/// <summary>
/// registers this component with the event handler (if any)
/// </summary>
protected override void OnEnable()
{
if (FPPlayer != null)
{
FPPlayer.Register(this);
}
RefreshColliders();
}
/// <summary>
///
/// </summary>
protected virtual void OnEnable()
{
if (FPPlayer != null)
{
FPPlayer.Register(this);
}
vp_GlobalEvent <Transform, string> .Register("HUDText", OnHUDText);
}
/// <summary>
///
/// </summary>
protected virtual void OnEnable()
{
if (FPPlayer != null)
{
FPPlayer.Register(this);
}
m_CurrentShooter = null;
VRFirePositionFunc = () => { return(FPCamera.transform.position); };
VRFireRotationFunc = () => { return(FPCamera.transform.rotation); };
BackupWeaponSettings();
}
/// <summary>
///
/// </summary>
protected virtual void OnDisable()
{
if (m_AppQuitting)
{
return;
}
if ((m_FPControllerAccelerationBak != 0.0f) && (FPController != null))
{
FPController.MotorAcceleration = m_FPControllerAccelerationBak;
}
FPPlayer.Unregister(this);
}
/// <summary>
/// completely restores the UFPS player hierarchy for desktop mode play. called
/// from this script's 'OnDisable'
/// </summary>
protected virtual void RestorePlayerHierarchy()
{
// prevent nullrefs if scene is being cleared
if (m_AppQuitting)
{
return;
}
// don't do anything if the hierarchy hasn't been modified
if (CenterEyeAnchor == null)
{
return;
}
// restore FPCamera
if (FPCamera != null)
{
FPCamera.PositionOffset = m_FPCameraOffsetBak;
// reenable Unity camera component
if (FPCamera.Camera != null)
{
FPCamera.Camera.enabled = true;
FPCamera.Refresh();
}
}
// reactivate weapon camera (if any)
if (WeaponCamera != null)
{
vp_Utility.Activate(WeaponCamera.gameObject, true);
if (FPCamera != null)
{
FPCamera.SnapSprings();
FPCamera.SnapZoom();
}
if (WeaponHandler != null)
{
if (WeaponHandler.CurrentWeapon != null)
{
WeaponHandler.CurrentWeapon.ResetState();
}
}
if (FPCamera != null)
{
FPCamera.Refresh();
}
}
// reactivate player body
// NOTE: if player body has a foot fx handler, this should reenable it
if (BodyAnimator != null)
{
vp_Utility.Activate(BodyAnimator.gameObject, true);
}
// disable our own foot fx handler
if (VRFootFXHandler != null)
{
VRFootFXHandler.enabled = false;
}
// reenable desktop audio listener
if (FPPlayer != null)
{
AudioListener[] desktopAudioListeners = FPPlayer.GetComponentsInChildren <AudioListener>(true);
bool done = false;
foreach (AudioListener a in desktopAudioListeners)
{
if (!done) // only enable a single audio listener
{
a.enabled = true;
done = true;
}
}
}
// disable our own audio listener
if (VRAudioListener != null)
{
VRAudioListener.enabled = false;
}
// reenable the UFPS HUD (if any)
if (DesktopHUD != null)
{
DesktopHUD.enabled = true;
}
// unhide the UFPS crosshair
if (DesktopCrosshair != null)
{
DesktopCrosshair.Hide = false;
}
// reallow vp_FPInput from processing pitch and yaw
if (FPInput != null)
{
FPInput.MouseLookMutePitch = false;
FPInput.MouseLookMuteYaw = false;
}
// reenable all camera motion settings
if (FPCamera != null)
{
FPCamera.MuteBob = false;
FPCamera.MuteEarthquakes = false;
FPCamera.MuteShakes = false;
FPCamera.MuteRoll = false;
FPCamera.MuteFallImpacts = false;
FPCamera.MuteBombShakes = false;
FPCamera.MuteGroundStomps = false;
}
if (FPController != null)
{
FPController.PhysicsForceDamping = m_ControllerForceDampingBak;
FPController.PhysicsSlopeSlidiness = m_ControllerSlopeSlidinessBak;
}
if (FPPlayer != null)
{
FPPlayer.RefreshActivityStates();
}
}
/// <summary>
/// strips and modifies the UFPS player hierarchy so it works with the various
/// 'vp_VRCameraManager' logics. called from this script's 'OnEnable'
/// </summary>
protected virtual IEnumerator ModifyPlayerHierarchy()
{
yield return(new WaitForEndOfFrame());
if (m_AppQuitting)
{
yield return(null);
}
// disable the Unity camera on the FPCamera gameobject because the
// OVRCameraRig has its own cameras
if ((FPCamera != null) && (FPCamera.Camera != null))
{
FPCamera.Camera.enabled = false;
}
if (FPController != null)
{
m_ControllerForceDampingBak = FPController.PhysicsForceDamping;
m_ControllerSlopeSlidinessBak = FPController.PhysicsSlopeSlidiness;
}
// disable weapon camera because it does not apply / work in VR
if (WeaponCamera != null)
{
vp_Utility.Activate(WeaponCamera.gameObject, false);
FPCamera.SnapSprings();
FPCamera.SnapZoom();
if (WeaponHandler.CurrentWeapon != null)
{
WeaponHandler.CurrentWeapon.ResetState();
}
FPCamera.Refresh();
}
// disable local player body because it does not have advanced enough IK
// for VR (at least not until UFPS 2)
// NOTE: this will also disable any vp_PlayerFootFXHandler placed on the body object
if (BodyAnimator != null)
{
vp_Utility.Activate(BodyAnimator.gameObject, false);
}
// enable the VR foot fx handler (if any - placed directly on the controller object)
if (VRFootFXHandler != null)
{
VRFootFXHandler.enabled = true;
}
// disable all audio listeners on the player and enable our own
if (VRAudioListener != null)
{
VRAudioListener.enabled = true;
}
AudioListener[] desktopAudioListeners = FPPlayer.GetComponentsInChildren <AudioListener>(true);
foreach (AudioListener a in desktopAudioListeners)
{
a.enabled = false;
}
// disable the UFPS HUD (if any)
if (DesktopHUD != null)
{
DesktopHUD.enabled = false;
}
// hide the UFPS crosshair
if (DesktopCrosshair != null)
{
DesktopCrosshair.Hide = true;
}
}
/// <summary>
/// performs a number of tests to see if the player can currently teleport
/// and whether the pointer object is currently pointing at a position that
/// can be teleported to. if so, returns that position. if not, returns
/// 'NO_DESTINATION'
/// </summary>
protected virtual Vector3 GetDestination()
{
// abort if player is dead
if (FPPlayer.Dead.Active)
{
return(NO_DESTINATION);
}
// abort if player is interacting
if (FPPlayer.Interactable.Get() != null)
{
return(NO_DESTINATION);
}
// abort if player can interact
if (VRCrosshair != null && VRCrosshair.CanInteract)
{
m_NextAllowedTeleportTime = (Time.time + MinTeleportInterval);
return(NO_DESTINATION);
}
// get where we're pointed at
RaycastHit hit;
Physics.Linecast(
DirectionPointer.position,
((DirectionPointer.position) + (DirectionPointer.forward * 100)),
out hit,
~((1 << vp_Layer.LocalPlayer) | (1 << vp_Layer.Debris) | (1 << vp_Layer.IgnoreRaycast) |
(1 << vp_Layer.IgnoreBullets) | (1 << vp_Layer.Trigger) | (1 << vp_Layer.Water) | (1 << vp_Layer.Pickup)));
// abort if pointing at nothing
if (hit.collider == null)
{
return(NO_DESTINATION);
}
// abort if pointing at a trigger
if (hit.collider.isTrigger)
{
return(NO_DESTINATION);
}
// abort if too steep
float steepness = Vector3.Angle(Vector3.up, hit.normal);
if (steepness > FPPlayer.GetComponent <CharacterController>().slopeLimit)
{
return(NO_DESTINATION);
}
// abort if too far
if (Vector3.Distance(vp_3DUtility.HorizontalVector(FPPlayer.transform.position), vp_3DUtility.HorizontalVector(hit.point)) > MaxTeleportDistance)
{
return(NO_DESTINATION);
}
// abort if path is blocked
float distance = Mathf.Max(1.0f, Vector3.Distance(vp_3DUtility.HorizontalVector(FPPlayer.transform.position), vp_3DUtility.HorizontalVector(hit.point)));
Vector3 point1 = FPPlayer.transform.position + (Vector3.up * (FPPlayer.Height.Get() * 0.5f));
Vector3 point2 = point1 + Vector3.up * (FPPlayer.Height.Get() - (FPPlayer.Radius.Get() * 2));
if (Physics.CapsuleCast(
point1,
point2,
FPPlayer.Radius.Get(),
FPController.transform.forward,
distance,
vp_Layer.Mask.PhysicsBlockers))
{
if (!(hit.collider is TerrainCollider) &&
(hit.transform.gameObject.layer != vp_Layer.Pickup) &&
(!hit.collider.isTrigger)
) // non-steep terrain, triggers and pickups are always passable
{
return(NO_DESTINATION);
}
}
return(hit.point);
}