def main():
#points_obj, faces_obj = obj_parse('sphere.obj')
points, faces = stl_parse('petal.stl')
points = model_manipulation.scale(points, 1.4)
points = model_manipulation.center_points(points)
maxmin = model_manipulation.max_min_values(points)
print maxmin[2]
model_manipulation.save_as_obj(points, faces)
faces = model_manipulation.order_faces(points, faces)
save_as_gcode(points, faces)
return
def main():
f_index = 0
#for f in range(10):
# points= []
# faces = []
# line_p , line_f = line((0,0,50-f*5), (0,0,50-f*5-5))
# points, faces = append_shapes(points,faces,line_p,line_f)
# model_to_gcode.save_as_gcode(points, faces, create_filename(f_index))
# f_index += 1
d = FallingDrop(start_tick = 0, duration = 10)
c1 = ExpandingCircle(start_tick = 10, duration = 10)
c2 = ExpandingCircle(start_tick = 15, duration = 5)
for tick in range(30):
points= []
faces = []
points,faces = append_shapes((points, faces), c1.get(tick))
points,faces = append_shapes((points, faces), c2.get(tick))
print points
points,faces = append_shapes((points, faces), d.get(tick))
model_to_gcode.save_as_gcode(points, faces, create_filename(f_index))
f_index += 1
#points = model_manipulation.center_points(points)
maxmin = model_manipulation.max_min_values(points)
print maxmin
#faces = model_manipulation.order_faces(points, faces)
return
