public override void AssignAvatar(int actorId)
{
base.AssignAvatar(actorId);
PlayerIndex inputIndex = GameResources.PlaySession.LocalPlayers[PlayerId];
Actor avatar = GameResources.ActorManager.GetActorById(ActorId);
BipedControllerComponent bipedControl = avatar.GetComponent<BipedControllerComponent>(ActorComponent.ComponentType.Control);
bipedControl.AimCheck = delegate() { return mInputMode == InputMode.Aiming; };
// Begin InputProcessors configuration:
// Biped, aloof mode:
TPBipedFixedControlsInputProcessor bipedProc;
if (mInputProcs[(int)(InputMode.Aloof)].ContainsKey(typeof(TPBipedFixedControlsInputProcessor)))
{
bipedProc = (TPBipedFixedControlsInputProcessor)(mInputProcs[(int)(InputMode.Aloof)][typeof(TPBipedFixedControlsInputProcessor)]);
}
else
{
bipedProc = new TPBipedFixedControlsInputProcessor(inputIndex, mCamera);
mInputProcs[(int)(InputMode.Aloof)].Add(typeof(TPBipedFixedControlsInputProcessor), bipedProc);
}
bipedProc.ActiveInputMap = mPlayerInputMap;
bipedProc.SetControllerComponent(bipedControl);
// Biped, aiming mode:
TPAimingBipedMovementInputProcessor aimingBipedProc;
if (mInputProcs[(int)(InputMode.Aiming)].ContainsKey(typeof(TPAimingBipedMovementInputProcessor)))
{
aimingBipedProc = (TPAimingBipedMovementInputProcessor)(mInputProcs[(int)(InputMode.Aiming)][typeof(TPAimingBipedMovementInputProcessor)]);
}
else
{
aimingBipedProc = new TPAimingBipedMovementInputProcessor(inputIndex);
mInputProcs[(int)(InputMode.Aiming)].Add(typeof(TPAimingBipedMovementInputProcessor), aimingBipedProc);
}
aimingBipedProc.ActiveInputMap = mPlayerInputMap;
aimingBipedProc.SetControllerComponent(bipedControl);
// Skill palette, shared between aiming and aloof modes:
TPBipedPaletteInputProcessor paletteProc;
if (mInputProcs[(int)(InputMode.Aloof)].ContainsKey(typeof(TPBipedPaletteInputProcessor)))
{
paletteProc = (TPBipedPaletteInputProcessor)(mInputProcs[(int)(InputMode.Aloof)][typeof(TPBipedPaletteInputProcessor)]);
}
else
{
paletteProc = new TPBipedPaletteInputProcessor(inputIndex);
mInputProcs[(int)(InputMode.Aloof)].Add(typeof(TPBipedPaletteInputProcessor), paletteProc);
}
if (!(mInputProcs[(int)(InputMode.Aiming)].ContainsKey(typeof(TPBipedPaletteInputProcessor))))
{
mInputProcs[(int)(InputMode.Aiming)].Add(typeof(TPBipedPaletteInputProcessor), paletteProc);
}
paletteProc.ActiveInputMap = mPlayerInputMap;
paletteProc.SetControllerComponent(bipedControl);
BipedSkillPalette skillPalette = avatar.GetBehaviorThatImplementsType<BipedSkillPalette>();
paletteProc.SetSkillPalette(skillPalette);
// Camera, aloof mode:
TPCameraInputProcessor camera;
if (mInputProcs[(int)(InputMode.Aloof)].ContainsKey(typeof(TPCameraInputProcessor)))
{
camera = (TPCameraInputProcessor)(mInputProcs[(int)(InputMode.Aloof)][typeof(TPCameraInputProcessor)]);
}
else
{
camera = new TPCameraInputProcessor(inputIndex, mMmoCameraDesc);
mInputProcs[(int)(InputMode.Aloof)].Add(typeof(TPCameraInputProcessor), camera);
}
camera.ActiveInputMap = mPlayerInputMap;
// Done with InputProcessor configuration.
// Reset camera placement:
mMmoCameraDesc.Distance = 38.0f;
mMmoCameraDesc.Pitch = -MathHelper.Pi / 6.0f; // Positive pitch will move the camera -Y since it's on the +Z side
mMmoCameraDesc.Yaw = 0.0f;
DynamicCollisionComponent dcc = avatar.GetComponent<DynamicCollisionComponent>(ActorComponent.ComponentType.Physics);
mAvatarBepuEntity = dcc.Entity;
}