unchecked implementation to determine the smaller of two floats . parameters should be known to be valid in advance . concode_field_sep Random RANDOM concode_elem_sep double[] SIN_TABLE concode_elem_sep double PHI concode_field_sep double maxAbs concode_elem_sep int clampI concode_elem_sep float clampF concode_elem_sep double cos concode_elem_sep float interpolate concode_elem_sep double interpolate concode_elem_sep double approachExp concode_elem_sep double approachExp concode_elem_sep int setBit concode_elem_sep int retreatExpI concode_elem_sep int ceil concode_elem_sep float maxF concode_elem_sep float maxF concode_elem_sep float maxF concode_elem_sep int round concode_elem_sep int approachExpI concode_elem_sep float approachLinear concode_elem_sep double approachLinear concode_elem_sep double sin concode_elem_sep boolean isBitSet concode_elem_sep int floor concode_elem_sep double clip concode_elem_sep boolean between concode_elem_sep double retreatExp
float function ( float arg0 , float arg1 ) { return arg0 < arg1 ? arg0 : arg1 ; }