private string EnumerateSolutionIssues(int waveIndex, WaveSolution solution)
{
bool issuesFound = false;
string issuesString = "";
WaveStats stats = WaveStatList[waveIndex];
//
// Is it possible to afford this solution?
//
if (stats.CoinAvail < stats.CoinNeeded)
{
issuesFound = true;
issuesString += "Can't afford at start of wave ";
}
//
// Are all the enemies killed in simulation?
//
if (LevelDesc.Waves[waveIndex].Count > stats.FullSimulation.EnemiesKilled)
{
issuesFound = true;
issuesString += "Enemies survived simulation ";
}
if (!issuesFound)
{
return("<span foreground='green'>None</span>");
}
return("<span foreground='red'>" + issuesString + "</span>");
}
public bool Same(WaveSolution s)
{
if (s.Turrets.Count != Turrets.Count)
{
return(false);
}
for (int i = 0; i < Turrets.Count; i++)
{
if (Turrets[i].Name != s.Turrets[i].Name)
{
return(false);
}
if (Turrets[i].pos.x != s.Turrets[i].pos.x)
{
return(false);
}
if (Turrets[i].pos.z != s.Turrets[i].pos.z)
{
return(false);
}
}
return(true);
}
private WaveSolution GenerateWaveSolution()
{
WaveSolution sol = new WaveSolution();
for (int i = 0; i < LevelDesc.Map.Count; i++)
{
if (LevelDesc.Map[i] == 'T')
{
int turretIndex = 0;
if (TurretSelections.TryGetValue(i, out turretIndex))
{
WaveSolutionTurret t = new WaveSolutionTurret();
t.pos.x = (i % LevelDesc.FieldWidth);
t.pos.z = (i / LevelDesc.FieldDepth);
t.Name = LevelDesc.AllowedTurrets[turretIndex];
sol.Turrets.Add(t);
}
}
}
return(sol);
}
private void SaveSolutionClicked(TreeIter iter)
{
int row = (int)WavesModel.GetValue(iter, 0);
string action = (string)WavesModel.GetValue(iter, 9);
if (action != "Save")
{
return;
}
WaveSolution sol = GenerateWaveSolution();
sol.WaveIndex = row;
for (int i = 0; i < Solution.WaveSolutions.Count; i++)
{
if (Solution.WaveSolutions[i].WaveIndex == row)
{
Solution.WaveSolutions.RemoveAt(i);
break;
}
}
Solution.WaveSolutions.Add(sol);
WriteSolution();
RecalculateAllStats();
PopulateTreeWithWaves(LevelDesc);
}
public WaveSimulatorDamageStats SimulateDamageToEnemies(
EnemyDescription enemy,
WaveSolution solution,
float HandMissileFreqency,
float HandMissileDamantPctAverage,
int enemyCount,
bool invincible)
{
DamageStats = new WaveSimulatorDamageStats();
InvincibleEnemies = invincible;
float waveTime = 0.0F;
float timeDelta = 1.0F / 72.0F;
float previousHandMissileTime = 0.0f;
EnemyWave waveDesc = new EnemyWave();
waveDesc.Count = enemyCount;
waveDesc.Enemy = enemy.Name;
waveDesc.DifficultyMultiplier = 1.0F;
ResetLevelDescState(LevelDesc);
TurretManager turrets = new TurretManager(LevelDesc);
ProjectileManager projectiles = new ProjectileManager(LevelDesc, LevelManager.LookupProjectile);
WaveInstance wave = new WaveInstance(LevelDesc, waveDesc, enemy, 0.0F, SimulatorDamageCallback);
for (int i = 0; i < solution.Turrets.Count; i++)
{
turrets.AddTurret(LevelManager.LookupTurret(solution.Turrets[i].Name), solution.Turrets[i].pos, projectiles);
}
Debug.Log("----------------------------------------");
Debug.Log(" Wave of " + enemyCount + " " + enemy.Name + "s");
Debug.Log("----------------------------------------");
do
{
wave.Advance(waveTime);
projectiles.AdvanceAll(waveTime);
turrets.Fire(waveTime);
float timeSinceLastHandMissile = waveTime - previousHandMissileTime;
if (timeSinceLastHandMissile >= HandMissileFreqency)
{
// Real projectiles have to incur flight time but we'll simulate
// the damage as instanntaneous to keep it simple. Also real projectiles
// have blast radius that should hit multiple enemies. We'll just hit one.
}
waveTime += timeDelta;
} while (!wave.IsCompleted);
DamageStats.DamagePerEnemy = DamageStats.DamageDealt / enemyCount;
return(DamageStats);
}
private void SetSolution(WaveSolution sol)
{
TurretSelections.Clear();
int turretCount = 0;
for (int i = 0; i < LevelDesc.Map.Count; i++)
{
if (LevelDesc.Map[i] == 'T')
{
int x = i % LevelDesc.FieldWidth;
int z = i / LevelDesc.FieldDepth;
Button b = MapButtons[i];
bool turretMatch = false;
for (int j = 0; j < sol.Turrets.Count; j++)
{
if ((sol.Turrets[j].pos.x == x) &&
(sol.Turrets[j].pos.z == z))
{
TurretSelections.Add(i, AllowedTurretIndexFromName(sol.Turrets[j].Name));
// Update location on map
UpdateFieldTurretButton(b, sol.Turrets[j].Name);
turretCount++;
turretMatch = true;
}
}
if (!turretMatch)
{
UpdateFieldTurretButton(b, "None");
}
}
}
if (turretCount != sol.Turrets.Count)
{
MessageDialog md = new MessageDialog(null,
DialogFlags.Modal, MessageType.Warning,
ButtonsType.OkCancel, "Some turret positions do not match turret slots - did the map change? Dropped the turrets that don't match.");
int result = md.Run();
md.Destroy();
}
RecalculateAllStats();
PopulateTreeWithWaves(LevelDesc);
}
private void CalculateStatsForWaves(List <TurretStats> Turrets)
{
WaveStatList = new List <WaveStats>();
float maxDPSOverall = 0.0F;
int coinNeeded = 0;
for (int j = 0; j < Turrets.Count; j++)
{
maxDPSOverall += Turrets[j].MaxDPSOverall;
coinNeeded += Turrets[j].t.Cost;
}
int maxCoinEarned = LevelDesc.StartingCoins;
for (int i = 0; i < LevelDesc.Waves.Count; i++)
{
EnemyWave wave = LevelDesc.Waves[i];
EnemyDescription enemyDesc = LevelManager.LookupEnemy(wave.Enemy);
WaveSolution solution = GenerateWaveSolution();
WaveStats stats = new WaveStats();
WaveSimulatorDamageStats singleEnemyStats = SimulateWave(enemyDesc, solution, 1, true);
WaveSimulatorDamageStats fullWaveStats = SimulateWave(enemyDesc, solution, wave.Count, false);
EnemyDescription enemy = LevelManager.LookupEnemy(wave.Enemy);
stats.MaxDmgDealtSingleEnemy = singleEnemyStats.DamageDealt;
stats.MaxDPSOverall = maxDPSOverall;
stats.MaxHPPSProducted = EnemyEditLayout.CalculateDPSforWave(enemy);
stats.FullSimulation = fullWaveStats;
stats.CoinNeeded = coinNeeded;
stats.CoinAvail = maxCoinEarned;
maxCoinEarned += (enemy.Coins * wave.Count);
WaveStatList.Add(stats);
}
}
private void PopulateTreeWithWaves(LevelDescription desc)
{
WavesModel.Clear();
WaveSolution currentSolution = GenerateWaveSolution();
Dictionary <int, WaveSolution> waveSolves = new Dictionary <int, WaveSolution>();
for (int i = 0; i < Solution.WaveSolutions.Count; i++)
{
waveSolves.Add(Solution.WaveSolutions[i].WaveIndex, Solution.WaveSolutions[i]);
}
for (int i = 0; i < desc.Waves.Count; i++)
{
string saveString = "Save";
string loadString = "n/a";
WaveSolution solution = null;
if (waveSolves.TryGetValue(i, out solution))
{
if (solution.Same(currentSolution))
{
saveString = "n/a";
loadString = "n/a";
}
else
{
saveString = "Save";
loadString = "Load";
}
}
string simDamageKills = WaveStatList[i].FullSimulation.DamagePerEnemy.ToString() + "/" + WaveStatList[i].FullSimulation.EnemiesKilled;
string coinString = WaveStatList[i].CoinNeeded.ToString() + "/" + WaveStatList[i].CoinAvail.ToString();
string issues = EnumerateSolutionIssues(i, currentSolution);
object[] values = { i, desc.Waves[i].Enemy, desc.Waves[i].Count, desc.Waves[i].DifficultyMultiplier, WaveStatList[i].MaxDmgDealtSingleEnemy, WaveStatList[i].MaxHPPSProducted, WaveStatList[i].MaxDPSOverall, simDamageKills, coinString, saveString, loadString, issues };
WavesModel.AppendValues(values);
}
}
private WaveSimulatorDamageStats SimulateWave(EnemyDescription enemy, WaveSolution solution, int enemyCount, bool invincible)
{
WaveSimulator sim = new WaveSimulator(LevelDesc);
return(sim.SimulateDamageToEnemies(enemy, solution, HandMissileFreqency, HandMissileDamantPctAverage, enemyCount, invincible));
}
