public bool moveDragon(int prevx, int prevy, int newx, int newy, Vector3 newdragonposition)
{
Dragon_GameController dcontroller = getDragonController((int)prevx, (int)prevy);
//calculate a max range of motion for the given dragon
int minx = prevx - (int)dcontroller.dragonattribs.movementfredom;
int maxx = prevx + (int)dcontroller.dragonattribs.movementfredom;
int miny = prevy - (int)dcontroller.dragonattribs.movementfredom;
int maxy = prevy + (int)dcontroller.dragonattribs.movementfredom;
//check if the given new pos is well within range
if (!(newx >= minx && newx <= maxx && newy >= miny && newy <= maxy))
{
return(false);
}
//reposition dragon in matrix and in its transforms
fielddragons[newx, newy] = dcontroller;
fielddragons[prevx, prevy] = null;
Transform dtransform = dcontroller.gameObject.transform;
dtransform.position = newdragonposition;
return(true);
}
public void SetDragon(int x, int y, Dragon_GameController dragon)
{
//checking if the index is well within range
if (x >= 0 && y >= 0 && x < this.x && y < this.y)
{
//if occupied then show message
if (fielddragons [x, y] == null)
{
fielddragons [x, y] = dragon;
}
else
{
Debug.Log("Will Not overwrite dragon at same place");
}
}
else
{
Debug.Log("BattleField_GameData: Index Out of Bound");
}
}
public void addDragonToPlayer(Dragon_GameController dragon)
{
dragon.gameObject.transform.rotation = dragonrotation;
dragon.setDragonsPlayer(playerindex);
}
private void poolMouseClicks()
{
//detect mouse click(for spawn)
if (!Input.GetMouseButtonDown(0))
{
return;
}
//act upon the current state of the play
switch (gstate)
{
case GameStates.SPAWN:
if (battlefield.isMouseInBoard())
{
//check if the current dragon index is a valid index
if ((uint)currentdragontype >= 0 && (uint)currentdragontype < dragonprefab.dragons.Length)
{
//the hit point of grid
Vector3 mousehitpoint = battlefield.getRayCastHitPoint();
Vector2 gridindex = battlefield.getGridIndex(mousehitpoint);
//check if the selected plate is part of spawn plates for player
if (!players [turnmanager.currentplayer - 1].isPlateASpawn((uint)gridindex.x, (uint)gridindex.y))
{
break;
}
//if correct then deploy the dragon
Dragon_GameController dragoncontroller = dragondeployer.deployDragon(dragonprefab.dragons [(uint)currentdragontype], currentdragontype, battlefield.getMouseWorldposonBoard());
//add dragon to the player
players [turnmanager.currentplayer - 1].addDragonToPlayer(dragoncontroller);
//update chancges to the battlefield data
battlefieldgamedata.SetDragon((int)gridindex.x, (int)gridindex.y, dragoncontroller);
}
}
break;
case GameStates.SPELL_DRAGONSELECT:
if (battlefield.isMouseInBoard())
{
//get the dragon at the clicked point on board(nothing if null)
//not checking for repition right now
Vector3 mousehitpoint = battlefield.getRayCastHitPoint();
Vector2 gridindex = battlefield.getGridIndex(mousehitpoint);
Dragon dragon = null;
if (spelldeployer.isSpellSelfEffecting())
{
dragon = battlefieldgamedata.getDragonOfPlayer((int)gridindex.x, (int)gridindex.y, (uint)(turnmanager.currentplayer - 1));
}
else
{
dragon = battlefieldgamedata.getDragonNotOfPlayer((int)gridindex.x, (int)gridindex.y, (uint)(turnmanager.currentplayer - 1));
}
if (dragon != null)
{
utility_listofdragons.Add(dragon);
//terminate spell dragon selection proocess
if (utility_listofdragons.Count >= spelldeployer.getExpectedEffectedDragonCount())
{
gstate = GameStates.NONE;
Debug.Log("Max selected");
}
}
}
break;
case GameStates.MOVEMENT_DRAGONSELECT:
if (battlefield.isMouseInBoard())
{
//select a single dragon on board
Vector3 mousehitpoint = battlefield.getRayCastHitPoint();
Vector2 gridindex = battlefield.getGridIndex(mousehitpoint);
Dragon dragon = battlefieldgamedata.getDragonOfPlayer((int)gridindex.x, (int)gridindex.y, (uint)(turnmanager.currentplayer - 1));
if (dragon != null)
{
utility_tileindex = gridindex;
gstate = GameStates.MOVEMENT_FINALTILESELECT;
}
}
break;
case GameStates.MOVEMENT_FINALTILESELECT:
if (battlefield.isMouseInBoard())
{
//select a final tile to move the previous dragon to on board
Vector3 mousehitpoint = battlefield.getRayCastHitPoint();
Vector2 gridindex = battlefield.getGridIndex(mousehitpoint);
if (battlefieldgamedata.moveDragon((int)utility_tileindex.x, (int)utility_tileindex.y, (int)gridindex.x, (int)gridindex.y, battlefield.getMouseWorldposonBoard()))
{
gstate = GameStates.NONE;
}
}
break;
case GameStates.ATTACK_DRAGONSELECT:
if (battlefield.isMouseInBoard())
{
//select a single dragon on board
Vector3 mousehitpoint = battlefield.getRayCastHitPoint();
Vector2 gridindex = battlefield.getGridIndex(mousehitpoint);
Dragon dragon = battlefieldgamedata.getDragonOfPlayer((int)gridindex.x, (int)gridindex.y, (uint)(turnmanager.currentplayer - 1));
if (dragon != null)
{
utility_tileindex = gridindex;
gstate = GameStates.NONE;
//pass the message to ui controls
buttoncontrols.showAttackPane();
}
}
break;
case GameStates.ATTACK_AFFECTEDDRAGONSELECT:
if (battlefield.isMouseInBoard())
{
//select a single dragon on board
Vector3 mousehitpoint = battlefield.getRayCastHitPoint();
Vector2 gridindex = battlefield.getGridIndex(mousehitpoint);
Dragon dragon = null;
//only get dragons that are in range
if (battlefieldgamedata.isTileInRange((int)gridindex.x, (int)gridindex.y, (int)utility_tileindex.x, (int)utility_tileindex.y, (int)attackdeployer.getRange()))
{
dragon = battlefieldgamedata.getDragonNotOfPlayer((int)gridindex.x, (int)gridindex.y, (uint)(turnmanager.currentplayer - 1));
}
if (dragon != null)
{
utility_listofdragons.Add(dragon);
if (utility_listofdragons.Count >= attackdeployer.getAffectedDragonCount())
{
gstate = GameStates.NONE;
deployAttack();
}
}
}
break;
}
}
