/**
* Determines whether two lon distances overlap
*
* @param lonmStart
* @param lonmEnd
* @param lonmMin
* @param lonmMax
* @return
*/
public static boolean isLonmOverlaps(int lonmStart, int lonmEnd, int lonmStart2, int lonmEnd2) {
lonmEnd = Util.makeContinuousFromStartLonm(lonmStart, lonmEnd);
lonmStart2 = Util.makeContinuousLonm(lonmStart, lonmStart2);
lonmEnd2 = Util.makeContinuousFromStartLonm(lonmStart2, lonmEnd2);
return lonmStart2 <= lonmEnd && lonmEnd2 > lonmStart;
}
public static double getDistSquared(double lonm1, double latm1, double lonm2, double latm2) {
lonm2 = Util.makeContinuousLonm(lonm1, lonm2) - lonm1;
latm2 = latm2 - latm1;
return lonm2 * lonm2 + latm2 * latm2;
}
public static double getDist(double lonm1, double latm1, double lonm2, double latm2) {
lonm2 = Util.makeContinuousLonm(lonm1, lonm2) - lonm1;
latm2 = latm2 - latm1;
return Math.sqrt(lonm2 * lonm2 + latm2 * latm2);
}
public static int getLonmMax(int l1, int l2) {
int al1 = Util.makeContinuousLonm(l2, l1);
return normalizeLonm(Math.max(al1, l2));
}
