#!python3
from math import *

tile_size = 8
frames = []
center = (100, 64)

spread_max = 8
spread_min = 4
frame_count = 255

for t in range(frame_count):
	e = ((spread_min + spread_max)/2) + (spread_max - spread_min)*0.5*sin(2*pi*t/frame_count)
	x = center[0] - 60*cos(2*pi*t/frame_count) - (e*1.5) - (tile_size*1.5)
	y = center[1] - (e * 1.5) - (tile_size*3)
	frames.append( (x, y, e) )

def h(flt):
	return f'${int(floor(flt+0.5)):x}'

frame_strings = [f"{h(t[1])}, {h(t[0])}, {h(t[2])}" for t in frames]

print("db {}, {}".format(frame_count, ", ".join(frame_strings)))