short function ( byte arg0 [ ] , int arg1 ) { return ( short ) ( ( ( arg0 [ 0 + arg1 ] ) << 8 ) | ( signedToInt ( arg0 [ 1 + arg1 ] ) ) ) ; }
build short out of bytes in big endian order . concode_field_sep float HALF_PI concode_elem_sep float TWO_PI concode_elem_sep double TWO_PI_D concode_elem_sep double HALF_PI_D concode_field_sep int BuildInteger concode_elem_sep int BuildInteger concode_elem_sep float sinh concode_elem_sep double sinh concode_elem_sep long BuildLongLE concode_elem_sep long BuildLongLE concode_elem_sep long BuildLong concode_elem_sep long BuildLong concode_elem_sep int sign concode_elem_sep int sign concode_elem_sep int sign concode_elem_sep int sign concode_elem_sep int sign concode_elem_sep int signedToInt concode_elem_sep int signedToInt concode_elem_sep long BuildLongBE concode_elem_sep long BuildLongBE concode_elem_sep int BuildIntegerLE concode_elem_sep int BuildIntegerLE concode_elem_sep boolean odd concode_elem_sep boolean odd concode_elem_sep boolean odd concode_elem_sep short BuildShortLE concode_elem_sep short BuildShortLE concode_elem_sep boolean approximately_equal concode_elem_sep boolean approximately_equal concode_elem_sep boolean even concode_elem_sep boolean even concode_elem_sep boolean even concode_elem_sep short BuildShort concode_elem_sep short BuildShort concode_elem_sep int BuildIntegerBE concode_elem_sep int BuildIntegerBE concode_elem_sep int wordToByte concode_elem_sep float asinh concode_elem_sep double asinh concode_elem_sep long signedToLong