def decode(self, int_val):
bit_array = QtCore.QBitArray(64)
i = 0
for exp in self.DENT_KEY:
if exp <= int_val:
bit_array.setBit(i)
int_val -= exp
i += 1
return bit_array
def known_teeth_key(self):
'''
returns a 64bit integer key of which teeth are present
'''
bit_array = QtCore.QBitArray(64)
i = 0
for row in SETTINGS.TOOTH_GRID:
for tooth_id in row:
tooth = self.teeth.get(tooth_id)
if tooth and tooth.is_present:
bit_array.setBit(i)
i += 1
return SETTINGS.tooth_decoder.encode(bit_array)
return ascii
if __name__ == "__main__":
def chart(bit_array):
ret_str = "chart ="
for i in range(bit_array.count()):
if bit_array.at(i):
ret_str += "X"
else:
ret_str += "-"
tp = TeethPresentDecoder()
full_bit_array = QtCore.QBitArray(64)
adult_bit_array = QtCore.QBitArray(64)
for i in xrange(16, 48):
adult_bit_array.setBit(i)
full_bit_array.setBit(i)
child_bit_array = QtCore.QBitArray(64)
for start in (3, 51):
for i in xrange(10):
child_bit_array.setBit(i + start)
full_bit_array.setBit(i + start)
for bit_array in (full_bit_array, child_bit_array, adult_bit_array):
key = tp.encode(bit_array)
print key
