/*
* Generates a new wave preset with evolutionary
* points increased by 5% in case if
* no enemy reached the end in the previous run
*/
public void upgradeWave()
{
if (enemiesPassed < 1)
{
/*
* points = points + points * 5f / 100;
* float[] chromosome = new float[4];
* for (int i = 0; i < 4; i++) {
* chromosome[i] = Random.Range((float)0, (float)1);
* }*/
points = points + points * 5f / 100;
wavePreset = new WavePreset(wavePreset.getChromosome(), points);
waveDescription.text = "Wave " + waveNumber + "\n"
+ wavePreset.getInfo();
}
else
{
historyWaves.Add(wavePreset);
float[] ch = wavePreset.getChromosome();
string history = "Chromosome: " + ch[0] + ", " + ch[1] + ", " + ch[2] + ", " + ch[3] + ", points: " + points + "\r\n";
System.IO.File.AppendAllText("Data.txt", history);
points = 2000;
float[] chromosome = new float[4];
for (int i = 0; i < 4; i++)
{
chromosome[i] = Random.Range((float)0, (float)1);
}
waveNumber = 0;
wavePreset = new WavePreset(chromosome, 2000);
waveDescription.text = "Wave " + waveNumber + "\n"
+ wavePreset.getInfo();
}
}
//sets a starting wave with 2000 evolutionary points
public void setStartingWave()
{
float[] chromosome = new float[4];
for (int i = 0; i < 4; i++)
{
chromosome[i] = Random.Range((float)0, (float)1);
}
wavePreset = new WavePreset(chromosome, 2000);
}
//nethod that sets the wave to be spawned
public void spawnWave(WavePreset _preset)
{
spawning = false;
preset = _preset;
spawnPoints = (int)preset.getCreepNumber();;
}
public void getFinalWave()
{
float futurePoints = 0;
foreach (WavePreset wp in historyWaves)
{
futurePoints += wp.getPoints();
}
futurePoints /= historyWaves.Count;
float max0 = 0;
float max1 = 0;
float max2 = 0;
float max3 = 0;
float mid0 = 0;
float mid1 = 0;
float mid2 = 0;
float mid3 = 0;
foreach (WavePreset wp in historyWaves)
{
mid0 += wp.getChromosome()[0];
}
mid0 /= historyWaves.Count;
foreach (WavePreset wp in historyWaves)
{
mid2 += wp.getChromosome()[2];
}
mid2 /= historyWaves.Count;
foreach (WavePreset wp in historyWaves)
{
mid1 += wp.getChromosome()[1];
}
mid1 /= historyWaves.Count;
foreach (WavePreset wp in historyWaves)
{
mid3 += wp.getChromosome()[3];
}
mid3 /= historyWaves.Count;
foreach (WavePreset wp in historyWaves)
{
if (wp.getChromosome()[0] > max0)
{
max0 = wp.getChromosome()[0];
}
}
foreach (WavePreset wp in historyWaves)
{
if (wp.getChromosome()[1] > max1)
{
max1 = wp.getChromosome()[1];
}
}
foreach (WavePreset wp in historyWaves)
{
if (wp.getChromosome()[2] > max2)
{
max2 = wp.getChromosome()[2];
}
}
foreach (WavePreset wp in historyWaves)
{
if (wp.getChromosome()[3] > max3)
{
max3 = wp.getChromosome()[3];
}
}
float[] finalChromosome = new float[4];
finalChromosome[0] = max0 - Random.Range(0f, mid0);
finalChromosome[1] = max1 - Random.Range(0f, mid1);
finalChromosome[2] = max2 - Random.Range(0f, mid2);
finalChromosome[3] = max3 - Random.Range(0f, mid3);
finalWave = new WavePreset(finalChromosome, futurePoints);
string history = "FinalChromosome: " + finalChromosome[0] + ", "
+ finalChromosome[1] + ", " + finalChromosome[2] + ", "
+ finalChromosome[3] + ", points: " + futurePoints + "\r\n";
System.IO.File.AppendAllText("Data.txt", history);
}
