def main(self):
p: g.vec2 = 2. * self.fragcoord
p *= 4
p = g.mod(p, 4.0) - 2.0
for i in range(0, 4):
p = self.get_p(p) # abs(p) / _gl.dot(p, p) - 0.63
p *= 2.0
p = p / 2.0
de: float = abs(g.dot(p, g.vec2(g.cos(self.iTime), g.sin(self.iTime))))
gl_FragColor = g.vec4(g.vec3(de), 1.0)
gl_FragColor = g.texture2D(self.textureObj, self.fragcoord)
gl_FragColor = g.vec4(self.fragcoord, 1, 0)
def main(self):
gl_FragColor = g.vec4(
max(
g.dot(g.normalize(self.pixlenormal),
g.normalize(self.tolight)), 0.07))
def main(self):
self.fragcoord = g.vec2(*self.frag)
p: g.vec4 = g.vec4(*self.vetex, 1) * self.trans
self.pixlenormal = (g.vec4(*self.normal, 0) * p).xyz
self.tolight = (g.vec4(*self.lightp, 0) * p).xyz
self.gl_Position = p * self.projectionmatrix
def main(self):
self.fragcoord = self.frag
gl_Position = g.vec4(self.vetex,
1) * self.trans * self.projectionmatrix