Checks if the `FieldInput` is valid and non-empty.
`FieldInput.GetCount(self)`	Returns the number of elements in the `FieldInput`.
`FieldInput.GetOffset(self)`	Returns the offset of the first element in full arrays.

Methods Documentation

FieldInput.__init__(self, position, allocatedCount, transform=None, fullCount=NOTOK, direction=None, uvw=None)¶

Creates a FieldInput instance.

Parameters

position (List[c4d.Vector]) – The position list to sample.
allocatedCount (int) – The length of the position list.
transform (Optional[c4d.Matrix]) – The transform matrix required to convert the position and direction inputs to global space.
fullCount (Optional[int]) – The full position count if allocatedCount is too big to allocate position list. If not set allocatedCount is used instead.
direction (Optional[List[c4d.Vector]]) – The direction list to sample.
uvw (Optional[List[c4d.Vector]]) – The uvw list to sample.

FieldInput.GetSubBlock(self, offset, blockSize)¶

Retrieves a FieldInput for a subset of the original block.

Note

Useful to pass smaller blocks to the field processing threads.

Parameters

offset (int) – The sub-block start offset.
blockSize (int) – The size of the desired sub-block. 400 is the recommended size.

Return type

c4d.modules.mograph.FieldInput

Returns

The sub-block FieldInput.

FieldInput.IsValid(self)¶

Checks if the FieldInput allocations and sizes are valid.

Note

Default empty FieldInput is considered valid.

Return type: bool
Returns: True if the FieldInput is valid, otherwise False.

FieldInput.IsPopulated(self)¶

Checks if the FieldInput is valid and non-empty.

Return type: bool
Returns: True if the FieldInput is populated, otherwise False.

FieldInput.GetCount(self)¶

Returns the number of elements in the FieldInput.

Return type: int
Returns: The number of elements.

FieldInput.GetOffset(self)¶

Returns the offset of the first element in full arrays.

Return type: int
Returns: The offset.