public override Node Create(Vector2 pos)
{
//GUITestNode node = CreateInstance<GUITestNode>();
var sIn = new SocketIn();
sIn.ID = 0;
sIn.Create(this, new TypeData(new FloatType()));//
Inputs.Add(sIn);
sIn = new SocketIn();
sIn.ID = 1;
sIn.Create(this, new TypeData(new Vector3Type()));//, new TypeData(new FloatType())
Inputs.Add(sIn);
var sOut = new SocketOut();
sOut.ID = 2;
sOut.Create(this, new TypeData(new FloatType()));//, new TypeData(new FloatType())
Outputs.Add(sOut);
sOut = new SocketOut();
sOut.ID = 3;
sOut.Create(this, new TypeData(new Vector3Type()));//, new TypeData(new FloatType())
Outputs.Add(sOut);
rect = new Rect(pos.x, pos.y, 155, (Inputs.Count + Outputs.Count) * GUIx.I.socketStyle.fixedHeight + 20 + 24);
return this;
}
public NodeChar(Point location)
{
StartNode = true;
Location = location;
_outputChar = new SocketOut(typeof(char), "Output char", this);
Name = "Sample Char";
NodeType = this.GetType().ToString().Split('.').Last();
Description = "This node provides sample char: \"" + DefaultOutputValue + "\".";
BaseColor = Color.FromArgb(CommonStates.NodeColorAlpha, 31, 36, 42);
HeaderColor = Color.FromArgb(62, 88, 140);
FooterHeight = 25;
Sockets.Add(_outputChar);
}
public NodeLogicOutput(Point location)
{
StartNode = true;
Location = location;
_outputH = new SocketOut(typeof(bool), "Output H", this);
_outputL = new SocketOut(typeof(bool), "Output L", this);
Name = "Logic Output";
NodeType = this.GetType().ToString().Split('.').Last();
Description = "This node provides logic state H or L.";
BaseColor = Color.FromArgb(CommonStates.NodeColorAlpha, 31, 36, 42);
HeaderColor = Color.FromArgb(66, 74, 84);
Sockets.Add(_outputH);
Sockets.Add(_outputL);
}
// main constructor
public MathNumNode(Point location)
{
StartNode = true;
Location = location;
_output = new SocketOut(typeof(double), "Number out", this);
Name = "Number Generator";
NodeType = GetType().ToString().Split('.').Last();
Description = "This node generates integer.";
BaseColor = Color.FromArgb(CommonStates.NodeColorAlpha, 31, 36, 42);
HeaderColor = Color.FromArgb(62, 88, 140);
FooterHeight = 25f;
_output.UpdateValue(DefaultOutputValue);
Sockets.Add(_output);
}
// main constructor
public MathAvgNode(Point location)
{
Location = location;
_numberHub = new SocketIn(typeof(double), "Numbers", this, true);
_result = new SocketOut(typeof(double), "Result", this);
Name = "Number Average";
NodeType = GetType().ToString().Split('.').Last();
Description = "This node calculates the average of the numbers on the input.";
BaseColor = Color.FromArgb(CommonStates.NodeColorAlpha, 31, 36, 42);
HeaderColor = Color.FromArgb(62, 88, 140);
_result.UpdateValue(0d);
Sockets.Add(_numberHub);
Sockets.Add(_result);
}
public void Connect(SocketOut from, SocketIn to)
{
Wire wire = null;
try {
wire = new Wire(from, to);
to.Connect(wire);
from.Connect(wire);
_connections.Add(wire);
wire.Flow();
} catch (Exception e) {
wire?.Disconnect();
Console.WriteLine(e);
}
ValidateConnections();
}
public NodeLogicOscillator(Point location)
{
StartNode = true;
Location = location;
_output = new SocketOut(typeof(bool), "Output", this);
Name = "Logic Output";
NodeType = GetType().ToString().Split('.').Last();
Description = "DON'T USE THIS ONE. Takes focus from property grid.";
BaseColor = Color.FromArgb(CommonStates.NodeColorAlpha, 31, 36, 42);
HeaderColor = Color.FromArgb(66, 74, 84);
FooterHeight = 20;
_timer.Interval = 1000;
_timer.Enabled = false;
_timer.Tick += ((sender, args) => Time());
Sockets.Add(_output);
}
// main constructor
public MathSumNode(Point location)
{
Location = location;
_numberA = new SocketIn(typeof(double), "Number A", this, false);
_numberB = new SocketIn(typeof(double), "Number B", this, false);
_resultOut = new SocketOut(typeof(double), "Result", this);
Name = "Sample Node";
NodeType = GetType().ToString().Split('.').Last();
Description = "This node encodes string on input with XOR function.";
BaseColor = Color.FromArgb(CommonStates.NodeColorAlpha, 31, 36, 42);
HeaderColor = Color.FromArgb(62, 88, 140);
_resultOut.UpdateValue(0d);
Sockets.Add(_numberA);
Sockets.Add(_numberB);
Sockets.Add(_resultOut);
}
public NodeStringXOR(Point location)
{
Location = location;
_inputString = new SocketIn(typeof(string), "Input string", this, false);
_inputKey = new SocketIn(typeof(char), "Input key", this, false);
_inputEnabled = new SocketIn(typeof(bool), "Input enabled", this, false);
_outputString = new SocketOut(typeof(string), "Output string", this);
Name = "String XOR";
NodeType = GetType().ToString().Split('.').Last();
Description = "This node encodes string on input with XOR function.";
BaseColor = Color.FromArgb(CommonStates.NodeColorAlpha, 31, 36, 42);
HeaderColor = Color.FromArgb(61, 115, 99);
_outputString.UpdateValue(DefaultOutputValue);
Sockets.Add(_inputString);
Sockets.Add(_inputKey);
Sockets.Add(_inputEnabled);
Sockets.Add(_outputString);
}
public static bool IsDoubleConnection(SocketIn inSocket, SocketOut outSocket)
{
for (int i = 0; i < inSocket.connections.Count; i++)
{
if (inSocket.connections[i].startSocket == outSocket)
return true;
}
return false;
}
