// Update is called once per frame
void Update()
{
//What is each hand pointing to?
Physics.Raycast(left_hand_triplet.transform.position, left_hand_triplet.forward, out left_hand_raycast_hit, 50, player_complement_mask);
Physics.Raycast(right_hand_triplet.transform.position, right_hand_triplet.forward, out right_hand_raycast_hit, 50, player_complement_mask);
/* Spell code */
switch (current_spell)
{
/* --------------------------------- */
/* Similar to HL:A's Grabbity Gloves */
/* --------------------------------- */
case Spell.ATTRACT:
{
in_source_buffer = stvr_player.leftHand.handType;
//If grip is pressed, change attraction target
if (stvr_grip[in_source_buffer].stateDown && left_hand_raycast_hit.transform.tag == "ALLOW_MANIPULATION")
{
attr_left_target = left_hand_raycast_hit.transform;
//Create and start particle system
Transform tracker = Instantiate(grabbity_tracker, attr_left_target.position, Quaternion.Euler(0.0f, 0.0f, 0.0f));
tracker.SetParent(attr_left_target);
}
//Check for flick of left hand
if (attr_left_target != null && Vector3.Dot(stvr_controller_pose[in_source_buffer].velocity, (Camera.main.transform.forward - Camera.main.transform.up)) < -attraction_spell_sensitivity)
{
//Calculate velocity and apply it to the target
Vector3 calculated_velocity = ComplementarCalculations.CalculateParabola(attr_left_target.transform.position, left_hand_triplet.position);
attr_left_target.GetComponent <Rigidbody>().velocity = calculated_velocity;
//Destroy particle system
Destroy(attr_left_target.GetChild(1).gameObject);
attr_left_target = null;
}
in_source_buffer = stvr_player.rightHand.handType;
//If grip is pressed, change attraction target
if (stvr_grip[in_source_buffer].stateDown && right_hand_raycast_hit.transform.tag == "ALLOW_MANIPULATION")
{
attr_right_target = right_hand_raycast_hit.transform;
//Create particle system
Transform tracker = Instantiate(grabbity_tracker, attr_right_target.position, Quaternion.Euler(0.0f, 0.0f, 0.0f));
tracker.SetParent(attr_right_target);
}
//Check for flick of left hand
if (attr_right_target != null && Vector3.Dot(stvr_controller_pose[in_source_buffer].velocity, (Camera.main.transform.forward - Camera.main.transform.up)) < -attraction_spell_sensitivity)
{
//Calculate velocity and apply it to the target
Vector3 calculated_velocity = ComplementarCalculations.CalculateParabola(attr_right_target.transform.position, right_hand_triplet.position);
attr_right_target.GetComponent <Rigidbody>().velocity = calculated_velocity;
//Destroy particle system
Destroy(attr_right_target.GetChild(1).gameObject);
attr_right_target = null;
}
break;
}
default:
break;
}
}
void Update()
{
//Before highlighting, save the default material
if (leftSelectionTransform != null)
{
var leftSelectionRenderer = leftSelectionTransform.GetComponent <Renderer>();
leftSelectionRenderer.material = defaultMaterial;
leftSelectionTransform = null;
}
if (rightSelectionTransform != null)
{
var rightSelectionRenderer = rightSelectionTransform.GetComponent <Renderer>();
rightSelectionRenderer.material = defaultMaterial;
rightSelectionTransform = null;
}
//What is each hand pointing to?
RaycastHit leftHandRaycastHit;
Physics.Raycast(leftHand.transform.position, leftHand.forward, out leftHandRaycastHit, 150);
RaycastHit rightHandRaycastHit;
Physics.Raycast(rightHand.transform.position, rightHand.forward, out rightHandRaycastHit, 150);
//Highlighting
var leftHighlight = leftHandRaycastHit.transform;
if (leftHandRaycastHit.transform.tag == "ALLOW_MANIPULATION")
{
var leftSelectionRenderer = leftHighlight.GetComponent <Renderer>();
if (leftSelectionRenderer != null)
{
leftSelectionRenderer.material = highlightedMaterial;
}
leftSelectionTransform = leftHighlight;
}
var rightHighlight = rightHandRaycastHit.transform;
if (rightHandRaycastHit.transform.tag == "ALLOW_MANIPULATION")
{
var rightSelectionRenderer = rightHighlight.GetComponent <Renderer>();
if (rightSelectionRenderer != null)
{
rightSelectionRenderer.material = highlightedMaterial;
}
rightSelectionTransform = rightHighlight;
}
//Grabbing code
switch (current_spell)
{
case Spell.ATTRACT:
{
in_source_buffer = player.leftHand.handType;
//If button pressed, change attraction target
if (grabObject.GetState(SteamVR_Input_Sources.LeftHand) && leftHandRaycastHit.transform.tag == "ALLOW_MANIPULATION")
{
attr_left_target = leftHandRaycastHit.transform;
//Move and start particle system
Transform tracker = Instantiate(gravity_tracker, attr_left_target.position, Quaternion.Euler(0.0f, 0.0f, 0.0f));
tracker.SetParent(attr_left_target);
}
//Check for flick of left hand
//Debug.Log(Vector3.Dot(leftControllerPose[in_source_buffer].velocity.normalized, (Camera.main.transform.forward - Camera.main.transform.up).normalized));
if (attr_left_target != null && Vector3.Dot(leftControllerPose[in_source_buffer].velocity, (Camera.main.transform.forward - Camera.main.transform.up)) < -0.5)
{
//Calculate velocity and apply it to the target
Vector3 calculate_velocity = ComplementarCalculations.CalculateParabola(attr_left_target.transform.position, leftHand.transform.position);
attr_left_target.GetComponent <Rigidbody>().velocity = calculate_velocity;
//Destroy particle system
Destroy(attr_left_target.GetChild(0).gameObject);
attr_left_target = null;
}
in_source_buffer = player.rightHand.handType;
//If button pressed, change attraction target
if (grabObject.GetState(SteamVR_Input_Sources.RightHand) && rightHandRaycastHit.transform.tag == "ALLOW_MANIPULATION")
{
attr_right_target = rightHandRaycastHit.transform;
//Move and start particle system
Transform tracker = Instantiate(gravity_tracker, attr_right_target.position, Quaternion.Euler(0.0f, 0.0f, 0.0f));
tracker.SetParent(attr_right_target);
}
//Check for flick of right hand
if (attr_right_target != null && Vector3.Dot(rightControllerPose[in_source_buffer].velocity, (Camera.main.transform.forward - Camera.main.transform.up)) < -0.5)
{
//Calculate velocity and apply it to the target
Vector3 calculate_velocity = ComplementarCalculations.CalculateParabola(attr_right_target.transform.position, rightHand.transform.position);
attr_right_target.GetComponent <Rigidbody>().velocity = calculate_velocity;
//Destroy particle system
Destroy(attr_right_target.GetChild(0).gameObject);
attr_right_target = null;
}
break;
}
}
}
// Update is called once per frame
void Update()
{
if (handDevice == null || !handDevice.isValid)
{
Init();
}
//What is hand pointing to?
//Physics.Raycast(handTransform.transform.position, handTransform.forward, out handRaycastHit, collisionVolume.GetComponent<MeshCollider>().bounds.size.x * collisionVolume.transform.localScale.x, player_complement_mask);
/* Spell code */
switch (current_spell)
{
/* --------------------------------- */
/* Similar to HL:A's Grabbity Gloves */
/* --------------------------------- */
case Spell.ATTRACT:
{
if (!IsGripActivated(handDevice) && isGloveActivated)
{
isGloveActivated = false;
}
UpdateLineRenderer();
//If we trigger aiming at a valid target
if (currentObjectFocused != null && IsGripActivated(handDevice) && !isGloveActivated)
{
//Create particle system
particulesInstance = Instantiate(grabbityTracker, currentObjectFocused.transform.position, Quaternion.Euler(0.0f, 0.0f, 0.0f));
particulesInstance.SetParent(currentObjectFocused.transform);
isGloveActivated = true;
currentObjectActive = currentObjectFocused;
}
else if (!isGloveActivated && particulesInstance != null)
{
Destroy(particulesInstance.gameObject);
particulesInstance = null;
currentObjectActive = null;
}
//Check for flick of hand
if (currentObjectActive != null && particulesInstance != null && Vector3.Dot(GetDeviceVelocity(handDevice), (xr_rig.cameraGameObject.transform.forward - xr_rig.cameraGameObject.transform.up)) < -attractionSpellSensitivity)
{
//Calculate velocity and apply it to the target
Vector3 calculated_velocity = ComplementarCalculations.CalculateParabola(currentObjectActive.transform.position, handTransform.position);
currentObjectFocused.GetComponent <Rigidbody>().velocity = calculated_velocity;
//Destroy particle system
if (particulesInstance != null)
{
Destroy(particulesInstance.gameObject);
particulesInstance = null;
currentObjectActive = currentObjectFocused = null;
}
}
break;
}
default:
break;
}
}