private Tile AnalyseCoverSystem(Unit unit, List <Tile> walkableTilesInRange, List <Unit> allHostileInSight)
{
List <Tile> walkableTilesInRangeAlt = new List <Tile>(); //for cover system, secondary tiles with less cover
List <Tile> halfCoveredList = new List <Tile>(); //a list for all the tiles with half Cover
List <Tile> fullCoveredList = new List <Tile>(); //a list for all the tiles with full Cover
if (allHostileInSight.Count == 0)
{
fullCoveredList = walkableTilesInRange;
}
else //if there are hostile in sight
//loop through all the walkable, record their score based on
{
for (int i = 0; i < walkableTilesInRange.Count; i++)
{
Tile tile = walkableTilesInRange[i];
tile.hostileCount = 0;
tile.coverScore = 0;
//iterate through all hostile, add the count, and cover type to the tile, this will then be used in tile.GetCoverRating() when this loop is complete
for (int n = 0; n < allHostileInSight.Count; n++)
{
// if the hostile is out of range, ignore it
int hostileRange = allHostileInSight[n].GetMoveRange() + allHostileInSight[n].GetAttackRange();
if (GridManager.GetDistance(allHostileInSight[n].tile, tile) > hostileRange)
{
continue;
}
tile.hostileCount += 1;
CoverSystem._CoverType coverType = CoverSystem.GetCoverType(allHostileInSight[n].tile, walkableTilesInRange[i]);
if (coverType == CoverSystem._CoverType.Half)
{
tile.coverScore += 1;
}
else if (coverType == CoverSystem._CoverType.Full)
{
tile.coverScore += 2;
}
}
//get cover rating for the tile
//if score is >=2, the tile has full cover from all hostile, so add it to fullCoveredList
//if score is >=1 && <2, the tile has half cover from all hostile, so add it to halfCoveredList
//if anything <1, the tile is exposed to hostile in some manner
if (tile.GetCoverRating() >= 2)
{
fullCoveredList.Add(tile);
}
else if (tile.GetCoverRating() >= 1)
{
halfCoveredList.Add(tile);
}
}
}
//if either of the CoveredList is not empty, replace walkableTilesInRange with that since there's no need to consider to move into tiles without cover
if (fullCoveredList.Count != 0)
{
walkableTilesInRange = fullCoveredList;
walkableTilesInRangeAlt = halfCoveredList;
}
else if (halfCoveredList.Count != 0)
{
walkableTilesInRange = halfCoveredList;
}
//if there are hostile
if (allHostileInSight.Count > 0)
{
//fill up the walkableTilesInRange hostile list
//then filter thru walkableTilesInRange, those that have a hostile in range will be add to a tilesWithHostileInRange
List <Tile> tilesWithHostileInRange = new List <Tile>();
GridManager.SetupHostileInRangeforTile(unit, walkableTilesInRange);
for (int i = 0; i < walkableTilesInRange.Count; i++)
{
if (walkableTilesInRange[i].GetHostileInRange().Count > 0)
{
tilesWithHostileInRange.Add(walkableTilesInRange[i]);
}
}
if (tilesWithHostileInRange.Count == 0)
{
GridManager.SetupHostileInRangeforTile(unit, walkableTilesInRangeAlt);
for (int i = 0; i < walkableTilesInRangeAlt.Count; i++)
{
if (walkableTilesInRangeAlt[i].GetHostileInRange().Count > 0)
{
tilesWithHostileInRange.Add(walkableTilesInRangeAlt[i]);
}
}
}
//if the tilesWithHostileInRange is not empty after the process, means there's tiles which the unit can move into and attack
//return one of those in the tilesWithHostileInRange so the unit can attack
if (tilesWithHostileInRange.Count > 0)
{
//if the unit current tile is one of those tiles with hostile, just stay put and attack
if (tilesWithHostileInRange.Contains(unit.tile))
{
//randomize it a bit so the unit do move around but not stay in place all the time
if (Random.Range(0f, 1f) > 0.25f)
{
return(unit.tile);
}
}
return(tilesWithHostileInRange[Random.Range(0, tilesWithHostileInRange.Count)]);
}
}
return(null);
}
void Awake()
{
instance = this;
TBData.ClearEndData();
SettingDB settingDB = InitSetting();
if (enableCover)
{
CoverSystem.SetFullCoverDodgeBonus(fullCoverBonus);
CoverSystem.SetHalfCoverDodgeBonus(halfCoverBonus);
CoverSystem.SetExposedCritChanceBonus(exposedCritBonus);
}
//get the instance of each component and initiate them, the order in which these component matters
PerkManager perkManager = (PerkManager)FindObjectOfType(typeof(PerkManager));
if (perkManager != null)
{
perkManager.Init();
}
AbilityManagerUnit abManagerUnit = (AbilityManagerUnit)FindObjectOfType(typeof(AbilityManagerUnit));
if (abManagerUnit != null)
{
abManagerUnit.Init();
}
AbilityManagerFaction abManagerFac = (AbilityManagerFaction)FindObjectOfType(typeof(AbilityManagerFaction));
if (abManagerFac != null)
{
abManagerFac.Init();
}
TurnControl turnControl = (TurnControl)FindObjectOfType(typeof(TurnControl));
turnControl.Init();
if (settingDB != null)
{
turnControl.turnMode = settingDB.turnMode;
turnControl.moveOrder = settingDB.moveOrder;
}
GridManager gridManager = (GridManager)FindObjectOfType(typeof(GridManager));
if (settingDB != null)
{
gridManager.generateGridOnStart = settingDB.generateGridOnStart;
}
gridManager.Init();
FactionManager factionManager = (FactionManager)FindObjectOfType(typeof(FactionManager));
if (settingDB != null)
{
factionManager.generateUnitOnStart = settingDB.generateUnitOnStart;
}
factionManager.Init();
CollectibleManager collectibleManager = (CollectibleManager)FindObjectOfType(typeof(CollectibleManager));
if (settingDB != null)
{
collectibleManager.generateCollectibleOnStart = settingDB.generateCollectibleOnStart;
}
collectibleManager.Init();
GridManager.SetupGridForFogOfWar();
OverlayManager overlayManager = (OverlayManager)FindObjectOfType(typeof(OverlayManager));
overlayManager.Init();
defaultShootObject = Resources.Load("ScenePrefab/DefaultShootObject", typeof(GameObject)) as GameObject;
gamePhase = _GamePhase.Initialization;
}
public void Init()
{
for (int i = 0; i < tileList.Count; i++)
{
tileList[i].Init();
}
GridManager gridManager = GridManager.GetInstance();
//setup the neighbour of each tile
if (gridManager.tileType == _TileType.Square)
{
float distTH = gridManager.tileSize * gridManager.gridToTileRatio * 1.1f;
for (int i = 0; i < tileList.Count; i++)
{
Tile tile = tileList[i];
tile.aStar = new TileAStar(tile);
List <Tile> neighbourList = new List <Tile>();
int nID = i + 1;
if (nID < tileList.Count && Vector3.Distance(tile.GetPosG(), tileList[nID].GetPosG()) <= distTH)
{
neighbourList.Add(tileList[nID]);
}
nID = i + gridManager.length;
if (nID < tileList.Count && Vector3.Distance(tile.GetPosG(), tileList[nID].GetPosG()) <= distTH)
{
neighbourList.Add(tileList[nID]);
}
nID = i - 1;
if (nID >= 0 && Vector3.Distance(tile.GetPosG(), tileList[nID].GetPosG()) <= distTH)
{
neighbourList.Add(tileList[nID]);
}
nID = i - gridManager.length;
if (nID >= 0 && Vector3.Distance(tile.GetPosG(), tileList[nID].GetPosG()) <= distTH)
{
neighbourList.Add(tileList[nID]);
}
//tile.aStar.straightNeighbourCount=neighbourList.Count;
//diagonal neighbour, not in used
if (GridManager.EnableDiagonalNeighbour())
{
nID = (i + 1) + gridManager.length;
if (nID < tileList.Count && Vector3.Distance(tile.GetPosG(), tileList[nID].GetPosG()) <= distTH * 1.5f)
{
neighbourList.Add(tileList[nID]);
}
nID = (i + 1) - gridManager.length;
if (nID >= 0 && Vector3.Distance(tile.GetPosG(), tileList[nID].GetPosG()) <= distTH * 1.5f)
{
neighbourList.Add(tileList[nID]);
}
nID = (i - 1) + gridManager.length;
if (nID < tileList.Count && Vector3.Distance(tile.GetPosG(), tileList[nID].GetPosG()) <= distTH * 1.5f)
{
neighbourList.Add(tileList[nID]);
}
nID = (i - 1) - gridManager.length;
if (nID >= 0 && Vector3.Distance(tile.GetPosG(), tileList[nID].GetPosG()) <= distTH * 1.5f)
{
neighbourList.Add(tileList[nID]);
}
}
tile.aStar.SetNeighbourList(neighbourList);
}
}
else if (gridManager.tileType == _TileType.Hex)
{
float distTH = GridGenerator.spaceZHex * gridManager.tileSize * gridManager.gridToTileRatio * 1.1f;
for (int i = 0; i < tileList.Count; i++)
{
Tile tile = tileList[i];
tile.aStar = new TileAStar(tile);
List <Tile> neighbourList = new List <Tile>();
int nID = i + 1;
if (nID < tileList.Count && Vector3.Distance(tile.GetPosG(), tileList[nID].GetPosG()) <= distTH)
{
neighbourList.Add(tileList[nID]);
}
nID = i + gridManager.length;
if (nID < tileList.Count && Vector3.Distance(tile.GetPosG(), tileList[nID].GetPosG()) <= distTH)
{
neighbourList.Add(tileList[nID]);
}
nID = i + gridManager.length - 1;
if (nID < tileList.Count && Vector3.Distance(tile.GetPosG(), tileList[nID].GetPosG()) <= distTH)
{
neighbourList.Add(tileList[nID]);
}
nID = i - 1;
if (nID >= 0 && Vector3.Distance(tile.GetPosG(), tileList[nID].GetPosG()) <= distTH)
{
neighbourList.Add(tileList[nID]);
}
nID = i - gridManager.length;
if (nID >= 0 && Vector3.Distance(tile.GetPosG(), tileList[nID].GetPosG()) <= distTH)
{
neighbourList.Add(tileList[nID]);
}
nID = i - gridManager.length + 1;
if (nID >= 0 && Vector3.Distance(tile.GetPosG(), tileList[nID].GetPosG()) <= distTH)
{
neighbourList.Add(tileList[nID]);
}
tile.aStar.SetNeighbourList(neighbourList);
//tile.aStar.straightNeighbourCount=neighbourList.Count;
}
}
//setup the wall
for (int i = 0; i < tileList.Count; i++)
{
tileList[i].InitWall();
}
if (GridManager.EnableDiagonalNeighbour())
{
for (int i = 0; i < tileList.Count; i++)
{
tileList[i].CheckDiagonal();
}
}
//setup the cover
if (GameControl.EnableCover())
{
for (int i = 0; i < tileList.Count; i++)
{
CoverSystem.InitCoverForTile(tileList[i]);
}
}
}
private void CalculateChance()
{
if (calculated)
{
return;
}
calculated = true;
float coverDodgeBonus = 0;
float exposedCritBonus = 0;
//if cover system is enabled, get the dodge and crit bonus
if (GameControl.EnableCover())
{
coverType = CoverSystem.GetCoverType(srcUnit.tile, tgtUnit.tile);
if (coverType == CoverSystem._CoverType.Half)
{
coverDodgeBonus = CoverSystem.GetHalfCoverDodgeBonus();
}
else if (coverType == CoverSystem._CoverType.Full)
{
coverDodgeBonus = CoverSystem.GetFullCoverDodgeBonus();
}
else
{
exposedCritBonus = CoverSystem.GetExposedCritChanceBonus();
}
}
//calculate the hit chance
float hit = !isMelee?srcUnit.GetHitChance() : srcUnit.GetHitChanceMelee();
float dodge = tgtUnit.GetDodgeChance() + coverDodgeBonus;
hitChance = Mathf.Clamp(hit - dodge, 0f, 1f);
//calculate the critical chance
float critHit = (!isMelee ? srcUnit.GetCritChance() : srcUnit.GetCritChanceMelee()) + exposedCritBonus;
float critAvoid = tgtUnit.GetCritAvoidance();
critChance = Mathf.Clamp(critHit - critAvoid, 0f, 1f);
//calculate stun chance
float stunHit = srcUnit.GetStunChance();
float stunAvoid = tgtUnit.GetStunAvoidance();
stunChance = Mathf.Clamp(stunHit - stunAvoid, 0f, 1f);
//calculate silent chance
float silentHit = srcUnit.GetSilentChance();
float silentAvoid = tgtUnit.GetSilentAvoidance();
silentChance = Mathf.Clamp(silentHit - silentAvoid, 0f, 1f);
if (isOverwatch)
{
hitChance -= GameControl.GetOverwatchHitPenalty();
critHit -= GameControl.GetOverwatchCritPenalty();
}
//check if flanking is enabled an applicable in this instance
if (GameControl.EnableFlanking())
{
//Vector2 dir=new Vector2(srcUnit.tile.pos.x-tgtUnit.tile.pos.x, srcUnit.tile.pos.z-tgtUnit.tile.pos.z);
float angleTH = 180 - Mathf.Min(180, GameControl.GetFlankingAngle());
Quaternion attackRotation = Quaternion.LookRotation(tgtUnit.tile.GetPos() - srcUnit.tile.GetPos());
//Debug.Log(Quaternion.Angle(attackRotation, tgtUnit.thisT.rotation)+" "+angleTH);
if (Quaternion.Angle(attackRotation, tgtUnit.thisT.rotation) < angleTH)
{
flanked = true;
}
}
}
