def main():
fontdir = argv[1]
print_header()
print("{} ; <spc>".format(lst2asm([False] * 8)))
for c in CHARACTERS:
fname = path.join(fontdir, "font-{}.png".format(c))
font = parse_font_file(fname)
print("{} ; {}".format(lst2asm(font), c))
def main():
x = [round((sin(x * 2 * pi / (N - 1)) + 1) * 10) for x in range(N)]
y = [round((sin(2 * x * 2 * pi / (N - 1)) + 1) * 10) for x in range(N)]
print("fxpl_path_x:")
print(lst2asm(x))
print()
print("fxpl_path_y:")
print(lst2asm(y))
def main():
fname = sys.argv[1]
# Convert to 1 byte in {0,255} per pixel
im = Image.open(fname)
# Beware im.convert('1') seems to introduce bugs !
# To be troubleshooted and fixed upstream !
# In the mean time using im.convert('L') instead
grey = im.convert('L')
arr = bool_array(grey)
cols = None
if (len(sys.argv) > 2) and (sys.argv[2] == 's'):
lines = [arr[i:i + 16] for i in range(0, 16 * NLINES, 16)
] # NLINES lines - 16 pixels per line
lines = [[False] * 16] * PADDING + lines + [[False] * 16] * PADDING
lines.reverse()
pack = pack_bytes(flatten(lines))
cols = [pack[i:2 * 30:2] for i in range(2)]
else:
lines = [arr[i:i + 40] for i in range(0, 40 * 30, 40)
] # 30 lines - 40 pixels per line
lines.reverse()
pfs = [playfields(l) for l in lines]
pack = pack_bytes(flatten(pfs))
cols = [pack[i:6 * 30:6] for i in range(6)]
print("; " + fname)
print(asmlib.lst2asm(flatten(cols), 15))
print("")
def main():
plasma = Plasma(SIZE, [0, 50, 150, 200], 15)
plasma.compute()
buf = plasma.get_bytes()
im = Image.frombytes('L', (SIZE, SIZE), buf)
im.show()
print(lst2asm(buf))
def main():
fname = argv[1]
sname = argv[2] # symbol name
# Convert to pure B&W without alpha picture
im = Image.open(fname).convert('1')
sanity_check(im)
print("{}:".format(sname))
print(lst2asm(im2fx(im)))
def main():
if len(sys.argv) < 2:
raise Exception("At least one filename is required")
fnames = sys.argv[1:]
width = None
height = 0
arr = []
for f in fnames:
# Convert to 1 byte in {0,255} per pixel
im = Image.open(f)
width, _ = im.size # All files should have the same width
# Beware im.convert('1') seems to introduce bugs !
# To be troubleshooted and fixed upstream !
# In the mean time using im.convert('L') instead
grey = im.convert('L')
arr.extend(bool_array(grey))
print(len(arr))
width_bytes = None
if width == 32:
fix_format_32(arr)
width_bytes = 4
elif width == 40:
fix_format_40(arr)
width_bytes = 6
else:
raise Exception("width not supported: {}".format(width))
print(len(arr))
pbs = pack_bytes(arr)
cols = by_column(pbs, width_bytes)
for i, c in enumerate(cols):
rev = [~v & 0xff for v in c]
print("; col_{}".format(i))
print(asmlib.lst2asm([0xff] * 30, 15))
print("")
print(asmlib.lst2asm(c, 15))
print("")
print(asmlib.lst2asm([0xff] * 30, 15))
def main():
fname = sys.argv[1]
# Convert to 1 byte in {0,255} per pixel
im = Image.open(fname)
# Beware im.convert('1') seems to introduce bugs !
# To be troubleshooted and fixed upstream !
# In the mean time using im.convert('L') instead
grey = im.convert('L')
mask = [0x10 if p else 0x0f for p in grey.getdata()]
print(asmlib.lst2asm(mask, 11))
def main():
for i in range(1, MAX_DISC_SIZE + 1):
print("fx_disc_{}:".format(i))
print(lst2asm(gendisc(i, MAX_DISC_SIZE, RESOLUTION)))
print("fx_disc_l:")
print("\tdc.b #0 ; Unused")
for i in range(1, MAX_DISC_SIZE + 1):
print("\tdc.b #<fx_disc_{}".format(i))
print("fx_disc_h:")
print("\tdc.b #0 ; Unused")
for i in range(1, MAX_DISC_SIZE + 1):
print("\tdc.b #>fx_disc_{}".format(i))
def main():
fname = sys.argv[1]
# Convert to 1 byte in {0,255} per pixel
im = Image.open(fname)
# Beware im.convert('1') seems to introduce bugs !
# To be troubleshooted and fixed upstream !
# In the mean time using im.convert('L') instead
grey = im.convert('L')
sanity_check(grey)
arr = bool_array(grey)
lines = [arr[i:i + 40] for i in range(0, 400, 40)]
pfs = [playfields(l) for l in lines]
pack = pack_bytes(flatten(pfs))
rev = [~v & 0xff for v in pack]
print(asmlib.lst2asm(rev, 6))
def process(fname):
# Convert to 1 byte in {0,255} per pixel
im = Image.open(fname)
# Beware im.convert('1') seems to introduce bugs !
# To be troubleshooted and fixed upstream !
# In the mean time using im.convert('L') instead
grey = im.convert('L')
sanity_check(grey)
arr = bool_array(grey)
pfs = pack_bytes(arr)
cols = by_column(pfs)
rev = [~v & 0xff for v in cols]
print("; " + fname)
print(asmlib.lst2asm(cols, 15))
print("")
def process(fname):
# Convert to 1 byte in {0,255} per pixel
im = Image.open(fname)
# Beware im.convert('1') seems to introduce bugs !
# To be troubleshooted and fixed upstream !
# In the mean time using im.convert('L') instead
grey = im.convert('L')
arr = bool_array(grey)
lines = [arr[i:i+32] for i in range(0, 32*30, 32)] # 30 lines - 32 pixels per line
lines.reverse()
pfs = [playfields(l) for l in lines]
pack = pack_bytes(flatten(pfs))
cols = [pack[i:4*30:4] for i in range(4)]
#rev = [~v & 0xff for v in pack]
_, name, frame = os.path.basename(fname).split('.')[0].split('-')
label = "fxa_" + name + frame + ":"
print(label)
print(asmlib.lst2asm(flatten(cols), 15))
print("")
def main():
fname = argv[1]
data = parse_font_file(fname)
for i in range(6): # We've got 6 sprites
print("banner_{}:".format(i))
print("{}".format(lst2asm(reversed(data[i:len(data):6]))))
def main():
plasma_size = (32, 32)
plasma = Plasma(plasma_size, [(2, 5), (13, 25), (33, 16)])
buf = plasma.get_bytes(15)
#buf = plasma.get_bytes(255)
print(lst2asm(buf, 8))
def print_block(lst, name):
print("{}:".format(name))
print(lst2asm(lst))
def dump_tables():
print("fxc_square:")
print(lst2asm([sq(x) for x in range(0, 49)]))
print("\nfxc_sqrt:")
print(lst2asm([sqrt(x) for x in range(0, 67)]))