@OPERATION
void init() {
new Thread((Runnable) model).start();
// defineObsProperty("clusterAssign",calculate());
defineObsProperty("clusterAlloc", model.getAlloc());
// logger.info("HHH init passou alloc");
defineObsProperty("clusterCenters", model.getCenters());
// logger.info("HHH init passou centers");
defineObsProperty("clusterData", model.getData());
// logger.info("HHH init passou data");
defineObsProperty("clusterMap", model.getMap());
// logger.info("HHH init passou map");
defineObsProperty("clusterRadius", model.getMaxDist());
// logger.info("HHH init passou maxdist");
defineObsProperty("clusterNumCows", model.getNumCows());
// logger.info("HHH init passou humcows");
defineObsProperty("clusterNumber", model.getNumberOfCluster());
// logger.info("HHH init passou numberofcluster");
defineObsProperty("clusterPrefNCows", model.getPrefNCows());
// logger.info("HHH init passou prefncows");
defineObsProperty("clusterPrefRadius", model.getPrefRadius());
// logger.info("HHH init passou prefradius");
defineObsProperty("clusterPrefKPTC", model.getPrefkPTC());
// logger.info("HHH init passou prefkptc");
logger.info("inicializou");
}
public AbstractClusterModel(ClusterModel cm) {
properties = new StringProperties();
Iterator it = cm.getAllPropertyKeys();
while (it.hasNext()) {
String key = (String) it.next();
properties.set(key, cm.getProperty(key));
}
}
@OPERATION
void updateNumCows() {
updateObsProperty("clusterNumCows", model.getNumCows());
}
@OPERATION
void updateClusterNumber() {
updateObsProperty("clusterNumber", model.getNumberOfCluster());
}
@OPERATION
void updateMap() {
updateObsProperty("clusterMap", model.getMap());
}
@OPERATION
void updateRadius() {
updateObsProperty("clusterRadius", model.getMaxDist());
}
@OPERATION
void updateCenters() {
updateObsProperty("clusterCenters", model.getCenters());
}
@OPERATION
void updateData() {
updateObsProperty("clusterData", model.getData());
}
@OPERATION
void updatePrefKPTC() {
updateObsProperty("clusterPrefKPTC", model.getPrefkPTC());
}
@OPERATION
void clusterInsertTree(int x, int y) {
// logger.info("HHH insertTreee");
model.insertTree(x, y);
}
@OPERATION
void clusterPTCP(int k) {
// logger.info("HHH PTPC");
model.changePTCprop(k);
}
@OPERATION
void clusterWCP(int radius, int nCows) {
// logger.info("HHH WCPROP");
model.changeWCprop(radius, nCows);
}
@OPERATION
void clusterSetCows(Cow[] c, int H, int W) {
logger.info("HHHH ->>>setting cows" + c.length);
model.setCows(c, H, W);
}
@OPERATION
void clustercMaxDist(int a) {
// logger.info("HHH cCMaxDist");
model.changeMaxDist(a);
}
@OPERATION
void clusterSetStep(int step) {
// logger.info("HHH setting step");
model.setStepcl(step);
}
@OPERATION
void updatePrefNCows() {
updateObsProperty("clusterPrefNCows", model.getPrefNCows());
}
@OPERATION
void updateAlloc() {
updateObsProperty("clusterAlloc", model.getAlloc());
}
@OPERATION
void update() {
logger.info("HHH updating clusterM");
updateObsProperty("clusterAlloc", model.getAlloc());
// logger.info("HHH updated clusterL with kPTC = "+model.getPrefkPTC());
updateObsProperty("clusterCenters", model.getCenters());
// logger.info("HHH updated clusterL with kPTC = "+model.getPrefkPTC());
updateObsProperty("clusterData", model.getData());
updateObsProperty("clusterMap", model.getMap());
// int[] MaxDist= model.getMaxDist();
// String str = new String();
// for(int i = 0;i<MaxDist.length;i++){
// str+=","+MaxDist[i];
// }
// logger.info("HHHJ"+str);
updateObsProperty("clusterRadius", model.getMaxDist());
updateObsProperty("clusterNumCows", model.getNumCows());
updateObsProperty("clusterNumber", model.getNumberOfCluster());
updateObsProperty("clusterPrefNCows", model.getPrefNCows());
updateObsProperty("clusterPrefRadius", model.getPrefRadius());
updateObsProperty("clusterPrefKPTC", model.getPrefkPTC());
logger.info("HHH updated clusterL with kPTC = " + model.getPrefkPTC());
}
/*
@OPERATION void calculateArt(){
calculate();
}
*/
@OPERATION
void clusterCClusterer(int a) {
// logger.info("HHH clCCclusterer");
model.changeClusterer(a);
}
