if (algorthmToUse < 0) {
if (algorithmToUse < 0) {
    public void validateMapGenParameters() {	if (hilliness < 0) {	    hilliness = 0;	}	if (hilliness > 1000) {	    hilliness = 1000;	}	if (range < 0 ) {	    range = 0;	}		if (minWaterSpots < 0) {	    minWaterSpots = 0;	}	if (maxWaterSpots < minWaterSpots) {	    maxWaterSpots = minWaterSpots;	}	if (minWaterSize < 0) {	    minWaterSize = 0;	}	if (maxWaterSize < minWaterSize) {	    maxWaterSize = minWaterSize;	}	if (probDeep < 0) {	    probDeep = 0;	}	if (probDeep > 100) {	    probDeep = 100;	}	if (minForestSpots < 0) {	    minForestSpots = 0;	}	if (maxForestSpots < minForestSpots) {	    maxForestSpots = minForestSpots;	}	if (minForestSize < 0) {	    minForestSize = 0;	}	if (maxForestSize < minForestSize) {	    maxForestSize = minForestSize;	}	if (probHeavy < 0) {	    probHeavy = 0;	}	if (probHeavy > 100) {	    probHeavy = 100;	}	if (minRoughSpots < 0) {	    minRoughSpots = 0;	}	if (maxRoughSpots < minRoughSpots) {	    maxRoughSpots = minRoughSpots;	}	if (minRoughSize < 0) {	    minRoughSize = 0;	}	if (maxRoughSize < minRoughSize) {	    maxRoughSize = minRoughSize;	}	if (probRoad < 0) {	    probRoad = 0;	}	if (probRoad > 100) {	    probRoad = 100;	}	if (probInvert < 0) {	    probInvert = 0;	}	if (probInvert > 100) {	    probInvert = 100;	}	if (probRiver < 0) {	    probRiver = 0;	}	if (probRiver > 100) {	    probRiver = 100;	}	if (probCrater < 0) {	    probCrater = 0;	}	if (probCrater > 100) {	    probCrater = 100;	}	if (minRadius < 0) {	    minRadius = 0;	}	if (maxRadius < minRadius) {	    maxRadius = minRadius;	}	if (minCraters < 0 ) {	    minCraters = 0;	}	if (maxCraters < minCraters) {	    maxCraters = minCraters;	}	if (algorthmToUse < 0) {	    algorithmToUse = 0;	}	if (algorithmToUse > 2) {	    algorithmToUse = 2;	}    } /* validateMapGenParameters */