def convertQImage(image, name, nformat, compress, backcolor):
compressType, _ = compress
nbmp = NGL_Bitmap(name, image.width(), image.height(), compressType)
# convert/compress data
nbmp.data, nbmp.compressed = NBitmapsConverter.compressData(
image, compress, nformat, name, backcolor)
# code len in words and bytes
nbmp.data_len_in_words = len(nbmp.data)
if nformat == 'format8' or nbmp.compressed == 'JPG':
nbmp.data_len_in_bytes = nbmp.data_len_in_words
nbmp.data_word_size = 8
nbmp.datatype = 'uint8_t'
elif nformat == 'format16':
nbmp.data_len_in_bytes = nbmp.data_len_in_words * 2
nbmp.data_word_size = 16
nbmp.datatype = 'uint16_t'
# generate data code
nbmp.code = NBitmapCodeGen.bitmap(nbmp)
return nbmp
def convertQImage(image, name, nformat, compress, backcolor):
compressType, _ = compress
nbmp = NGL_Bitmap(name, image.width(), image.height(), compressType)
# convert/compress data
nbmp.data, nbmp.compressed = NBitmapsConverter.compressData(image, compress, nformat, name, backcolor)
# code len in words and bytes
nbmp.data_len_in_words = len(nbmp.data)
if nformat == 'format8' or nbmp.compressed == 'JPG':
nbmp.data_len_in_bytes = nbmp.data_len_in_words
nbmp.data_word_size = 8
nbmp.datatype = 'uint8_t'
elif nformat == 'format16':
nbmp.data_len_in_bytes = nbmp.data_len_in_words * 2
nbmp.data_word_size = 16
nbmp.datatype = 'uint16_t'
# generate data code
nbmp.code = NBitmapCodeGen.bitmap(nbmp)
return nbmp
def bitmapsHeaderCode(self, bitmaps, verbose ):
if verbose:
inform('generate bitmaps header file...')
return NBitmapCodeGen.generateBitmapsHeader(bitmaps)
def bitmapsHeaderCode(self, bitmaps, verbose):
if verbose:
inform("generate bitmaps header file...")
return NBitmapCodeGen.generateBitmapsHeader(bitmaps)
