// Update is called once per frame
void Update()
{
if (Input.GetMouseButtonDown(0))
{
graph.AddPoint(Random.Range(0f, 100f));
}
}
// Update is called once per frame
void Update()
{
float curTime = Time.time - startTime;
lifeTimeText.text = "Time: " + curTime.ToString("n1") + "/" + roundTime.ToString() + "s";
if (currentMicrobe != null && curTime > roundTime)
{
population[chromosomeInd].Fitness = GetFitness(currentMicrobe);
if (chromosomeInd == 0)
{
graph.AddPoint(population[chromosomeInd].Fitness);
}
if (population[chromosomeInd].Fitness > maxGenDist)
{
maxGenDist = population[chromosomeInd].Fitness;
graph.ChangeLastPoint(maxGenDist);
}
float fitness = GetFitness(currentMicrobe);
listScript.PlaceMicrobe(chromosomeInd + 1, generation + 1, fitness, population[chromosomeInd]);
string[] parents = population[chromosomeInd].GetParents();
dataLogger.AddData(generation.ToString(),
chromosomeInd.ToString(),
fitness.ToString(),
distTravelled.ToString(),
population[chromosomeInd].ChromosomeString,
parents[0],
parents[1]);
Destroy(currentMicrobe);
// If we have processed the final microbe, we can start the next gen
if (chromosomeInd == population.Length - 1)
{
graph.ChangeLastPoint(maxGenDist);
maxGenDist = 0f;
// exit from function and start the evolution process
microbeEvolver.EvolveNextGeneration();
return;
}
distTravelled = 0f;
StartMicrobe();
}
else if (currentMicrobe == null && microbeBuilder != null)
{
StartMicrobe();
}
if (currentMicrobe != null)
{
distanceText.text = "Distance: " + GetFitness(currentMicrobe).ToString("n2") + "m";
curPos = new Vector2(currentMicrobe.transform.position.x, currentMicrobe.transform.position.z);
distTravelled += Vector2.Distance(prevPos, curPos);
prevPos = curPos;
MeshRenderer[] rends = currentMicrobe.GetComponentsInChildren <MeshRenderer>();
for (int i = 0; i < rends.Length; i++)
{
Color c = rends[i].material.color;
c.g -= 1f / roundTime * Time.deltaTime;
c.b -= 1f / roundTime * Time.deltaTime;
rends[i].material.color = c;
}
}
CheckSpeed();
}
