returns a double value > = x such that if you multiply that value by an int , and then divide it by that int again , you get precisely the same value back concode_field_sep int MIN_ENCODED_VALUE concode_elem_sep double RADIANS_PER_METER concode_elem_sep double DECODE concode_elem_sep int BITS concode_elem_sep double MAX_VALUE concode_elem_sep double RADIANS_PER_DEGREE concode_elem_sep double MUL concode_elem_sep int MAX_ENCODED_VALUE concode_field_sep GeoPath fromPath concode_elem_sep double decodeValueFloor concode_elem_sep GeoBBox fromBox concode_elem_sep double fromMeters concode_elem_sep double decodeValueCeil concode_elem_sep GeoPolygon fromPolygon concode_elem_sep GeoPolygon fromPolygon concode_elem_sep double decodeValue concode_elem_sep List<GeoPolygonFactory.PolygonDescription> convertToDescription concode_elem_sep GeoCircle fromDistance concode_elem_sep double fromDegrees concode_elem_sep GeoPolygon fromLargePolygon concode_elem_sep int encodeValue
double function ( double arg0 ) { long loc0 = Double . doubleToLongBits ( arg0 ) ; loc0 += Integer . MAX_VALUE ; loc0 &= ~ ( ( long ) Integer . MAX_VALUE ) ; double loc1 = Double . longBitsToDouble ( loc0 ) ; assert loc1 > arg0 ; return loc1 ; }