Homepage¶

Tools and librairies for Character Riggers and TDs (mostly for Autodesk Maya)

Introduction¶

bgdev is a custom suite of python tools and utility function, mostly created for Autodesk Maya and focusing on TD roles like Character Rigging or Animation. It started with my career back in August 2013, and has grown over time with the experience I got from various jobs in different companies.

License¶

The current repository is under MIT License.

Feel free to use, change, and share it as you please. You don’t have to, but mentioning my name whenever you use source code from here would be much appreciated!

API Documentation¶

You can find a generated sphinx documentation at https://bgdev.readthedocs.io/en/latest/

Installation¶

bgdev doesn’t require anything apart from a working version of Autodesk Maya. You will find a module file available in bgdev\src\apps-maya\module\modules\ which you can add to the MAYA_MODULE_PATH environment variable. It’ll allow Maya to pick up the whole repo automatically for you on startup.

You can always run multiple sys.path.append() on the various Python source folders: bgdev\src\apps-maya\python and bgdev\src\apps-python. Don’t forget to include the Python external libraries in bgdev\src\site-packages\Python27 too or some tools may not be working!

Usage¶

Once the module is installed, all you need to do is to run import bgdev inside Maya. (Obviously you need to call the right tool/library, but if you found this repo you probably know how python works! :-))

bgdev¶

bgdev.tools¶

bgdev.tools.mayaColorPicker¶

bgdev.tools.mayaColorPicker.core¶

Color picker for Maya. (old)

created: 25/02/2017
author: Benoit GIELLY <benoit.gielly@gmail.com>

bgdev.tools.mayaColorPicker.main¶

Maya Color Picker

created: 20/02/2018
author: Benoit GIELLY <benoit.gielly@gmail.com>

class ColorPicker(name=None, index=17)[source]¶

Bases: object

__init__(name=None, index=17)[source]¶: Initialize self. See help(type(self)) for accurate signature.

property color¶

property node¶

bgdev.tools.pluginManager¶

bgdev.tools.pluginManager.core¶

Custom plugin manager for Maya.

created: 10/07/2017
author: Benoit GIELLY <benoit.gielly@gmail.com>

bgdev.tools.renamer¶

Convenient wrapper to the core and ui modules.

author: Benoit GIELLY <benoit.gielly@gmail.com>

show(*args, **kwargs)[source]¶: Wrap the show function of the core module.

bgdev.tools.renamer.core¶

Renamer tool for maya.

created: 06/04/2016
author: Benoit GIELLY <benoit.gielly@gmail.com>

show(parent=None)[source]¶: Show widget.

bgdev.tools.renamer.ui¶

Main UI for the renamer.

created: 06/04/2016
author: Benoit Gielly <benoit.gielly@gmail.com>

maya_window()[source]¶: Return the MayaWindow if in Maya else None.

bgdev.tools.renamer.utils¶

Utils function for the renamer.

author: Benoit GIELLY <benoit.gielly@gmail.com>

UNDO(func, *, undo=True)¶: Decorate a method to make it undoable.

check_image(icon, normalized=False, as_icon=False)[source]¶

Convert the given image path to full path name.

Parameters

icon (str) – Name of the icon to check
normalized (bool) – Normalize the path to slash forward (works on all OS)
as_icon (bool) – Return a QIcon of the found image file.

Returns

Updated icon path so it’s ready to be used.

Return type

str

method_decorator(func, undo=False)[source]¶: Decorate a method to make it undoable.

bgdev.tools.atom_import_export¶

Use ATOM to import or export animation.

created: 31/01/2019
author: Benoit GIELLY <benoit.gielly@gmail.com>

atom_export(path, nodes)[source]¶

Export selected controlers into atom file.

Parameters

path (str) – The atom file path.
nodes (list) – List of controlers to export animation from.

atom_import(path, nodes)[source]¶

Import animation curves from atom file.

Parameters

path (str) – The atom file path.
nodes (list) – List of controlers to import animation onto.

export_dialog()[source]¶: Open up a file dialog to get the atom file to export.

import_dialog()[source]¶: Open up a file dialog to get the atom file to import.

bgdev.tools.bindpose¶

Create and set bindpose on controlers.

created: 17/01/2019
author: Benoit GIELLY <benoit.gielly@gmail.com>

create_bindpose()[source]¶: Create a bindpose attribute on every controls.

get_all_controls()[source]¶: Get all rig controlers in the scene.

restore_bindpose(selected=True)[source]¶

Restore the rig controls to their bindpose.

Parameters: selected (bool) – If True, reset only selected controls, otherwise reset every controls of each selected rigs.

bgdev.tools.curve¶

Custom tools with curves.

author: Benoit GIELLY <benoit.gielly@gmail.com>

attach_nodes_to_curve()[source]¶: Attach selected nodes to selected curve.

curve_from_nodes(degree=2)[source]¶

Create a curve and snap each CVs on each selected nodes.

Parameters: degree (int) – The curve degree.
Returns: The created curve node.
Return type: str

get_closest_point(point, node_list)[source]¶

Get the closest point to each nodes in the list.

Parameters

point (str) – Node to evaluate the distance to.
node_list (list) – List of nodes to search for the closest to the point.

Returns

The closest node.

Return type

str

bgdev.tools.mel2py¶

Convert mel to python.

created: 23/01/2019
author: Benoit GIELLY <benoit.gielly@gmail.com>

convert_command(command, namespace='cmds', verbose=True)[source]¶

Convert mel command-string to python.

Parameters

command (str) – The mel command as a string.
namespace (str) – The namespace to use for the module.
verbose (bool) – Prints the command after conversion.

Returns

The convert mel command to python.

Return type

str

convert_file(files, force_compatibility=True)[source]¶

Convert mel files to python.

Parameters

files (list) – List of path to mel files.
force_compatibility (bool) – Pymel argument. Don’t really know if it has an impact or not so adding it as a kwarg just in case.

bgdev.tools.outliner_color¶

Tool to quickly update outliner color of selected nodes.

created: 11/01/2019
author: Benoit GIELLY <benoit.gielly@gmail.com>

bgdev.tools.performance¶

Evaluation Toolkit.

created: 03/06/2019
author: Benoit GIELLY <benoit.gielly@gmail.com>

class Profiler[source]¶

Bases: object

Create a python profiler to check for code usage.

Example

import bgdev.tools.performance
profiler = bgdev.tools.performance.Profiler()
profiler.start()
# run python code
profiler.stop()

__init__()[source]¶: Initialize self. See help(type(self)) for accurate signature.

start()[source]¶: Enable the profiler.

stats(sort='tottime')[source]¶

Print the profiler stats.

Parameters: sort (str) – Sort the stats with given value.

stop(sort='time')[source]¶

Stop the profiler and print restult.

Parameters: sort (str) – Sort the stats with given value.

frames_per_second(iterations=3, start=1001, frames=100, viewports='viewport2', meshes_only=True, outfile=None)[source]¶

Evaluate the framePerSecond in the current scene.

Parameters

iterations (int) – Amount of time the timeline should run.
start (int) – Start frame.
frames (int) – The amount of frames to run.
viewports (list) – Select the viewports you want to evaluate on. Possible values are “legacy” and “viewport2”.
meshes_only (bool) – Hides everything but meshes in the viewport.
outfile (bool or str) – Save the output fps in the given txt file. If True is passed, query the current scene path and save the log next to it (Useful when benchmarking multiple scenes in a loop).

Returns

The evaluated frame per seconds as a float number.

Return type

float

bgdev.tools.pypredef¶

Generate pypredefs using Maya’s help query to read command flags.

created: 18/05/2018
author: Benoit GIELLY <benoit.gielly@gmail.com>

cleanup_flags(docstring)[source]¶

Cleanup the docstring from the mel output to a nicer result.

Parameters: docstring (str) – The docstring extracted from the help command query.

Example

Reformat this docstring:

Flags:
   -n -name        String
   -p -parent      String
   -s -shared
  -ss -skipSelect

So it looks like this:

Flags:
    name (n): String
    parent (p): String
    shared (s): None
    skipSelect (ss): None

Also returns a list of all the flags so they can be added to the method definition (eg. “flag=None”) so IDE can autocomplete them.

Parameters: docstring (str) – The docstring containing the flags to cleanup.
Returns: The cleaned-up docstring with nicer flags, and the list of flags
Return type: tuple

generate_pypredef(module, outdir=None, doclink=True)[source]¶

Generate pypredefs using Maya’s help query to read command flags.

Parameters

module (mod) – Module from which you want to generate the pypredef.
outdir (str) – Directory in which you want to export the text file.
doclink (bool) – Adds a link to the online documentation.

Note

There are a few maya commands (e.g. “nexCtx”) that are almost 1 MILLION line length… so there’s a test to skip the command if the docstring is longer than 10k lines.

Example

from maya import cmds
generate_pypredef(cmds, outdir="~/Desktop")

get_maya_urls()[source]¶

Generate a table for each commands from the online documentation.

Returns: Generates a {command:url} dictionnary.
Return type: dict

indent(text, amount=4)[source]¶

Indent each lines of the given string.

Parameters

text (str) – Text to indent
amount (int) – Number or character padding

Returns

Indented text.

Return type

str

iskeyword()¶: x.__contains__(y) <==> y in x.

bgdev.tools.symmetry¶

Utility methods used to sort nodes and graphs.

created: 20/11/2020
author: Benoit GIELLY <benoit.gielly@gmail.com>

class Symmetry[source]¶

Bases: object

Generates a symmetry table for selected mesh.

__init__()[source]¶: Initialize self. See help(type(self)) for accurate signature.

property center¶: Get center vertices.

get_side_vertices(side)[source]¶: Get all components of given side.

static get_vertex_id(vertex)[source]¶: Get vertex index from name.

get_vertex_name(index)[source]¶: Get vertex name from index.

property left¶: Get left side vertices.

mirror(vertices)[source]¶

Mirror vertices.

Parameters: vertices (list) – List of vertices to mirror.
Yields: str – The next vertex full name in the given list.

mirror_selection(add=False)[source]¶

Mirror selected vertices.

Parameters: add (bool) – Add to existing selection when True.

populate_table()[source]¶

Populate the symmetry table with vertices.

Notes

Maya topology symmetry must be already activated.

property right¶: Get right side vertices.

update()[source]¶: Generate a symmetry table.

bgdev.tools.symmetry_api¶

Utility methods used to sort nodes and graphs.

created: 20/11/2020
author: Benoit GIELLY <benoit.gielly@gmail.com>

class Symmetry[source]¶

Bases: object

Generates a symmetry table for selected mesh.

__init__()[source]¶: Initialize self. See help(type(self)) for accurate signature.

property center¶: Get center vertices.

get_side_vertices(side)[source]¶

Get all components of given side.

Parameters: side (str) – Side of the table to query. Either “left”, “center” or “right”.
Returns: List of side-vertices.
Return type: list

static get_sides_from_rich(vertices)[source]¶

Get resulting sides of a RichSelection in symmetry.

Parameters

vertices (list) – Vertices to select for symmetry.

Returns

Two OpenMaya.MSelectionList, being the result of the: MRichSelection.getSelection and MRichSelection.getSymmetry methods.

Return type

tuple

static get_vertex_id(vertex)[source]¶

Get vertex index from name.

Parameters: vertex (str) – Full vertex name (eg. “mesh.vtx[15]”)
Returns: Index of the vertex as integer.
Return type: int

get_vertex_name(index)[source]¶

Get vertex name from index.

Parameters: index (int) – Index of the vertex.
Returns: Full vertex name (eg. “mesh.vtx[15]”)
Return type: str

property left¶: Get left side vertices.

mirror(vertices)[source]¶

Mirror vertices.

Parameters: vertices (list) – List of vertices to mirror.
Yields: str – The next vertex full name in the given list.

mirror_selection(add=False)[source]¶

Mirror selected vertices.

Parameters: add (bool) – Add to existing selection when True.

populate_table()[source]¶

Populate the symmetry table with vertices.

Notes

Maya topology symmetry must be activated.

property right¶: Get right side vertices.

update()[source]¶: Generate a symmetry table.

bgdev.tools.uniloop¶

Create an easy attribute setting loop.

created: 14/10/2016
author: Benoit GIELLY <benoit.gielly@gmail.com>

bgdev.tools.vector_plane¶

Symmetry stuff.

created: 14/01/2019
author: Benoit GIELLY <benoit.gielly@gmail.com>

get_mirrorvector(obj, **kwargs)[source]¶

mirrorToolCMD(*args, **kwargs)[source]¶

mirror_layout()[source]¶

setMirrorToolCMD(callback, fields=None)[source]¶

vector(*args)[source]¶

bgdev.ui¶

bgdev.ui.dock¶

Make any window dockable within Maya.

created: 8 Jun 2018
author: Benoit Gielly <benoit.gielly@gmail.com>

dock_widget(widget, label='DockWindow', area='right', floating=False)[source]¶: Dock the given widget properly for both M2016 and 2017+.

get_available_controls()[source]¶

Return all the available Controls in list.

Returns: List of existing workspaceControls.
Return type: list

bgdev.ui.flow_layout¶

Custom FlowLayout.

author: Benoit GIELLY <benoit.gielly@gmail.com>

bgdev.ui.progress_bar¶

ProgressBar class to use in Maya.

Todo

Convert to PySide and move to bgdev.ui.widget

created: 23/05/2018
author: Benoit Gielly <benoit.gielly@gmail.com>

class ProgressBar[source]¶

Bases: object

ProgressBar class.

__init__()[source]¶: Constructor.

end()[source]¶: Finish the process.

is_cancelled()[source]¶: Check if progress was cancelled (esc. key pressed).

start(status='Begin operation...', value=100)[source]¶: Start the process.

property status¶

Update the status of the progressBar.

Type: str

step(step=1)[source]¶: Increase progress step by one.

class ProgressBar2[source]¶

Bases: object

ProgressBar class.

__init__()[source]¶: Constructor.

end()[source]¶: Finish the process.

start(status='Begin operation...', maximum=100)[source]¶: Start the process.

property status¶

Update the status of the progressBar.

Type: str

step()[source]¶: Increase progress step by one.

bgdev.ui.utils¶

Utility fonctions for UI.

created: 8/02/2018
author: Benoit GIELLY <benoit.gielly@gmail.com>

check_image(icon, normalized=True, as_icon=False)[source]¶

Convert the given image path to full path name.

Parameters

icon (str) – Name of the icon to check
normalized (bool) – Normalize the path to slash forward (works on all OS)
as_icon (bool) – Return a QIcon of the found image file.

Returns

Updated icon path so it’s ready to be used.

Return type

str

generate_qrc(path, name='resources', prefix='icons')[source]¶

Generate .qrc file based on given folder.

Parameters

path (str) – Path to icons folder.
name (str) – Name of the qrc file to generate. Default is “resources”.
prefix (str) – Name of the icon prefix. Default is “icons”.

Returns

Path to the generated [qrc].py file.

Return type

str

in_maya()[source]¶

Check if we are in Maya or not.

Returns: True if in maya else False
Return type: bool

main_window()[source]¶: Return the QMainWindow for the current application.

maya_window()[source]¶

Get Maya MainWindow as Qt.

Returns: Maya main window as QtObject
Return type: QtWidgets.QWidget

to_qwidget(ctrl)[source]¶

Convert a Maya widget to a PySide2 QWidget.

Parameters: ctrl (str) – Name of the maya widget as a string.
Returns: QWidget instance object of the given widget.
Return type: QtWidgets.QWidget

bgdev.ui.widgets¶

PySide custom widgets.

created: 12/12/2018
author: Benoit GIELLY <benoit.gielly@gmail.com>

bgdev.utils¶

bgdev.utils.attribute¶

created: 13 Feb 2018
author: Benoit Gielly <benoit.gielly@gmail.com>

attributes_restore(node)[source]¶

Restore previously unlocked attributes to their default state.

Parameters: node (str) – Node to restore attributes
Returns: False if attribute doesn’t exists else True
Return type: bool

attributes_toggle(nodes=None, attr_list=None)[source]¶

Toggle attributes between default and unlocked states.

Parameters

nodes (list) – List of nodes to toggle. If not given, use viewport selection.
attr_list (list) – List of extra attributes to toggle

attributes_unlock(node, base=True, user=True, attr_list=None)[source]¶

Unlock attributes on given node

Parameters

node (str) – Node to unlock attributes
attr_list (list) – List of extra attributes to toggle
base (bool) – If True, will toggle base attributes (translate, rotate, scale, visibility).
user (bool) – If True, will toggle user’s attributes.

create_separator_attribute(node, name=None)[source]¶

Create a separator attribute on the given node.

Parameters

node (str) – Name of the node to add the separator attribute.
name (str) – Name nice (category)

bgdev.utils.bindpose¶

Create and set bindpose on controlers.

created: 17/01/2019
author: Benoit GIELLY <benoit.gielly@gmail.com>

create_bindpose()[source]¶: Create a bindpose attribute on every controls.

restore_bindpose(selected=True)[source]¶

Restore the rig controls to their bindpose.

Parameters: selected (bool) – If True, reset only selected controls, otherwise reset every controls of each selected rigs.

bgdev.utils.color¶

Color utilites.

created: 08/02/2019
author: Benoit GIELLY <benoit.gielly@gmail.com>

convert_css_color(css_color)[source]¶

Convert given color using the PySide2 CSS API.

Parameters: css_color (str) – Any color-string you would type in a Widget’s CSS.
Returns: The RBG-converted color.
Return type: tuple

bgdev.utils.connections¶

created: 2017-03-10
author: Benoit GIELLY <benoit.gielly@gmail.com>

pairblend_three_nodes()[source]¶: Create pairblend between three nodes.

quick_connections()[source]¶: Quickly connect transforms.

bgdev.utils.constraints¶

Utility methods about constraints.

created: 05/03/2017
author: Benoit GIELLY <benoit.gielly@gmail.com>

aim_to_children(up_vector=(0, 1, 0), aim_vector=(1, 0, 0))[source]¶

Find an up vector for the selection and aim toward each others.

Parameters

up_vector –
aim_vector –

matrix_constraint(driver, target, srt='srt')[source]¶

Constraint one node to another using their worldMatrix attributes.

Parameters

driver (str) – The driver node
target (str) – The node that follow the driver.
srt (str) – The attributes to connect.

Returns

The multMatrix and decomposeMatrix nodes.

Return type

tuple

matrix_constraint_callback(srt='trs')[source]¶: Call back update intermediate().

bgdev.utils.controler¶

Utilities for controlers.

Mostly, controler shapes creation (needs to be turned into data)

author: Benoit GIELLY <benoit.gielly@gmail.com>

create_control(ctrl, variant=0, name=None, size=1.0, normal=(0, 1, 0), color='yellow')[source]¶

Create a controler based on its name and variant.

Parameters

ctrl (str) – The type of controler you want to create. Use list_controlers() method to know which ones are available.
variant (int) – Which variant of the controler type you want.
name (str) – Rename the controler with the given name.
size (float) – Scale the controler using given size value.
normal (tuple) – Which axis should the controler aim to when created. Default axis is +Y
color (str) – The name of the CSS color to apply as an RGB override. Uses the PySide2 StyleSheet API to convert names to RGB color.

Returns

The controler and its shape.

Return type

tuple

get_all_controls(namespace='')[source]¶: Get all rig controlers in the scene.

get_ctrl_data(name, variant=0)[source]¶: Query the controler data from its name.

get_rig_controls()[source]¶: Query all controlers of the selected rig(s).

list_controlers()[source]¶: List all the available controls.

select_all()[source]¶: Select all controlers in the current scene.

select_rig_controls()[source]¶: Select all controlers from selected rig(s).

bgdev.utils.curve¶

Utility methods for curves.

created: 04/02/2019
author: Benoit Gielly <benoit.gielly@gmail.com>

curve_interpolate(curve=None, segments=3)[source]¶

Interpolate locators along a selected nurbsCurve.

Parameters

curve (str) – Name of the curve node. Use selection if None.
segments (int) – Amount of segments you want.

Returns

The created locators.

Return type

list

bgdev.utils.decorator¶

Useful decorators to use for methods.

created: 11/12/2018
author: Benoit GIELLY <benoit.gielly@gmail.com>

REPEAT(func, *, repeat=True, undo=False)¶

Decorate a method to make it repeatable and/or undoable.

Parameters

func (function) – The method to decorate.
repeat (bool) – Makes the method repeatable.
undo (bool) – Makes the method undoable.

Example

You can use the custom wrappers in this module to decorate your method as you’d like:

import rigging.ui.decorator

@bgdev.ui.decorator.UNDO
def undoable_only_method(*args, **kwargs):
    return args, kwargs

@bgdev.ui.decorator.REPEAT
def repeatable_only_method(*args, **kwargs):
    return args, kwargs

@bgdev.ui.decorator.UNDO_REPEAT
def undoable_repeatable_method(*args, **kwargs):
    return args, kwargs

Returns: The decorated method.
Return type: function

UNDO(func, *, repeat=False, undo=True)¶

Decorate a method to make it repeatable and/or undoable.

Parameters

func (function) – The method to decorate.
repeat (bool) – Makes the method repeatable.
undo (bool) – Makes the method undoable.

Example

You can use the custom wrappers in this module to decorate your method as you’d like:

import rigging.ui.decorator

@bgdev.ui.decorator.UNDO
def undoable_only_method(*args, **kwargs):
    return args, kwargs

@bgdev.ui.decorator.REPEAT
def repeatable_only_method(*args, **kwargs):
    return args, kwargs

@bgdev.ui.decorator.UNDO_REPEAT
def undoable_repeatable_method(*args, **kwargs):
    return args, kwargs

Returns: The decorated method.
Return type: function

UNDO_REPEAT(func, *, repeat=True, undo=True)¶

Decorate a method to make it repeatable and/or undoable.

Parameters

func (function) – The method to decorate.
repeat (bool) – Makes the method repeatable.
undo (bool) – Makes the method undoable.

Example

You can use the custom wrappers in this module to decorate your method as you’d like:

import rigging.ui.decorator

@bgdev.ui.decorator.UNDO
def undoable_only_method(*args, **kwargs):
    return args, kwargs

@bgdev.ui.decorator.REPEAT
def repeatable_only_method(*args, **kwargs):
    return args, kwargs

@bgdev.ui.decorator.UNDO_REPEAT
def undoable_repeatable_method(*args, **kwargs):
    return args, kwargs

Returns: The decorated method.
Return type: function

method_decorator(func, repeat=False, undo=False)[source]¶

Decorate a method to make it repeatable and/or undoable.

Parameters

func (function) – The method to decorate.
repeat (bool) – Makes the method repeatable.
undo (bool) – Makes the method undoable.

Example

You can use the custom wrappers in this module to decorate your method as you’d like:

import rigging.ui.decorator

@bgdev.ui.decorator.UNDO
def undoable_only_method(*args, **kwargs):
    return args, kwargs

@bgdev.ui.decorator.REPEAT
def repeatable_only_method(*args, **kwargs):
    return args, kwargs

@bgdev.ui.decorator.UNDO_REPEAT
def undoable_repeatable_method(*args, **kwargs):
    return args, kwargs

Returns: The decorated method.
Return type: function

selected(func)[source]¶: Decorate a func to use selection if no args passed.

bgdev.utils.deformer¶

Utility methods for deformers.

created: 28/05/2018
author: Benoit GIELLY <benoit.gielly@gmail.com>

transfer_base_weights(source, target, joint=0)[source]¶

Transfer weights from source to target.

Parameters

source (str) – Source deformer
target (str) – Target deformer
joint (int) – Index of joint in skinCluster

transfer_base_weights_api(source, target, src_joint=0, tgt_joint=0)[source]¶

Transfer weights from source to target using OpenMaya.

Parameters

source (str) – Source deformer
target (str) – Target deformer
joint (int) – Index of joint in skinCluster

update_lattice(node, lattice, add=True)[source]¶

Add or remove node from lattice.

Parameters

node (str) – The node to add into the existing lattice.
lattice (str) – The lattice (ffd) node.
add (bool) – True node to lattice if True, else remove it.

update_lattice_callback(add=True)[source]¶: Call back update_lattice().

bgdev.utils.display¶

Utility methods about viewport display.

created: 13/02/2018
author: Benoit GIELLY <benoit.gielly@gmail.com>

real_focus()[source]¶: Zoom to the current selection’s manipulator position.

real_focus_old()[source]¶: Zoom to the current selection’s manipulator position.

viewport_display_types(flag=None)[source]¶

Toggle the viewport options.

Possible flags:

allObjects
nurbsCurves
polymeshes
joints
locators
etc…

bgdev.utils.history¶

Utility methods to deal with history on nodes.

created: 11/12/2018
author: Benoit GIELLY <benoit.gielly@gmail.com>

delete_history(nodes=None, mode=None)[source]¶

Delete history on selection.

Parameters

nodes (list) – List of nodes. If none given, use selection.
mode (str) – Can be “pre-deform” or “non-deform”. If None, simply delete all history on selection.

delete_unused()[source]¶: Delete unused nodes in the scene.

freeze_transforms(nodes=None, transforms='trsp', history=False)[source]¶

Freeze transforms on given nodes.

Parameters

nodes (list) – List of nodes. If none given, use selection.
transforms (str) – Transforms to freeze. e.g. “trs”.
history (bool) – Also delete history if True. Default is False.

bgdev.utils.hotkey¶

Easily create custom hotkey.

created: 11/02/2019
author: Benoit GIELLY <benoit.gielly@gmail.com>

create_hotkey(name, command, keys, edit=False, annotation='New user script', category='custom', language='python')[source]¶

Create a user hotkey with its namedCommand.

Parameters

name (str) – Name of the command to attach to a hotkey
command (str) – The command to run. Must be an executable string.
keys (str) – The hotkey to use. If you want modifiers, add them before the keyboard key and separate them with “+”. Eg. “alt+shift+A”.
edit (bool) – If a command already exists and you want to update it.
annotation (str) – Add an annotation to the command/hotkey
category (str) – The category in which you add the command. Default is “Custom Scripts.custom”
language (str) – The source language used by the command. Must be either “mel” or “python”

create_hotkeys_from_yaml(path=None)[source]¶: Quickly re-create custom hotkeys from a yaml file.

valid_keyset()[source]¶: Make sure the current hotkey set is valid.

bgdev.utils.joints¶

Utility methods about joints.

created: 13/02/2018
author: Benoit GIELLY <benoit.gielly@gmail.com>

add_joints(number=None)[source]¶

Add joints inbetween.

Parameters

number (int) – amount of joints to add. If none given, a prompt will ask the user.

Raises

TypeError – If given type is not a number.
RuntimeError – If no joints are selected, or only one is but has no children.

show_joint_orient(state=True)[source]¶

Toggle jointOrient and preferredAngle attributes in channelBox.

Applies to all joints in the scene.

Parameters: state (bool) – True if you want to display jointOrients in channelbox.

bgdev.utils.locators¶

Utility methods about locators.

created: 05/03/2017
author: Benoit GIELLY <benoit.gielly@gmail.com>

attach_locators_to_curve()[source]¶: Attach a locator on each curve CVs.

create_aim_locator(middle=False, aim_vector=(1, 0, 0), up_vector=(0, 1, 0))[source]¶

Create a locator that’s oriented on the selection.

If selection is 2 or 3, it will use the second as the aim axis, and the third as up. If middle is set to False, it will snap it to the first selected.

Parameters

middle (bool) – snap in between points 1 and 2 if True, else on point 1.
aim_vector (tuple) – default aim vector for the aimConstraint.
up_vector (tuple) – default up vector for the aimConstraint.

Returns

The locator created.

Return type

str

Raises

RuntimeError – If nothing is selected.

locator_on_selection(method='matrix')[source]¶

Create and snap a locator on selected nodes.

Parameters: method (str) – “matrix” uses Maya’s xform command with matrix flag enabled. “pivot” uses Maya’s xform command with rotatePivot flag enabled. “manip” queries Maya’s move manipulator position and orientation.

bgdev.utils.mesh¶

Utility methods for meshes.

created: 05/03/2017
author: Benoit GIELLY <benoit.gielly@gmail.com>

find_phantom_vertices(fix=False)[source]¶

Find meshes with incorrect amount of vertices.

Parameters: fix (bool) – Apply a fix to remove phantom vertices when True.

mesh_combine_and_keep(nodes=None, visible=True)[source]¶: Combine meshes and keep the original.

mesh_reorder_callback()[source]¶: Reorder or remap vertices of selected mesh(es).

bgdev.utils.name¶

Utility methods that parses names.

created: 27/02/2017
author: Benoit GIELLY <benoit.gielly@gmail.com>

find_conflicts(query=False)[source]¶

Create two selection sets to store name conflicts.

Parameters: query (bool) – Only query the nodes without creating sets.
Returns: Two separate lists for conflicting transforms and shapes.
Return type: tuple

generate_unique_name(name)[source]¶: Generate a unique name based on the given one.

remove_end_digits(node, rename=True)[source]¶

Remove digits at the end of a name.

Parameters

node (str) – Name of the node to “cleanup”
rename (bool) – If True, rename the node, else just return the cleaned up name

Returns

Name of the node stripped ouf ot end digits.

Return type

str

remove_end_digits_callback()[source]¶: Call back remove_end_digits().

rename_deformers(node=None)[source]¶

Rename all the deformers in the history of the given node.

The name string will be build according to the deformerType and the node name

Parameters: node (str) – The node you want to rename deformers attached to it

Example

>>> node = "L_arm_geo"
>>> deformerType = "skinCluster"
>>> name = L_arm_geo_skinCluster"

rename_deformers_callback()[source]¶: Call back rename_deformers().

bgdev.utils.pivot¶

This module deals with pivot import/export.

created: 04/01/2018
author: Benoit GIELLY <benoit.gielly@gmail.com>

export_to_file(path, rules=None, base_grp='modelHierarchy')[source]¶

Export pivots matrices.

Parameters

path (file) – Path to JSON file
rules (dict) – Custom “SkinMap” or it will be autogenerated by generate_data()
base_grp (str) – Top group to pass into the data autogeneration function

Returns

The pivot data

Return type

dict

generate_data(base_grp='modelHierarchy')[source]¶

Autogenerate a dictionary based on constraint nodes in scenes.

The key/value pair is equal to nodes/joints.

Parameters: base_grp (str) – Top group to investigate all descendents from.
Returns: Dictionary that maps the node with its driver.
Return type: dict

import_from_file(path)[source]¶

Import pivots from json file.

Parameters: path (file) – Path to JSON file
Returns: The data dictionary used
Return type: dict

reset_pivot(mesh, matrix)[source]¶

Reset given mesh to given matrix.

Parameters

mesh (str) – Node to reset pivot
matrix (matrix) – Matrix table giving the exact position of the pivot

bgdev.utils.rivet¶

Utility methods for rivets.

created: 15/01/2019
author: Benoit GIELLY <benoit.gielly@gmail.com>

follicle_rivet(vertex=None, name=None)[source]¶

Create a rivetted locator using follicle.

Parameters

vertex (str) – Specify a vertex to attach the rivet to. Use selection otherwise.
name (str) – Using this name for the rivet if passed, otherwise create one using the mesh name.

Returns

The rivet locator created.

Return type

str

follicle_rivet_callback()[source]¶: Create rivets based on selection.

bgdev.utils.scripts¶

Random scripts and tools (needs to be sorted…).

author: Benoit GIELLY <benoit.gielly@gmail.com>

align_fingers(nodes=None, aim_vector=(1, 0, 0), up_vector=(0, 1, 0), gui=False)[source]¶: Align selected locators based on first and last plane (use for fingers).

find_bad_meshes()[source]¶: Find meshes with incorrect amount of vertices.

get_vectors_dialog()[source]¶: Query aim and up vectors using a LayoutPromptDialog.

logging_time()[source]¶: Print the logging time.

mirror_position(selected=False)[source]¶: Mirror selected along world Z+.

quick_distance()[source]¶: Get distance between two nodes.

set_default_clip_plane()[source]¶: Create a quick GUI to change de camera clipPlane values option vars.

set_near_clip_plane()[source]¶: Set nearClipPlane to 1.

show_cam_clip_planes()[source]¶: Turn nearClip and farClip planes visible in the CB for all cameras.

show_joint_orient(value=True)[source]¶: Display jointOrient attributes in channel box.

simple_snap(srt=None)[source]¶: Snap quickly.

snap(**kwargs)[source]¶: Snap an obj on a target.

time_me(func)[source]¶: Use this decorator to time functions execution.

toggle_side_select(toggle=True)[source]¶: Toggle selection.

bgdev.utils.serialize¶

Utility methods for data serialization (JSON, YAML, PKL, etc…).

created: 26/04/2018
author: Benoit Gielly <benoit.gielly@gmail.com>

json_dump(data, path, **kwargs)[source]¶

Export JSON file.

Parameters

data (dict) – Dictionary to export as JSON
path (str) – JSON file path to save data
kwargs (dict) – Any extra flags to pass in the json.dump() command

Returns

given file path

Return type

str

json_load(path, **kwargs)[source]¶

Import JSON file.

Parameters

path (str) – JSON file path to save data
kwargs (dict) – Any extra flags to pass in the json.load() command

Returns

The loaded data.

Return type

dict

yaml_dump(data, path, ordered=False, **kwargs)[source]¶

Export YAML file.

Parameters

data (dict) – Dictionary to export as JSON
path (str) – YAML file path to save data
ordered (bool) – Dump data ordered when True.
kwargs (dict) – Any extra flags to pass in the json.dump() command

Returns

given file path

Return type

str

yaml_load(path, ordered=False, **kwargs)[source]¶

Import YAML file.

Parameters

path (str) – YAML file path to save data
ordered (bool) – Load data in an orderedDict when True.
kwargs (dict) – Any extra flags to pass in the json.load() command

Returns

the loaded data

Return type

dict

bgdev.utils.shape¶

Utility methods for shapes.

created: 05/03/2017
author: Benoit Gielly <benoit.gielly@gmail.com>

get_shapes(node, intermediate=False, exclusive=False)[source]¶

Get the shapes of given node.

Parameters

node (str) – Node to query its shapes
intermediate (bool) – Get intermediate shapes when True.
exclusive (bool) – Only return the intermediate shapes if True. Please note that the intermediate flag must be True as well.

Returns

The shapes found below given node.

Return type

list

update_intermediate(source, target)[source]¶

Update shapeOrig of target with source shape.

This tool also works on nubrsCurve and any deformableShapes. It will only replace one with another.

Parameters

source (str) – source node
target (str) – target node

update_intermediate_callback()[source]¶: Call back update intermediate().

update_plug(source_shape, target_shape)[source]¶

Update the plug.

Parameters

source_shape (str) – Name of the source shape.
target_shape (str) – Name of the target shape to update.

bgdev.utils.side¶

Module to deal with sided data.

created: 02/07/2018
author: Benoit Gielly <benoit.gielly@gmail.com>

convert_side(data, sides='LR', both=False)[source]¶

Replace recursively all iterations of {} with side in a data structure.

Parameters

data (list or dict) – The data to traverse and update.
sides (str) – The sides to replace brackets with.
both (bool) – By default, if the key is “sided”, the values associated will only get the same side as the key. Otherwise, values will get both sides. Default is False.

Example

data = side.convert_side({
    "spine_01_grp": "spine_01_jnt",
    "{}_shoulder_mechanic_grp": "{}_arm_shoulder_jnt",
    "{}_knee_pistons_grp": "{}_leg_knee_jnt",
})

>>> # Result: {"L_knee_pistons_grp": "L_leg_knee_jnt",
     "L_shoulder_mechanic_grp": "L_arm_shoulder_jnt",
     "R_knee_pistons_grp": "R_leg_knee_jnt",
     "R_shoulder_mechanic_grp": "R_arm_shoulder_jnt",
     "spine_01_grp": "spine_01_jnt"} #

Returns: An updated and sided copy of the given data.
Return type: dict or list

bgdev.utils.skincluster¶

Utility methods for skinclusters.

created: 26/02/2017
author: Benoit Gielly <benoit.gielly@gmail.com>

add_influences(node, joints)[source]¶

Add given joints to the skincluster.

Parameters

node (str) – Can be either the skincluster or the bound node.
joints (list) – List of joints/influences to add.

Raises

RuntimeError – If the skincluster cannot be found.

add_influences_callback()[source]¶: Call back add_influences().

bind_skincluster(mesh=None, bones=None)[source]¶

Create a new skincluster with preset options.

Parameters

mesh (str) – Name of the geometry to bind.
bones (list) – List of bones/influences.

Returns

The created skincluster.

Return type

str

bind_skincluster_callback()[source]¶: Call back bind_skincluster().

copy_skincluster(source, target, method='closestPoint')[source]¶

Copy source skincluster onto target and keep same weights.

Parameters

source (str) – source mesh to copy skincluster form
target (str) – target mesh to paste skincluster to
method (str) – influence association method. Default is closestPoint.

Raises

RuntimeError – If the source skincluster cannot be found.

copy_skincluster_callback(method='closestPoint')[source]¶: Call back copy_skincluster().

detach_skincluster(node, clean=False)[source]¶

Detach the skin cluster attached to given node.

Parameters

node (str) – Name of the node to unbind.
clean (bool) – If True, remove shapeOrigs and unlock transforms.

detach_skincluster_callback(clean=False)[source]¶: Call back detach_skincluster().

get_influences(node, weighted=False)[source]¶

Get influences of given skincluster.

Parameters

node (str) – Can be either the skincluster or the bound node.
weighted (bool) – If True, returns only weighted influences.

Returns

List of influences.

Return type

list

Raises

RuntimeError – If the skincluster cannot be found.

get_skincluster(node)[source]¶

Return the skincluster of given node.

If the passed node already is a skincluster, just return it.

Parameters: node (str) – Can be either the skincluster or the bound node.
Raises: RuntimeError – If the skincluster cannot be found.
Returns: The skincluster bound to the node.
Return type: str

remove_influences(node, joints=None, unused=False, disconnect=False)[source]¶

Remove given joints from the skincluster.

Parameters

node (str) – Can be either the skincluster or the bound node.
joints (list) – List of joints/influences to add.
unused (bool) – Removed all unused influences found. This flag ignores joints when used.

Raises

RuntimeError – If the skincluster cannot be found.

remove_influences_callback(unused=False)[source]¶: Call back remove_influences().

reset_skincluster(node)[source]¶

Reset the skin cluster in place.

Parameters: node (str) – SkinCluster node or the geometry bound to it.

reset_skincluster_callback()[source]¶: Call back reset_skincluster().

select_influences_callback()[source]¶: Call back select_influences().

bgdev.utils.sort¶

Utility methods used to sort nodes and graphs.

created: 05/03/2017
author: Benoit GIELLY <benoit.gielly@gmail.com>

sort_children(parent=None)[source]¶

Sort children of the given parent alphabetically.

Parameters: parent (str) – Name of the parent to use as a starting point.

sort_descendants()[source]¶: Sort all descandant children alphabetically.

sort_selection()[source]¶: Sort all children node alphabetically.

bgdev.utils.transform¶

Utility methods for transforms.

created: 16/02/2018
author: Benoit GIELLY <benoit.gielly@gmail.com>

reset_group(node, suffix='_grp')[source]¶

Create a transform node to reset the value of the selected object.

Parameters

node (str) – name of node to reset
suffix (str) – suffix to use for the reset group name

Returns

reset group

Return type

str

reset_groups(suffix='_grp')[source]¶

Run reset_group() on a selection of multiple nodes.

Parameters: suffix (str) – suffix to use for the reset group name
Returns: all reset group created
Return type: list

bgdev.utils.vector¶

Utility methods to help dealing with vectors.

created: 10/10/2016
author: Benoit GIELLY <benoit.gielly@gmail.com>

aim_in_plane(positions, aim_vector=(1, 0, 0), up_vector=(0, 1, 0))[source]¶: Align selected locators based on plane made of the first and last.

from_euler(rotation, translate=(0, 0, 0), radians=False)[source]¶

Convert euler rotation into 3-axis matrix.

Parameters

rotation (tuple) – Rotation values to add to the matrix table.
translate (tuple) – Translation values to add to the matrix table.
radians (bool) – If True, converts degrees to radians.

Returns

Matrix of given euler rotates, with translate if given.

Return type

list

get_closest_point(source, targets, furthest=False)[source]¶

Find the closest node to the source of each targets.

Parameters

source (str) – source node to use as starting point for distance calculation.
targets (list) – each nodes to process.
furthest (bool) – If True, gets the furthest node instead.

Returns

the target node that’s the closest to the source.

Return type

str

get_distance_between(node1, node2, distance_between=False, bounding_box=False, rotate_pivot=False)[source]¶

Get the distance between two objects.

Parameters

node1 (str) – Node that determines start position
node2 (str) – Node that determines end position
distance_between (bool) – If True, creates a distance_between node, query its value and delete it.
bounding_box (bool) – If True, creates a distance_between node,
rotate_pivot (bool) – If True, creates a distance_between node,

Returns

distance between two given nodes.

Return type

float

get_manipulator_xforms(as_matrix=False)[source]¶

Query the manipulator position and orientation.

Parameters

as_matrix (bool) – if True, returns a as_matrix built from manip xforms.

Returns

list of “XYZ” position and rotation values: or matrix array if as_matrix is True.

Return type

list

get_matrix_from_nodes(nodes, middle=True, aim_vector=(1, 0, 0), up_vector=(0, 1, 0))[source]¶

Return a matrix based on given nodes.

If passed nodes are 1 or more than 3, it simply return the manipulator position as a matrix. Otherwise, it’ll use the second node as the aim axis and the third as up.

Parameters

nodes (list) – list of nodes to get matrix
middle (bool) – snap in between nodes 1 and 2 if True, else on first.
aim_vector (tuple) – default aim vector for the aimConstraint.
up_vector (tuple) – default up vector for the aimConstraint.

Returns

matrix array.

Return type

list

get_matrix_from_transforms(position, normal, tangent)[source]¶

Construct an MMatrix from position, normal and tangent.

Parameters

position (list) – XYZ position.
normal (list) – The normal vector used to compute rotation.
tangent (list) – The tangent vector used to compute rotation.

Returns

The MMatrix array.

Return type

MMatrix

get_vectors(nodes, mode='xform')[source]¶

Generate world position vectors of each given nodes.

Parameters

nodes (list) – list of nodes to return position as vector.
mode (str) – choose between default “xform” or “pivot” to get world position.

Yields

maya.api.OpenMaya.MVector – MVector of the node’s world position

bgdev.utils.weightmap¶

Utility method to deal with weightmaps.

created: 13/12/2018
author: Benoit GIELLY <benoit.gielly@gmail.com>

check_libraries()[source]¶

Check if ngSkinTools package is available.

Returns

A mapping dict with the required ngSkinTool modules.

Return type

dict

Raises

ImportError – If the package can’t be imported.
RuntimeError – If the package can’t be imported.

export_layer_data(node, data, path)[source]¶

Export ngLayerData into JSON file.

Parameters

node (str) – Name of the mesh. Used as filename.
data (dict) – The ngLayer dictionary to export.
path (str) – The parent folder where the file will be saved into.

export_multiple_skinweights(nodes, path='weights')[source]¶

Export multiple skinweights into a single file.

Parameters

nodes (str) – List of nodes to export their skinweights.
path (str) – File path to export weights.

export_skinweights(node, path='weights', export=True)[source]¶

Export the weights of the given skincluster node.

Parameters

node (str) – Name of the skinned node to export its weights.
path (str) – File path to export the weights.
export (bool) – Export weights into a file. Defaults to True. Use False when you only want the weights data.

Returns

The weights data.

Return type

dict

export_skinweights_callback()[source]¶: Call back export_skinweights().

import_layer_data(node, path)[source]¶

Import ngLayerData from JSON file.

Parameters

node (str) – Name of the mesh. Used to find the JSON file.
path (str) – The parent folder where the file is saved.

Returns

The raw ngLayer data (somehow, this is a string!)

Return type

str

import_multiple_skinweights(path, layers=True)[source]¶

Import multiple skinweights into a single file.

Parameters

path (str) – File path to export weights.
layers (bool) – Keep ngSkinTools layers or not.

import_skinweights(node, path='weights', data=None, layers=True, mode='vertexID')[source]¶

Export the weights of the given skincluster node.

Parameters

node (str) – Name of the skinned node to export its weights.
path (str) – File path to export the weights.
data (dict) – Use this data directly instead of reading if from file.
layers (bool) – Keep ngSkinTools layers or not.
mode (str) – Can be “vertexID”, “UV” or “closestPoint”. Defaults to “vertexID”.

import_skinweights_callback()[source]¶: Call back import_skinweights().

initialize_layers(node)[source]¶

Remove ngSkinTools layers.

Parameters: node (str) – Name of the mesh with a skinCluster attached.
Returns: True if layers were created, false otherwise.
Return type: bool

remove_layers(node)[source]¶

Remove ngSkinTools layers.

Parameters: node (str) – Name of the mesh with a skinCluster attached.

bgdev.cfg¶

Config module to pass data accross the repository project.

Warning

NEVER RELOAD THIS MODULE. If you do you, you will lose all the data that was stored by the application instance.

created: 12/12/2018
author: Benoit GIELLY <benoit.gielly@gmail.com>

bgdev.docstring¶

Docstring template using Google convention.

created: 16/11/2018
author: Benoit Gielly <benoit.gielly@gmail.com>

This module is just a template to show how to write proper docstrings using the Google’s syntax. It will show you all the different applications and keywords you can use so sphinx can generate a nice looking documentation!

You can find a link to the Google Docstring guide here:: http://sphinxcontrib-napoleon.readthedocs.io/en/latest/example_google.html

Happy docstring-ing! :D

class ExampleClass(param1, param2, param3)[source]¶

Bases: object

The summary line for a class docstring should fit on one line.

If the class has public attributes, they may be documented here in an Attributes section and follow the same formatting as a function’s Args section. Alternatively, attributes may be documented inline with the attribute’s declaration (see __init__ method below).

Properties created with the @property decorator should be documented in the property’s getter method.

attr1¶

Description of attr1.

Type: str

attr2¶

Description of attr2.

Type: int, optional

Parameters

param1 (str) – Description of param1.
param2 (int) – Description of param2. Multiple lines are supported.
param3 (list(str)) – Description of param3.

Note

Do not include the self parameter in the Args section.

__init__(param1, param2, param3)[source]¶

Class constructor.

You should avoid documenting classes in the __init__ method of the class. It should go within the class docstring instead.

attr3¶: Doc comment inline with attribute

attr4¶

Doc comment before attribute, with type specified

Type: list(str)

attr5¶

Docstring after attribute, with type specified.

Type: str

example_method(param1, param2)[source]¶

Class methods are similar to regular functions.

See example_function() for a better description.

Note

Do not include the self parameter in the Args section.

property getter_only_property¶

Properties should be documented in their getter method.

Type: str

property getter_setter_property¶

Get a property.

If the setter method contains notable behavior, it should be mentioned here.

Parameters

value (str) – Properties with both a getter and setter
only be documented in their getter method. (should) –

Returns

The returned value/object.

Return type

list

example_decorated_function(arg)[source]¶

Test the docstring to ensure the @wraps decorator worked.

Parameters: arg (str) – Description of arg1
Returns: The first argument arg1
Return type: type

example_decorator(func)[source]¶

Decorate a method.

Decorators need a special treatment to generate the documentation properly. You have to decorate the sub-function with the wraps method of the functools module. If you don’t, the docstring of the decorated function will be skipped.

Example

from functools import wraps

def example_decorator(func):
    "Decorator docstring"

    @wraps(func)
    def function(*args, **kwargs):
        returned_func = func(*args, **kwargs)
        return returned_func
    return function

example_function(param1, param2=None, *args, **kwargs)[source]¶

Show an example of a module level function.

Function parameters should be documented in the Args section. The name of each parameter is required. The type and description of each parameter is optional, but should be included if not obvious.

If *args or **kwargs are accepted, they should be listed as *args and **kwargs.

The format for a parameter is:

name (type): description
    The description may span multiple lines. Following
    lines should be indented. The "(type)" is optional.

    Multiple paragraphs are supported in parameter
    descriptions.

Parameters

param1 (int) – The first parameter.
param2 (str) – The second parameter. Defaults to None. Second line of description should be indented.
*args – Variable length argument list.
**kwargs – Arbitrary keyword arguments.

Returns

True if successful, False otherwise.

The return type is optional and may be specified at the beginning of the Returns section followed by a colon.

The Returns section may span multiple lines and paragraphs. Following lines should be indented to match the first line.

The Returns section supports any reStructuredText formatting, including literal blocks:

{
    'param1': param1,
    'param2': param2
}

Return type

bool

Raises

AttributeError – The Raises section is a list of all exceptions that are relevant to the interface.
ValueError – If param2 is equal to param1.

Example

Examples should be written in doctest format, and should illustrate how to use the function.

>>> print([i for i in range(4)])
[0, 1, 2, 3]

Examples

You can also use literal blocks:

print([i for i in range(4)])
>>> [0, 1, 2, 3]

Todo

The Todo section lists in an orange block every task that needs to be done.
Make sure to use an * (asterisk) to display bullet points

example_function_with_types(arg1, arg2)[source]¶

Show an example function with types documented in the docstring.

PEP 484 type annotations are supported. If attribute, parameter, and return types are annotated according to PEP 484, they do not need to be included in the docstring:

Parameters

arg1 (int) – The first parameter.
arg2 (str) – The second parameter.

Returns

The return value. True for success, False otherwise.

Return type

bool

example_generator(num)[source]¶

Create generators.

They have a Yields section instead of a Returns section.

Parameters: num (int) – The upper limit of the range to generate, from 0 to num - 1.
Yields: int – The next number in the range of 0 to num - 1.

Release Notes¶

1.0.0 (2020-12-10)¶

First public release of the repo

Homepage¶

Introduction¶

License¶

API Documentation¶

Installation¶

Usage¶

bgdev¶

bgdev.tools¶

bgdev.tools.mayaColorPicker¶

bgdev.tools.mayaColorPicker.core¶

bgdev.tools.mayaColorPicker.main¶

bgdev.tools.pluginManager¶

bgdev.tools.pluginManager.core¶

bgdev.tools.renamer¶

bgdev.tools.renamer.core¶

bgdev.tools.renamer.ui¶

bgdev.tools.renamer.utils¶

bgdev.tools.toolbar¶

bgdev.tools.toolbar.tabs¶

bgdev.tools.toolbar.tabs.maya¶

bgdev.tools.toolbar.tabs.system¶

bgdev.tools.toolbar.cfg¶

bgdev.tools.toolbar.main¶

bgdev.tools.toolbar.ui¶

bgdev.tools.toolbar.utils¶

bgdev.tools.atom_import_export¶

bgdev.tools.bindpose¶

bgdev.tools.curve¶

bgdev.tools.mel2py¶

bgdev.tools.outliner_color¶

bgdev.tools.performance¶

bgdev.tools.pypredef¶

bgdev.tools.symmetry¶

bgdev.tools.symmetry_api¶

bgdev.tools.uniloop¶

bgdev.tools.vector_plane¶

bgdev.ui¶

bgdev.ui.dock¶

bgdev.ui.flow_layout¶

bgdev.ui.progress_bar¶

bgdev.ui.utils¶

bgdev.ui.widgets¶

bgdev.utils¶

bgdev.utils.attribute¶

bgdev.utils.bindpose¶

bgdev.utils.color¶

bgdev.utils.connections¶

bgdev.utils.constraints¶

bgdev.utils.controler¶

bgdev.utils.curve¶

bgdev.utils.decorator¶

bgdev.utils.deformer¶

bgdev.utils.display¶

bgdev.utils.history¶

bgdev.utils.hotkey¶

bgdev.utils.joints¶

bgdev.utils.locators¶

bgdev.utils.mesh¶

bgdev.utils.name¶

bgdev.utils.pivot¶

bgdev.utils.rivet¶

bgdev.utils.scripts¶

bgdev.utils.serialize¶

bgdev.utils.shape¶

bgdev.utils.side¶

bgdev.utils.skincluster¶

bgdev.utils.sort¶

bgdev.utils.transform¶

bgdev.utils.vector¶

bgdev.utils.weightmap¶

bgdev.cfg¶

bgdev.docstring¶

Release Notes¶

1.0.0 (2020-12-10)¶

Module Index¶

Index¶