private void OnEnable()
{
changeElement = (ChangeElement)target;//NOTA:FOI NECESSARIO CRIAR changeElement, POIS NAO FOI POSSIVEL OBTER O COMPONENTE RENDERER ATRAVES DE subObjectsWithMaterial NO METODO SetSizeNewMaterialsVector().
marker1 = serializedObject.FindProperty("marker1");
marker2 = serializedObject.FindProperty("marker2");
subObjectsWithMaterial = serializedObject.FindProperty("subObjectsWithMaterial");//NOTA-SE QUE SE ESTA ACESSANDO AO CAMPO subObjectsWithMaterial E NAO A PROPRIEDADE SubObjectsWithMaterial
subObjectsWithMaterialO = serializedObject.FindProperty("subObjectsWithMaterialO");
myObject = serializedObject.FindProperty("myObject");
typeOfChange = serializedObject.FindProperty("typeOfChange");
changeScale = serializedObject.FindProperty("changeScale");
changeRotation = serializedObject.FindProperty("changeRotation");
changeMaterials = serializedObject.FindProperty("changeMaterials");
newScale = serializedObject.FindProperty("newScale");
newRotation = serializedObject.FindProperty("newRotation");
newObject = serializedObject.FindProperty("newObject");
}
//Individual Behaviours to be stored in the following.
void ActOnTile()
{
if (istiletaken == false)
{
//move and keep moving i f theres nothing but ice
Count();
currenttile = tiletotest;
}
else
{
if (outofmap == true)
{
canmove = false;
outofmap = false;
}
else if (tilescript.myTaker.tag == "Wall")
{
//the desired tile is the previous one and u stop looking for next tiles.
canmove = false;
Count();
}
else if (tilescript.myTaker.tag == "Outerwall")
{
//the desired tile is the previous one and u stop looking for next tiles.
walltoturnoff = tilescript.myTaker;
walltoturnoff.tag = "Wall";
elementchanger = walltoturnoff.GetComponent <ChangeElement> ();
//elementchanger.RemoveElement ();
//readytoturnoff = true;
canmove = false;
Count();
nextaction = ("Outerwall_Action");
}
else if (tilescript.myTaker.tag == "Goal")
{
//you'll stop in the tile you checked and stop moving.
/*if (TurnCounter.turncount == 0) {
* canmove = false;
* } else {*/
Count();
currenttile = tiletotest;
canmove = false;
//Qeue up an action when reaching the tile
nextaction = "Goal_Action";
}
else if (tilescript.myTaker.tag == "Hole")
{
//you'll stop in the tile you checked and stop moving.
currenttile = tiletotest;
canmove = false;
//Qeue up an action when reaching the tile
nextaction = "Hole_Action";
}
else if (tilescript.myTaker.tag == "Wood")
{
Count();
currenttile = tiletotest;
Debug.Log("Pink");
//canmove = true;
}
else if (tilescript.myTaker.tag == "Left")
{
Count();
currenttile = tiletotest;
canmove = false;
nextaction = "Left_Action";
isspeeding = true;
}
else if (tilescript.myTaker.tag == "Right")
{
Count();
currenttile = tiletotest;
canmove = false;
nextaction = "Right_Action";
isspeeding = true;
}
else if (tilescript.myTaker.tag == "Up")
{
Count();
currenttile = tiletotest;
canmove = false;
nextaction = "Up_Action";
isspeeding = true;
}
else if (tilescript.myTaker.tag == "Down")
{
Count();
currenttile = tiletotest;
canmove = false;
nextaction = "Down_Action";
isspeeding = true;
}
else if (tilescript.myTaker.tag == "Fragile")
{
Count();
currenttile = tiletotest;
lastFragile = tilescript.myTaker;
tilescript.myTaker.tag = "Hole";
}
else if (tilescript.myTaker.tag == "Quicksand")
{
currenttile = tiletotest;
lastFragile = tilescript.myTaker;
Count();
if (isspeeding == false)
{
currenttile = tiletotest;
canmove = false;
nextaction = "Hole_action";
}
}
else if (tilescript.myTaker.tag == "Seed")
{
currenttile = tiletotest;
lastSeed = tilescript.myTaker;
//myseedbehaviour = lastSeed.GetComponent<Seed_Behaviour> ();
//myseedbehaviour.Unseed ();
}
else if (tilescript.myTaker.tag == "Boss")
{
currenttile = tiletotest;
canmove = false;
/*if (character_direction == "Up") {
* Boss_Behaviour.bosstile.y++;
* }
* if (character_direction == "Right") {
* Boss_Behaviour.bosstile.x++;
* }
* if (character_direction == "Left") {
* Boss_Behaviour.bosstile.x--;
* }
* if (character_direction == "Down") {
* Boss_Behaviour.bosstile.y--;
* }*/
}
else
{
Debug.Log("Dong");
canmove = false;
}
Count();
}
}
protected virtual void OnChangeElement(int row, int column, T previousValue, T newValue)
{
ChangeElement?.Invoke(this, new ElementChangingEventArgs(row, column, previousValue, newValue));
}
protected void OnChange(int index1, int index2)
{
ChangeElement?.Invoke(this, new ChangeEventArgs(index1, index2));
}
public void ThreeWayDiff(XElement baseFile, XElement left, XElement right)
{
var baseList = GetKeys(baseFile.Elements());
var leftList = GetKeys(left.Elements());
var rightList = GetKeys(right.Elements());
var basePtr = 0;
var leftPtr = 0;
var rightPtr = 0;
var result = new List <ChangeElement>();
ChangeElement changeElem;
ThreeWayStatus status;
while (basePtr <= baseList.Count &&
leftPtr <= leftList.Count &&
rightPtr <= rightList.Count)
{
changeElem = new ChangeElement();
status = (ThreeWayStatus)((baseList[basePtr].Item1.CompareTo(leftList[leftPtr].Item1) + 1) << 4
+ (baseList[basePtr].Item1.CompareTo(rightList[rightPtr].Item1) + 1));
switch (status)
{
case ThreeWayStatus.LeftAddRightAdd:
if (leftList[leftPtr].Item1 == rightList[rightPtr].Item1)
{
changeElem.Left = leftList[leftPtr].Item2;
changeElem.LeftChange = Change.Add;
changeElem.Right = rightList[rightPtr].Item2;
changeElem.RightChange = Change.Add;
}
else
{
changeElem.Left = leftList[leftPtr].Item2;
changeElem.LeftChange = Change.Add;
result.Add(changeElem);
changeElem = new ChangeElement();
changeElem.Right = rightList[rightPtr].Item2;
changeElem.RightChange = Change.Add;
}
leftPtr++;
rightPtr++;
break;
case ThreeWayStatus.LeftAddRightDelete:
case ThreeWayStatus.LeftAddRightEqual:
changeElem.Left = leftList[leftPtr].Item2;
changeElem.LeftChange = Change.Add;
leftPtr++;
break;
case ThreeWayStatus.LeftDeleteRightAdd:
case ThreeWayStatus.LeftEqualRightAdd:
changeElem.Right = rightList[rightPtr].Item2;
changeElem.RightChange = Change.Add;
rightPtr++;
break;
case ThreeWayStatus.LeftDeleteRightDelete:
changeElem.Base = baseList[basePtr].Item2;
changeElem.LeftChange = Change.Delete;
changeElem.RightChange = Change.Delete;
basePtr++;
break;
case ThreeWayStatus.LeftDeleteRightEqual:
changeElem.Base = baseList[basePtr].Item2;
changeElem.Right = rightList[rightPtr].Item2;
changeElem.LeftChange = Change.Delete;
changeElem.RightChange = Change.NoChange;
basePtr++;
rightPtr++;
break;
case ThreeWayStatus.LeftEqualRightDelete:
changeElem.Base = baseList[basePtr].Item2;
changeElem.Left = leftList[leftPtr].Item2;
changeElem.RightChange = Change.Delete;
changeElem.LeftChange = Change.NoChange;
basePtr++;
leftPtr++;
break;
default: // ThreeWayStatus.LeftEqualRightEqual
changeElem.Base = baseList[basePtr].Item2;
changeElem.Left = leftList[leftPtr].Item2;
changeElem.Right = rightList[rightPtr].Item2;
basePtr++;
leftPtr++;
rightPtr++;
break;
}
}
}
public void ThreeWayDiff(XElement baseFile, XElement left, XElement right)
{
var baseList = GetKeys(baseFile.Elements());
var leftList = GetKeys(left.Elements());
var rightList = GetKeys(right.Elements());
var basePtr = 0;
var leftPtr = 0;
var rightPtr = 0;
var result = new List<ChangeElement>();
ChangeElement changeElem;
ThreeWayStatus status;
while (basePtr <= baseList.Count
&& leftPtr <= leftList.Count
&& rightPtr <= rightList.Count)
{
changeElem = new ChangeElement();
status = (ThreeWayStatus)((baseList[basePtr].Item1.CompareTo(leftList[leftPtr].Item1) + 1) << 4
+ (baseList[basePtr].Item1.CompareTo(rightList[rightPtr].Item1) + 1));
switch (status)
{
case ThreeWayStatus.LeftAddRightAdd:
if (leftList[leftPtr].Item1 == rightList[rightPtr].Item1)
{
changeElem.Left = leftList[leftPtr].Item2;
changeElem.LeftChange = Change.Add;
changeElem.Right = rightList[rightPtr].Item2;
changeElem.RightChange = Change.Add;
}
else
{
changeElem.Left = leftList[leftPtr].Item2;
changeElem.LeftChange = Change.Add;
result.Add(changeElem);
changeElem = new ChangeElement();
changeElem.Right = rightList[rightPtr].Item2;
changeElem.RightChange = Change.Add;
}
leftPtr++;
rightPtr++;
break;
case ThreeWayStatus.LeftAddRightDelete:
case ThreeWayStatus.LeftAddRightEqual:
changeElem.Left = leftList[leftPtr].Item2;
changeElem.LeftChange = Change.Add;
leftPtr++;
break;
case ThreeWayStatus.LeftDeleteRightAdd:
case ThreeWayStatus.LeftEqualRightAdd:
changeElem.Right = rightList[rightPtr].Item2;
changeElem.RightChange = Change.Add;
rightPtr++;
break;
case ThreeWayStatus.LeftDeleteRightDelete:
changeElem.Base = baseList[basePtr].Item2;
changeElem.LeftChange = Change.Delete;
changeElem.RightChange = Change.Delete;
basePtr++;
break;
case ThreeWayStatus.LeftDeleteRightEqual:
changeElem.Base = baseList[basePtr].Item2;
changeElem.Right = rightList[rightPtr].Item2;
changeElem.LeftChange = Change.Delete;
changeElem.RightChange = Change.NoChange;
basePtr++;
rightPtr++;
break;
case ThreeWayStatus.LeftEqualRightDelete:
changeElem.Base = baseList[basePtr].Item2;
changeElem.Left = leftList[leftPtr].Item2;
changeElem.RightChange = Change.Delete;
changeElem.LeftChange = Change.NoChange;
basePtr++;
leftPtr++;
break;
default: // ThreeWayStatus.LeftEqualRightEqual
changeElem.Base = baseList[basePtr].Item2;
changeElem.Left = leftList[leftPtr].Item2;
changeElem.Right = rightList[rightPtr].Item2;
basePtr++;
leftPtr++;
rightPtr++;
break;
}
}
}
