void HandleTurnStarted(object sender, EventArgs args)
{
TurnStartedEvent e = args as TurnStartedEvent;
BUnit bUnit = GetBUnit(e.unit);
EventProxyManager.FireEvent(this, new EventDoneEvent());
}
void HandleRoundSetup(object sender, EventProxyArgs args)
{
RoundSetupEvent e = args as RoundSetupEvent;
bInitativeList.UpdateList(e.sortedList);
EventProxyManager.FireEvent(this, new EventDoneEvent());
}
public void Execute()
{
// assume we have only 2 teams on the field
int aliveTeamA = 0;
int aliveTeamB = 0;
// count number of units alive on each team
foreach (Unit unit in model.units)
{
switch (unit.team)
{
case Unit.Team.PLAYER:
if (unit.Alive)
{
aliveTeamA++;
}
break;
case Unit.Team.AI:
if (unit.Alive)
{
aliveTeamB++;
}
break;
}
}
// if all units on one team are that the game is over
bool playerDefeated = false;
bool aiDefeated = false;
if (aliveTeamA == 0)
{
playerDefeated = true;
}
if (aliveTeamB == 0)
{
aiDefeated = true;
}
if (playerDefeated || aiDefeated)
{
if (aiDefeated) // player has won
// get current level ID
{
int lastLevel = int.Parse(Application.loadedLevelName.Substring(6));
// check highest level
int highestLevel = PlayerPrefs.GetInt("HighestLevel");
if (highestLevel < lastLevel)
{
highestLevel = lastLevel;
}
// update player prefs
PlayerPrefs.SetInt("LastLevel", lastLevel);
PlayerPrefs.SetInt("HighestLevel", highestLevel);
}
model.matchRunning = false;
EventProxyManager.FireEvent(this, new GameoverEvent(playerDefeated, aiDefeated));
}
}
/// <summary>
/// This routine does the movement animation.
/// </summary>
/// <returns>Nothing; IEnumerator is just for coroutines</returns>
/// <param name="path">The path we want to move along</param>
/// <param name="bCombatMenu">This combat Menu will be hide during animation</param>
public IEnumerator MoveRoutine(BMapTile[] path, BCombatMenu bCombatMenu)
{
bCombatMenu.Hide();
for (int i = 1; i < path.Length; i++)
{
Vector3 nextWp = path[i].transform.position;
Vector3 lookPoint = nextWp;
lookPoint.y = 0;
meshContainer.transform.LookAt(lookPoint);
do
{
Vector3 translation = nextWp - transform.position;
float distance = translation.magnitude;
translation = translation.normalized * Time.deltaTime * movementSpeed;
if (distance < translation.magnitude)
{
transform.position = nextWp;
break;
}
else
{
transform.Translate(transform.InverseTransformDirection(translation));
}
yield return(0);
} while(transform.position != nextWp);
}
bCombatMenu.OpenForBUnit(parent);
EventProxyManager.FireEvent(this, new EventDoneEvent());
}
/// <summary>
/// Routine to perfome a attack animation
/// </summary>
/// <returns>IEnumerator is needed for co-routines.<</returns>
/// <param name="target">The BUnit whom is the attack target.</param>
/// <param name="attack">The attack which will be performed.</param>
/// <param name="efficeny">0 = not effectiv, 1 = normal efficeny, 2 = very effectiv</param>
/// <param name="damage">The amount of damage dealt by this attack.</param>
public IEnumerator AttackRoutine(UnitAttackedEvent e, BMapTile target, BUnit[] victims, BCombatMenu bCombatMenu)
{
meshContainer.transform.LookAt(target.transform.position);
bCombatMenu.Hide();
// sound effect
attackSound.Play();
// animation
animator.SetTrigger("AttackTrigger");
// wait some time before starting the attack effect
yield return(new WaitForSeconds(e.attack.effectDelay));
// caluclate the direction of the attack and project it on one of the 4 vectors: (0,1),(1,0),(0,-1),(-1,0)
Vector direction = new Vector(Mathf.FloorToInt(target.transform.position.x - this.transform.position.x),
Mathf.FloorToInt(target.transform.position.z - this.transform.position.z));
direction.NormalizeTo4Direction();
BParticleManager.PlayEffect(e.attack.attackName, target.transform.position, new Vector3(direction.x, 0, direction.y));
// wait some time before trigger the hit animtion/effect
yield return(new WaitForSeconds(e.attack.hitDelay));
for (int i = 0; i < victims.Length; i++)
{
victims[i].PlayHitAnimation(e.efficiency, e.damage[i]);
victims[i].unitUI.ShowDamage(e.damage[i]);
}
// wait the rest of the time for the animation before contuine with next event
yield return(new WaitForSeconds(e.attack.fullAnimationTime - e.attack.effectDelay - e.attack.hitDelay));
EventProxyManager.FireEvent(this, new EventDoneEvent());
}
void HandleUnitSpawned(object sender, EventArgs args)
{
UnitSpawnedEvent e = args as UnitSpawnedEvent;
SpawnBUnit(e.unit);
EventProxyManager.FireEvent(this, new EventDoneEvent());
}
public void Execute()
{
// stop if start and destination are the same
if ((unit.mapTile == path.Last)
// or if target is to far away for unit move
|| (path.Cost > unit.MovePoints))
{
path = new Path(new MapTile[] { path.Last });
EventProxyManager.FireEvent(this, new UnitMovedEvent(unit, path));
}
else
{
// we are now sure, that unit is allowed to move and target is in range
// now performce actual move
model.MoveUnit(unit, path.Last);
EventProxyManager.FireEvent(this, new UnitMovedEvent(unit, path));
// trigger OnStayEffect on each topping on the path
for (int i = 0; i < path.Length; i++)
{
if (path[i].topping != null)
{
path[i].topping.OnStayEffect(unit);
}
}
// clear units move resource, since only one move per turn is permitted
unit.MovePoints = 0;
model.combat.CheckForDeadUnits();
}
}
void HandleToppingDestroyed(object sender, EventArgs args)
{
ToppingDestroyedEvent e = args as ToppingDestroyedEvent;
BMapTile bMapTile = GetBMapTile(e.target.mapTile);
bMapTile.DestroyTopping();
EventProxyManager.FireEvent(this, new EventDoneEvent());
}
void HandleUnitLoseHealth(object sender, EventProxyArgs eventArgs)
{
UnitLoseHealthEvent e = eventArgs as UnitLoseHealthEvent;
BUnit bUnit = GetBUnit(e.unit);
bUnit.unitUI.UpdateLifebar(e.damage);
EventProxyManager.FireEvent(this, new EventDoneEvent());
}
void HandleBUnitTapped(object sender, EventArgs args)
{
// use tapped unit as attack target for active unit
// if active unit is not ready to attack, nothing will happen
// BUnitTappedEvent e = args as BUnitTappedEvent;
// if(GetBMapTile(e.bUnit.unit.mapTile).Clickable)
// activeBUnit.SetAttackTarget(e.bUnit);
EventProxyManager.FireEvent(this, new EventDoneEvent());
}
public IEnumerator DeathRoutine(BUnitUI unitUI)
{
yield return(new WaitForSeconds(1f));
deathSound.Play();
animator.SetTrigger("DeathTrigger");
yield return(new WaitForSeconds(2f));
meshContainer.SetActive(false);
unitUI.gameObject.SetActive(false);
EventProxyManager.FireEvent(this, new EventDoneEvent());
}
void OnTap()
{
// we clicked with mouse or tapped on the touchscreen
// cast an ray from the screen point
Ray cursorRay = Camera.main.ScreenPointToRay(Input.mousePosition);
// create layer mask to ignore layer "Ignore Raycast" and hit all others
int mask = 1 << LayerMask.NameToLayer("Ignore Raycast");
mask = ~mask;
BMapTile bMapTile = null;
RaycastHit[] hits = Physics.RaycastAll(cursorRay, Mathf.Infinity, mask);
// this does not work since buttons will be Deactivate just as we cast the ray
// so we don't hit them anymore :(
if (CheckUIHit())
{
return;
}
// check all objects hit on raycast
foreach (RaycastHit hit in hits)
{
// let's see what we hit with the raycast
switch (hit.collider.gameObject.layer)
{
case UI_LAYER:
// we hit an ui element first
// stop looking for map and stuff and just return
Debug.LogWarning("Hit UI! Stop here");
return;
case UNIT_LAYER:
// find the quad the unit is standing on
BUnit bUnit = hit.collider.GetComponent <BUnit>();
// fire event for the tapped bUnit
tapFieldSound.Play();
EventProxyManager.FireEvent(this, new BUnitTappedEvent(bUnit));
break;
case GRID_LAYER:
// we hit an quad of the map
bMapTile = hit.collider.GetComponent <BMapTile>();
// fire event for the tapped mapTile
tapFieldSound.Play();
EventProxyManager.FireEvent(this, new BMapTileTappedEvent(bMapTile));
break;
}
}
}
void HandleEvent(object sender, EventProxyArgs args)
{
if (args.name == EventName.TurnStarted)
{
TurnStartedEvent e = (TurnStartedEvent)args;
Debug.Log("Round: " + e.round + " Turn: " + e.turn);
}
eventQueue.Enqueue(args);
if (!performingEvent)
{
EventProxyManager.FireEvent(this, new EventDoneEvent());
}
}
/// <summary>
/// Plaies the hit animation.
/// </summary>
/// <param name="efficeny">0 = not effectiv, 1 = normal efficeny, 2 = very effectiv</param>
public void PlayHitAnimation(byte efficeny, int damage)
{
if (damage > 0)
{
//unitUI.UpdateLifebar(damage);
StartCoroutine(bUnitAnimator.DamageFlashRoutine());
StartCoroutine(bUnitAnimator.ShakeRoutine(0.25f * efficeny, 0.1f * efficeny));
}
else
{
EventProxyManager.FireEvent(this, new EventDoneEvent());
}
}
IEnumerator NotifyRoutine(BUnit bUnit)
{
if (bUnit.unit.team == Unit.Team.PLAYER)
{
bNotification.Display("Dein " + bUnit.unit.UnitName + " ist am Zug");
}
else
{
bNotification.Display("Gegnerische " + bUnit.unit.UnitName + " ist am Zug");
}
yield return(new WaitForSeconds(2f));
EventProxyManager.FireEvent(this, new EventDoneEvent());
}
public void SetupRound()
{
currentRound.Clear();
foreach (Unit unit in activeUnits)
{
unit.ResetTurn();
currentRound.Enqueue(unit);
}
// count rounds
round++;
turn = 0;
EventProxyManager.FireEvent(this, new RoundSetupEvent(currentRound.ToList <Unit>()));
}
public void SpawnUnit(MapTile mapTile, Unit.Team team, string name)
{
// IMPORTANT! Keep refence synced
Unit unit = new Unit();
unit.mapTile = mapTile;
mapTile.unit = unit;
unit.Init();
unit.team = team;
if (Unit.Team.AI == team)
{
unit.ai = new AIHunter(this, controller, unit);
}
// add unit to list
units.Add(unit);
// unit is spawned
EventProxyManager.FireEvent(this, new UnitSpawnedEvent(unit));
}
void Init(MapTile[][] mapTiles, Unit[] units)
{
// load database
//GameData.LoadFromFile();
// register for logic important events
EventProxyManager.RegisterForEvent(EventName.RoundSetup, HandleRoundSetup);
EventProxyManager.RegisterForEvent(EventName.UnitDied, HandleUnitDied);
EventProxyManager.RegisterForEvent(EventName.TurnStarted, HandleTurnStarted);
// init model
model = new Model(this);
model.InitMap(mapTiles);
model.InitUnits(units);
// init pathFinder object
pathFinder = new PathFinder(model.grid);
pathFinder.Diagonals = false;
pathFinder.PunishChangeDirection = false;
pathFinder.SearchLimit = 9000;
pathFinder.DebugFoundPath = true;
pathFinder.DebugProgress = true;
}
public void InitMap(MapTile[][] mapTiles)
{
// init 1st dimension
this.mapTiles = mapTiles;
// instantiate maptile from mapData
// for (int i = 0; i < mapData.width; i++) {
// // init 2nd dimension
// mapTiles[i] = new MapTile[mapData.height];
//
// for (int j = 0; j < mapData.height; j++) {
// mapTiles[i][j] = new MapTile(i,j);
// mapTiles[i][j].Penalty = mapData.penalties[i][j];
// }
// }
grid = new byte[mapTiles.Length, mapTiles[0].Length];
UseMoveGrid();
// map is now initiliazed
EventProxyManager.FireEvent(this, new MapInitializedEvent(mapTiles));
}
/// <summary>
/// Checks every unit's hp and calls the death event if necessary.
/// </summary>
public void CheckForDeadUnits()
{
List <Unit> deadUnits = new List <Unit>();
foreach (Unit unit in activeUnits)
{
if (!unit.Alive)
{
// add to deceased units
deadUnits.Add(unit);
// remove target from map
unit.mapTile.unit = null;
// fire event
EventProxyManager.FireEvent(this, new UnitDiedEvent(unit));
}
}
foreach (Unit deceased in deadUnits)
{
activeUnits.Remove(deceased);
}
}
public void Execute()
{
// get next unit from queue
Unit unit = model.combat.GetNextUnit();
// increase turn counter
model.combat.turn++;
// immedialty end turn if unit is already dead
if (!unit.Alive)
{
controller.EndTurn();
return;
}
// execute field effect for all unit
foreach (Unit u in model.units)
{
if (u.mapTile.topping != null)
{
u.mapTile.topping.OnStayEffect(u);
}
}
model.combat.CheckForDeadUnits();
// check again if this unit is dead (might have died from field effects)
if (!unit.Alive)
{
controller.EndTurn();
return;
}
// activate next unit
model.ActivateUnit(unit);
EventProxyManager.FireEvent(this, new TurnStartedEvent(unit, model.combat.round, model.combat.turn));
}
public void LoseHealth(int damage)
{
currentHealth -= damage;
EventProxyManager.FireEvent(EventName.UnitLoseHealth, new UnitLoseHealthEvent(this, damage));
}
public void Execute()
{
// auto set attack target for range 0 attack
// helps AI to perfome rang 0 attacks
if (attack.range == 0)
{
target = source.mapTile;
}
// quite early if source unit is not allowed to attack or target is out of range
if (!source.CanAttack || AttackDistance(source.mapTile, target) > attack.range)
{
return;
}
// lower attack resource on source unit
// so it can't attack again this turn
source.AttackPoints = 0;
float hit = (float)new Random().NextDouble();
int damageUnit = 0;
byte efficency = 1;
float typeModifier = 1;
// check hit chance
if (attack.hitChance < hit)
{
return;
}
// attack is succesfull
// apply damage to all unit in attack area
// don't trigger the toppings right away, otherwise breaking oil vases would ignite right away in most cases
List <KeyValuePair <MapTile, Topping> > affectedToppings = new List <KeyValuePair <MapTile, Topping> >();
// to be secure we make a list of already checked mapTiles, so the recusion will not be endless
List <Vector> checkedMapTiles = new List <Vector>();
int x = 0;
int y = 0;
List <Unit> victims = new List <Unit>();
List <int> damage = new List <int>();
Vector rotDir = new Vector(target.x - source.mapTile.x, target.y - source.mapTile.y);
// make sure the direction for the attack is one of the four standart direcitons
rotDir.NormalizeTo4Direction();
int[,] rot = Vector.RotateToMatrix(rotDir);
// perform attack for eacht field in the attack area
foreach (Vector pt in attack.area)
{
// apply rotation to field
Vector rotPt = pt.Clone();
if (rotDir != Vector.zero)
{
rotPt.ApplyMatrix(rot);
}
x = target.x + rotPt.x;
y = target.y + rotPt.y;
// check if field is inside grid
if (model.IsPointOnGrid(new Vector(x, y)))
{
// do attack effect on mapTile
if (model.mapTiles[x][y].topping != null)
{
//recursivly check all neighbour fields if they are of the same topping type
RecursivlyEffectToppings(model.mapTiles[x][y], attack, ref checkedMapTiles, ref affectedToppings);
}
// check field for units
if (model.mapTiles[x][y].unit != null)
{
Unit unit = model.mapTiles[x][y].unit;
// calculate and apply damage to unit
typeModifier = CalcTypeModifier(attack, unit);
efficency = (byte)((typeModifier > 1f) ? 2 : (typeModifier == 1f) ? 1 : 0);
damageUnit = CalcDamage(source.Attack, attack.damage, typeModifier);
// add to list of hit units
victims.Add(unit);
damage.Add(damageUnit);
}
}
}
// apply the attack effect to all hit toppings
foreach (KeyValuePair <MapTile, Topping> pair in affectedToppings)
{
// check that the topping still exists and wasn't destroyed by a neighbouring topping
if (pair.Key.topping == pair.Value)
{
pair.Value.OnAttackEffect(attack, model);
}
}
EventProxyManager.FireEvent(this, new UnitAttackedEvent(attack, source, target, victims, efficency, damage));
for (int i = 0; i < victims.Count; i++)
{
victims[i].LoseHealth(damage[i]);
}
// when target died fire event AFTER attack was performed
this.model.combat.CheckForDeadUnits();
}
public void ActivateUnit(Unit unit)
{
activeUnit = unit;
EventProxyManager.FireEvent(this, new UnitActivatedEvent(unit));
}
void HandleBMapTileTapped(object sender, EventArgs args)
{
// forward maptile to active unit
BMapTileTappedEvent e = args as BMapTileTappedEvent;
// handle taps while moveing
if (activeBUnit.CurrentAction == BUnit.Action.MOVE ||
activeBUnit.CurrentAction == BUnit.Action.CONFIRMMOVE)
{
if (e.bMapTile.colorState == BMapTile.ColorState.PATH)
{
if (e.bMapTile == activeBUnit.Target)
{
activeBUnit.SetMoveTarget(new Path(new MapTile[] { e.bMapTile.mapTile }));
}
EventProxyManager.FireEvent(this, new EventDoneEvent());
return;
}
if (e.bMapTile.Clickable)
{
// ignore the active unit on the grid, since it is the one who will move
byte[,] grid = controller.model.grid;
grid[activeBUnit.unit.mapTile.x, activeBUnit.unit.mapTile.y] = 1;
// calculate path with new grid
Path path = controller.GetPath(activeBUnit.path.Last, e.bMapTile.mapTile, grid);
activeBUnit.SetMoveTarget(path);
}
else
{
activeBUnit.CancleTargetSelection();
}
}
else
{
if (e.bMapTile.Clickable)
{
activeBUnit.SetAttackTarget(e.bMapTile);
}
}
// check unit on the field for beeing the active unit
if (e.bMapTile.mapTile.unit != null)
{
BUnit bUnit = GetBUnit(e.bMapTile.mapTile.unit);
if (bUnit == activeBUnit && bUnit.CurrentAction != BUnit.Action.CONFIRMATTACK)
{
bUnit.PopupCombatMenu();
}
}
else
{
// while beeing in move-mode; close menu on mapTile click
if (activeBUnit.CurrentAction != BUnit.Action.ATTACK)
{
Debug.Log("dont hide back button");
}
//bCombatMenu.Hide();
}
EventProxyManager.FireEvent(this, new EventDoneEvent());
}
void Init()
{
performingEvent = true;
// register event
EventProxyManager.RegisterForEvent(EventName.Initialized, HandleEvent);
EventProxyManager.RegisterForEvent(EventName.UnitSpawned, HandleEvent);
EventProxyManager.RegisterForEvent(EventName.RoundSetup, HandleEvent);
EventProxyManager.RegisterForEvent(EventName.UnitActivated, HandleEvent);
EventProxyManager.RegisterForEvent(EventName.TurnStarted, HandleEvent);
EventProxyManager.RegisterForEvent(EventName.BMapTileTapped, HandleEvent);
EventProxyManager.RegisterForEvent(EventName.BUnitTapped, HandleEvent);
EventProxyManager.RegisterForEvent(EventName.UnitMoved, HandleEvent);
EventProxyManager.RegisterForEvent(EventName.UnitAttacked, HandleEvent);
EventProxyManager.RegisterForEvent(EventName.UnitLoseHealth, HandleEvent);
EventProxyManager.RegisterForEvent(EventName.UnitDied, HandleEvent);
EventProxyManager.RegisterForEvent(EventName.ToppingSpawned, HandleEvent);
EventProxyManager.RegisterForEvent(EventName.ToppingDestroyed, HandleEvent);
EventProxyManager.RegisterForEvent(EventName.Gameover, HandleEvent);
EventProxyManager.RegisterForEvent(EventName.EventDone, HandleEventDone);
EventProxyManager.RegisterForEvent(EventName.DebugLog, HandleDebugLog);
// find scene references
bCombatMenu = GameObject.FindObjectOfType <BCombatMenu>();
bInputManager = GameObject.FindObjectOfType <BInputManager>();
bCameraMover = GameObject.FindObjectOfType <BCameraMover>();
// instatiate marker
unitMarker = (GameObject)Instantiate(bActiveMarkerPrefab);
MapTile[][] mapTiles = new MapTile[bMap.lengthX][];
for (int i = 0; i < bMap.lengthX; i++)
{
mapTiles[i] = new MapTile[bMap.lengthY];
for (int j = 0; j < bMap.lengthY; j++)
{
bMap[i, j].UpdateTopping(); // this is required to tranfer the topping data to the mapTile
mapTiles[i][j] = bMap[i, j].mapTile;
}
}
BUnit[] startBUnits = GameObject.FindObjectsOfType <BUnit>();
bUnits = new List <BUnit>();
Unit[] units = new Unit[startBUnits.Length];
for (int i = 0; i < units.Length; i++)
{
// add units from scene to an array
units[i] = startBUnits[i].unit;
// set maptile reference by scene position
int x = Mathf.FloorToInt(startBUnits[i].transform.position.x);
int y = Mathf.FloorToInt(startBUnits[i].transform.position.z);
units[i].mapTile = mapTiles[x][y];
mapTiles[x][y].unit = units[i];
// add bUnit to list
startBUnits[i].Init(this, bCombatMenu);
bUnits.Add(startBUnits[i]);
}
// start the game
controller = new Controller(this, mapTiles, units);
EventProxyManager.FireEvent(this, new EventDoneEvent());
}
/// <summary>
/// Remove this Topping from the game.
/// </summary>
public void Destroy()
{
this.mapTile.topping = null;
EventProxyManager.FireEvent(this, new ToppingDestroyedEvent(this));
}
public void OnDestroy()
{
// unregister from all Events
EventProxyManager.Clear();
}
/// <summary>
/// Place this instance on a MapTile.
/// </summary>
/// <param name="mapTile">The parent MapTile where to spawn</param>
public void Spawn(MapTile mapTile)
{
this.mapTile = mapTile;
EventProxyManager.FireEvent(this, new ToppingSpawnEvent(this));
}
void HandleInitialized(object sender, EventArgs args)
{
InstatiateMap((args as MapInitializedEvent).mapTiles);
EventProxyManager.FireEvent(this, new EventDoneEvent());
}
