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# Type your text here#image converted on TI-Planet
#tiplanet.org/img2calc

from kandinsky import fill_rect

#the image drawing function
#- rle : image RLE-compressed data
#- w : width of image
#- pal : palette of colors to use with image
#- zoomx : horizontal zoom
#- zoomy : vertical zoom
#- itransp : index of 1 transparent color in palette or -1 if none
def draw_image(rle, x0, y0, w, pal, zoomx=1, zoomy=1, itransp=-1):
  i, x = 0, 0
  x0, y0 = int(x0), int(y0)
  nvals = len(pal)
  nbits = 0
  nvals -= 1
  while(nvals):
    nvals >>= 1
    nbits += 1
  maskval = (1 << nbits) - 1
  maskcnt = (0xFF >> nbits >> 1) << nbits
  while i<len(rle):
    v = rle[i]
    mv = v & maskval
    c = (v & maskcnt) >> nbits
    if (v & 0b10000000 or nbits == 8):
      i += 1
      c |= rle[i] << (7 - nbits + (nbits == 8))
    c = c + 1
    while c:
      cw = min(c, w - x)
      if mv != itransp:
        fill_rect(x0 + x*zoomx, y0, cw*zoomx, zoomy, pal[mv])
      c -= cw
      x = (x + cw) % w
      y0 += x == 0 and zoomy
    i += 1