3d: windows-make: WindowsAPI: we can check axex on the 3D as coordinates.

function Approach_vAxex_2D doesn't change when their movement is small.
And, we put CheckAxex() after the calculation of axex.
But axex is not printed well at any time.
So, we think, after converting the axex on the screen, is their calculation is wrong.

//
int Approach_vAxex_2D( vPoint* ap ) {
	printf("002: int Approach_vAxex_2D( vPoint* ap ) starts.\r\n");

	vPoint* to_vector = Calc.subtract( ap, AXEX_2D_002[0].center ) ;
	double distance = Calc.length ( to_vector );

	if ( distance >= 1.0 ) {
		Calc.normal(to_vector);
		vPoint* progress =  Calc.scalize( to_vector, 5.0f );
		vPoint* next_p = Calc.add ( AXEX_2D_002[0].center, progress);
		AXEX_2D_002[0].SetCenter( next_p->x, next_p->y, next_p->z );
		AXEX_2D_002[0].SetDepth ( next_p->x, next_p->y, next_p->z );
		AXEX_2D_002[0].Calculation_Axex_002 ( );
		free_point( progress );
		free_point( next_p );
	}
	free_point( to_vector );

	AXEX_2D_002[0].CheckAxex();

	vPoint* to_vector_001 = Calc.subtract( ap, AXEX_2D_002[1].center ) ;
	distance = Calc.length ( to_vector );
	if ( distance >= 1.0 ) {
		Calc.normal(to_vector_001);
		vPoint* progress_001 =  Calc.scalize( to_vector_001, 5.0f );
		vPoint* next_p_001 = Calc.add ( AXEX_2D_002[1].center, progress_001);
		AXEX_2D_002[1].SetCenter( next_p_001->x, next_p_001->y, next_p_001->z );
		AXEX_2D_002[1].SetDepth ( next_p_001->x, next_p_001->y, next_p_001->z );
		AXEX_2D_002[1].Calculation_Axex_002 ( );
		free_point( progress_001 );
		free_point( next_p_001 );
	}
	free_point( to_vector_001 );

	AXEX_2D_002[1].CheckAxex();

	vPoint* to_vector_002 = Calc.subtract( ap, AXEX_2D_002[2].center ) ;
	distance = Calc.length ( to_vector );
	if ( distance >= 1.0 ) {
		Calc.normal(to_vector_002);
		vPoint* progress_002 =  Calc.scalize( to_vector_002, 5.0f );
		vPoint* next_p_002 = Calc.add ( AXEX_2D_002[2].center, progress_002);
		AXEX_2D_002[2].SetCenter( next_p_002->x, next_p_002->y, next_p_002->z );
		AXEX_2D_002[2].SetDepth ( next_p_002->x, next_p_002->y, next_p_002->z );
		AXEX_2D_002[2].Calculation_Axex_002 ( );
		free_point( progress_002 );
		free_point( to_vector_002 );
		free_point( next_p_002 );
	}
	free_point( to_vector_002 );

	AXEX_2D_002[2].CheckAxex();

	printf("002: int Approach_vAxex_2D( vPoint* ap ) ends.\r\n");
	return 0;
}