// Use this for initialization
void Start()
{
PRGI = gameObject.AddComponent <PerceptronRandomGenerationInterface>();
PRGI.PCT = TCP.EnemyPCT;
PRGI.PLBRG.StudentData(TCP.gameObject, TCP, "EnemyPCT", TCС, "death", "lifeTime");
}
void Window(int ID) // interface window
{
bool SV = false;
Reload = false;
if (WindowRect.height == 80) // small window
{
if (GUI.Button(new Rect(WindowRect.width - 20, 0, 20, 20), "+")) // change window scale
{
WindowRect.width = 400;
WindowRect.height = 260;
WindowRect.x = WindowRect.x;
}
ShowVisualization = IGUI.Button(1, 2, "Visualization OFF", "Visualization ON", ShowVisualization, ref SV); // perceptron's visualization (ON / OFF)
}
else // big window
{
if (GUI.Button(new Rect(WindowRect.width - 20, 0, 20, 20), "-")) // change window scale
{
WindowRect.width = 200;
WindowRect.height = 80;
WindowRect.x = WindowRect.x;
}
PerceptronBackPropagationInterface PBPI = gameObject.GetComponent <PerceptronBackPropagationInterface>();
if (PBPI != null)
{
if (PBPI.Learn)
{
GUI.enabled = false; // disable GUI if GO have lerning interface and perceptron is study
}
}
PerceptronRandomGenerationInterface PRGI = gameObject.GetComponent <PerceptronRandomGenerationInterface>();
if (PRGI != null)
{
if (PRGI.Learn)
{
GUI.enabled = false; // disable GUI if GO have lerning interface and perceptron is study
}
}
PCT.AFWM = IGUI.Button(1, 2, "Without Minus", "With Minus", PCT.AFWM, ref Reload);
PCT.B = IGUI.Button(1, 3, "Bias OFF", "Bias ON", PCT.B, ref Reload);
PCT.AFS = IGUI.HorizontalSlider(1, 4, "Scale", PCT.AFS, 0.1F, 5F, ref Reload);
Enters = IGUI.IntArrows(1, 5, "Enters", false, Enters, 1, true, 0);
Layers = IGUI.IntArrows(1, 6, "Layers", false, PCT.NIHL.Length, 0, true, 0, ref Reload);
if (Enters != PCT.Input.Length && !PCT.B)
{
Reload = true;
}
else if (Enters != PCT.Input.Length - 1 && PCT.B)
{
Reload = true;
}
if (Reload)
{
LayersModification(); // create new array of hiden layer
}
if (Layers != 0)
{
SelectLayer = IGUI.IntArrows(1, 7, "Select Layer", true, SelectLayer, 0, false, Layers - 1);
Layer[SelectLayer] = IGUI.IntArrows(1, 8, "Neurons in layer", false, Layer[SelectLayer], 1, true, 0, ref Reload);
}
GUI.enabled = true;
IGUI.Info(2, 5, "Exits", PCT.Output.Length);
ShowVisualization = IGUI.Button(2, 2, "Visualization OFF", "Visualization ON", ShowVisualization, ref SV); // perceptron's visualization (ON / OFF)
PerceptronName = GUI.TextField(new Rect(200, 160, 180, 30), PerceptronName);
bool Save = false;
Save = IGUI.Button(2, 7, "Save", "Save", Save);
bool Load = false;
Load = IGUI.Button(2, 8, "Load", "Load", Load);
if (Save)
{
PCT.Save(PerceptronName);
}
else if (Load)
{
PCT.Load(PerceptronName);
Layers = PCT.NIHL.Length;
Layer = new Formulas().FromArray(PCT.NIHL);
if (PCT.B)
{
Enters = PCT.Input.Length - 1;
int i = 0;
while (i < Layers)
{
Layer[i]--;
i++;
}
}
else
{
Enters = PCT.Input.Length;
}
if (PV != null)
{
PV.DestroyPerceptronModel();
PV.PCT = PCT;
PV.CreatePerceptronModel(false, 0, 0);
}
}
}
if (Reload)
{
if (PV != null)
{
PV.DestroyPerceptronModel();
}
PCT.CreatePerceptron(PCT.AFS, PCT.B, PCT.AFWM, Enters, Layer, PCT.Output.Length); // create perceptron
}
if (SV || (ShowVisualization && Reload))
{
if (ShowVisualization) // for perceptron's visualization
{
if (PV == null)
{
PV = new PerceptronVisualization();
}
PV.PCT = PCT;
PV.CreatePerceptronModel(false, 0, 0);
}
else
{
if (PV != null)
{
PV.DestroyPerceptronModel();
PV = null;
}
}
}
if (WindowRect.x < 0) //window restriction on the screen
{
WindowRect.x = 0;
}
else if (WindowRect.x + WindowRect.width > Screen.width)
{
WindowRect.x = Screen.width - WindowRect.width;
}
if (WindowRect.y < 0)
{
WindowRect.y = 0;
}
else if (WindowRect.y + WindowRect.height > Screen.height)
{
WindowRect.y = Screen.height - WindowRect.height;
}
GUI.DragWindow(new Rect(0, 0, WindowRect.width, 20));
}
