public Noisetag(System.IO.TextReader stimFile, UtopiaController utopiaController, GSM stimulusSequenceStack)
{
// global flicker stimulus sequence
this.noisecode = StimSeq.FromString(stimFile);
//Console.WriteLine(this.noisecode);
//this.noisecode.convertstimSeq2int();
//this.noisecode.setStimRate(2);
// get the stimSeq (as int) from the noisecode
this.stimSeq = this.convertstimSeq2int(this.noisecode);
// utopiaController
this.utopiaController = utopiaController;
if (this.utopiaController == null)
{
// TODO [] : make a singlention for the utopia controller?
this.utopiaController = new UtopiaController();
}
// stimulus state-machine stack
// Individual stimulus-state-machines track progress in a single
// stimulus state playback function.
// Stack allows sequencing of sets of playback functions in loops
if (stimulusStateMachineStack == null)
{
stimulusStateMachineStack = new GSM();
}
this.laststate = new StimulusState(null, null, -1, false);
this.lastrawstate = new StimulusState(null, null, -1, false);
this.objIDs = null;
}
private int[][] convertstimSeq2int(StimSeq ss)
{
// N.B. use jagged array so stimseq[i] gives int[nobj]
this.stimSeq = new int[ss.stimSeq.Length][];
for (int t = 0; t < ss.stimSeq.Length; t++)
{
stimSeq[t] = new int[ss.stimSeq[t].Length];
for (int oi = 0; oi < ss.stimSeq[t].Length; oi++)
{
this.stimSeq[t][oi] = (int)ss.stimSeq[t][oi];
}
}
return(stimSeq);
}
public static void Main(string[] argv)
{
string stimFile = "../../resources/codebooks/mgold_65_6532_60hz.txt";
if (argv.Length > 0)
{
stimFile = argv[0];
}
// open the file and try to read in the stim-sequence
try {
StreamReader sr = new StreamReader(stimFile);
StimSeq ss = StimSeq.FromString(sr);
// print out the stim-sequence
System.Console.WriteLine("Read ss:");
System.Console.WriteLine(ss);
} catch (IOException) {
System.Console.WriteLine("Couldn't open the stimFile " + stimFile);
}
}
public static StimSeq FromFilename(string filename)
{
StreamReader sr = new StreamReader(filename);
return(StimSeq.FromString(sr));
}
