private void SpawnSphere(Realtime realtime)
{
Realtime.Instantiate("SpherePrefab",
position: spawnPosition.position,
rotation: Quaternion.identity,
ownedByClient: false,
preventOwnershipTakeover: false,
useInstance: realtime);
}
private void LayBomb()
{
//Debug.Log("PotentialToLayBomb");
if (plan.bombPosition == runPosition && !myTeam.hasBomb)
{
bombBlast = Realtime.Instantiate(prefabName: "Bomb Blast", ownedByClient: true, preventOwnershipTakeover: true, useInstance: app.realtime);
bombBlast.transform.position = transform.position;
myTeam.hasBomb = true;
}
}
private void SpawnCube(Realtime realtime)
{
//Instantiate the CubePlayer for this client once we've successfully connected to the room
Realtime.Instantiate("NormcoreGrabbable",
position: spawnPosition.position,
rotation: Quaternion.identity,
ownedByClient: false,
preventOwnershipTakeover: false,
useInstance: realtime);
}
private void DidConnectToRoom(Realtime realtime)
{
// Instantiate the CubePlayer for this client once we've successfully connected to the room
Realtime.Instantiate("CubePlayer", // Prefab name
position: Vector3.up, // Start 1 meter in the air
rotation: Quaternion.identity, // No rotation
ownedByClient: true, // Make sure the RealtimeView on this prefab is owned by this client
preventOwnershipTakeover: true, // Prevent other clients from calling RequestOwnership() on the root RealtimeView.
useInstance: realtime); // Use the instance of Realtime that fired the didConnectToRoom event.
}
private void InstantiateNewObjectInWorld(string prefab, Realtime realtime, bool ownedByClient = false)
{
Vector3 startingPosition = new Vector3(Random.Range(-4, 4), 3, Random.Range(-4, 4));
Realtime.Instantiate(prefab, // Prefab name
position: startingPosition, // Start 1 meter in the air
rotation: Quaternion.identity, // No rotation
ownedByClient: ownedByClient, // Make sure the RealtimeView on this prefab is owned by this client
preventOwnershipTakeover: true, // Prevent other clients from calling RequestOwnership() on the root RealtimeView.
useInstance: realtime); // Use the instance of Realtime that fired the didConnectToRoom event.
}
private void DidConnectToRoom(Realtime realtime)
{
// Instantiate the Player for this client once we've successfully connected to the room
GameObject playerGameObject = Realtime.Instantiate(prefabName: "Networked Boat", // Prefab name
ownedByClient: true, // Make sure the RealtimeView on this prefab is owned by this client
preventOwnershipTakeover: true, // Prevent other clients from calling RequestOwnership() on the root RealtimeView.
useInstance: realtime); // Use the instance of Realtime that fired the didConnectToRoom event.
// Get a reference to the player
BoatMover player = playerGameObject.GetComponent <BoatMover>();
}
private void LayMine()
{
if (plan.minePosition == runPosition && !myTeam.hasMine)
{
GameObject placedMine = Realtime.Instantiate(prefabName: "Mine", ownedByClient: true, preventOwnershipTakeover: true, useInstance: app.realtime);
placedMine.GetComponent <RealtimeTransform>().RequestOwnership();
placedMine.transform.position = transform.position;
myTeam.totalMines -= 1;
myTeam.UpdateMineCountDisplay();
myTeam.hasMine = true;
}
}
private void Update()
{
if (!_realtime.connected)
{
return;
}
// Start by figuring out which hand we're tracking
XRNode node = _hand == Hand.LeftHand ? XRNode.LeftHand : XRNode.RightHand;
string leftTrigger = "Oculus_CrossPlatform_PrimaryIndexTrigger";
string rightTrigger = "Oculus_CrossPlatform_SecondaryIndexTrigger";
// Get the position & rotation of the hand
bool handIsTracking = UpdatePose(node, ref _handPosition, ref _handRotation);
// Figure out if the trigger is pressed or not
bool triggerPressed = Input.GetAxisRaw(leftTrigger) > 0.1f || Input.GetAxisRaw(rightTrigger) > 0.1f;
// If we lose tracking, stop drawing
if (!handIsTracking)
{
triggerPressed = false;
}
// If the trigger is pressed and we haven't created a new brush stroke to draw, create one!
if (triggerPressed && _activeBrushStroke == null)
{
// Instantiate a copy of the Brush Stroke prefab.
// GameObject brushStrokeGameObject = Instantiate(_brushStrokePrefab);
GameObject brushStrokeGameObject = Realtime.Instantiate(_brushStrokePrefab.name, ownedByClient: true, useInstance: _realtime);
brushStrokeGameObject.tag = "brushStroke";
// Grab the BrushStroke component from it
_activeBrushStroke = brushStrokeGameObject.GetComponent <BrushStroke>();
// Tell the BrushStroke to begin drawing at the current brush position
_activeBrushStroke.BeginBrushStrokeWithBrushTipPoint(transform.position, transform.rotation);
}
// If the trigger is pressed, and we have a brush stroke, move the brush stroke to the new brush tip position
if (triggerPressed)
{
_activeBrushStroke.MoveBrushTipToPoint(transform.position, transform.rotation);
}
// If the trigger is no longer pressed, and we still have an active brush stroke, mark it as finished and clear it.
if (!triggerPressed && _activeBrushStroke != null)
{
_activeBrushStroke.EndBrushStrokeWithBrushTipPoint(transform.position, transform.rotation);
_activeBrushStroke = null;
}
}
// Start is called before the first frame update
void Start()
{
EventManager.OnTurnUpdate += InstantiateTimer;
_realtime = FindObjectOfType <Realtime>();
globalTurnSync = FindObjectOfType <NetworkSyncManager>();
if (globalTurnSync.currentSyncedTurn == 0 && (int)boatColor == 0)
{
personalTimer = Realtime.Instantiate(prefabName: "YellowTimer", ownedByClient: true, preventOwnershipTakeover: true, useInstance: _realtime);
}
else if (globalTurnSync.currentSyncedTurn == 1 && (int)boatColor == 1)
{
personalTimer = Realtime.Instantiate(prefabName: "RedTimer", ownedByClient: true, preventOwnershipTakeover: true, useInstance: _realtime);
}
}
private void DidConnectToRoom(Realtime realtime)
{
Debug.Log("the client ID of the current player is - " + _realtime.clientID);
// Instantiate the Player and Boat for this client once we've successfully connected to the room
if (_realtime.clientID == 0)
{
GameObject playerAvatar = Realtime.Instantiate(prefabName: "Yellow Team Av", // Prefab name
ownedByClient: true, // Make sure the RealtimeView on this prefab is owned by this client
preventOwnershipTakeover: true, // Prevent other clients from calling RequestOwnership() on the root RealtimeView.
useInstance: realtime); // Use the instance of Realtime that fired the didConnectToRoom event.
for (int i = 0; i < localRef.yellowStartPositions.Length; i++)
{
GameObject playerBoat = Realtime.Instantiate(prefabName: "Yellow Ship",
ownedByClient: true,
preventOwnershipTakeover: true,
useInstance: realtime);
localRef.PlaceYellowBoats(playerBoat, i);
}
currentGameStatus = PlayerStatus.OnePlayer;
//localRef.ConnectYellow();
}
if (_realtime.clientID == 1)
{
GameObject playerAvatar = Realtime.Instantiate(prefabName: "Red Team Av", // Prefab name
ownedByClient: true, // Make sure the RealtimeView on this prefab is owned by this client
preventOwnershipTakeover: true, // Prevent other clients from calling RequestOwnership() on the root RealtimeView.
useInstance: realtime); // Use the instance of Realtime that fired the didConnectToRoom event.
for (int i = 0; i < localRef.yellowStartPositions.Length; i++)
{
GameObject playerBoat = Realtime.Instantiate(prefabName: "Red Ship",
ownedByClient: true,
preventOwnershipTakeover: true,
useInstance: realtime);
localRef.PlaceRedBoats(playerBoat, i);
}
currentGameStatus = PlayerStatus.TwoPlayer;
//localRef.ConnectRed();
}
// Get a reference to the player
//BoatMover player = playerGameObject.GetComponent<BoatMover>();
}
void Start()
{
_realtimeView = GetComponent <RealtimeView>();
if (_realtimeView.isOwnedLocally)
{
// Local player avatar, let's create a blarp!
GameObject playerBlarpGameObject = Realtime.Instantiate(blarpPrefab.name, true, true, true);
blarp = playerBlarpGameObject.GetComponent <PullTowardsHand>();
GameObject playerBlarpGameObject1 = Realtime.Instantiate(shieldPrefab.name, true, true, true);
shield = playerBlarpGameObject1.GetComponent <Paddle>();
}
}
public virtual void StartDrawing(Vector3 startPosition)
{
drawingStartPosition = startPosition;
// m_Shape = UnityEngine.Object.Instantiate(m_ShapeToClone, drawingStartPositionNonNull, Quaternion.identity, m_ParentTransform);
m_Shape = Realtime.Instantiate(shapeName);
realtimeTransform = m_Shape.GetComponent <RealtimeTransform>();
print("Instatiated " + m_Shape.name);
print(realtimeTransform);
realtimeTransform.RequestOwnership();
m_Shape.transform.position = drawingEndPositionNonNull;
m_Shape.transform.rotation = Quaternion.identity;
m_Shape.transform.SetParent(m_ParentTransform);
}
// Update is called once per frame
void Update()
{
if (!_realtime.connected)
{
return;
}
floatingSphere.transform.position = leftCont.position;
if (Input.GetKeyDown("space"))
{
// GameObject cube = GameObject.CreatePrimitive(PrimitiveType.Cube);
GameObject sphereObj = Realtime.Instantiate(spherePrefab.name, ownedByClient: true, useInstance: _realtime);
}
if (Input.GetKeyDown(KeyCode.LeftArrow) || Bpressed.stateDown)
{
if (current_index == 0)
{
current_index = colors_list.Length - 1;
}
else
{
current_index -= 1;
}
AdjustPreviewSphere();
}
if (Input.GetKeyDown(KeyCode.RightArrow) || Apressed.stateDown)
{
if (current_index == colors_list.Length - 1)
{
current_index = 0;
}
else
{
current_index += 1;
}
AdjustPreviewSphere();
}
if (squeeze.axis > 0.8f)
{
Debug.Log("Squeezing");
GameObject sphereObj = Realtime.Instantiate(spherePrefab.name, position: leftCont.position, rotation: leftCont.rotation, ownedByClient: true, useInstance: _realtime);
sphereObj.GetComponent <Renderer>().material.color = _sphereModel.sphereColor;
}
}
private void DidConnectToRoom(Realtime realtime)
{
Debug.Log("the client ID of the current player is - " + _realtime.clientID);
// Instantiate the Player and Boat for this client once we've successfully connected to the room
if (_realtime.clientID == 0)
{
GameObject playerAvatar = Realtime.Instantiate(prefabName: "Yellow Team Av", // Prefab name
ownedByClient: true, // Make sure the RealtimeView on this prefab is owned by this client
preventOwnershipTakeover: true, // Prevent other clients from calling RequestOwnership() on the root RealtimeView.
useInstance: realtime); // Use the instance of Realtime that fired the didConnectToRoom event.
for (int i = 0; i < app.gameRefModel.yellowStartPositions.Length; i++)
{
GameObject playerBoat = Realtime.Instantiate(prefabName: "Yellow Ship",
ownedByClient: true,
preventOwnershipTakeover: true,
useInstance: realtime);
PlaceBoats(playerBoat, i, GameRefModel.BoatColors.Yellow);
}
app.gameRefModel.localTeam = GameRefModel.BoatColors.Yellow;
}
if (_realtime.clientID == 1)
{
GameObject playerAvatar = Realtime.Instantiate(prefabName: "Red Team Av", // Prefab name
ownedByClient: true, // Make sure the RealtimeView on this prefab is owned by this client
preventOwnershipTakeover: true, // Prevent other clients from calling RequestOwnership() on the root RealtimeView.
useInstance: realtime); // Use the instance of Realtime that fired the didConnectToRoom event.
for (int i = 0; i < app.gameRefModel.yellowStartPositions.Length; i++)
{
GameObject playerBoat = Realtime.Instantiate(prefabName: "Red Ship",
ownedByClient: true,
preventOwnershipTakeover: true,
useInstance: realtime);
PlaceBoats(playerBoat, i, GameRefModel.BoatColors.Red);
}
app.gameRefModel.localTeam = GameRefModel.BoatColors.Red;
}
}
private void InstantiateTimer()
{
if (app.networkSyncManager.currentSyncedTurn == 0 && (int)teamData.teamColor == 0)
{
personalTimer = Realtime.Instantiate(prefabName: "YellowTimer", ownedByClient: true, preventOwnershipTakeover: true, useInstance: realtime);
}
else if (app.networkSyncManager.currentSyncedTurn == 1 && (int)teamData.teamColor == 1)
{
personalTimer = Realtime.Instantiate(prefabName: "RedTimer", ownedByClient: true, preventOwnershipTakeover: true, useInstance: realtime);
}
else
{
if (personalTimer != null)
{
Realtime.Destroy(personalTimer);
}
}
}
void InstantiateTimer()
{
if (globalTurnSync.currentSyncedTurn == 0 && (int)boatColor == 0)
{
personalTimer = Realtime.Instantiate(prefabName: "YellowTimer", ownedByClient: true, preventOwnershipTakeover: true, useInstance: _realtime);
}
else if (globalTurnSync.currentSyncedTurn == 1 && (int)boatColor == 1)
{
personalTimer = Realtime.Instantiate(prefabName: "RedTimer", ownedByClient: true, preventOwnershipTakeover: true, useInstance: _realtime);
}
else
{
if (personalTimer != null)
{
Realtime.Destroy(personalTimer);
}
}
}
private void CheckToPlacePickup()
{
Debug.Log("the current turn count is" + currentTurn);
if (app.realtime.clientID == 0)
{
if (currentTurn == nextPickupTurn)
{
int randomSpot = Random.Range(0, spawnPositions.Length);
placedPickup = Realtime.Instantiate(prefabName: "Mine Pickup", ownedByClient: true, preventOwnershipTakeover: true, useInstance: app.realtime);
placedPickup.GetComponent <RealtimeTransform>().RequestOwnership();
placedPickup.transform.position = spawnPositions[randomSpot];
nextPickupTurn += turnsBetweenPickups;
pickupExpiration = currentTurn + pickupDuration;
}
if (currentTurn == pickupExpiration)
{
Realtime.Destroy(placedPickup);
}
}
}
public void StartNewMessage()
{
if (connected)
{
print("connecsst");
if (makingString == true)
{
print("TO MANNY MESSAGIS");
}
else
{
bigStringGO = Realtime.Instantiate("BigStringBoy");
bigStringBoy = bigStringGO.GetComponent <BigStringBoy>();
bigStringGO.GetComponent <RealtimeTransform>().RequestOwnership();
bigStringGO.GetComponent <RealtimeView>().RequestOwnership();
bigStringGO.transform.position = transform.position + transform.forward;
bigStringGO.transform.rotation = transform.rotation;
makingString = true;
print("yaayss");
}
}
}
private void DidConnectToRoom(Realtime realtime)
{
// Instantiate the Player for this client once we've successfully connected to the room
GameObject playerGameObject = Realtime.Instantiate(prefabName: "Hoverbird Player", // Prefab name
ownedByClient: true, // Make sure the RealtimeView on this prefab is owned by this client
preventOwnershipTakeover: true, // Prevent other clients from calling RequestOwnership() on the root RealtimeView.
useInstance: realtime); // Use the instance of Realtime that fired the didConnectToRoom event.
// Get a reference to the player
HoverbirdPlayer player = playerGameObject.GetComponent <HoverbirdPlayer>();
// Get the constraint used to position the camera behind the player
ParentConstraint cameraConstraint = _camera.GetComponent <ParentConstraint>();
// Add the camera target so the camera follows it
ConstraintSource constraintSource = new ConstraintSource {
sourceTransform = player.cameraTarget, weight = 1.0f
};
int constraintIndex = cameraConstraint.AddSource(constraintSource);
// Set the camera offset so it acts like a third-person camera.
cameraConstraint.SetTranslationOffset(constraintIndex, new Vector3(0.0f, 1.0f, -4.0f));
cameraConstraint.SetRotationOffset(constraintIndex, new Vector3(15.0f, 0.0f, 0.0f));
}
void connectedToRoom(Realtime room)
{
Realtime.Instantiate("userPrefab");
}
private void Update()
{
if (!_realtime.connected)
{
return;
}
if (_realtime.clientID == _rt.ownerID)
{
// Start by figuring out which hand we're tracking
XRNode node = _hand == Hand.LeftHand ? XRNode.LeftHand : XRNode.RightHand;
string trigger = _hand == Hand.LeftHand ? "Left Trigger" : "Right Trigger";
string joyclick = _hand == Hand.LeftHand ? "Left Joyclick" : "Right Joyclick";
string axisY = _hand == Hand.LeftHand ? "Left AxisY" : "Right AxisY";
string axisX = _hand == Hand.LeftHand ? "Left AxisX" : "Right AxisX";
// Get the position & rotation of the hand
bool handIsTracking = true; _handPosition = transform.position; _handRotation = transform.rotation;
// Figure out if the trigger is pressed or not
bool triggerPressed = Input.GetAxisRaw(trigger) > 0.1f;
//bool triggerReleased = Input.GetAxisRaw(trigger) < 0.1f;
//Figure out if the joystick is clicked or not
bool joyclickPressed = Input.GetButtonDown(joyclick);
// Figure out if the joystick / touchpad is pressed or not
bool axisYMoved = Input.GetAxisRaw(axisY) < -0.2f || Input.GetAxisRaw(axisY) > 0.2f;
//Debug.Log(Input.GetAxisRaw(axisY));
bool axisXMoved = Input.GetAxisRaw(axisX) < -0.2f || Input.GetAxisRaw(axisX) > 0.2f;
if (joyclickPressed)
{
Debug.Log("You pressed the joystick!");
NextAction();
}
if (!axisXMoved)
{
didOnceX = false;
}
if (joyclickPressed)
{
SceneChanger sc = GameObject.FindObjectOfType <SceneChanger>();
sc.Restart();
}
//actions if moving stuff should be handled by GazeXR
if (action == 1)
{
// return; maybe still do TRIGGER stuff here at least!
if (triggerPressed && !didOnceTrig)
{
didOnceTrig = true;
}
if (triggerPressed && !didOnceTrig)
{
}
if (!triggerPressed)
{
didOnceTrig = false;
}
}
//actions if drawing
if (action == 0)
{
// If we lose tracking, stop drawing
/*
* if (!handIsTracking)
* {
* triggerPressed = false;
* axisYMoved = false;
* }
*/
if (!axisYMoved)
{
//Debug.Log("The Y Axis has NOT Moved");
//_brushPos.GetComponent<MeshRenderer>().enabled = false;
}
//If you move the joystick up or down, you're chaning the brush tip location
if (axisYMoved && _brushPos.localPosition.z > 0f)
{
//Debug.Log("The Y Axis has Moved");
//_brushPos.GetComponent<MeshRenderer>().enabled = true;
_brushPos.localPosition = new Vector3(_brushPos.localPosition.x, _brushPos.localPosition.y, _brushPos.localPosition.z - (Input.GetAxisRaw(axisY) * _speed));
VibrateControllers(.1f, .1f, .15f);
}
if (axisYMoved && _brushPos.localPosition.z <= 0.05f)
{
_brushPos.localPosition = new Vector3(_brushPos.localPosition.x, _brushPos.localPosition.y, 0.05f);
}
//if you move the joystick left or right, you're changing the color
if (axisXMoved)
{
//_brushStrokePrefab.GetComponent<BrushStroke>().ResizeWidth(Input.GetAxisRaw(axisY) * (_speed/2));
/*
* Color newColor = new Color(brushMat.color.r - (Input.GetAxisRaw(axisY) * _speed), Random.value, Random.value, 1.0f);
* // apply it on material
* brushMat.color = newColor;
*/
}
// If the trigger is pressed and we haven't created a new brush stroke to draw, create one!
if (triggerPressed && _activeBrushStroke == null)
{
// Instantiate a copy of the Brush Stroke prefab, set it to be owned by us.
GameObject brushStrokeGameObject = Realtime.Instantiate(_brushStrokePrefab.name, ownedByClient: true, useInstance: _realtime);
// Make that brush stroke a child of the current state
//brushStrokeGameObject.transform.parent = currentOption.transform;
// Grab the BrushStroke component from it
_activeBrushStroke = brushStrokeGameObject.GetComponent <BrushStroke>();
// Tell the BrushStroke to begin drawing at the current brush position
_activeBrushStroke.BeginBrushStrokeWithBrushTipPoint(_brushPos.position, _handRotation);
VibrateControllers(.12f, .12f, .2f);
}
// If the trigger is pressed, and we have a brush stroke, move the brush stroke to the new brush tip position
if (triggerPressed)
{
_activeBrushStroke.MoveBrushTipToPoint(_brushPos.position, _handRotation);
VibrateControllers(.12f, .12f, .2f);
//_brushPos.GetComponent<MeshRenderer>().enabled = true;
}
// If the trigger is no longer pressed, and we still have an active brush stroke, mark it as finished and clear it.
if (!triggerPressed && _activeBrushStroke != null)
{
_activeBrushStroke.EndBrushStrokeWithBrushTipPoint(_brushPos.position, _handRotation);
_activeBrushStroke = null;
//_ot.gr.VibrateControllers(.24f, .12f, .4f);
}
}
//actions if mask swapping
if (action == 2)
{
if (axisXMoved && Input.GetAxisRaw(axisX) > 0 && !didOnceX)
{
didOnceX = true;
VibrateControllers(.12f, .2f, .2f);
}
if (axisXMoved && Input.GetAxisRaw(axisX) < 0 && !didOnceX)
{
didOnceX = true;
VibrateControllers(.2f, .12f, .2f);
}
}
//actions if stage swapping
if (action == 3)
{
if (axisXMoved && Input.GetAxisRaw(axisX) > 0 && !didOnceX)
{
didOnceX = true;
}
if (axisXMoved && Input.GetAxisRaw(axisX) < 0 && !didOnceX)
{
didOnceX = true;
}
}
//actions if just squeezing your hands
/*
* if (action == 4)
* {
* if (Input.GetAxisRaw(trigger) > 0.5f)
* {
* _ps.SetHandState(1);
* }
* else
* {
* _ps.SetHandState(0);
* }
* } */
}
}
