fn denormalize(&mut self, resize_info: &ResizeInfo) {
        let translation = &mut self.translation.0;
        let _rotation = &mut self.rotation.0;
        let _scale = &mut self.scale.0;
        let _origin = &mut self.origin.0;

        let (tx, ty) = resize_info.get_pos_denormalized(translation[0], translation[1]);

        translation[0] = tx;
        translation[1] = ty;
    }
/// Takes into account that translation coordinates are normalized
Takes into account that translation coordinates are normalized
Takes into account that translation coordinates are normalized
fn denormalize(&mut self, resize_info: &ResizeInfo) {
        let translation = &mut self.translation.0;
        let _rotation = &mut self.rotation.0;
        let _scale = &mut self.scale.0;
        let _origin = &mut self.origin.0;
        let (tx, ty) = resize_info.get_pos_denormalized(translation[0], translation[1]);
        translation[0] = tx;
        translation[1] = ty;
    }
fn denormalize ( & mut self , resize_info : & ResizeInfo ) { let translation = & mut self . translation . 0 ; let _rotation = & mut self . rotation . 0 ; let _scale = & mut self . scale . 0 ; let _origin = & mut self . origin . 0 ; let ( tx , ty ) = resize_info . get_pos_denormalized ( translation [ 0 ] , translation [ 1 ] ) ; translation [ 0 ] = tx ; translation [ 1 ] = ty ; }
Takes into account that translation coordinates are normalized
Takes into account that translation coordinates are normalized
&mut self
resize_info
&ResizeInfo
&mut self
resize_info
&ResizeInfo