void OnTriggerEnter(Collider other)
{
// Debug.Log("WARP");
WarpObject WO = other.gameObject.GetComponent <WarpObject>();
if (WO.justWarped)
{
return;
}
other.gameObject.transform.position = otherGate.transform.position;
}
void OnTriggerExit(Collider other)
{
// Debug.Log("WARP");
WarpObject WO = other.gameObject.GetComponent <WarpObject>();
if (WO.justWarped)
{
WO.justWarped = false;
}
else
{
WO.justWarped = true;
}
// other.gameObject.transform.position = otherGate.transform.position;
}
private void CustomObject(GameObject obj, int objectId, int customId, Vector3Int pos, List <MapObject> mapObjects)
{
switch (objectId)
{
case (int)Utility.ObjectId.House:
MapObject mapObject = new MapObject(obj, objectId, pos);
mapObjects.Add(mapObject);
AngleCustom(obj, customId);
break;
case (int)Utility.ObjectId.Warp:
WarpObject warpObject = new WarpObject(obj, objectId, pos, customId);
mapObjects.Add(warpObject);
obj.GetComponent <Warp>().number = customId;
break;
}
}
void LateUpdate()
{
// If the space scene camera is not set for some reason (maybe recreated?)...
if (_spaceCamera == null)
{
// Find the space scene camera and return
_spaceCamera = FindObjectOfType <SU_SpaceSceneCamera>();
return;
}
// Calculate the delta position of the object that's warping
Vector3 _deltaPosition = transform.position - _previousPosition;
_previousPosition = transform.position;
if (WarpSpeedMultiplier > maxSpeed + _ultraSpeedAddon)
{
WarpSpeedMultiplier = maxSpeed + _ultraSpeedAddon;
}
// WARP BEGIN
// If Warp is set to enabled from external script and WarpState is set to NONE - start initiating the warp
if (Warp && warpState == WarpState.NONE)
{
// Clear the dictionary containing all objects that are affected by the warp
_warpObjects.Clear();
// Build a dictionary of objects that are affected by the warp (those objects will need to be moved to simulate warping away from them)
foreach (GameObject _g in FindObjectsOfType <GameObject>())
{
// Exclude objects from being offset by the warp
bool _exclude = false;
// Exclude cameras if set in the inspector (excluded by default)
if (excludeCameras && _g.GetComponent <Camera>() != null)
{
_exclude = true;
}
// Exclude lights if set in the inspector (excluded by default)
if (excludeLights && _g.GetComponent <Light>() != null)
{
_exclude = true;
}
// Exclude objects in the deep space layer (we don't want simulate moving away from large objects like stars and planets) (excluded by default)
if (!_exclude && excludeDeepSpaceLayer && _g.layer == 20)
{
_exclude = true;
}
// Exclude space particles (excluded by default)
if (!_exclude && _g.GetComponent <SU_SpaceParticles>() != null)
{
_exclude = true;
}
// Exclude specific layers as configured in the array of layers in the inspector
if (!_exclude && excludedLayers.Length > 0)
{
foreach (int _i in excludedLayers)
{
if (_g.layer == _i)
{
_exclude = true;
}
}
}
// Exclude specific tags as configured in the array of tags in the inspector
if (!_exclude && excludedTags.Length > 0)
{
foreach (string _s in excludedTags)
{
if (_g.tag == _s)
{
_exclude = true;
}
}
}
// Exclude specific gameobjects as configured in the array of objects in the inspector
if (!_exclude && excludedGameObjects.Length > 0)
{
foreach (GameObject _xg in excludedGameObjects)
{
if (_g == _xg)
{
_exclude = true;
}
}
}
// Exclude self (this object) and any children of this gameobject
if (!_exclude && excludeSelf)
{
foreach (Transform _t in transform.GetComponentsInChildren <Transform>())
{
if (_g == _t.gameObject)
{
_exclude = true;
}
}
}
// If the game object has not been excluded, add it to the dictionary so it can be moved during the warp phase to simulate warping away from it
// Unity only supports float values for vector3 so we can't make a huge universe in a scene. This is why we need to identify gameobjects that we want
// to appear to be rapidly moving away from them and move them manually.
if (!_exclude && _g.transform != null)
{
// Create a new warp object
WarpObject _wo = new WarpObject();
// Remember the gameobject and transform for increased perofmance when translating the objects
_wo.gameObject = _g;
_wo.transform = _g.transform;
// Remember the original position of the gameobject
_wo.position = _g.transform.position;
// If the object has a collider...
if (_g.GetComponent <Collider>() != null)
{
// Inspect whether the collider is enabled or not (so we can return it to the same state later)
_wo.colliderEnabled = _g.GetComponent <Collider>().enabled;
// Disable the collider, we don't want to bump into this object during warp - it'll abruptly halt the warp. Better to just warp through it.
_g.GetComponent <Collider>().enabled = false;
}
// Add the warp object to a the dictionary
_warpObjects.Add(_g, _wo);
}
}
// Find all instances of SU_SpaceParticles component (both particles and fog uses this)
_spaceParticles = FindObjectsOfType <SU_SpaceParticles>();
// Set the previous position for delta movement detection to current position
_previousPosition = transform.position;
// Enable the warp renderer
EnableRenderer();
// Set state to ACCELERATE
warpState = WarpState.ACCELERATE;
}
// ACCELERATE
if (warpState == WarpState.ACCELERATE)
{
// While we have not achieved max speed with the warp speed multiplier...
if (WarpSpeedMultiplier < maxSpeed + _ultraSpeedAddon)
{
// Increase the warp speed multiplier by acceleration
WarpSpeedMultiplier += acceleration * Time.deltaTime;
}
else
{
warpState = WarpState.WARP;
}
// If no longer warping (Warp is set to false from external script) switch to DECELERATE state
if (!Warp)
{
warpState = WarpState.DECELERATE;
}
}
// WARPING
if (warpState == WarpState.WARP)
{
// Loop through warp objects and hide any object that is beyond warp hide distance
foreach (KeyValuePair <GameObject, WarpObject> _g in _warpObjects)
{
if (_g.Key != null)
{
if (_g.Key.activeSelf)
{
if (Vector3.Distance(_g.Key.transform.position, transform.position) > warpSpeedHideDistance)
{
_g.Key.SetActive(false);
}
}
}
}
// If no longer warping (Warp is set to false from external script) switch to DECELERATE state
if (!Warp)
{
warpState = WarpState.DECELERATE;
}
if (WarpSpeedMultiplier < maxSpeed + _ultraSpeedAddon)
{
warpState = WarpState.ACCELERATE;
}
}
// DECELERATION
if (warpState == WarpState.DECELERATE)
{
// If warping...
if (WarpSpeedMultiplier > 0.0001f)
{
// Decreas the speed
WarpSpeedMultiplier -= acceleration * Time.deltaTime;
// Set all objects that were disabled (that you warped away from) to active again
foreach (KeyValuePair <GameObject, WarpObject> _g in _warpObjects)
{
if (_g.Key != null)
{
if (!_g.Key.activeSelf)
{
_g.Key.SetActive(true);
}
}
}
}
else
{
// If not warping, make sure speed is 0
WarpSpeedMultiplier = 0f;
// Disable the warp renderer
DisableRenderer();
// Iterate though all warp objects that were translated/moved away from you during warp
foreach (KeyValuePair <GameObject, WarpObject> _g in _warpObjects)
{
// If gameobject still exists...
if (_g.Key != null)
{
// And it has a collider
if (_g.Key.GetComponent <Collider>() != null)
{
// Re-enable the collider
_g.Value.colliderEnabled = _g.Key.GetComponent <Collider>().enabled;
_g.Key.GetComponent <Collider>().enabled = true;
}
}
}
// Set warpstate to none
warpState = WarpState.NONE;
}
}
// If warp state is not none...
if (warpState != WarpState.NONE)
{
if (audioSourceWarp != null)
{
// Set the volume of the warp sound effect relative to the warp speed
audioSourceWarp.volume = Mathf.Clamp01(WarpSpeedMultiplier / maxSpeed);
// Set the pitch of the warp sound effect relative to the warp speed
audioSourceWarp.pitch = 0.5f + (WarpSpeedMultiplier / maxSpeed);
}
// If you are warping moving...
if (_deltaPosition.magnitude > 0.1f)
{
// Iterate though all warp objects and move them relatively away from you(!) you are not actually flying fast in the scene, we are simulating it by moving other objects away from you
foreach (KeyValuePair <GameObject, WarpObject> _g in _warpObjects)
{
if (_g.Key != null)
{
_g.Key.transform.Translate(-_deltaPosition.normalized * WarpSpeedMultiplier * Time.deltaTime * surroundingObjectMultiplier, Space.World);
}
}
// Offset all space particles so they respawn appropriately when you stop warping as they are then out of distance
foreach (SU_SpaceParticles _s in _spaceParticles)
{
_s.WarpParticles = -_deltaPosition * WarpSpeedMultiplier * Time.deltaTime * surroundingObjectMultiplier;
}
// Set the strength of the warp shader effect
SetStrength(Mathf.Clamp01((((WarpSpeedMultiplier / maxSpeed) * WarpSpeedMultiplier * visualWarpEffectMagnitude))));
// Move relatively within the space scene - this is what actually moves the SU_SpaceCamera camera component to achieve movement within the space scene
_spaceCamera.Move(_deltaPosition.normalized * WarpSpeedMultiplier * 0.01f);
}
else
{
// Not warping, make sure warp shader effect strength is 0
SetStrength(0f);
}
// If the gameobject has a rigidbody...
if (_rigidbody != null)
{
// Calculate the *local* angular velocity of the object
Vector3 localangularvelocity = transform.InverseTransformDirection(_rigidbody.angularVelocity).normalized *_rigidbody.angularVelocity.magnitude;
// Send the angular vector to the shader so the warp distortion tube mesh can be bent by the vertex shader
_material.SetVector(_shaderIDWarpBend, localangularvelocity);
}
// Expand/shrink the tube in the vertex shader based distance between the main camera and the object that's warping (so the camera doesn't move out of the tube)
_material.SetFloat(_shaderIDWarpRadiusMultiplier, (Vector3.Distance(Camera.main.transform.position, transform.position) / 500f) * 2.1f);
}
else
{
// If we are not warping... set the speed of the warp particles to 0
if (_spaceParticles != null)
{
foreach (SU_SpaceParticles _s in _spaceParticles)
{
_s.WarpParticles = Vector3.zero;
}
}
}
}
