package PCI.ASQ.cluster;
import java.util.ArrayList;
import java.util.Iterator;
import java.util.List;
import java.util.Map;

import PCI.ASQ.basic.Euclid;
import PCI.ASQ.demension.AMV_MVS_VSQ_2D;
import PCI.ASQ.demension.AMV_MVS_VSQ_3D;
//求融聚团宇宙的重心
//Theory yaoguang.luo 20191219， 欧基里德
//Application yaoguang.luo
//作者,著作权人： 罗瑶光，浏阳
public class FusionHeart{
  public static AMV_MVS_VSQ_2D fusionPosition2DHeart(Map<Double, List<AMV_MVS_VSQ_2D>> groups){
    List<AMV_MVS_VSQ_2D> hearts= new ArrayList<>();
    Iterator<Double> iterator= groups.keySet().iterator();
    while(iterator.hasNext()) {
      double value= iterator.next();
      AMV_MVS_VSQ_2D AMV_MVS_VSQHeart= Euclid.findHeartPosition2D(groups.get(value));
      hearts.add(AMV_MVS_VSQHeart);
    }
    return Euclid.findHeartPosition2D(hearts);
  }
  
  public static AMV_MVS_VSQ_3D fusionPosition3DHeart(Map<Double, List<AMV_MVS_VSQ_3D>> groups){
    List<AMV_MVS_VSQ_3D> hearts= new ArrayList<>();
    Iterator<Double> iterator= groups.keySet().iterator();
    while(iterator.hasNext()) {
      double value= iterator.next();
      AMV_MVS_VSQ_3D AMV_MVS_VSQHeart= Euclid.findHeartPosition3D(groups.get(value));
      hearts.add(AMV_MVS_VSQHeart);
    }
    return Euclid.findHeartPosition3D(hearts);
  }
}