/// <summary>
/// Método que maneja la lógica de crear nuevos objetos
/// </summary>
/// <param name="scene"></param>
/// <param name="key"></param>
protected static void CreateInput(Scene.Scene scene, byte key)
{
if (key == 't')
scene.FigureToCreate = FigureEnum.Triangle;
else if (key == 's')
scene.FigureToCreate = FigureEnum.Sphere;
else if (key == ENTER)
{
if (scene.FigureToCreate == FigureEnum.Triangle)
{
Triangle triangle = new Triangle();
scene.AddFigure(triangle);
scene.SelectFigure(triangle);
scene.sceneState = SceneState.Free;
scene.FigureToCreate = FigureEnum.None;
}
else if (scene.FigureToCreate == FigureEnum.Sphere)
{
Sphere sphere = new Sphere();
scene.AddFigure(sphere);
scene.SelectFigure(sphere);
scene.sceneState = SceneState.Free;
scene.FigureToCreate = FigureEnum.None;
}
}
if (key == ESCAPE)
{
scene.FigureToCreate = FigureEnum.None;
scene.sceneState = SceneState.Free;
}
}
protected void LoadSphere(XElement xmlSphere)
{
float radius = LoadFloat(xmlSphere, "radius");
// TODO: Material
Vector position = LoadXYZDouble(xmlSphere.Elements("position").First());
Vector rotation = LoadXYZDouble(xmlSphere.Elements("rotation").First());
Vector scale = LoadXYZDouble(xmlSphere.Elements("scale").First());
Vector center = LoadXYZDouble(xmlSphere.Elements("center").First());
Sphere sphere = new Sphere(center: center, Radius: radius);
sphere.Traslation = position;
sphere.Rotation = rotation;
sphere.Scaling = scale;
// Cargamos la esfera a la escena
//SceneFigures.Add(sphere);
AddFigure(sphere);
}
