protected override void CreateNodes(ref Blocks.BlockBase root)
{
InputNodes = new List <Blocks.BlockInputNode>()
{
new Blocks.BlockInputNode(ref root, "datain", "din")
};
}
protected override void CreateNodes(ref Blocks.BlockBase root)
{
OutputNodes = new List <Blocks.BlockOutputNode>()
{
new Blocks.BlockOutputNode(ref root, "output", "out")
};
}
protected override void CreateNodes(ref Blocks.BlockBase root)
{
N = "512"; Scale = Scales.Linear_Scale;
InputNodes = new List <Blocks.BlockInputNode>()
{
new Blocks.BlockInputNode(ref root, "inputVector", "xt")
};
}
protected override void CreateNodes(ref Blocks.BlockBase root)
{
this.Interpolate = true;
InputNodes.Add(new Blocks.BlockInputNode(ref root, "input1", "in1"));
InputNodes.Add(new Blocks.BlockInputNode(ref root, "input2", "in2"));
InputNodes.Add(new Blocks.BlockInputNode(ref root, "select", "sel"));
OutputNodes.Add(new Blocks.BlockOutputNode(ref root, "output", "out"));
}
protected override void CreateNodes(ref Blocks.BlockBase root)
{
if(_inlcludeInput)
InputNodes = new List<Blocks.BlockInputNode>() { new Blocks.BlockInputNode(ref root, "input","in")};
OutputNodes = new List<Blocks.BlockOutputNode>(){
new Blocks.BlockOutputNode(ref root, "output", "out")
};
}
protected override void CreateNodes(ref Blocks.BlockBase root)
{
InputNodes = new List <Blocks.BlockInputNode>();
foreach (var item in _inputs)
{
InputNodes.Add(new Blocks.BlockInputNode(ref root, item, item));
}
OutputNodes.Add(new Blocks.BlockOutputNode(ref root, "output", "out"));
}
protected override void CreateNodes(ref Blocks.BlockBase root)
{
this.FilePath = "./data/eeg_sig.txt";
this.SampleRate = 44100;
OutputNodes = new List <Blocks.BlockOutputNode>()
{
new Blocks.BlockOutputNode(ref root, "output", "sig")
};
}
protected override void CreateNodes(ref Blocks.BlockBase root)
{
InputNodes = new List <Blocks.BlockInputNode>();
for (int i = 0; i < input_count; i++)
{
string id = (i + 1).ToString();
InputNodes.Add(new Blocks.BlockInputNode(ref root, "input" + id, "in" + id));
}
}
protected override void CreateNodes(ref Blocks.BlockBase root)
{
SamplingRate = "22100";
NoiseType = NoiseTypes.White;
OutputNodes = new List <Blocks.BlockOutputNode>()
{
new Blocks.BlockOutputNode(ref root, "output", "out")
};
}
public override void Init()
{
DialogResult d = MessageBox.Show("Inlcude input terminal?", "Input?", MessageBoxButtons.YesNo, MessageBoxIcon.Question);
if (d == DialogResult.Yes)
{
_inlcludeInput = true;
}
Blocks.BlockBase root = this;
CreateNodes(ref root);
}
protected override void CreateNodes(ref Blocks.BlockBase root)
{
InputNodes = new List <Blocks.BlockInputNode>()
{
new Blocks.BlockInputNode(ref root, "inputVector", "xt")
};
OutputNodes = new List <Blocks.BlockOutputNode>()
{
new Blocks.BlockOutputNode(ref root, "outputVector", "Xf")
};
}
protected override void CreateNodes(ref Blocks.BlockBase root)
{
InputNodes = new List <Blocks.BlockInputNode>()
{
new Blocks.BlockInputNode(ref root, "input_signal", "sigin", "Input signal")
};
OutputNodes = new List <Blocks.BlockOutputNode>()
{
new Blocks.BlockOutputNode(ref root, "avg_power", "avgP", "Average power of the input signal")
};
}
protected override void CreateNodes(ref Blocks.BlockBase root)
{
this.f0 = 1; this.f1 = 100; Phase = 0;
this.Length = this.SamplingRate = 22100;
this.t1 = 1;
InputNodes = new List <Blocks.BlockInputNode>();
OutputNodes = new List <Blocks.BlockOutputNode>()
{
new Blocks.BlockOutputNode(ref root, "output", "chirp", "Signal object which represents the chirp signal")
};
}
protected override void CreateNodes(ref Blocks.BlockBase root)
{
InputNodes = new List <Blocks.BlockInputNode>()
{
new Blocks.BlockInputNode(ref root, "input1", "in1"),
new Blocks.BlockInputNode(ref root, "input2", "in2")
};
OutputNodes = new List <Blocks.BlockOutputNode>()
{
new Blocks.BlockOutputNode(ref root, "output", "out")
};
}
protected override void CreateNodes(ref Blocks.BlockBase root)
{
this.Picture = Properties.Resources.IIRFilter;
InputNodes = new List <Blocks.BlockInputNode>()
{
new Blocks.BlockInputNode(ref root, "input", "sig")
};
OutputNodes = new List <Blocks.BlockOutputNode>()
{
new Blocks.BlockOutputNode(ref root, "output", "filt")
};
}
protected override void CreateNodes(ref Blocks.BlockBase root)
{
this.Picture = Properties.Resources.FunctionBlock;
InputNodes = new List <Blocks.BlockInputNode>()
{
new Blocks.BlockInputNode(ref root, "input", "x", "x in f(x) as in log(x). \n" +
" `x` can be array of numbers, a signal or a scalar value")
};
OutputNodes = new List <Blocks.BlockOutputNode>()
{
new Blocks.BlockOutputNode(ref root, "output", "y", "y = f(x)")
};
}
protected override void CreateNodes(ref Blocks.BlockBase root)
{
this.Picture = Properties.Resources.Cloner;
InputNodes = new List <Blocks.BlockInputNode>()
{
new Blocks.BlockInputNode(ref root, "input", "in")
};
OutputNodes = new List <Blocks.BlockOutputNode>();
for (int i = 0; i < outputs; i++)
{
OutputNodes.Add(new Blocks.BlockOutputNode(ref root, "output" + i.ToString(), "out" + i.ToString()));
}
}
protected override void CreateNodes(ref Blocks.BlockBase root)
{
this.Frequency = 10; this.SampleRate = -1;
this.Phase = 0; this.Type = OpenSignalLib.Sources.SignalType.Sine;
this.Amplitude = 1;
InputNodes = new List <Blocks.BlockInputNode>();
OutputNodes = new List <Blocks.BlockOutputNode>();
for (int i = 0; i < output_nos; i++)
{
string id = (i + 1).ToString();
OutputNodes.Add(new Blocks.BlockOutputNode(ref root, "output" + id, "out" + id));
}
}
protected override void CreateNodes(ref Blocks.BlockBase root)
{
Operation = Operations.Modulate;
Scheme = OpenSignalLib.Types.ModulationScheme.QPSK;
OutputFormat = OutFormat.BinaryStream;
InputNodes = new List <Blocks.BlockInputNode>()
{
new Blocks.BlockInputNode(ref root, "data", "din", "Integer symbols in range (0-(M-1)) (int[])")
};
OutputNodes = new List <Blocks.BlockOutputNode>()
{
new Blocks.BlockOutputNode(ref root, "mod_out", "mod", "modulated (Complex[]) /demodulated(int[]) output")
};
}
protected override void CreateNodes(ref Blocks.BlockBase root)
{
throw new NotImplementedException();
}
protected override void CreateNodes(ref Blocks.BlockBase root)
{
SampleRate = 22100; DataStream = "0101";
OutputNodes.Add(new Blocks.BlockOutputNode(ref root, "bin_output", "bin"));
}
protected override void CreateNodes(ref Blocks.BlockBase root)
{
this.Frequencies = new string[] { "10", "20" };
this.Length = this.SampleRate = 22100;
OutputNodes.Add(new Blocks.BlockOutputNode(ref root, "output", "out"));
}
protected override void CreateNodes(ref Blocks.BlockBase root)
{
this.BitsPerSymbol = 1;
InputNodes.Add(new Blocks.BlockInputNode(ref root, "instream", "bin"));
OutputNodes.Add(new Blocks.BlockOutputNode(ref root, "outstream", "syms"));
}
protected override void CreateNodes(ref Blocks.BlockBase root)
{
InputNodes.Add(new Blocks.BlockInputNode(ref root, "actual", "tx", "transmitted bitstream"));
InputNodes.Add(new Blocks.BlockInputNode(ref root, "actual", "rx", "received bitstream"));
OutputNodes.Add(new Blocks.BlockOutputNode(ref root, "ber", "ber", "scalar value representing ber"));
}
protected override void CreateNodes(ref Blocks.BlockBase root)
{
Operation = LineCodingOps.Encode; LineCoding = LineCodings.None;
InputNodes.Add(new Blocks.BlockInputNode(ref root, "instream", "in"));
OutputNodes.Add(new Blocks.BlockOutputNode(ref root, "outstream", "out"));
}
protected override void CreateNodes(ref Blocks.BlockBase root)
{
SampleRate = 22100; LineCoding = LineCodings.None; OneTimeGeneration = false;
Length = 10;
OutputNodes.Add(new Blocks.BlockOutputNode(ref root, "bin_output", "bin"));
}
