def test_prt(self):
self.eqcode(PRT, cdecorator.transpile(prt))
def test_two(self):
self.eqcode(TWO_ARGS, cdecorator.transpile(two_args))
def test_vertex(self):
self.eqcode(VERTEX, cdecorator.transpile(vertex))
def test_fragment(self):
self.eqcode(FRAGMENT, cdecorator.transpile(fragment))
def test_vars(self):
self.eqcode(VARS, cdecorator.transpile(vars_))
def test_fun(self):
self.eqcode(FUN, cdecorator.transpile(fun))
def test_var(self):
self.eqcode(VAR, cdecorator.transpile(var))
def test_varass(self):
self.eqcode(VARASS, cdecorator.transpile(varass))
def test_call(self):
self.eqcode(CALL, cdecorator.transpile(call))
def test_include(self):
self.eqcode(INCLUDE, cdecorator.transpile(include))
def test_transformers(self):
self.eqcode(TRANSFORMERS, cdecorator.transpile(transformers))
def test_math(self):
self.eqcode(MATH, cdecorator.transpile(math))
v_size = 512.0 * p.x / p.w;
gl_PointSize = v_size + 5.0;
}
"""
def transformers():
light_position : uniform[vec3]
position : attribute[vec3]
color : attribute[vec3]
radius : attribute[float]
v_size : varying[float]
v_color : varying[vec3]
v_radius : varying[float]
v_eye_position : varying[vec4]
v_light_direction : varying[vec3]
def main(void) -> void:
v_color = color
v_radius = radius
v_eye_position = _(transform.trackball_view) * _(transform.trackball_model) * vec4(position, 1.0)
v_light_direction = normalize(light_position)
gl_Position = _(transform(position))
p : vec4 = _(transform.trackball_projection) * vec4(radius, radius, v_eye_position.z, v_eye_position.w)
v_size = 512.0 * p.x / p.w
gl_PointSize = v_size + 5.0
print(cdecorator.transpile(transformers))