public override void AddedToContainer() { base.AddedToContainer(); var builder = new FieldBuilder(); builder.BuildSessionStart(this); var isFirstGeneration = builder.AddCheckBoxField("IsFirstGeneration: "); isFirstGeneration.Checked = genome.IsFirstGeneration; isFirstGeneration.CanChangeValue = false; var parent1 = builder.AddIntegerField("Parent1: "); parent1.Value = genome.Parent1; parent1.CanChangeValue = false; var parent2 = builder.AddIntegerField("Parent2: "); parent2.Value = genome.Parent2; parent2.CanChangeValue = false; builder.AddResizableButtonField("Edit Body-genes", delegate(object sender) { EditDoubleGeneListForm.ShowDialogue(Parent, genome.BodyGenes); }, FieldBuilder.ResizableButtonOrientation.FillWidth); builder.AddResizableButtonField("Edit Mutation-genes", delegate(object sender) { EditDoubleGeneListForm.ShowDialogue(Parent, genome.MutationGenes); }, FieldBuilder.ResizableButtonOrientation.FillWidth); var crossoverTypes = Globals.GetAllTypesDeriving(typeof(CrossoverFunction), Assembly.GetExecutingAssembly()); var crossoverNames = new List <string>(crossoverTypes.Select(s => s.Name)); var crossoverComboBox = builder.AddComboBoxField("Crossover Function: ", crossoverNames); if (genome.CrossoverFunction != null) { var crossoverType = genome.CrossoverFunction.GetType(); foreach (var type in crossoverTypes) { if (type.IsEquivalentTo(crossoverType)) { crossoverComboBox.Index = crossoverTypes.IndexOf(type); } } } crossoverComboBox.SelectedItemChanged += delegate(object sender, int newItemIndex, int oldItemIndex) { genome.CrossoverFunction = (CrossoverFunction)Activator.CreateInstance(crossoverTypes[newItemIndex]); }; var globalSigmoidEditButton = builder.AddResizableButtonField("Edit Crossover Function", delegate(object sender) { if (genome.CrossoverFunction == null) { return; } var crossoverFunc = genome.CrossoverFunction; crossoverTypes[crossoverComboBox.Index].InvokeMember("GUI_Edit", BindingFlags.Default | BindingFlags.InvokeMethod, null, null, new object[] { Parent, crossoverFunc }); }); builder.BuildSessionEnd(); }
public static Func <bool> GUI_Edit(SingleSlotBox container, RMP_Chromosome chromosome) { var builder = new FieldBuilder(); builder.BuildSessionStart(container); Dictionary <string, object> valueHolder = new Dictionary <string, object>(); valueHolder.Add("RMP_Chromosome", chromosome); var inhibitoryConnectionChance = builder.AddDoubleField("Inhibitory Connection-Chance: "); inhibitoryConnectionChance.Value = chromosome.InhibitoryConnectionChance; var connectionChance = builder.AddDoubleField("Connection-Chance: "); connectionChance.Value = chromosome.ConnectionChance; var newConnectionsCanForm = builder.AddCheckBoxField("NewConnectionsCanForm: "); newConnectionsCanForm.Checked = chromosome.NewConnectionsCanForm; var connectionsCanDie = builder.AddCheckBoxField("ConnectionsCanDie: "); connectionsCanDie.Checked = chromosome.ConnectionsCanDie; var newNeuronsCanForm = builder.AddCheckBoxField("NewNeuronsCanForm: "); newNeuronsCanForm.Checked = chromosome.NewNeuronsCanForm; var neuronsCanDie = builder.AddCheckBoxField("NeuronsCanDie: "); neuronsCanDie.Checked = chromosome.NeuronsCanDie; Action reloadChromosome = delegate() { chromosome.InhibitoryConnectionChance = inhibitoryConnectionChance.Value; chromosome.ConnectionChance = connectionChance.Value; chromosome.NewConnectionsCanForm = newConnectionsCanForm.Checked; chromosome.ConnectionsCanDie = connectionsCanDie.Checked; chromosome.NewNeuronsCanForm = newNeuronsCanForm.Checked; chromosome.NeuronsCanDie = neuronsCanDie.Checked; }; if (chromosome.MutationGenes.Count == 0) { //Mutation Genes chromosome.MutationGenes.Add(new DoubleGene("NeuronAddChance", 0, 1, 0.1)); chromosome.MutationGenes.Add(new DoubleGene("NeuronRemoveChance", 0, 1, 0.1)); chromosome.MutationGenes.Add(new DoubleGene("MaxNeuronRemoving", 0, 1, 0.1)); chromosome.MutationGenes.Add(new DoubleGene("MaxNeuronAdding", 0, 1, 0.1)); chromosome.MutationGenes.Add(new DoubleGene("ConnectionAddChance", 0, 1, 0.05)); chromosome.MutationGenes.Add(new DoubleGene("ConnectionRemoveChance", 0, 1, 0.05)); } builder.AddResizableButtonField("Edit Mutation Genes", delegate(object sender) { EditDoubleGeneListForm.ShowDialogue(container.Parent, chromosome.MutationGenes); }); var sigmoidTypes = Globals.GetAllTypesDeriving(typeof(SigmoidFunction), Assembly.GetExecutingAssembly()); var sigmoidNames = new List <string>(sigmoidTypes.Select(s => s.Name)); var globalSigmoidComboBox = builder.AddComboBoxField("GlobalSigmoid: ", sigmoidNames); if (chromosome.GlobalSigmoidFunction != null) { var globalSigmoidType = chromosome.GlobalSigmoidFunction.GetType(); foreach (var type in sigmoidTypes) { if (type.IsEquivalentTo(globalSigmoidType)) { globalSigmoidComboBox.Index = sigmoidTypes.IndexOf(type); } } } globalSigmoidComboBox.SelectedItemChanged += delegate(object sender, int newItemIndex, int oldItemIndex) { chromosome.GlobalSigmoidFunction = (SigmoidFunction)Activator.CreateInstance(sigmoidTypes[newItemIndex]); }; var globalSigmoidEditButton = builder.AddResizableButtonField("Edit GlobalSigmoid", delegate(object sender) { if (chromosome.GlobalSigmoidFunction == null) { return; } var sigmoid = chromosome.GlobalSigmoidFunction; sigmoidTypes[globalSigmoidComboBox.Index].InvokeMember("GUI_Edit", BindingFlags.Default | BindingFlags.InvokeMethod, null, null, new object[] { container.Parent, sigmoid }); }); var globalOutputSigmoidComboBox = builder.AddComboBoxField("GlobalOutputSigmoid: ", sigmoidNames); if (chromosome.GlobalOutputSigmoidFunction != null) { var globalOutputSigmoidType = chromosome.GlobalOutputSigmoidFunction.GetType(); foreach (var type in sigmoidTypes) { if (type.IsEquivalentTo(globalOutputSigmoidType)) { globalOutputSigmoidComboBox.Index = sigmoidTypes.IndexOf(type); } } } globalOutputSigmoidComboBox.SelectedItemChanged += delegate(object sender, int newItemIndex, int oldItemIndex) { chromosome.GlobalOutputSigmoidFunction = (SigmoidFunction)Activator.CreateInstance(sigmoidTypes[newItemIndex]); }; var globalOutputSigmoidEditButton = builder.AddResizableButtonField("Edit GlobalOutputSigmoid", delegate(object sender) { if (chromosome.GlobalOutputSigmoidFunction == null) { return; } var sigmoid = chromosome.GlobalOutputSigmoidFunction; sigmoidTypes[globalOutputSigmoidComboBox.Index].InvokeMember("GUI_Edit", BindingFlags.Default | BindingFlags.InvokeMethod, null, null, new object[] { container.Parent, sigmoid }); }); builder.AddResizableButtonField("Randomize", delegate(object sender) { reloadChromosome(); if (chromosome.GlobalSigmoidFunction == null || chromosome.GlobalOutputSigmoidFunction == null) { AlertForm.ShowDialogue(container.Parent, null, "Can't randomize before choosing a sigmoid function."); } else { RandomizeForm.ShowDialogue(container.Parent, chromosome); } }); builder.AddResizableButtonField("Edit Neuron-genes", delegate(object sender) { reloadChromosome(); EditChromosomeNeuronsForm.ShowDialogue(container.Parent, valueHolder); }); container.IsClosing += delegate(object sender) { reloadChromosome(); }; builder.BuildSessionEnd(); return(delegate() { return chromosome.GlobalSigmoidFunction != null && chromosome.GlobalOutputSigmoidFunction != null; }); }