normalizes this complex . concode_field_sep boolean hashed concode_elem_sep float x concode_elem_sep Complex IDENTITY concode_elem_sep float y concode_elem_sep int hashCode concode_elem_sep long serialVersionUID concode_field_sep Complex add concode_elem_sep Complex add concode_elem_sep Complex add concode_elem_sep Complex fromRotationTo concode_elem_sep Complex sub concode_elem_sep Complex sub concode_elem_sep Complex sub concode_elem_sep float lengthSquared concode_elem_sep Vector2 getDirection concode_elem_sep Complex invert concode_elem_sep Complex mul concode_elem_sep Complex mul concode_elem_sep Complex mul concode_elem_sep Complex mul concode_elem_sep Complex mul concode_elem_sep float getAngleRad concode_elem_sep Complex fromAngleDeg concode_elem_sep Complex fromAngleDeg concode_elem_sep float dot concode_elem_sep float dot concode_elem_sep float dot concode_elem_sep float length concode_elem_sep int compareTo concode_elem_sep Complex div concode_elem_sep Complex div concode_elem_sep Complex conjugate concode_elem_sep float getX concode_elem_sep float getY concode_elem_sep float getAngleDeg concode_elem_sep Complex fromAngleRad concode_elem_sep Complex fromAngleRad concode_elem_sep int hashCode concode_elem_sep boolean equals concode_elem_sep Complex clone concode_elem_sep String toString
Complex function ( ) { final float loc0 = loc0 ( ) ; return new Complex ( x / loc0 , y / loc0 ) ; }