def __init__(self,
width=1,
height=1,
depth=1,
width_segments=1,
height_segments=1,
depth_segments=1,
planes=None,
uniform_colour=(0.5, 0.5, 1.0),
uniform_opacity=1.0,
vertex_colours=None,
wireframe=False,
wireframe_offset=None):
vertices, faces, outline = create_box(width, height, depth,
width_segments,
height_segments,
depth_segments,
planes)
PrimitiveVisual.__init__(
self,
vertices['position'],
outline if wireframe else faces,
uniform_colour,
uniform_opacity,
vertex_colours,
wireframe,
wireframe_offset)
def __init__(self,
width=1,
height=1,
depth=1,
width_segments=1,
height_segments=1,
depth_segments=1,
planes=None,
uniform_colour=(0.5, 0.5, 1.0),
uniform_opacity=1.0,
vertex_colours=None,
wireframe=False,
wireframe_offset=None):
vertices, faces, outline = create_box(width, height, depth,
width_segments, height_segments,
depth_segments, planes)
PrimitiveVisual.__init__(self, vertices['position'], outline
if wireframe else faces, uniform_colour,
uniform_opacity, vertex_colours, wireframe,
wireframe_offset)
def RGB_identity_cube(width_segments=16,
height_segments=16,
depth_segments=16,
planes=None,
uniform_colour=None,
uniform_opacity=1.0,
vertex_colours=True,
wireframe=False,
*args,
**kwargs):
"""
Creates a *RGB* identity cube base on
:class:`colour_analysis.visuals.Box` class.
Parameters
----------
width_segments : int, optional
Box segments count along the width.
height_segments : int, optional
Box segments count along the height.
depth_segments : int, optional
Box segments count along the depth.
planes: array_like, optional
Any combination of ``{'-x', '+x', '-y', '+y', '-z', '+z'}``
Included planes in the box construction.
uniform_colour : array_like, optional
Uniform mesh colour.
uniform_opacity : numeric, optional
Uniform mesh opacity.
vertex_colours : array_like, optional
Per vertex varying colour.
wireframe : bool, optional
Use wireframe display.
Other Parameters
----------------
\\*args : list, optional
Arguments passed to :class:`colour_analysis.visuals.Box` class
constructor.
\\**kwargs : dict, optional
Keywords arguments passed to :class:`colour_analysis.visuals.Box` class
constructor.
"""
vertices, _faces, _outline = create_box(width_segments=width_segments,
height_segments=height_segments,
depth_segments=depth_segments,
planes=planes)
vertex_colours = vertices['color'] if vertex_colours else None
RGB_box = Box(width_segments=width_segments,
height_segments=height_segments,
depth_segments=depth_segments,
planes=planes,
uniform_colour=uniform_colour,
uniform_opacity=uniform_opacity,
vertex_colours=vertex_colours,
wireframe=wireframe,
wireframe_offset=(1, 1),
*args,
**kwargs)
vertices = RGB_box.mesh_data.get_vertices()
vertices += 0.5
RGB_box.mesh_data.set_vertices(vertices)
return RGB_box
def RGB_identity_cube(width_segments=16,
height_segments=16,
depth_segments=16,
planes=None,
uniform_colour=None,
uniform_opacity=1.0,
vertex_colours=True,
wireframe=False,
*args,
**kwargs):
"""
Creates a *RGB* identity cube base on
:class:`colour_analysis.visuals.Box` class.
Parameters
----------
width_segments : int, optional
Box segments count along the width.
height_segments : int, optional
Box segments count along the height.
depth_segments : int, optional
Box segments count along the depth.
planes: array_like, optional
Any combination of ``{'-x', '+x', '-y', '+y', '-z', '+z'}``
Included planes in the box construction.
uniform_colour : array_like, optional
Uniform mesh colour.
uniform_opacity : numeric, optional
Uniform mesh opacity.
vertex_colours : array_like, optional
Per vertex varying colour.
wireframe : bool, optional
Use wireframe display.
Other Parameters
----------------
\\*args : list, optional
Arguments passed to :class:`colour_analysis.visuals.Box` class
constructor.
\\**kwargs : dict, optional
Keywords arguments passed to :class:`colour_analysis.visuals.Box` class
constructor.
"""
vertices, _faces, _outline = create_box(
width_segments=width_segments,
height_segments=height_segments,
depth_segments=depth_segments,
planes=planes)
vertex_colours = vertices['color'] if vertex_colours else None
RGB_box = Box(
width_segments=width_segments,
height_segments=height_segments,
depth_segments=depth_segments,
planes=planes,
uniform_colour=uniform_colour,
uniform_opacity=uniform_opacity,
vertex_colours=vertex_colours,
wireframe=wireframe,
wireframe_offset=(1, 1),
*args,
**kwargs)
vertices = RGB_box.mesh_data.get_vertices()
vertices += 0.5
RGB_box.mesh_data.set_vertices(vertices)
return RGB_box