private void UpdateInterno(TGC.Core.Camara.TgcCamera Camara, TgcD3dInput Input, float ElapsedTime)
{
//ElapsedTime = 0.01f;
CoordenadaEsferica anguloNave = new CoordenadaEsferica(xwing.GetCoordenadaEsferica().acimutal, xwing.GetCoordenadaEsferica().polar + DESVIO_ANGULO_POLAR);
CalcularDeltaAcimutal(ElapsedTime, anguloNave);
CalcularDeltaPolar(ElapsedTime, anguloNave);
RueditaMouse(Input);
cameraPosition = CommonHelper.SumarVectores(xwing.GetPosition(), GetDistancePoint());
lookAtCamera = xwing.GetPosition();
Camara.SetCamera(cameraPosition, lookAtCamera);
}
private void CalcularDeltaPolar(float ElapsedTime, CoordenadaEsferica anguloNave)
{
float deltaPolar = anguloNave.polar - this.coordenadaEsferica.polar;
if (Math.Abs(deltaPolar) > velocidadAngular * ElapsedTime)
{
if (deltaPolar < 0 && deltaPolar > -FastMath.PI / 2 || deltaPolar > FastMath.PI)
{
this.coordenadaEsferica = new CoordenadaEsferica(
this.coordenadaEsferica.acimutal, this.coordenadaEsferica.polar - velocidadAngular * ElapsedTime);
}
else
{
this.coordenadaEsferica = new CoordenadaEsferica(
this.coordenadaEsferica.acimutal, this.coordenadaEsferica.polar + velocidadAngular * ElapsedTime);
}
}
}
private void CalcularDeltaAcimutal(float ElapsedTime, CoordenadaEsferica anguloNave)
{
float deltaAcimutal = anguloNave.acimutal - this.coordenadaEsferica.acimutal;
if (Math.Abs(deltaAcimutal) > velocidadAngular * ElapsedTime)
{
if (deltaAcimutal < 0 && deltaAcimutal > -FastMath.PI || deltaAcimutal > FastMath.PI)
{
this.coordenadaEsferica = new CoordenadaEsferica(
this.coordenadaEsferica.acimutal - velocidadAngular * ElapsedTime, this.coordenadaEsferica.polar);
}
else
{
this.coordenadaEsferica = new CoordenadaEsferica(
this.coordenadaEsferica.acimutal + velocidadAngular * ElapsedTime, this.coordenadaEsferica.polar);
}
}
}
/// <summary>
/// Es el encargado de modificar la camara siguiendo a la nave
/// </summary>
public FollowingCamera(Xwing xwing)//@debe ser creada dsps del xwing
{
this.xwing = xwing;
this.coordenadaEsferica = xwing.GetCoordenadaEsferica();
}
