// Start is called before the first frame update
void Start()
{
// Init cards
CardList.InitCardList();
// Init population
int inputSize = 16;
int outputSize = CardList.Cards.Count;
int hiddenSize = (inputSize + outputSize) / 2;
Population = new Population(PopulationSize, inputSize, new int[] { /*hiddenSize*/ }, outputSize);
//EvolutionInformation info = Population.EvolveGeneration(7);
//SimulationUI.EvoStats.UpdateStatistics(info);
SimulationUI.SpeciesScoreboard.UpdateScoreboard(Population);
// Generate matches
Matches = new List <Match>();
GenerateMatches();
SimulationPhase = SimulationPhase.MatchesReady;
MatchesPlayed = 0;
// Init statistics
ResetStatistics();
// UI
SimulationUI.MatchRules.UpdateStatistics(StartHealth, StartCardOptions, MinCardOptions, MaxCardOptions, FatigueDamageStartTurn, MaxMinions, MaxMinionsPerType);
}
public void SetPhase(SimulationPhase phase, string winningPlayer, RendererUpdatable winningUpdatable)
{
Renderer.Renderer.RendererPhase rendererPhase;
switch (phase)
{
case SimulationPhase.Intro: rendererPhase = ProjectMagma.Renderer.Renderer.RendererPhase.Intro; break;
case SimulationPhase.Game: rendererPhase = ProjectMagma.Renderer.Renderer.RendererPhase.Game; break;
case SimulationPhase.Outro: rendererPhase = ProjectMagma.Renderer.Renderer.RendererPhase.Outro; break;
case SimulationPhase.Closed: rendererPhase = ProjectMagma.Renderer.Renderer.RendererPhase.Closed; break;
default: throw new System.ArgumentException(string.Format("{0} is not a valid phase", phase));
}
this.phase = phase;
currentUpdateQueue.AddUpdate(new ProjectMagma.Renderer.Renderer.ChangeToPhaseUpdate(rendererPhase, winningPlayer, winningUpdatable));
}
// Update is called once per frame
void Update()
{
switch (SimulationPhase)
{
case SimulationPhase.MatchesReady:
//Debug.Log("Starting matchround " + Population.Generation + "." + (MatchesPlayed + 1));
SimulationUI.TitleText.text = "Match Round " + Population.Generation + "." + (MatchesPlayed + 1);
foreach (Match m in Matches)
{
if (m.Visual)
{
SimulationUI.gameObject.SetActive(false);
VisualMatch = m;
m.StartMatch(VisualPlayer, VisualMinion, VisualBoardHeight, MatchUI);
}
else
{
m.StartMatch();
}
}
SimulationPhase = SimulationPhase.MatchesRunning;
break;
case SimulationPhase.MatchesRunning:
foreach (Match m in Matches)
{
m.Update();
}
if (Matches.TrueForAll(x => x.Phase == MatchPhase.GameEnded))
{
MatchesPlayed++;
SimulationPhase = SimulationPhase.MatchesFinished;
if (VisualMatch != null)
{
VisualMatch = null;
SimulationUI.gameObject.SetActive(true);
}
}
break;
case SimulationPhase.MatchesFinished:
// Update Stats
UpdateStatistics();
if (MatchesPlayed >= MatchesPerGeneration)
{
// Init Human vs AI game if gen is finished
if (SimulationUI.PlayGame.isOn)
{
SimulationUI.PlayGame.isOn = false;
Matches.Clear();
// Create match
Match match = new Match();
Player player1 = new HumanPlayer(match);
Subject bestSubject = Population.Subjects.OrderByDescending(x => x.Wins).First();
Player player2 = new AIPlayer(match, bestSubject);
match.InitGame(player1, player2, StartHealth, StartCardOptions, MinCardOptions, MaxCardOptions, MaxMinions, MaxMinionsPerType, FatigueDamageStartTurn, true, false);
// Start match
Matches.Add(match);
VisualMatch = match;
SimulationUI.gameObject.SetActive(false);
match.StartMatch(VisualPlayer, VisualMinion, VisualBoardHeight, MatchUI);
SimulationPhase = SimulationPhase.MatchesReady;
}
else
{
SimulationPhase = SimulationPhase.GenerationFinished;
}
}
else
{
GenerateMatches();
SimulationPhase = SimulationPhase.MatchesReady;
}
break;
case SimulationPhase.GenerationFinished:
// Reset stats
ResetStatistics();
MatchesPlayed = 0;
// Evolve and Update UI
EvolutionInformation info = Population.EvolveGeneration();
SimulationUI.EvoStats.UpdateStatistics(info);
SimulationUI.SpeciesScoreboard.UpdateScoreboard(Population);
// Generate first match round
GenerateMatches();
SimulationPhase = SimulationPhase.MatchesReady;
break;
}
}