def __init__(self, use_lut=False, lighted=False, gridsize=(0.0,0.0,0.0), elevation=0.0):
self._lighted = lighted
self._gridsize = gridsize
self._gridwidth = (1.0,1.0,1.0)
self._elevation = elevation
interpolation = read_shader('bicubic.txt')
light = read_shader('phong.txt')
lut = read_shader('lut.txt')
vertex = read_shader('vertex_bicubic.txt')
fragment = read_shader('fragment_bicubic.txt')
lut_code = light_code = grid_code = height_code = ''
if use_lut:
lut_code = 'color = texture1D_lut(lut, color.a);'
if lighted:
light_code = read_shader('light_bicubic.txt')
if self._gridsize[0] or self._gridsize[1] or self._gridsize[2]:
grid_code = read_shader('grid.txt')
if self._elevation:
height_code = read_shader('height_bicubic.txt')
fragment = fragment % (lut_code,grid_code,light_code)
vertex = vertex % (height_code)
Shader.__init__(self,
vert = [interpolation] + [vertex],
frag = [interpolation] + [light] + [lut] + [fragment])
self.kernel = build_kernel()
def __init__(self,
use_lut=False,
lighted=False,
gridsize=(0.0, 0.0, 0.0),
elevation=0.0):
self._lighted = lighted
self._gridsize = gridsize
self._gridwidth = (1.0, 1.0, 1.0)
self._elevation = elevation
interpolation = read_shader('bicubic.txt')
if lighted:
light = read_shader('phong.txt')
else:
light = ''
lut = read_shader('lut.txt')
vertex = read_shader('vertex_bicubic.txt')
fragment = read_shader('fragment_bicubic.txt')
lut_code = light_code = grid_code = height_code = ''
if use_lut:
lut_code = 'color = texture1D_lut(lut, color.a);'
if lighted:
light_code = read_shader('light_bicubic.txt')
if self._gridsize[0] or self._gridsize[1] or self._gridsize[2]:
grid_code = read_shader('grid.txt')
if self._elevation:
height_code = read_shader('height_bicubic.txt')
fragment = fragment % (lut_code, grid_code, light_code)
vertex = vertex % (height_code)
Shader.__init__(self,
vert=[interpolation] + [vertex],
frag=[interpolation] + [light] + [lut] + [fragment])
self.kernel = build_kernel()
def __init__(self, t):
Shader.__init__(self, t)
def __init__(self, t):
Shader.__init__(self, t)
self.fragCoord = GlslVariable(g.vec2, piping=IN)
self.zoom = Uniform(float)
self.zoom_pos = Uniform(g.vec2)
def __init__(self, t):
Shader.__init__(self, t)
self.iTime: float = Uniform(float)
self.textureObj = Uniform(sampler2D)
self.iResolution = Uniform(g.vec3)
def __init__(self, t):
Shader.__init__(self, t)
self.texture = Uniform[g.sampler2D]()
self.size = Uniform(g.vec2)
self.fragCoord = GlslVariable[g.vec2](piping=IN)
self.debug = True
