return 0
#x = pixel_size * (curx + w2)
#y = pixel_size * (cury + h2)
x = pixel_size * (w2 + curx)
y = pixel_size * (w2 + cury)
sam.x = x
sam.y = y
sam.ix = curx
sam.iy = cury
return 1
"""
args1 = arg_map([('endx', 0), ('endy', 0), ('tilex', 0), ('tiley', 0),
('pixel_size', 1.0), ('curx', 0), ('cury', 0), ('w2', 0.0), ('h2', 0.0)])
args2 = arg_list([('sam', sample)])
sample_shader = create_shader("generate_sample", code2, args1, args2, func=True)
#print(sample_shader._code)
arg_map1 = arg_map([('x', 0.0)])
code = """
sam = sample()
ret = 1
while ret != 0:
ret = generate_sample(sam)
x = sam.y
"""
runtimes = [Runtime()]
shader = create_shader("test", code, arg_map1, shaders=[sample_shader])
#x = pixel_size * (curx + w2)
#y = pixel_size * (cury + h2)
x = pixel_size * (w2 + curx)
y = pixel_size * (w2 + cury)
sam.x = x
sam.y = y
sam.ix = curx
sam.iy = cury
return 1
"""
args1 = arg_map([('endx', 0), ('endy', 0), ('tilex', 0), ('tiley', 0),
('pixel_size', 1.0), ('curx', 0), ('cury', 0), ('w2', 0.0),
('h2', 0.0)])
args2 = arg_list([('sam', sample)])
sample_shader = create_shader("generate_sample",
code2,
args1,
args2,
func=True)
#print(sample_shader._code)
arg_map1 = arg_map([('x', 0.0)])
code = """
sam = sample()
ret = 1
while ret != 0:
ret = generate_sample(sam)
x = sam.y
"""
from tdasm import Runtime
from renmas3.base import create_shader, arg_map, Integer, Float, Vec3
from renmas3.base import create_function, arg_list
runtimes = [Runtime()]
code2 = """
#input a = float, b = int
a = b
return a
"""
arg_lst1 = arg_list([('a', Float), ('b', Integer)])
sh1 = create_function('conv_int', code2, input_args=arg_lst1)
sh1.prepare(runtimes)
arg_map1 = arg_map([('a', Integer), ('b', Float), ('c', Vec3),
('f', Vec3)])
code = """
a = 2
b = 2.2
c = (2, 3, 4)
f = [6,7,7.7]
b = conv_int(b, a)
int(55)
b = 3 + pow(2,3) * 2.5
#b = pow(2,3) * 2.5 + 3
"""
shader = create_shader("test", code, arg_map1, shaders=[sh1])
if p1 > 96.8:
break
nn = (2.2, 1.1, 3.4)
set_rgb(slika, 1, 2, nn)
rect.k = get_rgb(slika, 1, 2)
rect.w = pow(rect.w, 3.3)
p1 = int(3) + 4
"""
code2 = """
#p1 is input argument
p2 = p1
return p2
"""
arg_lst = arg_list([('p1', 3)])
arg_map2 = arg_map([])
shader2 = create_shader("ret_arg", code2, arg_map2, arg_lst, func=True)
runtimes = [Runtime()]
shader = create_shader("test", code, arg_map1, shaders=[shader2])
print(shader._code)
shader.prepare(runtimes)
img = ImagePRGBA(3,3)
img.set_pixel(1, 2, 0.2, 0.3, 0.1)
shader.set_value('slika', img)
shader.execute()
print(shader.get_value('p1'))
print(shader.get_value('ps.x'))
from tdasm import Runtime
from renmas3.base import create_shader, arg_map, Integer, Float, Vec3
from renmas3.base import create_function, arg_list
runtimes = [Runtime()]
code2 = """
#input a = float, b = int
a = b
return a
"""
arg_lst1 = arg_list([('a', Float), ('b', Integer)])
sh1 = create_function('conv_int', code2, input_args=arg_lst1)
sh1.prepare(runtimes)
arg_map1 = arg_map([('a', Integer), ('b', Float), ('c', Vec3), ('f', Vec3)])
code = """
a = 2
b = 2.2
c = (2, 3, 4)
f = [6,7,7.7]
b = conv_int(b, a)
int(55)
b = 3 + pow(2,3) * 2.5
#b = pow(2,3) * 2.5 + 3
"""
shader = create_shader("test", code, arg_map1, shaders=[sh1])
shader.prepare(runtimes)
shader.execute()
print(shader._code)