def __init__(self, image, overlayList, displayCtx, canvas, threedee):
"""Create a ``GLMIP``.
:arg image: An :class:`.Image` object.
:arg overlayList: The :class:`.OverlayList`
:arg displayCtx: The :class:`.DisplayContext` object managing the
scene.
:arg canvas: The canvas doing the drawing.
:arg threedee: Set up for 2D or 3D rendering.
"""
glimageobject.GLImageObject.__init__(self, image, overlayList,
displayCtx, canvas, threedee)
self.shader = None
self.imageTexture = None
self.cmapTexture = textures.ColourMapTexture(self.name)
self.addDisplayListeners()
self.refreshImageTexture()
self.refreshCmapTextures()
def init():
fslgl.glmip_funcs.init(self)
self.notify()
idle.idleWhen(init, self.textureReady)
def __init__(self, overlay, overlayList, displayCtx, canvas, threedee):
"""Create a ``GLMesh``.
:arg overlay: A :class:`.Mesh` overlay.
:arg overlayList: The :class:`.OverlayList`
:arg displayCtx: The :class:`.DisplayContext` managing the scene.
:arg canvas: The canvas drawing this ``GLMesh``.
:arg threedee: 2D or 3D rendering.
"""
globject.GLObject.__init__(self, overlay, overlayList, displayCtx,
canvas, threedee)
self.flatShader = None
self.dataShader = None
self.activeShader = None
# We use a render texture when
# rendering model cross sections.
# This texture is kept at display/
# screen resolution
self.renderTexture = textures.RenderTexture(self.name,
interp=gl.GL_NEAREST)
# Mesh overlays are coloured:
#
# - with a constant colour (opts.outline == False), or
#
# - with a +/- colour map, (opts.vertexData not None), or
#
# - with a lookup table (opts.useLut == True and
# opts.vertexData is not None)
self.cmapTexture = textures.ColourMapTexture(self.name)
self.negCmapTexture = textures.ColourMapTexture(self.name)
self.lutTexture = textures.LookupTableTexture(self.name)
self.lut = None
self.registerLut()
self.addListeners()
self.updateVertices()
self.refreshCmapTextures(notify=False)
self.compileShaders()
self.updateShaderState()