// transitions to next level
// calculates bonus from remaining cities/missiles
private void EndLevel()
{
Debug.WriteLine("EndLevel()");
// determine remaining missiles
int _remainingLevelMissiles = RemainingMissiles;
// determine remaining cities
int _remainingLevelCities = RemainingCities;
// determine bonus scores
int _cityBonus = _remainingLevelCities * settings.ScoreSavedCities * scoreMultiplier;
int _missileBonus = _remainingLevelMissiles * settings.ScoreUnusedMissile * scoreMultiplier;
// subtract from remaining score
remainingScore -= _cityBonus + _missileBonus;
// add to score
score += _cityBonus + _missileBonus;
// check for earned bonus cities
// if remaining score <= 0, add bonus cities
if (remainingScore <= 0)
{
int _score = Math.Abs(remainingScore) + settings.ScoreBonusCity;
// determine bonus cities
bonusCities += (_score - (_score % settings.ScoreBonusCity)) / settings.ScoreBonusCity;
// determine new remaining score
remainingScore = settings.ScoreBonusCity - (_score % settings.ScoreBonusCity);
}
// check if game over
bool gameOver = true;
// check if all cities destroyed
foreach (City _c in cities)
{
if (!_c.Destroyed)
{
gameOver = false;
break;
}
}
if (gameOver)
{
// check if bonus cities available
gameOver = bonusCities <= 0;
}
// transition to next status
if (gameOver)
{
status = GameLevelStatus.Over;
// call event to add new score
newScore(score);
}
else
{
status = GameLevelStatus.Between;
}
}
// Reset game state
// assumes call is from Logic, resets state end
// calls event on GameDraw to remove appropriate shapes
public void Reset()
{
// reset score
CheatsEnabled = false;
level = 0;
score = 0;
//Highscore = 0;
// reset game time
gameTime = 0;
status = GameLevelStatus.None;
// shapes to remove
List <Shape> _toRemove = new List <Shape>();
// get projectile shapes
foreach (Missile _p in projectiles)
{
_toRemove.AddRange(_p.Shapes);
}
// get explosion shapes
foreach (Explosion _e in explosions)
{
_toRemove.AddRange(_e.Shapes);
}
// get battery shapes
_toRemove.Add(leftBattery.DisplayShape);
_toRemove.Add(centerBattery.DisplayShape);
_toRemove.Add(rightBattery.DisplayShape);
// get city shapes
foreach (City _c in cities)
{
_toRemove.Add(_c.DisplayShape);
}
// call event to remove shapes
removeShapes(_toRemove);
// reset projectiles
projectiles.Clear();
// reset explosions
explosions.Clear();
// reset batteries
leftBattery.Reset();
centerBattery.Reset();
rightBattery.Reset();
// reset cities
foreach (City _c in cities)
{
_c.Reset();
}
// wipe target list
targets.Clear();
}
protected override void OnStart()
{
UIGameLevelSceneView view = UISceneCtrl.Instance.Load(UISceneType.GameLevel).GetComponent <UIGameLevelSceneView>();
ChangeSceneCtrl.Instance.Show(ChangeSceneType.Open, null);
view.SetUI(Global.Instance.CurLevel);
UIDispatcher.Instance.AddEventListen(ConstDefine.SceneGameLevelViewClickPauseBtn, OnClickGameLevelViewClickPauseBtn);
//Global.Instance.SetMusic();
GridManager.Instance.CreateNode();
CreateMap(Global.Instance.CurLevel);
m_TurnCount = -1;
m_IsPlayerRound = false;
Turn();
GameLevelStatus = GameLevelStatus.Playing;
}
// constructor
public GameState(GameSettings _settings, Canvas _canvas, SoundPlayer _soundPlayer)
{
rand = new Random();
settings = _settings;
gameCanvas = _canvas;
soundPlayer = _soundPlayer;
// init values
gameTime = 0;
status = GameLevelStatus.None;
level = 0;
score = 0;
CheatsEnabled = false;
Highscore = 0;
// create lists for projectile/explosion objects
projectiles = new List <Missile>();
explosions = new List <Explosion>();
// list of targets
targets = new List <ITarget>();
// list of targets for a level
levelTargets = new List <ITarget>();
}
// advance level to next
private void NextLevel()
{
Debug.WriteLine("NextLevel()");
// reset level time
levelTime = 0;
levelCheckTime = 0;
status = GameLevelStatus.Active;
// check if level is at most
if (level >= settings.MaxLevel)
{
// reset values back to initial
level = 1;
scoreMultiplier = 1;
levelsRemaining = settings.ScoreMultiplierLevelStep;
incomingMissilesTotal = settings.IncomingMissileCountInitial;
incomingMissiles = incomingMissilesTotal;
incomingMissilesUp = 0;
incomingMissileSpeed = (settings.MissileSpeedUp) ? settings.IncomingMissileSpeedInitial : settings.IncomingMissileSpeedStatic;
incomingMissleSplitChance = settings.MissileSplitChanceInitial;
incomingMissileWaveMax = settings.WaveMissileCountInitial;
// set color palette
return;
}
// up level
++level;
// check if time to increase score multiplier
if (levelsRemaining <= 0)
{
// increase score multiplier, limit to multiplier max
scoreMultiplier = Math.Min(scoreMultiplier + 1, settings.ScoreMultiplierMax);
// reset levels remaining
levelsRemaining = settings.ScoreMultiplierLevelStep;
}
else
{
--levelsRemaining;
}
// up missile count
incomingMissilesTotal = Math.Min(incomingMissilesTotal + settings.IncomingMissileStep, settings.IncomingMissileCountMax);
incomingMissiles = incomingMissilesTotal;
incomingMissilesUp = 0;
// check if should up missile speed
if (settings.MissileSpeedUp)
{
// up missile speed
incomingMissileSpeed = Math.Min(incomingMissileSpeed + settings.IncomingMissileSpeedStep, settings.IncomingMissileSpeedMax);
}
// up missile split chance
incomingMissleSplitChance = Math.Min(incomingMissleSplitChance + settings.MissileSplitChanceStep, settings.MissileSplitChanceMax);
// up missile wave max
incomingMissileWaveMax = Math.Min(incomingMissileWaveMax + settings.WaveMissileCountStep, settings.WaveMissileCountMax);
// replenish cities if possible (from bonusCities)
ReplenishCities();
// readd battery shapes if destroyed
List <Shape> _toAdd = new List <Shape>();
if (leftBattery.Destroyed)
{
_toAdd.Add(leftBattery.DisplayShape);
}
if (centerBattery.Destroyed)
{
_toAdd.Add(centerBattery.DisplayShape);
}
if (rightBattery.Destroyed)
{
_toAdd.Add(rightBattery.DisplayShape);
}
addShapes(_toAdd);
// reset batteries
leftBattery.Reset();
centerBattery.Reset();
rightBattery.Reset();
// rebuild targets list
targets.Clear();
targets.Add(leftBattery);
targets.Add(centerBattery);
targets.Add(rightBattery);
foreach (City _c in cities)
{
if (!_c.Destroyed)
{
targets.Add(_c);
}
}
// determine level targets
BuildLevelTargets();
// determine if time to change color pallete
// advance color palette
}
// set state to a new game
public void Start()
{
// reset just in case
Reset();
// initial values
status = GameLevelStatus.Active;
levelTime = 0;
levelCheckTime = 0;
level = 1;
score = 0;
scoreMultiplier = 1;
remainingScore = settings.ScoreBonusCity;
//bonusCities = 0;
bonusCities = (settings.InitialCities > 6) ? (settings.InitialCities - 6) : 0;
levelsRemaining = settings.ScoreMultiplierLevelStep;
incomingMissilesTotal = settings.IncomingMissileCountInitial;
incomingMissiles = incomingMissilesTotal;
incomingMissilesUp = 0;
incomingMissileSpeed = (settings.MissileSpeedUp) ? settings.IncomingMissileSpeedInitial : settings.IncomingMissileSpeedStatic;
incomingMissleSplitChance = settings.MissileSplitChanceInitial;
incomingMissileWaveMax = settings.WaveMissileCountInitial;
// if settings.InitialCities < 6, destroy some cities
if (settings.InitialCities < 6)
{
int _toDestroy = 6 - settings.InitialCities;
while (_toDestroy > 0)
{
// destroy a random city
City _c = cities[rand.Next(cities.Count)];
// very bad workaround to just building a list
// or making a static method to grab a random index from a list
if (_c.Destroyed)
{
continue;
}
_c.Impacted(null);
_toDestroy--;
}
}
// build target list
targets.Add(leftBattery);
targets.Add(centerBattery);
targets.Add(rightBattery);
foreach (City _c in cities)
{
if (!_c.Destroyed)
{
targets.Add(_c);
}
}
// build level targets list
BuildLevelTargets();
// add target shapes
List <Shape> _toAdd = new List <Shape>();
foreach (ITarget _target in targets)
{
_toAdd.Add(_target.DisplayShape);
}
addShapes(_toAdd);
// set color palette
}
private void OnClickGameLevelViewClickPauseBtn(object[] p)
{
UIViewMgr.Instance.OpenView(UIViewType.GameLevelPause);
GameLevelStatus = GameLevelStatus.Pause;
}