public InitEnemyCount getSubWavelet()
{
InitEnemyCount enemies = new InitEnemyCount();
enemies.name = currentEnemyType.ToString();
enemies.c = count;
enemies.p = path;
return(enemies);
}
public void TestToJson()
{
InitLevel test = new InitLevel();
test.init_stats = new InitStats(90, 10, TimeName.Day, 24, 20, 16, new LevelMod[1], EnvType.Default);
test.toys = new InitToy[2];
test.toys[0] = new InitToy("sensible_tower", 1);
test.toys[1] = new InitToy("airy_tower", 1);
test.waves = new InitWave[2];
InitWavelet[] wavelets = new InitWavelet[2];
InitEnemyCount[] enemies0 = new InitEnemyCount[2];
enemies0[0] = new InitEnemyCount("soldier", 3, 0);
enemies0[1] = new InitEnemyCount("furfly", 3, 1);
wavelets[0] = new InitWavelet(0.5f, 3, enemies0);
//
InitEnemyCount[] enemies1 = new InitEnemyCount[2];
enemies1[0] = new InitEnemyCount("tank", 3, 0);
enemies1[1] = new InitEnemyCount("furfly", 6, 1);
wavelets[1] = new InitWavelet(0.8f, 5, enemies1);
test.waves[0] = new InitWave(TimeName.Night, TimeName.Day, 0.8f, 90, 3, wavelets);
test.waves[1] = new InitWave(TimeName.Day, TimeName.Day, 0.8f, 95, 4, wavelets);
test.wishes = new InitWish[2];
test.wishes[0] = new InitWish(WishType.MoreDamage, 2);
test.wishes[1] = new InitWish(WishType.MoreXP, 8);
Debug.Log(JsonUtility.ToJson(test, true));
}
public WaveletStatDetails calculateStats(InitWavelet wavelet, bool include_end_time)
{
WaveletStatDetails details = new WaveletStatDetails();
details.details = new List <WaveStat>();
WaveStat summary = new WaveStat();
int max = (repeatTimes > 0)? wavelet.enemies.Length / repeatTimes : wavelet.enemies.Length;
for (int x = 0; x < max; x++)
{
InitEnemyCount i = wavelet.enemies[x];
WaveStat subStat = new WaveStat();
float mass = EnemyStore.getEffectiveMass(EnumUtil.EnumFromString(i.name, EnemyType.Null));
float speed = EnemyStore.getSpeed(EnumUtil.EnumFromString(i.name, EnemyType.Null));
// Debug.Log($"BEFORE {i.name} Mass {mass} Speed {speed}\n");
//if (speed == 0) Debug.LogError($"Trying to get speed for an unsupported enemy {i.name}\n");
float time = i.c * wavelet.interval;
if (i.name.Equals("Tank"))
{
mass += EnemyStore.getEffectiveMass(EnemyType.TinyTank);
float speed_adjusted =
EnemyStore.getSpeed(EnemyType.Tank) * EnemyStore.getEffectiveMass(EnemyType.Tank)
+ EnemyStore.getSpeed(EnemyType.TinyTank) * EnemyStore.getEffectiveMass(EnemyType.TinyTank);
speed_adjusted /= mass;
speed = speed_adjusted;
}
if (i.name.Equals("SturdyTank"))
{
mass += EnemyStore.getEffectiveMass(EnemyType.Tank) + EnemyStore.getEffectiveMass(EnemyType.TinyTank);
float speed_adjusted =
EnemyStore.getSpeed(EnemyType.SturdyTank) * EnemyStore.getEffectiveMass(EnemyType.SturdyTank)
+ EnemyStore.getSpeed(EnemyType.Tank) * EnemyStore.getEffectiveMass(EnemyType.Tank)
+ EnemyStore.getSpeed(EnemyType.TinyTank) * EnemyStore.getEffectiveMass(EnemyType.TinyTank);
speed_adjusted /= mass;
speed = speed_adjusted;
}
if (i.name.Equals("ImpossibleTank"))
{
mass += EnemyStore.getEffectiveMass(EnemyType.SturdyTank) + EnemyStore.getEffectiveMass(EnemyType.Tank) + EnemyStore.getEffectiveMass(EnemyType.TinyTank);
float speed_adjusted =
EnemyStore.getSpeed(EnemyType.SturdyTank) * EnemyStore.getEffectiveMass(EnemyType.SturdyTank)
+ EnemyStore.getSpeed(EnemyType.Tank) * EnemyStore.getEffectiveMass(EnemyType.Tank)
+ EnemyStore.getSpeed(EnemyType.TinyTank) * EnemyStore.getEffectiveMass(EnemyType.TinyTank)
+ EnemyStore.getSpeed(EnemyType.ImpossibleTank) * EnemyStore.getEffectiveMass(EnemyType.ImpossibleTank);
speed_adjusted /= mass;
speed = speed_adjusted;
}
if (i.name.Equals("Turtle"))
{
mass += 8 * EnemyStore.getEffectiveMass(EnemyType.TinyPlane);
}
// Debug.Log($"AFTER {i.name} Mass {mass} Speed {speed}\n");
summary.count += i.c * repeatTimes;
summary.total_modified_mass += i.c * mass * repeatTimes;
// Debug.Log($"{i.c - 1} * {wavelet.interval} * {repeatTimes}\n");
summary.time += ((i.c - 1) * wavelet.interval) * repeatTimes;
summary.speed += speed * i.c * repeatTimes;
subStat.speed = speed;
subStat.time = time;
subStat.count = i.c;
subStat.total_modified_mass = mass * i.c;
subStat.name = i.name;
subStat.mass_per_second = speed * i.c * mass / time;
details.details.Add(subStat);
}
float extra = (include_end_time) ? wavelet.end_wait : 0;
summary.speed /= summary.count;
summary.time += (wavelet.enemies.Length - 1) * wavelet.lull + extra;
// Debug.Log($" + {wavelet.enemies.Length - 1} * {wavelet.lull} + {extra}\n");
// Debug.Log($"Speed: {summary.speed} Mass: {summary.total_modified_mass} Time: {summary.time}\n");
summary.mass_per_second = summary.speed * summary.total_modified_mass / summary.time;
details.summary = summary;
return(details);
}
