The offset of all tiles from world origin.

The number of tiles for each axis.

The combined size of all tiles. To get a tile side’s size, the Total Size is divided by the Tile Count for that axis.

Specifies whether to use row-major or column-major for the tile indexing.

If enabled, writes out the tile origin, total tile size, tile count, intersecting tile’s position, intersecting tile’s minimum bounds, and intersecting tile’s maximum bounds. This can be useful for visualization.

The type of attribute for the source geometry.

Points String: Points are specified as a string attribute. Similar to the Coordinates parameter in curve

Points Vector: Points are specified as a position vector. An example is the P attribute for position.

Bounding Box: The source geometry is a bounding box with min and max bounds.

Specifies the name of the points attribute.

Specifies whether the points are connected (e.g. curve) or disconnected.

Specifies the radius of each point for intersection test.

The name of the attribute for the minimum bounds.

The name of the attribute for the maximum bounds.

Determines how output files from work items in partitions are merged onto the partitions themselves. By default, all output files from the work item are copied into the partition output file list.

Defines the number of attribute merge operations to perform on the partitioner node. The operations are used to merge attributes from work items in the partition onto the partition itself. Operations are performed in descending order. Attributes are merged using the first operation with a pattern that matches the attribute.

Specifies the operation to perform to merge incoming attributes onto the partition. Each operation only applies only to the subset of attributes matched using the corresponding To Attributes parameter.

The following operations are available:

Specifies which attributes the corresponding Apply Operation parameter should apply to. This field can use the Attribute Pattern Syntax to specify multiple attributes.

When on, the merge operation preserves the original array size of the incoming attributes. The merged array size is determined by the first value found across the input work items. When off, the partitioner flattens the incoming array attributes into a single sequence of values (a single scalar value) and performs the merge operation across all values.

Determines when the partitioning step is performed on the input work items.

Determines which node or nodes(s) should target. Work items in the target nodes are partitioned as soon as they're generated even if the target nodes are not a direct input to this node. The descendants of the target work items are added to the partitions when they become available.

Specifies the target TOP node for the partition when Partition Targets is set to Custom Target Node. The partition scheme is applied to the work items in the target TOP node instead of this node’s input work items. The target TOP node must be in the same graph and above this node.

When this toggle is enabled, the partitioner node will skip input work items that are failed and create partitions from the subset of upstream work items that succeeded. This option is only meaningful if Partition When is set to Input Items are Cooked, or when the partitioner node is wired into a dynamic node that has upstream failures.

When on, the node splits input work items by the specified attribute(s) before partitioning them. The partitioning logic is evaluated on the list of work items for each distinct attribute value. Work items with different attribute values are always put into different partitions. Multiple attribute names can be specified as a space-separated list.

Determines how the node handles work items that are missing the split attribute.

This parameter is only available when Split by Attribute is on.

Specifies the value to use for the split attribute for work items that are missing the attribute.

This parameter is only available when Missing Attribute is set to Use Default Value.

When Split by Attribute is set to a list of attribute names, this parameter determines how work items with only some of the attributes should be processed. If partial matches are enabled then work items will be added to split groups based on the attributes that do exist. Otherwise, work items with only a subset of the attributes will be excluded from the partitioning step.

Determines how the partitioner should set the frame value on partitions created by this node. If the partitioner already sets a custom frame value, for example like with a Python Partitioner SOP or Partition by Frame SOP, then this parameter has no effect.

Determines the order that work items are sorted in when accessing the partitions on this node. This also affects the sort order of output files on the partition.

Determines whether the work items in this node’s partitions are sorted in ascending or descending order.

Specifies the name of the attribute to sort by.

This parameter is only available when Sort Contents By is set to Attribute.

When on, the list of IDs corresponding to the work items in the partition are written to the specified attribute. The work item IDs are stored as an integer array. This makes it easier to recover the list of partitioned work items downstream of the partitioner node.