Rafael Silva rafaelperez

## storefunc.py
"""Store function on node

Usage example:

    .. code-block::

        # Control node
        ctrl_node_name = 'MY_SCRIPT_NODE'  # if None, store on nuke.root()

        # Define your functions and add them to the dictionary

## nuke_save_with_root_settings.py
def root_settings_to_string(root):
    """Serialise the project settings. Used when writing the selected
    nodes (otherwise things like the frame range would be lost)
    """

    # Write non-default settings, in .nk script format. Also write
    # user-knob definitons to avoid errors like NUKE-256
    rootstring = root.writeKnobs(nuke.TO_SCRIPT | nuke.WRITE_USER_KNOB_DEFS)

    # TODO: Why doesn't writeKnobs write [first/last]_frame? Also

## PlanarProjection.nk
set cut_paste_input [stack 0]
push $cut_paste_input
Group {
 name PlanarProjection
 help "<b>Planar Projection</b>\nGenerates 2D coordinates for points in 3D space. Type in 3D point coordinates, or use vertex selection in 3D viewer and click set to pick average of selected points, or set points to set all four points at once. \n\nYou can connect node output to scene together with your pointcloud or geometry and see where your points are located in 3d space. Double click any of them to move it in 3d space like any traditional nuke transform control. \n\nA matrix transform is also generated to be used with RotoPaint, SplineWarp and GridWarp nodes. If you are using matrix in GridWarp, points have to be in clockwise order, pick them one by one! \n\nCommand set points doesn't respect selection order! \n\nCheck out the demo video on my website! Kudos to Ivan Busquets for help with matrix math. \n\n-- developed by Vit Sedlacek 2012 www.vitsedlacek.com \n\n-- Modified by Jed Smith to make calculation time nearly inst

## turbo_colormap.glsl
// Copyright 2019 Google LLC.
// SPDX-License-Identifier: Apache-2.0

// Polynomial approximation in GLSL for the Turbo colormap
// Original LUT: https://gist.github.com/mikhailov-work/ee72ba4191942acecc03fe6da94fc73f

// Authors:
//   Colormap Design: Anton Mikhailov (mikhailov@google.com)
//   GLSL Approximation: Ruofei Du (ruofei@google.com)

## gist:a60b221fd25d5afab3f118b79ecb87a9
#-----------------------------------------------------------------------------------------
#
# Spectral Matting
#
import time
import logging

import numpy as np
from scipy import ndimage, sparse
import scipy.sparse.linalg as sparse_linalg

## dabblet.css
/**Happy Valentine's Day
*/

*, *:before, *:after {
  box-sizing: border-box
}

body{
background-color:#E03840;
}
	"""Store function on node

	Usage example:

	.. code-block::

	# Control node
	ctrl_node_name = 'MY_SCRIPT_NODE' # if None, store on nuke.root()

	# Define your functions and add them to the dictionary
	def root_settings_to_string(root):
	"""Serialise the project settings. Used when writing the selected
	nodes (otherwise things like the frame range would be lost)
	"""

	# Write non-default settings, in .nk script format. Also write
	# user-knob definitons to avoid errors like NUKE-256
	rootstring = root.writeKnobs(nuke.TO_SCRIPT \| nuke.WRITE_USER_KNOB_DEFS)

	# TODO: Why doesn't writeKnobs write [first/last]_frame? Also
	set cut_paste_input [stack 0]
	push $cut_paste_input
	Group {
	name PlanarProjection
	help "<b>Planar Projection</b>\nGenerates 2D coordinates for points in 3D space. Type in 3D point coordinates, or use vertex selection in 3D viewer and click set to pick average of selected points, or set points to set all four points at once. \n\nYou can connect node output to scene together with your pointcloud or geometry and see where your points are located in 3d space. Double click any of them to move it in 3d space like any traditional nuke transform control. \n\nA matrix transform is also generated to be used with RotoPaint, SplineWarp and GridWarp nodes. If you are using matrix in GridWarp, points have to be in clockwise order, pick them one by one! \n\nCommand set points doesn't respect selection order! \n\nCheck out the demo video on my website! Kudos to Ivan Busquets for help with matrix math. \n\n-- developed by Vit Sedlacek 2012 www.vitsedlacek.com \n\n-- Modified by Jed Smith to make calculation time nearly inst
	// Copyright 2019 Google LLC.
	// SPDX-License-Identifier: Apache-2.0

	// Polynomial approximation in GLSL for the Turbo colormap
	// Original LUT: https://gist.github.com/mikhailov-work/ee72ba4191942acecc03fe6da94fc73f

	// Authors:
	// Colormap Design: Anton Mikhailov (mikhailov@google.com)
	// GLSL Approximation: Ruofei Du (ruofei@google.com)
	#-----------------------------------------------------------------------------------------
	#
	# Spectral Matting
	#
	import time
	import logging

	import numpy as np
	from scipy import ndimage, sparse
	import scipy.sparse.linalg as sparse_linalg
	/**Happy Valentine's Day
	*/

	, :before, *:after {
	box-sizing: border-box
	}

	body{
	background-color:#E03840;
	}