def decode_jp(tiles, name):
img_tiles = list(Pixmap((8,8), tile) for tile in tiles)
letters_n = (len(img_tiles)-2) // 4
img = Pixmap(IMGSIZE)
tilepairs = []
for i in range(0, len(img_tiles)//2):
first = (i // 16) * 32 + (i % 16)
second = first + 16
tilepair = (img_tiles[first], img_tiles[second])
tilepairs.append(tilepair)
# The first pair is missing in the original image
tilepairs = [tilepairs[0]] + tilepairs
for letter_i in range(0, len(tilepairs)//2):
letter = Pixmap((16,16))
letter.paste(tilepairs[letter_i*2][0], (0,0))
letter.paste(tilepairs[letter_i*2][1], (0,8))
letter.paste(tilepairs[letter_i*2+1][0], (8,0))
letter.paste(tilepairs[letter_i*2+1][1], (8,8))
x = (letter_i % ROW_LETTERS) * 16
y = (letter_i // ROW_LETTERS) * 16
img.paste(letter.flip_lr(), (x,y))
img.save(name, PIXELCHARS)
def decode_en_tiny(tiles, name):
img_tiles = list(Pixmap((8,8), tile) for tile in tiles)
letters_n = len(img_tiles) // 2
img = Pixmap(IMGSIZE)
# Each letter has 2 tiles
for letter_i in range(0, letters_n):
letter = Pixmap((8,16))
letter.paste(img_tiles[letter_i*2+0], (0,0))
letter.paste(img_tiles[letter_i*2+1], (0,8))
x = (letter_i % ROW_LETTERS) * 16
y = (letter_i // ROW_LETTERS) * 16
img.paste(letter.flip_lr(), (x,y))
img.save(name, PIXELCHARS)
def decode_jp_tiny(tiles, name):
img_tiles = list(Pixmap((8,8), tile) for tile in tiles)
letters_n = len(img_tiles) // 2
img = Pixmap(IMGSIZE)
tilepairs = []
for i in range(0, len(img_tiles)//2):
first = (i // 16) * 32 + (i % 16)
second = first + 16
tilepair = (img_tiles[first], img_tiles[second])
tilepairs.append(tilepair)
for letter_i in range(0, len(tilepairs)):
letter = Pixmap((8,16))
letter.paste(tilepairs[letter_i][0], (0,0))
letter.paste(tilepairs[letter_i][1], (0,8))
x = (letter_i % ROW_LETTERS) * 16
y = (letter_i // ROW_LETTERS) * 16
img.paste(letter.flip_lr(), (x,y))
img.save(name, PIXELCHARS)