def vec_attr(buffer: ak.frag, cl: gl.inout_p[gl.vec4]) -> None:
cl.x = buffer.time * 12 + gl.outer(arg_value)
def gen() -> ak.LEntryFragFn:
return lambda e, b, c: e(module_global_add(1, 2) * gl.outer(outer_value))
def gen2() -> ak.LEntryPolyFn:
return lambda e, b, p: (
e((p.y * gl.outer(global_speed)) + (b.time * gl.outer(speed) * gl.sin(12)))
)
def gen1() -> ak.LEntryFragFn:
return lambda e, b, c: (
e(compiler_fixtures.boost_add(1, gl.outer(global_speed)) + (gl.outer(speed) * gl.sin(12)))
)
def gen1() -> ak.LEntryFragFn:
return lambda e, b, c: e(gl.outer(global_speed) + (gl.outer(speed) * gl.sin(12)))
def gen1() -> ak.LEntryFragFn:
return (
lambda e, b, c: e((c.y * gl.outer(global_speed)) + (b.time * gl.outer(speed) * gl.sin(12)))
)
def gen2() -> ak.LEntryFragFn:
return lambda e, b, c: (
e(z := gl.outer(speed) * gl.sin(b.time)).tp(float) |
e(compiler_fixtures.boost_add(1, gl.outer(global_speed)) + z)
)
def gen() -> ak.LEntryFragFn:
return lambda e, b, color: ((
(e(color.x) << e(gl.outer(speed))) |
(e(y := 12.1).tp(float) | e(y))
))
def gen2() -> ak.LEntryFragFn:
return lambda e, b, c: e(c.x) << e(gl.outer(speed)) | e(y := gl.vec2(1, 2)).tp(gl.vec2) | e(y)
def gen() -> ak.LEntryFragFn:
return lambda e, b, c: e(c.x) << e(gl.outer(speed)) | e(y := 12.1).tp(float) | e(y)
def gen2() -> ak.LEntryFragFn:
return lambda e, b, c: e((x := gl.outer(speed))).tp(int) # noqa: F841
def gen2() -> ak.LEntryFragFn:
return lambda e, b, c: e(module_global_poly(1, 2) + (gl.outer(speed) * gl.sin(12)))
def vec_attr(buffer: ak.frag, color: gl.inout_p[gl.vec4]) -> None:
color.x = buffer.time * module_global_add(
12, 1) * compiler_fixtures.boost_add(20, gl.outer(ddd))
