def main():
parser = argparse.ArgumentParser()
parser.add_argument('fname', help='Name of the file')
parser.add_argument('-m', help='Contrast. Input Range: 0-1')
parser.add_argument('-c', help='Adaptation. Input Values:0-1')
parser.add_argument('-a', help='Colornes. Input Values:0-1')
parser.add_argument('-f', help='Lightnes.')
args = parser.parse_args()
m = 0.6
if args.m:
m = float(args.m)
c = 0.5
if args.c:
c = float(args.c)
a = 0.5
if args.a:
a = float(args.a)
f = 1.0
if args.f:
f = float(args.f)
img = load_image(args.fname)
if img is not None:
if isinstance(img, ImageFloatRGBA):
show_hdr_image(img, m, c, a, f, fname=args.fname)
else:
print("Image %s is not hdr image!" % args.fname)
else:
print("Image %s could not be loaded!" % args.fname)
def main():
parser = argparse.ArgumentParser()
parser.add_argument('fname')
args = parser.parse_args()
img = load_image(args.fname)
if img is not None:
show_image_in_window(img, args.fname)
else:
print("Image %s could not be loaded!" % args.fname)
def main():
parser = argparse.ArgumentParser()
parser.add_argument('fname', help='Name of the file')
parser.add_argument('-key', help='Scene key that is used in tone mapping.')
parser.add_argument('-saturation', help='Saturation. Input Values:0-1')
args = parser.parse_args()
key = 0.18
saturation = 0.6
if args.key:
key = float(args.key)
if args.saturation:
saturation = float(saturation)
img = load_image(args.fname)
if img is not None:
if isinstance(img, ImageFloatRGBA):
show_hdr_image(img, key, saturation, fname=args.fname)
else:
print("Image %s is not hdr image!" % args.fname)
else:
print("Image %s could not be loaded!" % args.fname)
def main():
parser = argparse.ArgumentParser()
parser.add_argument('fname', help='Name of the file')
parser.add_argument('-key', help='Scene key that is used in tone mapping.')
parser.add_argument('-saturation', help='Saturation. Input Values:0-1')
args = parser.parse_args()
key = 0.18
saturation = 0.6
if args.key:
key = float(args.key)
if args.saturation:
saturation = float(saturation)
img = load_image(args.fname)
if img is not None:
if isinstance(img, ImageFloatRGBA):
show_hdr_image(img, key, saturation, fname=args.fname)
else:
print("Image %s is not hdr image!" % args.fname)
else:
print("Image %s could not be loaded!" % args.fname)
#mesh_descs = load_meshes("CornellNeg.obj")
#mesh_descs = load_meshes("I:\\ray_tracing_scenes\\san-miguel\\san-miguel.obj")
#mesh_descs = load_meshes("I:\\ray_tracing_scenes\\dragon\\dragon.obj")
mesh_descs = load_meshes("G:\\ray_tracing_scenes\\dragon\\dragon.obj")
#mesh_descs = load_meshes("I:\\ray_tracing_scenes\\rungholt\\rungholt.obj")
#mesh_descs = load_meshes("I:\\ray_tracing_scenes\\powerplant\\powerplant.obj")
#mesh_descs = load_meshes("I:\\ray_tracing_scenes\\hairball\\hairball.obj")
#mesh_descs = load_meshes("cube.ply")
#mesh_descs = load_meshes("I:\\Ply_files\\lucy.ply")
#mesh_descs = load_meshes("I:\\Ply_files\\g3.ply")
end = time.clock()
print("Loading of meshes took ", end-start)
nvertices = 0
ntriangles = 0
if mesh_descs:
for m in mesh_descs:
print(m.name, m.vb.size(), m.tb.size(), type(m.vb))
nvertices += m.vb.size()
ntriangles += m.tb.size()
#vb = mesh_descs[0].vb
#for i in range(vb.size()):
# print(vb.get(i))
print(nvertices, ntriangles, len(mesh_descs))
img = load_image("rle.tga")
if img is not None:
show_image_in_window(img)
#mesh_descs = load_meshes("Box.obj")
#mesh_descs = load_meshes("CornellNeg.obj")
#mesh_descs = load_meshes("I:\\ray_tracing_scenes\\san-miguel\\san-miguel.obj")
#mesh_descs = load_meshes("I:\\ray_tracing_scenes\\dragon\\dragon.obj")
mesh_descs = load_meshes("G:\\ray_tracing_scenes\\dragon\\dragon.obj")
#mesh_descs = load_meshes("I:\\ray_tracing_scenes\\rungholt\\rungholt.obj")
#mesh_descs = load_meshes("I:\\ray_tracing_scenes\\powerplant\\powerplant.obj")
#mesh_descs = load_meshes("I:\\ray_tracing_scenes\\hairball\\hairball.obj")
#mesh_descs = load_meshes("cube.ply")
#mesh_descs = load_meshes("I:\\Ply_files\\lucy.ply")
#mesh_descs = load_meshes("I:\\Ply_files\\g3.ply")
end = time.clock()
print("Loading of meshes took ", end - start)
nvertices = 0
ntriangles = 0
if mesh_descs:
for m in mesh_descs:
print(m.name, m.vb.size(), m.tb.size(), type(m.vb))
nvertices += m.vb.size()
ntriangles += m.tb.size()
#vb = mesh_descs[0].vb
#for i in range(vb.size()):
# print(vb.get(i))
print(nvertices, ntriangles, len(mesh_descs))
img = load_image("rle.tga")
if img is not None:
show_image_in_window(img)
