public BodyGenome(BodyGenome parentGenome, MutationSettingsInstance mutationSettings)
{
unlockedTech = new UnlockedTech(parentGenome.unlockedTech);
data = new BodyGenomeData(unlockedTech);
FirstTimeInitializeCritterModuleGenomes();
SetToMutatedCopyOfParentGenome(parentGenome, mutationSettings);
}
public BodyGenome()
{
unlockedTech = lookup.baseInitialAbilities.GetInitialUnlocks();
data = new BodyGenomeData(unlockedTech);
FirstTimeInitializeCritterModuleGenomes();
GenerateInitialRandomBodyGenome();
}
// WPP: Not used (no templates)
//public float[] waterGradX; // plan B
//public float[] waterGradY; // plan B
//public float[] depthSouth;
//public float[] depthWest;
//public float[] velTopRightX;
//public float[] velTopLeftY;
//public float[] velBottomLeftX;
//public float[] velBottomRightY;
public CritterModuleEnvironment(BodyGenomeData genomeData)
{
this.genomeData = genomeData;
waterDepth = new float[1];
waterVelX = new float[1];
waterVelY = new float[1];
depthGradX = new float[1];
depthGradY = new float[1];
//depthSouth = new float[1];
//depthWest = new float[1];
//velTopRightX = new float[1];
//velTopLeftY = new float[1];
//velBottomLeftX = new float[1];
//velBottomRightY = new float[1];
}
public void Initialize(BodyGenomeData genome)
{
this.genome = genome;
// * WPP: Vulnerable to index out of range errors (such as in UI)
// consider initializing in variable declarations and leaving values at zero
if (genome.useNutrients)
{
nutrientDensity = new float[1];
nutrientGradX = new float[1];
nutrientGradY = new float[1];
}
if (genome.useFoodPosition)
{
foodPlantPosX = new float[1];
foodPlantPosY = new float[1];
foodAnimalPosX = new float[1];
foodAnimalPosY = new float[1];
}
if (genome.useFoodVelocity)
{
foodPlantVelX = new float[1];
foodPlantVelY = new float[1];
foodAnimalVelX = new float[1];
foodAnimalVelY = new float[1];
}
foodPlantDistance = new float[1];
foodPlantDirX = new float[1];
foodPlantDirY = new float[1];
foodAnimalDistance = new float[1];
foodAnimalDirX = new float[1];
foodAnimalDirY = new float[1];
foodEggDistance = new float[1];
foodEggDirX = new float[1];
foodEggDirY = new float[1];
foodCorpseDistance = new float[1];
foodCorpseDirX = new float[1];
foodCorpseDirY = new float[1];
if (genome.useFoodStats)
{
foodPlantQuality = new float[1];
foodPlantRelSize = new float[1];
foodAnimalQuality = new float[1];
foodAnimalRelSize = new float[1];
}
sensorRange = 16f; // TEMP HARDCODED *****
/*foodPreferenceOrder = new int[3]; // 0 == particle, 1=egg, 2==creature
* if(genome.preferenceParticles >= genome.preferenceEggs) {
* if(genome.preferenceParticles >= genome.preferenceCreatures) { // particles first place
* foodPreferenceOrder[0] = 0;
* if(genome.preferenceEggs >= genome.preferenceCreatures) { // particles --> eggs --> creatures
* foodPreferenceOrder[1] = 1;
* foodPreferenceOrder[2] = 2;
* }
* else { // particles --> creatures --> eggs
* foodPreferenceOrder[1] = 2;
* foodPreferenceOrder[2] = 1;
* }
* }
* else { // creatures --> particles --> eggs
* foodPreferenceOrder[0] = 2;
* foodPreferenceOrder[1] = 0;
* foodPreferenceOrder[2] = 1;
* }
* }
* else {
* if(genome.preferenceEggs >= genome.preferenceCreatures) { // eggs first place!
* foodPreferenceOrder[0] = 1;
* if(genome.preferenceParticles >= genome.preferenceCreatures) { // eggs --> particles --> creatures
* foodPreferenceOrder[1] = 0;
* foodPreferenceOrder[2] = 2;
* }
* else { // eggs --> creatures --> particles
* foodPreferenceOrder[1] = 2;
* foodPreferenceOrder[2] = 0;
* }
* }
* else { // creatures --> eggs --> particles
* foodPreferenceOrder[0] = 2;
* foodPreferenceOrder[1] = 1;
* foodPreferenceOrder[2] = 0;
* }
* }*/
}
public CritterModuleFood(BodyGenomeData genome)
{
Initialize(genome);
}
