/*
* On logic-elements, it can be useful to see it's truthtable.
* This method is called by various input-behaviours and displays the truthtable of the clicked or selected logic-element.
* @param mceObject The MultiCellElement of which to show the truthtable. If this is null, show the truthtable of the element in the inventory.
*/
public void FillSelectionResultTable(MultiCellElement mceObject = null)
{
// If no object was given, get the MultiCellElement-Component of the element in the inventory.
if (mceObject == null)
{
mceObject = selected.go.GetComponent <MultiCellElement>();
}
// Fill the selectionpanel with the truthtable of the determined MCE (MultiCellElement) if it is presentable.
if (mceObject && mceObject.isPresentable)
{
UITableFiller.FillTable(selectionPanel.go, mceObject.resultList, mceObject.outComingSocketCount, mceObject.incomingSocketCount, mceObject.resultList, width: 300, height: 205);
selectionPanel.go.SetActive(true);
}
}
private void Start()
{
prefabs = Resources.LoadAll("Prefabs\\Schaltnetze", typeof(GameObject));
foreach (GameObject temp in prefabs)
{
MultiCellElement tempObj = temp.GetComponent <MultiCellElement>();
if (tempObj && !tempObj.Locked)
{
GameObject tempButton = Instantiate(_button, _contentGo.transform);
tempButton.GetComponent <Button>().onClick.AddListener(delegate { InputHandler.instance.SelectNewElement(temp); });
tempButton.GetComponent <Button>().onClick.AddListener(delegate { InputHandler.instance.FillSelectionResultTable(); });
TMP_Text text = tempButton.GetComponentInChildren <TMP_Text>();
text.text = temp.name;
}
}
}
/*
* This functions places an incoming socket and adjusts it's parameters to react correctly when being visited.
* @param coords The coordinates to place the socket on the grid.
* @param targetCoord The coordinates of the logic-element to which this sockets belongs to.
* @param filler The filler-object that is used to fill spaces, in case the placement of the sockets causes a conflict with a multi-cell-element.
*/
private void PlaceIncomingSocket(Vector2Int coords, Vector2Int targetCoords, GameObject filler)
{
// Only place the socket, if the coords is adjacent to the logic-element.
if (Placer.IsAdjacent(_mainGrid.grid, coords, targetCoords))
{
// Get a reference to the newly placed socket.
GameObject tempObj;
tempObj = Placer.PlaceObject(_mainGrid.grid, selected.go, coords.x, coords.y, _filler.go);
// If the placement was successfull, play a sound and adjust attributes of the socket and the logic-element.
if (tempObj)
{
// Auditive feedback for the successfull placement.
AudioManager.instance.PlaySound(clips[0]);
// Set the target-logic-element coordinates to the saved coordinates.
tempObj.GetComponent <SocketOfGridElement>().coordsToTarget = tempTargetCoord;
// Set the target-logic-element to be the target of the socket.
tempObj.GetComponent <SocketOfGridElement>().targetGo = _mainGrid.grid.GetObjFromCoordinate(tempTargetCoord);
// Add this socket to the list of incoming sockets of the logic-element.
MultiCellElement targetMCE = _mainGrid.grid.GetObjFromCoordinate(tempTargetCoord).GetComponent <MultiCellElement>();
// Nullchecking the element. Might not really be neccessary, if the inventory is correct, which it should.
if (tempObj.GetComponentInChildren <TMP_Text>())
{
// Set the text of the prefab to the corresponding variable it resembles.
// The first incoming socket is always A, the second is B, the third is C and so on.
tempObj.GetComponentInChildren <TMP_Text>().text = ((Charge)targetMCE.incomingSockets.Count + 1).ToString();
}
targetMCE.AddToList(targetMCE.incomingSockets, coords);
// Decrement the number of incoming sockets needed to be placed by the player.
_incomingSocketsToPlace--;
}
}
// Show a message, reminding the player that sockets need to be placed adjacent to the element.
else
{
floatingText.GetComponent <Animation>().Play();
}
}
/*
* Similar to placing an incoming socket, but still different.
* @param coords The coordinates to place the socket on the grid.
* @param targetCoord The coordinates of the logic-element to which this sockets belongs to.
* @param filler The filler-object that is used to fill spaces, in case the placement of the sockets causes a conflict with a multi-cell-element.
*/
private void PlaceOutgoingSocket(Vector2Int coords, Vector2Int targetCoords, GameObject filler)
{
// Also outgoing sockets can only be placed adjacent to logic-elements.
if (Placer.IsAdjacent(_mainGrid.grid, coords, targetCoords))
{
// Get a reference to the newly placed socket.
GameObject tempObj;
tempObj = Placer.PlaceObject(_mainGrid.grid, selected.go, coords.x, coords.y, _filler.go);
// If the placement was successfull, play a sound and adjust attributes of the socket and the logic-element.
if (tempObj)
{
AudioManager.instance.PlaySound(clips[0]);
// Since outgoingsockets can't be visited, we only need to add the socket to the logic-elements list of outgoing sockets.
// There is no need to define a target for the outgoing socket.
MultiCellElement targetMCE = _mainGrid.grid.GetObjFromCoordinate(tempTargetCoord).GetComponent <MultiCellElement>();
if (tempObj.GetComponentInChildren <TMP_Text>())
{
// Set the text of the prefab to the corresponding variable it resembles.
// The first outgoing socket is always 0, the second is 1, the third is 2 and so on.
tempObj.GetComponentInChildren <TMP_Text>().text = targetMCE.outgoingSockets.Count.ToString();
}
targetMCE.AddToList(targetMCE.outgoingSockets, coords);
targetMCE.outgoingSocketObjects.Add(tempObj.GetComponent <OutGoingSocket>());
// Decrement the number of incoming sockets needed to be placed by the player.
_outgoingSocketsToPlace--;
}
}
// Show a message, reminding the player that sockets need to be placed adjacent to the element.
else
{
floatingText.GetComponent <Animation>().Play();
}
}
