public GameObject CreateFacility(CFacilityInterface.EType _eType, uint _uiFacilityId = uint.MaxValue, uint _uiExpansionPortId = uint.MaxValue, uint _uiAttachToId = uint.MaxValue)
{
CExpansionPortInterface cExpansionPort = null;
if (_uiExpansionPortId != uint.MaxValue &&
_uiAttachToId != uint.MaxValue)
{
cExpansionPort = m_mFacilities[_uiFacilityId].GetComponent <CFacilityExpansion>().GetExpansionPort(_uiExpansionPortId).GetComponent <CExpansionPortInterface>();
if (cExpansionPort.HasAttachedFacility == true)
{
Debug.LogWarning("Failed to create new room. Port is already in use.");
return(null);
}
}
// Generate facility identifier
uint uiFacilityId = m_uiFacilityIdCount;
// Retrieve the facility prefab
CGameRegistrator.ENetworkPrefab eRegisteredPrefab = CFacilityInterface.GetPrefabType(_eType);
// Create facility
GameObject cNewFacilityObject = CNetwork.Factory.CreateObject(eRegisteredPrefab);
// Set facility properties
CFacilityInterface cFacilityInterface = cNewFacilityObject.GetComponent <CFacilityInterface>();
cFacilityInterface.FacilityId = uiFacilityId;
cFacilityInterface.FacilityType = _eType;
m_uiFacilityIdCount++;
// Set facility parent
cNewFacilityObject.GetComponent <CNetworkView>().SetParent(GetComponent <CNetworkView>().ViewId);
// Attach facility expansion port to parent expansion port
if (cExpansionPort != null)
{
cExpansionPort.Attach(_uiAttachToId, cNewFacilityObject);
}
// Initialise the facility expansion ports
cNewFacilityObject.GetComponent <CFacilityExpansion>().InitialiseExpansionPorts();
// Sync position & rotation
cNewFacilityObject.GetComponent <CNetworkView>().SyncTransformPosition();
cNewFacilityObject.GetComponent <CNetworkView>().SyncTransformRotation();
// Server adds the facility instantaniously
AddNewlyCreatedFacility(cNewFacilityObject, uiFacilityId, _eType);
// Notify facility creation observers
if (EventOnFaciltiyCreate != null)
{
EventOnFaciltiyCreate(cNewFacilityObject);
}
return(cNewFacilityObject);
}
void AllignUpVector(CExpansionPortInterface _newPort, GameObject _objNewFacility)
{
Vector3 UpVector;
if (m_bInvertUpVector)
{
UpVector = transform.up * -1;
}
else
{
UpVector = transform.up;
}
//Allign the Up vector
float rotationAngle = Vector3.Angle(_newPort.transform.up, UpVector);
Vector3 crossResult = Vector3.Cross(_newPort.transform.up, UpVector);
if (crossResult.y > 0.0f)
{
Debug.Log("Cross product result is positive");
}
else if (crossResult.y < -0.0001f &&
crossResult.y > -1.0001f)
{
Debug.Log("Cross product result is negative");
rotationAngle = 360 - rotationAngle;
crossResult *= -1;
}
//If the result is neither positive nor negative, it is approximately zero.
else
{
Debug.Log("Cross product result is zero");
crossResult = _newPort.transform.right;
}
//Apply rotation
Vector3 rotationPos = transform.position;
_objNewFacility.transform.RotateAround(rotationPos, crossResult, rotationAngle);
}
public void Orient(int _portID, GameObject _objNewFacility)
{
// _objNewFacility.transform.position = transform.position;
// _objNewFacility.transform.rotation = Quaternion.identity;
// Debug.Log("Current Port Pos " + transform.position.x + "," + transform.position.y + "," + transform.position.z);
//
// //m_attachedPorts[_portID].renderer.material.color = Color.green;
//
// //Subtract the offset of the selected port from the position of the new object
// Vector3 offset = m_attachedPorts[_portID].localPosition;
// Vector3 currentPos = _objNewFacility.transform.position - offset;
// Debug.Log("Offset: " + offset.x + "," + offset.y + "," + offset.z);
// _objNewFacility.transform.position = currentPos;
//
// //Adjust rotation
// //The center of rotation should be the currently selected port of the new hull
// CExpansionPortInterface newPort = (CExpansionPortInterface)m_attachedPorts[_portID].GetComponent("CExpansionPortInterface");
// newPort.HasAttachedFacility = true;
//
// AllignForwardVector(newPort, _objNewFacility);
// //AllignRightVector(newPort, _objNewFacility);
// //AllignUpVector(newPort, _objNewFacility);
//
CExpansionPortInterface newPort = m_attachedPorts[_portID].GetComponent <CExpansionPortInterface>();
newPort.HasAttachedFacility = true;
/*** Code for rotating the new facility using quaternions. Rotates all the axis to be aligned correctly ***/
Quaternion Rot1 = transform.rotation * m_attachedPorts[_portID].parent.rotation * Quaternion.Inverse(m_attachedPorts[_portID].rotation);
Quaternion Rot2 = Quaternion.AngleAxis(180.0f, Vector3.up);
_objNewFacility.transform.rotation = Rot1 * Rot2;
// Apply the new position (this expansion port position plus the rotated other expansionport local position)
_objNewFacility.transform.position = transform.position - (_objNewFacility.transform.rotation * m_attachedPorts[_portID].localPosition);
}
void AllignForwardVector(CExpansionPortInterface _newPort, GameObject _objNewFacility)
{
//Forward rotation//
//The normal of this new port should be the inverse of the normal attached to this port
Vector3 inverseNormal = transform.forward * -1;
float rotationAngle = Vector3.Angle(_newPort.transform.forward, inverseNormal);
//Figure out if this is a left or right rotation
Vector3 crossResult = Vector3.Cross(_newPort.transform.forward, inverseNormal);
if (crossResult.y > 0.0f)
{
Debug.Log("Cross product result is positive");
}
else if (crossResult.y < -0.0001f &&
crossResult.y > -1.0001f)
{
Debug.Log("Cross product result is negative" + crossResult.ToString("n10"));
rotationAngle = 360 - rotationAngle;
crossResult *= -1;
}
//If the result is neither positive nor negative, it is approximately zero.
else
{
Debug.Log("Cross product result is zero " + crossResult.ToString("n10"));
crossResult = _newPort.transform.up;
Debug.Log("Setting result to up vector" + crossResult.ToString("n10"));
}
//Apply rotation
Vector3 rotationPos = transform.position;
_objNewFacility.transform.RotateAround(rotationPos, crossResult, rotationAngle);
Debug.Log("Rotated " + rotationAngle.ToString() + " around " + crossResult.ToString());
}
void AllignUpVector(CExpansionPortInterface _newPort, GameObject _objNewFacility)
{
Vector3 UpVector;
if(m_bInvertUpVector)
{
UpVector = transform.up * -1;
}
else
{
UpVector = transform.up;
}
//Allign the Up vector
float rotationAngle = Vector3.Angle(_newPort.transform.up, UpVector);
Vector3 crossResult = Vector3.Cross(_newPort.transform.up, UpVector);
if (crossResult.y > 0.0f)
{
Debug.Log("Cross product result is positive");
}
else if (crossResult.y < -0.0001f &&
crossResult.y > -1.0001f)
{
Debug.Log("Cross product result is negative");
rotationAngle = 360 - rotationAngle;
crossResult *= -1;
}
//If the result is neither positive nor negative, it is approximately zero.
else
{
Debug.Log("Cross product result is zero");
crossResult = _newPort.transform.right;
}
//Apply rotation
Vector3 rotationPos = transform.position;
_objNewFacility.transform.RotateAround(rotationPos, crossResult, rotationAngle);
}
void AllignForwardVector(CExpansionPortInterface _newPort, GameObject _objNewFacility)
{
//Forward rotation//
//The normal of this new port should be the inverse of the normal attached to this port
Vector3 inverseNormal = transform.forward * -1;
float rotationAngle = Vector3.Angle(_newPort.transform.forward, inverseNormal);
//Figure out if this is a left or right rotation
Vector3 crossResult = Vector3.Cross(_newPort.transform.forward, inverseNormal);
if (crossResult.y > 0.0f)
{
Debug.Log("Cross product result is positive");
}
else if (crossResult.y < -0.0001f &&
crossResult.y > -1.0001f)
{
Debug.Log("Cross product result is negative" + crossResult.ToString("n10"));
rotationAngle = 360 - rotationAngle;
crossResult *= -1;
}
//If the result is neither positive nor negative, it is approximately zero.
else
{
Debug.Log("Cross product result is zero " + crossResult.ToString("n10"));
crossResult = _newPort.transform.up;
Debug.Log("Setting result to up vector" + crossResult.ToString("n10"));
}
//Apply rotation
Vector3 rotationPos = transform.position;
_objNewFacility.transform.RotateAround(rotationPos, crossResult, rotationAngle);
Debug.Log("Rotated " + rotationAngle.ToString() + " around " + crossResult.ToString());
}
