private void Step()
{
Vector2Int hollow = structure.PopFirstHollow();
List <Wasp> waspWhichCanPutTemplate = new List <Wasp>();
foreach (var wasp in trainer.wasps)
{
bool dontFitShape = false;
if (structure.TemplateFitIn(hollow, wasp, shape, out dontFitShape))
{
if (dontFitShape)
{
wasp.ModifyHealth(trainer.waspPunishment);
}
else
{
waspWhichCanPutTemplate.Add(wasp);
wasp.ModifyHealth(trainer.waspReward);
}
}
}
if (waspWhichCanPutTemplate.Count == 0)
{
if (trainer.probOfUseSameBrickNumber != 0)
{
waspWhichCanPutTemplate.Add(CreateWaspFor(hollow, lastBrickNumber));
waspWhichCanPutTemplate.Last().health *= trainer.probOfUseSameBrickNumber;
}
if (trainer.probOfCreateNewBrickNumber != 0)
{
lastBrickNumber++;
waspWhichCanPutTemplate.Add(CreateWaspFor(hollow, lastBrickNumber));
waspWhichCanPutTemplate.Last().health *= trainer.probOfCreateNewBrickNumber;
}
foreach (var w in waspWhichCanPutTemplate)
{
trainer.AddWasp(w);
}
}
Wasp selectedTemplate = Wasp.Select(waspWhichCanPutTemplate);
var newBricks = structure.AddBricks(hollow, selectedTemplate);
if (newBricks.Count > 0)
{
structure.RecalculateHollows(newBricks);
}
foreach (var wasp in trainer.wasps)
{
wasp.health += trainer.healthStepDecay;
}
}
// Start is called before the first frame update
public void Generate(List <Wasp> wasps)
{
BrickStructure structure = new BrickStructure();
var bricks = InitStructure(structure);
structure.RecalculateHollows(bricks);
int iter = 0;
while (structure.HaveHollows() && iter < maxIter)
{
List <Wasp> posibleTemplates = new List <Wasp>();
Vector2Int hollow = structure.PopFirstHollow();
foreach (var wasp in wasps)
{
if (structure.TemplateFitIn(hollow, wasp))
{
posibleTemplates.Add(wasp);
}
}
if (posibleTemplates.Count > 0)
{
var newBricks = structure.AddBricks(hollow, Wasp.Select(posibleTemplates));
if (newBricks.Count > 0)
{
structure.RecalculateHollows(newBricks);
}
}
iter++;
}
GetComponent <StructureRenderer>().Render(structure);
}
