public void AverageTrialScoresPerGen(int curGeneration)
{
// Average Values over the entire Generation
Debug.Log ("AverageTrialScoresPerGen(); avgRawScore: " + generationDataList[curGeneration].avgAgentScoreRaw.ToString());
generationDataList[curGeneration].avgAgentScoreRaw = generationDataList[curGeneration].totalAgentScoresRaw / (float)generationDataList[curGeneration].agentDataArray.Length;
generationDataList[curGeneration].avgAgentScoreWeighted = generationDataList[curGeneration].totalAgentScoresWeighted / (float)generationDataList[curGeneration].agentDataArray.Length;
// Calculate Generation average genome:
int numAgents = generationDataList[curGeneration].agentDataArray.Length;
Genome avgGenome = new Genome();
avgGenome.genomeBiases = new float[playerRef.masterPopulation.masterAgentArray[0].genome.genomeBiases.Length];
avgGenome.genomeWeights = new float[playerRef.masterPopulation.masterAgentArray[0].genome.genomeWeights.Length];
avgGenome.ZeroGenome(); // set all values to 0f;
for(int i = 0; i < numAgents; i++) {
// iterate through Bias Arrays and add each agent's bias value to the avg
for(int b = 0; b < avgGenome.genomeBiases.Length; b++) {
avgGenome.genomeBiases[b] += playerRef.masterPopulation.masterAgentArray[i].genome.genomeBiases[b] / (float)numAgents;
}
// iterate through Weight Arrays and add each agent's weight value to the avg
for(int w = 0; w < avgGenome.genomeWeights.Length; w++) {
avgGenome.genomeWeights[w] += playerRef.masterPopulation.masterAgentArray[i].genome.genomeWeights[w] / (float)numAgents;
}
}
// Save the genome values to this generation Data:
generationDataList[curGeneration].genAvgGenome.genomeBiases = avgGenome.genomeBiases;
generationDataList[curGeneration].genAvgGenome.genomeWeights = avgGenome.genomeWeights;
}