package iterators;

/** This class is only an iterator for convenience. Its purpose is to take an input 
cam file, filter out a portion of the parameter sets, and save a new cam file containing
just those parameter sets. The filtering is done in the cam graph screen itself - this
iterator is basically just a dummy class that gets the GeneNet machinery to read each
cam in turn and save it back out if it meets the filtering criteria.<br>

To use this class, make an iterator file that looks like:<br>

&Iterator	UberIterator	"UI.txt"<br>
	&OutfileName	filename<br>
	&RunMode	FromCam<br>
&endUSParams	<br>
	&Evaluators	<br>
		&Iterator	I1	StartAtBeginning	Autopass	Savefinalpars<br>
		&FilterCamIterator<br>
		&endIterator<br>
	&endEvaluators	<br>
	&ParamsToVary<br>
		<put params you want displayed in cam graph from new file here><br>
	&endParamsToVary<br>
&endIterator	<br>
&endHeader<br>

*/
public class FilterCamIterator extends ModelIterator implements Runnable {
	float		minVal, maxVal;
	int		[]	nodes = new int[5];
	float	[]	nodeRanges = new float[10];
	int			numNodes;
	int			delay;

	public FilterCamIterator() { setPrint(true); }	// Have a no argument initializer so we can do new_by_name

	public ModelIterator copy()  throws Exception {
		FilterCamIterator newIter = new FilterCamIterator();
		newIter.init(this.network, this.model);
		newIter.nParsTV = this.nParsTV;
		newIter.parsTV = this.parsTV.copy();
		newIter.theFunction = this.theFunction.copy();
		newIter.minVal = minVal;  newIter.maxVal = maxVal;
		return newIter;
	}

	public void doRun()  {
		finalScore = 0;
		super.stopRun();
	}
}