private WaveTimeline GenerateWave(int wave)
{
WaveTimeline timeline = new WaveTimeline();
AddSequentialWaves(wave, timeline, ref wave);
timeline.Rewarder = new FractionalWaveRewarder(timeline.Amount, GetCompletionReward(wave), GetEarnedFromKills(wave));
timeline.Punisher = new FractionalWavePunisher(timeline.Amount);
return(timeline);
}
private void AddSequentialWaves(int wave, WaveTimeline timeline, ref int offset)
{
float time = 0f;
int waves = GetSequenceAmount(wave);
float credits = GetAvailableCredits(wave);
for (int i = 0; i < waves; i++)
{
time = GenerateParallelWaves(timeline, time, wave, credits / waves, ref offset);
}
}
public override WaveTimeline GetWave(int index)
{
if (_waves.ContainsKey(index))
{
return(_waves[index]);
}
else
{
WaveTimeline wave = GenerateWave(index);
_waves.Add(index, wave);
return(wave);
}
}
private float GenerateParallelWaves(WaveTimeline timeline, float startTime, int wave, float credits, ref int offset)
{
float frequency = GetSpawnFrequency(wave);
int waves = GetParallelAmount(wave);
for (int i = 0; i < waves; i++)
{
float waveFrequency = frequency * (1 + RandomRange(FrequencyVariance.x, FrequencyVariance.y));
float waveCredits = credits * (1 + RandomRange(CreditsVariance.x, CreditsVariance.y));
IWaveGenerator gen = new WaveGenerator(startTime, wave, Seed + offset++, waveCredits / waves, waveFrequency / waves, MaxSpawnFrequency / waves, MinSpawnFrequency / waves);
SpawnInterval interval = gen.Generate();
timeline.AddSpawn(interval);
}
return(timeline.EndTime + RandomRange(TimeVariance.x, TimeVariance.y));
}
public void Assign(int wave, WaveTimeline timeline)
{
Wave = wave;
Timeline = timeline;
}
