public SpikePatternEvaluatorV2(
SpikePatternAdapting modelSpikePattern,
InputSpikePatternConstraint expSpikePatternData,
double[] patternRepWeights,
double modelVmin,
double modelVr,
double modelVt,
boolean display,
boolean displayOnlyClass,
boolean externalSimUsed) {
this.modelSpikePattern = modelSpikePattern;
this.expSpikePatternData = expSpikePatternData;
this.patternRepairWeights = patternRepWeights;
this.modelVmin = modelVmin;
this.modelVr = modelVr;
this.modelVt = modelVt;
this.display = display;
/*if(display){
StatAnalyzer.display_stats = true;
}*/
patternClassifier = new SpikePatternClassifier(modelSpikePattern);
if (externalSimUsed) { // HACK!!! no voltage for swa
modelSpikePattern.setSwa(1);
} else {
modelSpikePattern.setSwa(measureSWA());
}
double swa = modelSpikePattern.getSwa(); // 1;//
patternClassifier.classifySpikePattern(swa, true); // 1);//
if (display || displayOnlyClass) {
patternClassifier.getSpikePatternClass().display();
}
if (!ECJStarterV2.TURN_OFF_CLASSIFIER) {
patternClassifier.determineWeightsForFeatures(expSpikePatternData.getSpikePatternClass());
} else {
patternClassifier.populateNullWeights();
}
}
