def get_image_array_from_file(fname, dtype=np.float32) :
arr = get_array_from_file(fname, dtype)
if arr is None :
return None
img_arr = None
if arr.size == 32*185*388 : # CSPAD
arr.shape = (32*185,388)
img_arr = cspadimg.get_cspad_raw_data_array_image(arr)
elif arr.size == 185*388*2 : # CSPAD2x2
arr.shape = (185,388,2)
img_arr = cspad2x2img.get_cspad2x2_non_corrected_image_for_raw_data_array(arr)
elif arr.ndim == 2 : # Use it as any camera 2d image
img_arr = arr
else :
msg = 'Array loaded from file: %s\n has shape: %s, size: %s, ndim: %s' % \
(fname, str(arr.shape), str(arr.size), str(arr.ndim))
msg += '\nIs not recognized as image'
logger.warning(msg, __name__)
return None
return img_arr
def get_image_array_from_file(fname, dtype=np.float32):
arr = get_array_from_file(fname, dtype)
if arr is None:
return None
img_arr = None
if arr.size == 32 * 185 * 388: # CSPAD
arr.shape = (32 * 185, 388)
img_arr = cspadimg.get_cspad_raw_data_array_image(arr)
elif arr.size == 185 * 388 * 2: # CSPAD2x2
#arr.shape = (185,388,2)
img_arr = cspad2x2img.get_cspad2x2_non_corrected_image_for_raw_data_array(
arr)
elif arr.ndim == 2: # Use it as any camera 2d image
img_arr = arr
else:
msg = 'Array loaded from file: %s\n has shape: %s, size: %s, ndim: %s' % \
(fname, str(arr.shape), str(arr.size), str(arr.ndim))
msg += '\nIs not recognized as image'
logger.warning(msg, __name__)
return None
return img_arr