def __init__(self, parent, fVals, verts, faces, verticesPerFace, doDrawMesh, clim=None):
vv.Wobject.__init__(self, parent)
self._fVals = fVals # N-by-1 array? values of N faces (not elements if 3D)
self._verts = verts # M-by-3 array coordinates of M vertices
self._faces = faces # N-by-3 or N-by-4 array verts that make up N faces
self.verticesPerFace = verticesPerFace #3 or 4. Either we have triangle faces or quads.
self.doDrawMesh = doDrawMesh
self._valMin = np.amin(fVals)
self._valMax = np.amax(fVals)
Colormapable.__init__(self)
self._texture = None
self.clim = minmax(self._fVals) if clim is None else clim
self.colormap = vv.colormaps['jet']
def __init__(self, parent, fVals, verts, faces, verticesPerFace, doDrawMesh, clim=None):
vv.Wobject.__init__(self, parent)
self._fVals = fVals # N-by-1 array? values of N faces (not elements if 3D)
self._verts = verts # M-by-3 array coordinates of M vertices
self._faces = faces # N-by-3 or N-by-4 array verts that make up N faces
self.verticesPerFace = verticesPerFace #3 or 4. Either we have triangle faces or quads.
self.doDrawMesh = doDrawMesh
self._valMin = np.amin(fVals)
self._valMax = np.amax(fVals)
Colormapable.__init__(self)
self._texture = None
self.clim = minmax(self._fVals) if clim is None else clim
self.colormap = vv.colormaps['jet']
def __init__(self, parent, data):
# Check data first
if not isinstance(data, np.ndarray):
raise ValueError('Textures can only be described using Numpy arrays.')
# Instantiate as wobject (after making "sure" this texture can be ok)
Wobject.__init__(self, parent)
Colormapable.__init__(self)
# create texture (remember, this is an abstract class)
self._texture1 = None
# create glsl program for this texture...
self._shader = shaders.Shader()
# scale and translation transforms
self._trafo_scale = Transform_Scale()
self._trafo_trans = Transform_Translate()
self.transformations.append(self._trafo_trans)
self.transformations.append(self._trafo_scale)
def __init__(self, parent, data):
# Check data first
if not isinstance(data, np.ndarray):
raise ValueError('Textures can only be described using Numpy arrays.')
# Instantiate as wobject (after making "sure" this texture can be ok)
Wobject.__init__(self, parent)
Colormapable.__init__(self)
# create texture (remember, this is an abstract class)
self._texture1 = None
# create glsl program for this texture...
self._shader = shaders.Shader()
# scale and translation transforms
self._trafo_scale = Transform_Scale()
self._trafo_trans = Transform_Translate()
self.transformations.append(self._trafo_trans)
self.transformations.append(self._trafo_scale)
def __init__(self, parent, *args, **kwargs):
Wobject.__init__(self, parent)
# Init flat normals
self._flatNormals = None
# Create colormap and init texture
Colormapable.__init__(self)
self._texture = None
# create glsl shaders for this wobject. For faces, edges and shape
self._faceShader = shaders.Shader()
self._edgeShader = shaders.Shader()
self._shapeShader = shaders.Shader()
self._InitShaders()
self.useNativeShading = False
# Material properties
self._ambient = 0.7
self._diffuse = 0.7
self._specular = 0.3
self._shininess = 50
self._emission = 0.0
# Reference colors
self._faceColor = (1, 1, 1, 1)
self._edgeColor = (0,0,0,1)
# Shading
self.faceShading = 'smooth'
self.edgeShading = None
# What faces to cull
self._cullFaces = None # gl.GL_BACK (for surf(), None makes most sense)
# Save data
BaseMesh.__init__(self, *args, **kwargs)
# Store value2, which are like 'values' but clim-corrected
self._values2 = self._values
def __init__(self, parent, *args, **kwargs):
Wobject.__init__(self, parent)
# Init flat normals
self._flatNormals = None
# Create colormap and init texture
Colormapable.__init__(self)
self._texture = None
# create glsl shaders for this wobject. For faces, edges and shape
self._faceShader = shaders.Shader()
self._edgeShader = shaders.Shader()
self._shapeShader = shaders.Shader()
self._InitShaders()
self.useNativeShading = False
# Material properties
self._ambient = 0.7
self._diffuse = 0.7
self._specular = 0.3
self._shininess = 50
self._emission = 0.0
# Reference colors
self._faceColor = (1, 1, 1, 1)
self._edgeColor = (0,0,0,1)
# Shading
self.faceShading = 'smooth'
self.edgeShading = None
# What faces to cull
self._cullFaces = None # gl.GL_BACK (for surf(), None makes most sense)
# Save data
BaseMesh.__init__(self, *args, **kwargs)
# Store value2, which are like 'values' but clim-corrected
self._values2 = self._values
