trigger.actions.correctives

Action Module for Pose space deformations

Attributes

`ACTION_DATA`
`LOG`	example action data:

Classes

Correctives

Module Contents

class Correctives(**kwargs)

Bases: trigger.core.action.ActionCore

action(): Mandatory Method - Execute Action

static connect_correctives(corrected_mesh, skinned_mesh, controller, target_matrix, psd_attr, discard_delta=True)

Extracts the deltas of the corrected mesh and connects it to the psd attribute

Args:

corrected_mesh: (String) Sculpted mesh skinned_mesh: (String) The mesh with the skinCluster controller: (String) Controller object which used to get into the sculpted position target_matrix: (tuple or list) target rotations of the the controller object psd_attr: (String) pose space deformer attribute which will initiall drive the corrected shape

e.g. L_thumb.rotateX, angleExtract_loc.angleBetween

discard_delta: (bool) if True, the delta shape which will be extracted by extractDeltas plugin will be deleted

Returns: None

feed(action_data): Mandatory Method - Feeds the instance with the action data stored in actions session

save_action(file_path=None, *args, **kwargs): Mandatory Method - Save Action

ui(ctrl, layout, handler)

Mandatory Method - UI setting definitions

Args:: ctrl: (model_ctrl) ctrl object instance of /ui/model_ctrl. Updates UI and Model layout: (QLayout) The layout object from the main ui. All setting widgets should be added to this layout handler: (actions_session) An instance of the actions_session. TRY NOT TO USE HANDLER UNLESS ABSOLUTELY NECESSARY

Returns: None

static vector_psd(driver_transform, controller, target_matrix, up_object, return_angle_attr=False, prefix='')

action_data

ACTION_DATA

LOG

example action data: ACTION_DATA = {

“definitions”: [

{
“mode”: 0, # 0 means Vector mode “driver_transform”: “some_joint” “controller”: “upper_arm_cont” “target_matrix”: “some_rotation” “up_object”: “some parent object of driver” “driver_axis”: “This is not used with angle mode” “corrected_shape”: “some_shape” “skinned_mesh”: “awesome skinned mesh”

}, {

“mode”: 1, # 1 means Single Acis mode “driver_transform”: “some_joint” “controller”: “upper_arm_cont” “target_matrix”: “some_rotation” “up_object”: “This is not used with single axis mode” “driver_axis”: “X Y or Z axis” “corrected_shape”: “some_shape” “skinned_mesh”: “awesome skinned mesh”

}

]

}