vtool.maya_lib.api¶

Class Summary

`ApiObject`()	A wrapper object for MObjects.
`MayaObject`([mobject])	Wrapper for Api MObject
`MayaIterator`([mobject])
`MayaFunction`([mobject])
`DoubleArray`()
`PointArray`()
`Point`([x, y, z, w])
`FloatPoint`([x, y, z, w])
`Matrix`([matrix_list])
`Quaternion`([angle, vector])
`TransformationMatrix`(matrix)
`SelectionList`()
`TransformFunction`([mobject])
`JointFunction`([mobject])
`MeshFunction`([mobject])
`MeshIntersector`([mobject])
`NurbsSurfaceFunction`([mobject])
`NurbsCurveFunction`([mobject])
`SkinClusterFunction`([mobject])
`IterateCurveCV`([mobject])
`IterateGeometry`([mobject])
`IterateEdges`([mobject])
`IteratePolygonFaces`([mobject])
`KeyframeFunction`([mobject])
`DagNode`([mobject])

Function Summary

`exists`(name)
`start_check_after_save`(function)
`remove_check_after_save`()
`attribute_to_plug`(attribute_name)
`nodename_to_mobject`(object_name)	Initialize an MObject of the named node.
`create_mesh_from_mesh`(mesh, target_transform)	Create a mesh from the shape node of another mesh, without duplicating.
`duplicate`(node)	Api duplicate.
`get_current_camera`()
`set_current_camera`(camera_name)
`get_object`(name)
`get_object_name`(mobject)
`get_plug`(attribute_name)
`get_mesh_points`(name)
`get_distance`(three_value_list1, ...)
`get_triangle_ids`(mesh, face_id, triangle_id)
`get_border_edges`(mesh)
`get_skin_weights_dict`(skin_cluster[, vert_ids])
`get_identity_matrix`()
`multiply_matrix`(matrix1, matrix2)	matrix1 and matrix2 are just the list of numbers of a 4x4 matrix.
`get_inverse_matrix`()
`get_joint_orient_matrix`(joint)
`get_scale_from_matrix`(matrix)
`get_face_vertices`(mesh, index)
`get_surrounding_vertex_indices`(mesh, index)
`get_vert_count`(mesh)
`get_connected_verts`(mesh, index[, iterator])
`get_vertex_islands`(mesh)
`get_skin_influence_names`(skin_cluster[, ...])
`get_skin_influence_indices`(skin_cluster)
`get_skin_influence_dict`(skin_cluster[, ...])
`get_vector_rotation`(target_vector[, ...])
`get_geometry_filter`(deformer)
`get_skin_components`(skin_cluster, index)
`get_components`(indices)
`set_skin_weights`(skin_cluster[, weights, ...])
`set_skin_blend_weights`(skin_cluster, ...)
`set_weights`(attr_name, weights)

exists(name)¶

start_check_after_save(function)¶

remove_check_after_save()¶

attribute_to_plug(attribute_name)¶

nodename_to_mobject(object_name)¶: Initialize an MObject of the named node.

create_mesh_from_mesh(mesh, target_transform)¶

Create a mesh from the shape node of another mesh, without duplicating.

Parameters

mesh (str) – The name of a mesh.
target_transform (str) – The transform where the newly created mesh should live.

duplicate(node)¶: Api duplicate. Faster than cmds.duplicate, but no undo in python script.

get_current_camera()¶

set_current_camera(camera_name)¶

class ApiObject¶

A wrapper object for MObjects.

get_api_object()¶

get()¶

class MayaObject(mobject=None)¶

Wrapper for Api MObject

set_node_as_mobject(node_name)¶

set the MObject from a node name.

Parameters: node_name (str) – The name of a node.

get()¶

get_api_object()¶

class MayaIterator(mobject=None)¶

get()¶

get_api_object()¶

set_node_as_mobject(node_name)¶

set the MObject from a node name.

Parameters: node_name (str) – The name of a node.

class MayaFunction(mobject=None)¶

get()¶

get_api_object()¶

set_node_as_mobject(node_name)¶

set the MObject from a node name.

Parameters: node_name (str) – The name of a node.

class DoubleArray¶

get()¶

get_api_object()¶

class PointArray¶

get()¶

set(positions)¶

length()¶

get_api_object()¶

class Point(x=0, y=0, z=0, w=1)¶

get()¶

get_as_vector()¶

get_api_object()¶

class FloatPoint(x=0, y=0, z=0, w=1)¶

get()¶

get_as_vector()¶

get_api_object()¶

class Matrix(matrix_list=None)¶

set_matrix_from_list(matrix_list)¶

get()¶

get_api_object()¶

class Quaternion(angle=None, vector=None)¶

rotation()¶

get()¶

get_api_object()¶

class TransformationMatrix(matrix)¶

translation(open_maya_space=None)¶

rotation()¶

get()¶

get_api_object()¶

class SelectionList¶

create_by_name(name)¶

get_at_index(index=0)¶

get_deg_path(index)¶

get()¶

get_api_object()¶

class TransformFunction(mobject=None)¶

get_transformation_matrix()¶

get_matrix()¶

get_vector_matrix_product(vector)¶: Not working as expected, need to work on it.

get()¶

get_api_object()¶

set_node_as_mobject(node_name)¶

set the MObject from a node name.

Parameters: node_name (str) – The name of a node.

class JointFunction(mobject=None)¶

get_orient_matrix(as_list=False)¶

get_inverse_orient_matrix(as_list=False)¶

get()¶

get_api_object()¶

set_node_as_mobject(node_name)¶

set the MObject from a node name.

Parameters: node_name (str) – The name of a node.

class MeshFunction(mobject=None)¶

get_vertex_positions()¶

set_vertex_positions(positions)¶

get_uv_at_point(vector)¶

get_closest_face(vector)¶

get_closest_position(source_vector)¶

get_closest_normal(source_vector, at_source_position=False)¶

source_vector is the position to find the normal closest at_source_position just means to add that: source_vector to the normal vector, so it is returned relative to the source vector

get_closest_intersection(source_vector, direction_vector)¶

get_closest_intersection_face(source_vector, direction_vector, max_distance=10000)¶

refresh_mesh()¶

copy(source_mesh, transform)¶

get_number_of_vertices()¶

get_number_of_edges()¶

get_number_of_faces()¶

get_number_of_uvs()¶

get_number_of_triangles()¶

get_triangle_ids()¶

get_quad_ids()¶

get_non_tri_quad_ids()¶

get()¶

get_api_object()¶

set_node_as_mobject(node_name)¶

set the MObject from a node name.

Parameters: node_name (str) – The name of a node.

class MeshIntersector(mobject=None)¶

get_closest_point_barycentric(source_vector)¶

get()¶

get_api_object()¶

set_node_as_mobject(node_name)¶

set the MObject from a node name.

Parameters: node_name (str) – The name of a node.

class NurbsSurfaceFunction(mobject=None)¶

get_closest_parameter(vector)¶

get_closest_normal(source_vector, at_source_position=False)¶

get_position_from_parameter(u_value, v_value)¶

get()¶

get_api_object()¶

set_node_as_mobject(node_name)¶

set the MObject from a node name.

Parameters: node_name (str) – The name of a node.

class NurbsCurveFunction(mobject=None)¶

get_degree()¶

get_cv_count()¶

get_cv_positions()¶

set_cv_positions(positions)¶

get_form()¶

get_knot_count()¶

get_span_count()¶

get_knot_values()¶

get_position_at_parameter(param)¶

get_closest_position(three_value_list)¶

get_parameter_at_position(three_value_list)¶

get_parameter_at_length(double)¶

get()¶

get_api_object()¶

set_node_as_mobject(node_name)¶

set the MObject from a node name.

Parameters: node_name (str) – The name of a node.

class SkinClusterFunction(mobject=None)¶

get_influence_dag_paths()¶

get_influence_names(short_name=False)¶

get_influence_indices()¶

get_influence_dict(short_name=False)¶

get_index_at_influence(influence_name)¶

get_skin_weights_dict()¶

get()¶

get_api_object()¶

set_node_as_mobject(node_name)¶

set the MObject from a node name.

Parameters: node_name (str) – The name of a node.

class IterateCurveCV(mobject=None)¶

get()¶

get_api_object()¶

set_node_as_mobject(node_name)¶

set the MObject from a node name.

Parameters: node_name (str) – The name of a node.

class IterateGeometry(mobject=None)¶

get_points()¶

set_points(points)¶

get_points_as_list()¶

get_points_as_flat_list()¶

get()¶

get_api_object()¶

set_node_as_mobject(node_name)¶

set the MObject from a node name.

Parameters: node_name (str) – The name of a node.

class IterateEdges(mobject=None)¶

set_edge(edge_id)¶

get_connected_vertices(edge_id)¶

get_connected_faces(edge_id)¶

get_connected_edges(edge_id)¶

get()¶

get_api_object()¶

set_node_as_mobject(node_name)¶

set the MObject from a node name.

Parameters: node_name (str) – The name of a node.

class IteratePolygonFaces(mobject=None)¶

is_done()¶

index()¶

next()¶

reset()¶

count()¶

get_area(face_id=None)¶

get_face_center_vectors()¶

get_closest_face(vector)¶

get_edges(face_id)¶

get_center(face_id=None)¶

get_normal(face_id=None)¶

get_normal_tangent(face_id=None)¶

get()¶

get_api_object()¶

set_node_as_mobject(node_name)¶

set the MObject from a node name.

Parameters: node_name (str) – The name of a node.

class KeyframeFunction(mobject=None)¶

constant = None¶

linear = None¶

cycle = None¶

cycle_relative = None¶

oscillate = None¶

set_post_infinity(infinity_type)¶

set_pre_infinity(infinity_type)¶

get()¶

get_api_object()¶

set_node_as_mobject(node_name)¶

set the MObject from a node name.

Parameters: node_name (str) – The name of a node.

class DagNode(mobject=None)¶

duplicate()¶

get_name()¶

get_long_name()¶

get()¶

get_api_object()¶

set_node_as_mobject(node_name)¶

set the MObject from a node name.

Parameters: node_name (str) – The name of a node.

get_object(name)¶

get_object_name(mobject)¶

get_plug(attribute_name)¶

get_mesh_points(name)¶

get_distance(three_value_list1, three_value_list2)¶

get_triangle_ids(mesh, face_id, triangle_id)¶

get_border_edges(mesh)¶

get_skin_weights_dict(skin_cluster, vert_ids=None)¶

get_identity_matrix()¶

multiply_matrix(matrix1, matrix2)¶

matrix1 and matrix2 are just the list of numbers of a 4x4 matrix.: This can be had with cmds.getAttr(“transform.worldMatrix” or something)

get_inverse_matrix()¶

get_joint_orient_matrix(joint)¶

get_scale_from_matrix(matrix)¶

get_face_vertices(mesh, index)¶

get_surrounding_vertex_indices(mesh, index)¶

get_vert_count(mesh)¶

get_connected_verts(mesh, index, iterator=None)¶

get_vertex_islands(mesh)¶

get_skin_influence_names(skin_cluster, short_name=False)¶

get_skin_influence_indices(skin_cluster)¶

get_skin_influence_dict(skin_cluster, short_name=False)¶

get_vector_rotation(target_vector, start_vector=None, factor=1)¶

get_geometry_filter(deformer)¶

get_skin_components(skin_cluster, index)¶

get_components(indices)¶

set_skin_weights(skin_cluster, weights=0, index=0, components=None, influence_array=None)¶

set_skin_blend_weights(skin_cluster, weights, index)¶

set_weights(attr_name, weights)¶