public void FocusInTheCamTarget(float vel)
{
CamFeatures c = features;
c.contadorDeTempo += Time.deltaTime;
if (c.distQ == 0)
{
alvoQ = Quaternion.LookRotation(c.Target.forward + c.targetHeightForCam * Vector3.down);
c.distQ = Quaternion.Angle(alvoQ, c.StarterQ) * Mathf.PI * c.sphericalDistance / 180;
}
Quaternion lerp = Quaternion.Lerp(c.StarterQ, alvoQ, c.contadorDeTempo / c.distQ * vel);
x = lerp.eulerAngles.y;
y = lerp.eulerAngles.x;
y = ClampAngle(y, features.yMinLimit, features.yMaxLimit);
if (c.contadorDeTempo > c.distQ / vel)
{
FayvitCamEventAgregator.Publish(new FayvitCamEvent(FayvitCamEventKey.controlableReached, features));
State = StateCam.controlable;
}
}
public void ApplyCam(float moveX, float moveY, bool focar, bool autoAjust)
{
CamFeatures c = features;
if (c.Target && c.MyCamera)
{
if (focar)
{
IniciarFocarCamera(c);
State = StateCam.inFocusing;
}
else if (autoAjust && State == StateCam.controlable && c.velAutoAjust > 0)
{
State = StateCam.inAutoAjust;
}
else if (State == StateCam.inAutoAjust && !autoAjust)
{
State = StateCam.controlable;
}
if (State == StateCam.controlable)
{
ControlableCam(moveX, moveY);
}
else if (State == StateCam.inFocusing)
{
FocusInTheCamTarget(c.velToQ);
}
else if (State == StateCam.inAutoAjust)
{
IniciarFocarCamera(c);
FocusInTheCamTarget(c.velAutoAjust);
}
SetPositionAndRotation();
if (immediateFocusPosition)
{
ImmediateFocusPosition();
FayvitCameraSupport.ClearSmooth();
}
else
{
FayvitCameraSupport.DodgeWall(c.MyCamera, c.Target.position, c.varVerticalHeightPoint + c.HeightCharacter, true);
}
}
}
