즐거운 개발을 꿈꾸다

public void MakeCylinder
{
	API_BEGIN
	BODY* headCylinder = nullptr;
	BODY* bodyCylinder = nullptr;
	SPAposition centerPosition(20,20,20);
	SPAposition startPosition(0,0,0);
	SPAposition endPosition(100,100,100);
	

	double xdiff = centerPosition.x() - min._x;
	double ydiff = (centerPosition.y() - min._y) + (endPosition.x() - startPosition.x());
	SPAvector traslateVector(-xdiff, -ydiff, 0);
	SPAposition middlePosition(endPosition.x() * 0.05, endPosition.y() , 0);
        
//Rotate 하기위한 Trasf 정보 만들기.
	SPAtransf translateTransf = rotate_transf(degrees_to_radians(azimuthAngle), SPAvector(0, 0, 1)); 
	translateTransf *= translate_transf(traslateVector);

	double HeadRadius = xdiff*0.035;
	double bodyRadius = xdiff*0.012;

	api_solid_cylinder_cone(middlePosition, startPosition, HeadRadius , HeadRadius, 0, nullptr, headCylinder, nullptr);
	api_solid_cylinder_cone(endPosition, middlePosition, bodyRadius , bodyRadius, bodyRadius, nullptr, bodyCylinder, nullptr);

//두 Body를 합치는 함수.
	api_imprint_stitch(headCylinder, bodyCylinder);
	api_transform_entity(headCylinder, translateTransf);
//Transform 적용을 위한 필수 호출 함수
	api_change_body_trans(headCylinder, NULL); 
	rgb_color col(r / 255.0, g / 255.0, b / 255.0);
//Color 변경 함수.
	result = api_rh_set_entity_rgb(headCylinder, col);
	ENTITY_LIST* entityList = spaModeler->GetAllBodies();
	id = entityList->add(headCylinder);
	API_END
}