else k = (int) qDef.curveCoefficient;
else k = (int) (qDef.curveCoefficient*10);
	void setDefaultLinear(int inputStart, int inputEnd)	{		setCurrentInputs(inputStart, inputEnd);		xControl = lS;		range  = square;		binMin = (int) (square/rangeMin);		binMax = (int) (square/rangeMax);		double yStart, yEnd, xStart, xEnd;		yStart = setOuputGraphics(qDef.cdStart);		yEnd = setOuputGraphics(qDef.cdEnd);		xStart = setInputGraphics(inputStart, square); 		xEnd = setInputGraphics(inputEnd, square);		//Size the rectangles used to control knobs.		//Input knob.		setKnobStart((int) xStart);		setKnobEnd((int) xEnd);		manager.setInputRectangles((int) xStart, (int) xEnd);				//Output knob.		setKnobOutputStart(leftBorder-10, (int) yStart);		setKnobOutputEnd(leftBorder-10, (int) topBorder);		manager.setOutputRectangles((int) yStart, (int) yEnd);		        		//Control points location.		if (reverseIntensity) {			staticStartPt.setLocation((double) lS, yStart);			staticEndPt.setLocation((double) leftBorder, yEnd);			startPt.setLocation(xEnd, yStart);			endPt.setLocation(xStart, yEnd);		} else {			staticStartPt.setLocation((double) leftBorder, yStart);			startPt.setLocation(xStart, yStart);			staticEndPt.setLocation((double) lS, yEnd);			endPt.setLocation(xEnd, yEnd);		}		//draw curve		int k;		if (qDef.family == QuantumFactory.LINEAR) k = INIT;		else if (qDef.family == QuantumFactory.LOGARITHMIC) k = MIN;		else k = (int) qDef.curveCoefficient;		setControlLocation(k); 	}