//determine whether "I" get win
private bool win(){
bool won = false;
ArrayList foundRowList;
if (stepCount >= multi_init.totalLength) {
//find start edge
for (int i = 0; i < multi_init.totalLength; i++){
if(visitRow[i,0] == true){
foundRowList = new ArrayList ();
Coordination cord = new Coordination(i,0);
foundRowList.Add(cord);
//won = findNextEdge(i,0,1,foundRowList);
won = setPathArray(cord, foundRowList);
if (won) {
Camera.main.SendMessage("disableButtons");
ArrayList path = new ArrayList ();
//set first path
Coordination coor = (Coordination)foundRowList[0];
addPath (coor.getX (), coor.getY (), path);
addPath (coor.getX (), coor.getY ()+1, path);
Coordination c = new Coordination (coor.getX (), coor.getY ()+1);
setPathArray (c, path);
character.winAnimation(path);
break;
}
}
}
}
return won;
}
private bool win(){
Debug.Log ("<color=green>check win</color>");
bool won = false;
ArrayList foundRowList;
int length = 0;
if (SceneManager.GetActiveScene ().name == "scene_multi")
length = multi_init.totalLength;
else if (SceneManager.GetActiveScene ().name == "scene_ai")
length = aiMode_init.totalLength;
if (stepCount >= length) {
//find start edge
for (int i = 0; i < length; i++){
if(visitCol[0,i] == true){
foundRowList = new ArrayList ();
Coordination cord = new Coordination(0,i);
foundRowList.Add(cord);
//won = findNextEdge(0,i,1,foundRowList);
won = setPathArray(cord, foundRowList, length, length, false);
if (won) {
//StartCoroutine(winAnimation (foundRowList));
//ch.SetActive(true);
Camera.main.SendMessage("disableButtons");
ArrayList path = new ArrayList ();
//set first path
Coordination coor = (Coordination)foundRowList[0];
addPath (coor.getX (), coor.getY (), path);
addPath (coor.getX ()+1, coor.getY (), path);
Coordination c = new Coordination (coor.getX () + 1, coor.getY ());
setPathArray (c, path, length, length, false);
if(aiMode_init.mustConnect)
checkConnectBonusNode (path);
character.winAnimation(path);
break;
}
}
}
}
Debug.Log ("<color=green>" + won + "</color>");
return won;
}
public static int getCheckmateX(){
if (checkmatePath.Count >= 1) {
/*
Vector3 cm = (Vector3)checkmatePath [blueEdgeRespond.checkmatePath.Count - 1];
cm = new Vector3 (cm.x, cm.y-19.5f, cm.z);
for (int i = 0; i < 6; i++) {
for (int j = 0; j < 7; j++) {
if (blueNodeArray [i, j] != null && blueNodeArray [i, j].GetComponent<RectTransform> ().anchoredPosition3D.Equals(cm))
return i;
}
}
*/
Coordination c = (Coordination)checkmatePath [checkmatePath.Count - 1];
//if (c.getX () == aiMode_init.totalLength)
// return aiMode_init.maxRow;
//else
return c.getX ();
//return -1;
} else
return -1;
}
//find path almost connected
//c -> starting coordinate | path -> arraylist to record checked path | length -> board size | skipped -> check if skipped once already
private bool findCheckmatePath(Coordination c, ArrayList path, int length, int end, bool skipped, Coordination targetCoor){
//is the path found
bool pathFound = false;
bool preSkipped = skipped;
//if path finding finished, return blank targetCoor
if (c.getX () == end) {
Debug.Log ("<color=red>Found end</color>");
path.Add (targetCoor);
return true;
}
//find path upward
if (!pathFound && c.getX () - 1 >= 0) {
Coordination coor = new Coordination (c.getX () - 1, c.getY ());
if (visitCol [c.getX () - 1, c.getY ()] == true) {
if (!checkCoorEqual(path, coor.getX(), coor.getY()) && targetCoor.Equals(coor) == false) {
Debug.Log ("<color=orange>Check Coor: x," + coor.getX() + ", " + coor.getY() + "</color>");
path.Add (coor);
pathFound = findCheckmatePath (coor, path, length, end, skipped, targetCoor);
}
}
}
//find path downward
if (!pathFound && c.getX () + 1 <= (length)) {
Coordination coor = new Coordination (c.getX () + 1, c.getY ());
if (visitCol [c.getX (), c.getY ()] == true) {
if (!checkCoorEqual(path, coor.getX(), coor.getY()) && targetCoor.Equals(coor) == false) {
Debug.Log ("<color=orange>Check Coor: x," + coor.getX() + ", " + coor.getY() + "</color>");
path.Add (coor);
pathFound = findCheckmatePath (coor, path, length, end, skipped, targetCoor);
}
}
}
Debug.Log (pathFound);
//find path at left
if(pathFound == false && c.getY() - 1 >= 0){
Coordination coor = new Coordination (c.getX (), c.getY ()-1);
if(visitRow[c.getX(), c.getY()-1] == true){
if (!checkCoorEqual(path, coor.getX(), coor.getY()) && targetCoor.Equals(coor) == false) {
Debug.Log ("<color=orange>Check Coor: x," + coor.getX() + ", " + coor.getY() + "</color>");
path.Add (coor);
pathFound = findCheckmatePath (coor, path, length, end, skipped, targetCoor);
}
}
}
//find path at right
if(!pathFound && c.getY() + 1 <= (length-1)){
Coordination coor = new Coordination (c.getX (), c.getY ()+1);
if(visitRow[c.getX(), c.getY()] == true){
if (!checkCoorEqual(path, coor.getX(), coor.getY()) && targetCoor.Equals(coor) == false) {
Debug.Log ("<color=orange>Check Coor: x," + coor.getX() + ", " + coor.getY() + "</color>");
path.Add (coor);
pathFound = findCheckmatePath (coor, path, length, end, skipped, targetCoor);
}
}
}
//Skip upward
if (!pathFound && c.getX () - 1 >= 0) {
Coordination coor = new Coordination (c.getX () - 1, c.getY ());
if (visitCol [c.getX () - 1, c.getY ()] != true) {
if (!skipped && !checkCoorEqual (path, coor.getX (), coor.getY ()) && !blockedCol [c.getX () - 1, c.getY ()] && targetCoor.Equals(coor) == false) {
Debug.Log ("<color=orange>Skip to Coor: x," + coor.getX () + ", " + coor.getY () + "</color>");
skipped = true;
checkmateCol = false;
skipLeft = false;
skipUp = true;
targetCoor = coor;
pathFound = findCheckmatePath (coor, path, length, end, skipped, targetCoor);
if (!pathFound)
skipped = false;
}
}
}
//Skip downward
if (!pathFound && c.getX () + 1 <= (length)) {
Coordination coor = new Coordination (c.getX () + 1, c.getY ());
if (visitCol [c.getX (), c.getY ()] != true) {
if (!skipped && !checkCoorEqual(path, coor.getX(), coor.getY()) && !blockedCol[c.getX(), c.getY()] && targetCoor.Equals(coor) == false) {
Debug.Log ("<color=orange>Skip to Coor: x," + coor.getX() + ", " + coor.getY() + "</color>");
skipped = true;
checkmateCol = false;
skipLeft = false;
skipUp = false;
targetCoor = coor;
pathFound = findCheckmatePath (coor, path, length, end, skipped, targetCoor);
if (!pathFound)
skipped = false;
}
}
}
//Skip left
if(pathFound == false && c.getY() - 1 >= 0){
Coordination coor = new Coordination (c.getX (), c.getY ()-1);
if(visitRow[c.getX(), c.getY()-1] != true){
if (!skipped && !checkCoorEqual(path, coor.getX(), coor.getY()) && !blockedRow[c.getX(), c.getY()-1] && targetCoor.Equals(coor) == false) {
Debug.Log (pathFound);
Debug.Log ("<color=orange>Skip to Coor: x," + coor.getX() + ", " + coor.getY() + "</color>");
skipped = true;
checkmateCol = true;
skipLeft = true;
skipUp = false;
targetCoor = coor;
pathFound = findCheckmatePath (coor, path, length, end, skipped, targetCoor);
if (!pathFound)
skipped = false;
}
}
}
//Skip right
if(!pathFound && c.getY() + 1 <= (length-1)){
Coordination coor = new Coordination (c.getX (), c.getY ()+1);
if(visitRow[c.getX(), c.getY()] != true){
if (!skipped && !checkCoorEqual(path, coor.getX(), coor.getY()) && !blockedRow[c.getX(), c.getY()] && targetCoor.Equals(coor) == false) {
Debug.Log ("<color=orange>Skip to Coor: x," + coor.getX() + ", " + coor.getY() + "</color>");
skipped = true;
checkmateCol = true;
skipLeft = false;
skipUp = false;
targetCoor = coor;
pathFound = findCheckmatePath (coor, path, length, end, skipped, targetCoor);
if (!pathFound)
skipped = false;
}
}
}
//if path not connected yet, return a null coordination
if (!pathFound) {
Debug.Log ("<color=red>Remove Coor: x," + c.getX () + ", " + c.getY () + "</color>");
//path.Remove (c);
//skipped = preSkipped;
skipped = false;
return false;
} else
return true;
skipped = false;
return false;
}
//Find linked path start from c and fille the path to arraylist "path"
//bool checkCM -> check checkmate
private bool setPathArray(Coordination c, ArrayList path ,int length, int end, bool checkCM){
Debug.Log ("<color=yellow> Called with coor: x," + c.getX() + ", " + c.getY() + "</color>");
//if path found
bool pathFound = false;
//if path finding finished
if (c.getX () == end) {
if (checkCM) {
if(end == 1)
return blockedCol[c.getX()-1,c.getY()] != true;
else
return blockedCol[c.getX(),c.getY()] != true;
}else
return true;
}
//find path upward
if (!pathFound && c.getX () - 1 >= 0) {
if (visitCol [c.getX () - 1, c.getY ()] == true) {
Vector3 pos = blueNodeArray [c.getX()-1, c.getY()].GetComponent<RectTransform> ().anchoredPosition3D;
if (!path.Contains (new Vector3 (pos.x, pos.y + 19.5f, pos.z))) {
addPath (c.getX () - 1, c.getY (), path);
Coordination coor = new Coordination (c.getX () - 1, c.getY ());
pathFound = setPathArray(coor, path, length, end, checkCM);
}
}
}
//find path downward
if (!pathFound && c.getX () + 1 <= (length)) {
if (visitCol [c.getX (), c.getY ()] == true) {
Vector3 pos = blueNodeArray [c.getX()+1, c.getY()].GetComponent<RectTransform> ().anchoredPosition3D;
if (!path.Contains (new Vector3 (pos.x, pos.y + 19.5f, pos.z))) {
addPath (c.getX () + 1, c.getY (), path);
Coordination coor = new Coordination (c.getX () + 1, c.getY ());
pathFound = setPathArray(coor, path, length, end, checkCM);
}
}
}
//find path at left
if(!pathFound && c.getY() - 1 >= 0){
if(visitRow[c.getX(), c.getY()-1] == true){
Vector3 pos = blueNodeArray[c.getX(), c.getY()-1].GetComponent<RectTransform>().anchoredPosition3D;
if (!path.Contains (new Vector3 (pos.x, pos.y + 19.5f, pos.z))) {
addPath (c.getX (), c.getY () - 1, path);
Coordination coor = new Coordination (c.getX (), c.getY ()-1);
pathFound = setPathArray(coor, path, length, end, checkCM);
}
}
}
//find path at right
if(!pathFound && c.getY() + 1 <= (length-1)){
if(visitRow[c.getX(), c.getY()] == true){
Vector3 pos = blueNodeArray[c.getX(), c.getY()+1].GetComponent<RectTransform>().anchoredPosition3D;
if (!path.Contains (new Vector3 (pos.x, pos.y + 19.5f, pos.z))) {
addPath (c.getX (), c.getY () + 1, path);
Coordination coor = new Coordination (c.getX (), c.getY ()+1);
pathFound = setPathArray(coor, path, length, end, checkCM);
}
}
}
if (!pathFound) {
Vector3 pos = blueNodeArray[c.getX(), c.getY()].GetComponent<RectTransform>().anchoredPosition3D;
path.Remove (new Vector3 (pos.x, pos.y + 19.5f, pos.z));
Debug.Log ("<color=red>Remove Coor: x," + c.getX() + ", " + c.getY() + "</color>");
}
return pathFound;
}
public bool Equals(Coordination other){
if (this.x == other.getX () && this.y == other.getY ())
return true;
else
return false;
}