protected void recalcQ(Sign tl, int pos, Node destination, boolean light, Sign tl_new, int pos_new, PosMov[] posMovs, int Ktl)
{
/* The calculation of the Q values in TC-3 */
float newQvalue = qa_table[tl.getId()][pos][destination.getId()][light?green_index:red_index];
float V=0;
// Waarom splitst TC2 wel op rood/groen, en TC3 niet??
CountEntry currentsituation = new CountEntry (tl, pos, destination, light, tl_new, pos_new, Ktl);
Enumeration e = pKtl_table[tl.getId()][pos][destination.getId()].elements();
while(e.hasMoreElements()) {
PKtlEntry P = (PKtlEntry) e.nextElement();
if(P.sameSourceKtl(currentsituation) != -1.0f) {
try {
V = v_table[P.tl_new.getId()][P.pos_new][destination.getId()];
}
catch (Exception excep) {
System.out.println("ERROR in q");
}
// Moet er hier geen reward functie??
newQvalue += P.getValue() *gamma * V;
}
}
q_table[tl.getId()][pos][destination.getId()][light?green_index:red_index] = newQvalue; //sign, pos, des, color (red=0, green=1)
}
protected void recalcQa(Sign tl, int pos, Node destination, boolean light, Sign tl_new, int pos_new, PosMov[] posMovs)
{
float newQvalue=0;
int size = tl.getLane().getCompleteLength()-1;
int R;
int tlId = tl.getId();
int desId = destination.getId();
float Va;
for(; size>=0; size--) {
PEntry P = new PEntry(tl, pos, destination, light, tl, size);
int p_index = p_table[tlId][pos][desId].indexOf(P);
if(p_index>=0) {
try {
P = (PEntry) p_table[tlId][pos][desId].elementAt(p_index);
Va = va_table[tlId][size][desId];
R = rewardFunction(tl_new, pos_new, posMovs);
newQvalue += P.getValue() *(((float)R) + gamma * Va);
}
catch (Exception e) {
System.out.println("Error in recalc Q'");
}
}
}
try {
qa_table[tl.getId()][pos][destination.getId()][light?green_index:red_index] = newQvalue;
}
catch (Exception e) {
System.out.println("ERROR, Zwaluw is not found");
}
}
/**
* Calculates how every traffic light should be switched Per node, per sign the waiting roadusers
* are passed and per each roaduser the gain is calculated.
*
* @param The TLDecision is a tuple consisting of a traffic light and a reward (Q) value, for it
* to be green
* @see gld.algo.tlc.TLDecision
*/
public TLDecision[][] decideTLs() {
int num_dec;
int num_tld = tld.length;
// Determine wheter it should be random or not
boolean do_this_random = false;
if (random_number.nextFloat() < random_chance) do_this_random = true;
for (int i = 0; i < num_tld; i++) {
num_dec = tld[i].length;
for (int j = 0; j < num_dec; j++) {
Sign currenttl = tld[i][j].getTL();
float gain = 0;
Drivelane currentlane = currenttl.getLane();
int waitingsize = currentlane.getNumRoadusersWaiting();
ListIterator queue = currentlane.getQueue().listIterator();
if (!do_this_random) {
for (; waitingsize > 0; waitingsize--) {
Roaduser ru = (Roaduser) queue.next();
int pos = ru.getPosition();
Node destination = ru.getDestNode();
gain +=
q_table[currenttl.getId()][pos][destination.getId()][1]
- q_table[currenttl.getId()][pos][destination.getId()][0]; // red - green
}
float q = gain;
} else gain = random_number.nextFloat();
tld[i][j].setGain(gain);
}
}
return tld;
}
protected void recalcQ(
Sign tl,
int pos,
Node destination,
boolean light,
Sign tl_new,
int pos_new,
boolean light_new,
PosMov[] posMovs) {
/* Recalculate the Q values, only one PEntry has changed, meaning also only 1 QEntry has to change
*/
int R;
float oldQvalue = 0;
float Qmark = 0;
float newQvalue = 0;
R = rewardFunction(tl_new, pos_new, posMovs);
try {
oldQvalue = q_table[tl.getId()][pos][destination.getId()][light ? green_index : red_index];
Qmark =
q_table[tl_new.getId()][pos_new][destination.getId()][
light_new ? green_index : red_index]; // Q( [ tl' , p' ] , L')
} catch (Exception e) {
System.out.println("ERROR");
System.out.println("tl: " + tl.getId());
System.out.println("pos:" + pos);
System.out.println("des:" + destination.getId());
}
newQvalue = oldQvalue + alpha * (R + gamma * Qmark - oldQvalue);
q_table[tl.getId()][pos][destination.getId()][light ? green_index : red_index] = newQvalue;
}
@Override
protected void initFlow(HierarchicalConfiguration flowCfg) {
// int node = flowCfg.getInt("[@node]");
int inLink = flowCfg.getInt("[@inLink]", -1);
int outLink = flowCfg.getInt("[@outLink]", -1);
// int next = flowCfg.getInt("[@next]");
int no = flowCfg.getInt("[@no]", 0);
Node node;
Node next;
if (inLink != -1) {
Link link = idToLinkMap.get(Id.create(inLink, Link.class));
node = link.getFromNode();
next = link.getToNode();
} else {
Link link = idToLinkMap.get(Id.create(outLink, Link.class));
node = link.getToNode();
next = link.getFromNode();
}
int nodeId = Integer.parseInt(node.getId().toString());
int nextId = Integer.parseInt(next.getId().toString());
flows[nodeId] = new MATSimFlow(nodeId, inLink, outLink, nextId, no);
}
protected void recalcV(Sign tl, int pos, Node destination, boolean light, int Ktl)
{
/* The calculation of the V values in TC-3 */
float newVvalue;
float tempSumGreen=0, tempSumRed=0;
float V;
int[] amount = count(tl, pos, destination);
int tlId = tl.getId();
int desId = destination.getId();
float total = (float) amount[green_index] + (float) amount[red_index];
newVvalue = va_table[tl.getId()][pos][destination.getId()];
CountEntry currentsituation_green = new CountEntry (tl, pos, destination, green, tl, pos, Ktl);
CountEntry currentsituation_red = new CountEntry (tl, pos, destination, red, tl, pos, Ktl);
Enumeration e = pKtl_table[tlId][pos][desId].elements();
while(e.hasMoreElements()) {
//Green part
PKtlEntry P = (PKtlEntry) e.nextElement();
if(P.sameSourceKtl(currentsituation_green) != -1) {
try {
V = v_table[P.tl_new.getId()][P.pos_new][destination.getId()];
tempSumGreen += P.getValue() *gamma * V;
}
catch (Exception excep) {
System.out.println(excep+"");
excep.printStackTrace();
}
}
//Red Part
if(P.sameSourceKtl(currentsituation_red) != -1) {
try {
V = v_table[P.tl_new.getId()][P.pos_new][destination.getId()];
tempSumRed += P.getValue() *gamma * V;
}
catch (Exception excep) {
System.out.println("ERROR in recalc V2");
System.out.println(excep+"");
excep.printStackTrace();
}
}
}
newVvalue += ((float)amount[green_index]/ (float)total) * tempSumGreen + ((float)amount[red_index]/ (float)total) * tempSumRed;
try {
v_table[tl.getId()][pos][destination.getId()] = newVvalue;
}
catch (Exception excep) {
System.out.println("Error in v");
}
}
public float getColearnValue(Sign sign_new, Sign sign, Node destination, int pos)
{
int Ktl = sign.getLane().getNumRoadusersWaiting();
int tlId = sign.getId();
int desId = destination.getId();
// Calculate the colearning value
float newCovalue=0;
int size = sign.getLane().getCompleteLength()-1;
for(; size>=0; size--) {
float V;
PKtlEntry P = new PKtlEntry(sign, 0, destination, green, sign_new, size, Ktl);
int p_index = pKtl_table[tlId][pos][desId].indexOf(P);
if(p_index>=0) {
try {
P = (PKtlEntry) pKtl_table[tlId][pos][desId].elementAt(p_index);
V = v_table[tlId][size][desId];
newCovalue += P.getValue() * V;
}
catch (Exception e) {
System.out.println("Error");
}
}
}
return newCovalue;
}
protected int[] count(Sign tl, int pos, Node destination)
{
int tlId = tl.getId();
int desId = destination.getId();
int[] counters;
counters = new int[2];
//See the green_index definitions above !!!!
counters[green_index] = 0;
counters[red_index] = 0;
//Calcs the number of entries in the table matching the given characteristics, and returns the count
int psize = p_table[tlId][pos][desId].size()-1;
for(; psize>=0; psize--)
{
PEntry candidate = (PEntry) p_table[tlId][pos][desId].elementAt(psize);
if(candidate.tl.getId() == tlId && candidate.pos == pos && candidate.destination.getId() == desId) {
if(candidate.light == green) {
counters[green_index]++;
}
else {
counters[red_index]++;
}
}
}
return counters;
}
protected void recalcVa(Sign tl, int pos, Node destination)
{
float newWvalue;
float qa_red = qa_table[tl.getId()][pos][destination.getId()][red_index];
float qa_green = qa_table[tl.getId()][pos][destination.getId()][green_index];
int[] amount = count(tl, pos, destination);
float total = (float) amount[green_index] + (float) amount[red_index];
newWvalue = ((float)amount[green_index]/(float)total)*qa_green + ((float)amount[red_index]/(float)total)*qa_red;
try {
va_table[tl.getId()][pos][destination.getId()] = newWvalue;
}
catch (Exception e) {
System.out.println("Error in recalc W");
}
}
public float getVValue(Sign sign, Node des, int pos)
{
try {
return v_table[sign.getId()][pos][des.getId()];
}
catch (Exception e) {
System.out.print("Error in v_table");
return 0;
}
}
@Listen("onClick = #addBtn")
public void add() throws InterruptedException {
Node node = nodeList.getSelectedItem().getValue();
node = nodeDao.loadById(node.getId());
AbstractQuestionRelation p = (AbstractQuestionRelation) getParent();
node.getGroups().addAll((p.getQuestion().getAvailableGroups()));
nodeDao.save(node);
// update interface
p.refreshWholePage();
}
public NodeData(
Controller parent,
Link profileLink,
String demandStr,
Double knob,
Double dpdt,
Scenario scenario) {
this.knob = knob;
this.myNode = profileLink.getBegin_node();
meas = profileLink;
feeds = new ArrayList<Link>();
not_feeds = new ArrayList<Link>();
// incoming link sets
for (int i = 0; i < myNode.getnIn(); i++) {
Link link = myNode.getInput_link()[i];
if (link.isFreeway() || link.isHov()) feeds.add(link);
else not_feeds.add(link);
}
// outgoing link sets
not_meas = new ArrayList<Link>();
for (int j = 0; j < myNode.getnOut(); j++) {
Link link = myNode.getOutput_link()[j];
if (meas != link) not_meas.add(link);
}
if (meas == null) return;
// find the demand profile for the offramp
measured_flow_profile_veh =
new BeatsTimeProfileDouble(demandStr, ",", dpdt, 0d, scenario.get.simdtinseconds());
measured_flow_profile_veh.multiplyscalar(scenario.get.simdtinseconds());
// alpha_tilde = new Double[myNode.nIn];
// create the actuator
edu.berkeley.path.beats.jaxb.Actuator jaxbA = new edu.berkeley.path.beats.jaxb.Actuator();
edu.berkeley.path.beats.jaxb.ScenarioElement se =
new edu.berkeley.path.beats.jaxb.ScenarioElement();
edu.berkeley.path.beats.jaxb.ActuatorType at =
new edu.berkeley.path.beats.jaxb.ActuatorType();
se.setId(myNode.getId());
se.setType("node");
at.setId(-1);
at.setName("cms");
jaxbA.setId(-1);
jaxbA.setScenarioElement(se);
jaxbA.setActuatorType(at);
cms = new ActuatorCMS(scenario, jaxbA, new BeatsActuatorImplementation(jaxbA, scenario));
cms.populate(null, null);
cms.setMyController(parent);
}
public XMLElement saveSelf () throws XMLCannotSaveException
{ XMLElement result=new XMLElement("pval");
result.addAttribute(new XMLAttribute("tl-id",tl.getId()));
result.addAttribute(new XMLAttribute("pos",pos));
result.addAttribute(new XMLAttribute("destination",destination.getId()));
result.addAttribute(new XMLAttribute("light",light));
result.addAttribute(new XMLAttribute("newtl-id",tl_new.getId()));
result.addAttribute(new XMLAttribute("new-pos",pos_new));
result.addAttribute(new XMLAttribute("value",value));
return result;
}
public void run() {
Controller controller = Controller.getController();
try {
String ST_OPENING_FILE = controller.getMsgString("ST_OPENING_FILE");
controller.setStatusMessage(ST_OPENING_FILE);
try {
Thread.sleep(10);
} catch (Exception e) {
e.printStackTrace();
}
controller.setWaitCursors();
TreeGrowXMLReader xUtil = new TreeGrowXMLReader(m_FileName, true);
controller.setEditableContributors(new Vector(xUtil.getEditableContributors()));
xUtil.gatherContent();
String treeString = xUtil.getTreeStructure();
ArrayList actualNodes = new ArrayList();
ArrayList terminalChildrenNodes = new ArrayList();
Iterator it = xUtil.getNodeList().iterator();
while (it.hasNext()) {
Node node = (Node) it.next();
if (treeString.indexOf("" + node.getId()) != -1) {
actualNodes.add(node);
} else {
terminalChildrenNodes.add(node);
}
}
Tree tree = xUtil.getTree();
controller.openTreeEditor(tree);
controller.getTree().setImages(xUtil.getImageList());
if (prevUploadId != -1) {
controller.setUploadId(prevUploadId);
}
controller.setDefaultCursors();
controller.getTreeEditor().setToolbarEnabled();
it = tree.getNodeList().iterator();
while (it.hasNext()) {
Node node = (Node) it.next();
TreePanel.getTreePanel().setNodeComplete(node);
}
it = tree.getImages().iterator();
while (it.hasNext()) {
NodeImage img = (NodeImage) it.next();
img.initializeThumbnail();
}
controller.setDownloadComplete(true);
} catch (Exception error) {
error.printStackTrace();
controller.setDefaultCursors();
}
}
/** Pull collapsed node bak onto the tree */
public void undo() {
if (nodeToCollapse != null) {
NodeGraveyard.getGraveyard().getNode(nodeToCollapse.getId());
}
node.getParent().setChildrenChanged(oldParentHasChanged);
if (node.getParent().getParent() != null) {
node.getParent().getParent().setChildrenChanged(oldGrandParentHasChanged);
}
TreePanel.getTreePanel().getTree().updateTree(oldTreeString);
updateTreePanel();
}
public XMLElement saveSelf () throws XMLCannotSaveException
{ XMLElement result=new XMLElement("count");
result.addAttribute(new XMLAttribute("tl-id",tl.getId()));
result.addAttribute(new XMLAttribute("pos",pos));
result.addAttribute(new XMLAttribute("destination",destination.getId()));
result.addAttribute(new XMLAttribute("light",light));
result.addAttribute(new XMLAttribute("newtl-id",tl_new.getId()));
result.addAttribute(new XMLAttribute("new-pos",pos_new));
result.addAttribute(new XMLAttribute("ktl",Ktl));
result.addAttribute(new XMLAttribute("value",value));
if ( ! infrastructure.laneDictionary.containsKey
(new Integer (tl.getId())))
{
System.out.println
("WARNING : Unknown Trafficlight ID "+tl.getId()+
" in TC3$CountEntry. Loading will go wrong");
}
return result;
}
private Object toJsonCompatible(Object value) {
if (value instanceof Node) {
final Node node = (Node) value;
final Map<String, Object> result = SubGraph.toMap((PropertyContainer) node);
result.put("_id", node.getId());
final List<String> labelNames = SubGraph.getLabelNames(node);
if (!labelNames.isEmpty()) result.put("_labels", labelNames);
return result;
}
if (value instanceof Relationship) {
final Relationship relationship = (Relationship) value;
final Map<String, Object> result = SubGraph.toMap((PropertyContainer) relationship);
result.put("_id", relationship.getId());
result.put("_start", relationship.getStartNode().getId());
result.put("_end", relationship.getEndNode().getId());
result.put("_type", relationship.getType().name());
return result;
}
if (value instanceof Map) {
@SuppressWarnings("unchecked")
Map<String, Object> map = (Map<String, Object>) value;
final Map<String, Object> result = new LinkedHashMap<>(map.size());
for (Map.Entry<String, Object> entry : map.entrySet()) {
result.put(entry.getKey(), toJsonCompatible(entry.getValue()));
}
return result;
}
if (value instanceof Iterable) {
final List<Object> result = new ArrayList<>();
for (Object inner : (Iterable) value) {
result.add(toJsonCompatible(inner));
}
return result;
}
return value;
}
public long getId() {
return theNode.getId();
}
public static void setJar(final Tile node) {
node.data.put("type", "Jar");
List<Node> toRemove = new ArrayList<>();
for (Node n : node.node.getChildren()) {
if (!n.getId().equals("delete")) {
if (n.getId().equals("typeLabel")) {
Label l = (Label) n;
l.setText("jar");
l.setTranslateY(l.getTranslateY() - 1);
} else {
toRemove.add(n);
}
}
}
VBox leftPadding = new VBox();
leftPadding.setPrefWidth(14);
VBox buttons = new VBox();
VBox textBoxes = new VBox();
VBox extra = new VBox();
buttons.setSpacing(5);
textBoxes.setSpacing(5);
extra.setSpacing(5);
buttons.setPadding(new Insets(7, 0, 0, 0));
textBoxes.setPadding(new Insets(7, 0, 0, 0));
extra.setPadding(new Insets(7, 0, 0, 0));
textBoxes.setTranslateX(17);
extra.setTranslateX(32);
node.node.getChildren().removeAll(toRemove);
final String name = "Package Name";
final String name2 = "Jar Name";
Button findPkg = new Button();
final TextField pkgText = new TextField();
final TextField jarName = new TextField();
findPkg.getStyleClass().add("defaultButton");
findPkg.setText("Find Package Name");
findPkg.setPrefHeight(25);
findPkg.setTranslateX(12);
findPkg.setOnAction(
new EventHandler<ActionEvent>() {
@Override
public void handle(ActionEvent event) {
String mainClassName = Util.packageNameFromTile();
if (mainClassName != null) {
pkgText.setText(mainClassName);
}
}
});
pkgText.setText(name);
pkgText.setPrefSize(150, 27);
pkgText.setFont(Font.font("Segoe UI"));
pkgText.setId("textBox");
pkgText
.textProperty()
.addListener(
new ChangeListener<String>() {
@Override
public void changed(
ObservableValue<? extends String> observable, String oldValue, String newValue) {
node.data.put("package", pkgText.getText().trim());
}
});
pkgText
.focusedProperty()
.addListener(
new ChangeListener<Boolean>() {
@Override
public void changed(
ObservableValue<? extends Boolean> observable,
Boolean oldValue,
Boolean newValue) {
if (newValue == true && pkgText.getText().equals(name)) {
pkgText.setText("");
} else if (newValue == false && pkgText.getText().trim().equals("")) {
pkgText.setText(name);
}
}
});
jarName.setText(name2);
jarName.setPrefSize(150, 27);
jarName.setFont(Font.font("Segoe UI"));
jarName.setId("textBox");
jarName
.textProperty()
.addListener(
new ChangeListener<String>() {
@Override
public void changed(
ObservableValue<? extends String> observable, String oldValue, String newValue) {
node.data.put("jarname", jarName.getText().trim());
}
});
jarName
.focusedProperty()
.addListener(
new ChangeListener<Boolean>() {
@Override
public void changed(
ObservableValue<? extends Boolean> observable,
Boolean oldValue,
Boolean newValue) {
if (newValue == true && jarName.getText().equals(name2)) {
jarName.setText("");
} else if (newValue == false && jarName.getText().trim().equals("")) {
jarName.setText(name2);
}
}
});
final String defTxt = "Additional Flags";
final TextField flags = new TextField();
flags.setText(defTxt);
flags.setPrefSize(150, 27);
flags.setFont(Font.font("Segoe UI"));
flags.setId("textBox");
flags
.focusedProperty()
.addListener(
new ChangeListener<Boolean>() {
@Override
public void changed(
ObservableValue<? extends Boolean> observable,
Boolean oldValue,
Boolean newValue) {
if (newValue == true && flags.getText().equals(defTxt)) {
flags.setText("");
} else if (newValue == false && flags.getText().trim().equals("")) {
flags.setText(defTxt);
}
}
});
flags
.textProperty()
.addListener(
new ChangeListener<String>() {
@Override
public void changed(
ObservableValue<? extends String> observable, String oldValue, String newValue) {
node.data.put("flags", flags.getText().trim());
}
});
final String defTxt2 = "Output Directory";
final TextField outputDir = new TextField();
outputDir.setText(defTxt2);
outputDir.setPrefSize(150, 27);
outputDir.setFont(Font.font("Segoe UI"));
outputDir.setId("textBox");
outputDir
.focusedProperty()
.addListener(
new ChangeListener<Boolean>() {
@Override
public void changed(
ObservableValue<? extends Boolean> observable,
Boolean oldValue,
Boolean newValue) {
if (newValue == true && outputDir.getText().equals(defTxt2)) {
outputDir.setText("");
} else if (newValue == false && outputDir.getText().trim().equals("")) {
outputDir.setText(defTxt2);
}
}
});
outputDir
.textProperty()
.addListener(
new ChangeListener<String>() {
@Override
public void changed(
ObservableValue<? extends String> observable, String oldValue, String newValue) {
node.data.put("output", outputDir.getText().trim());
}
});
buttons.getChildren().addAll(findPkg);
textBoxes.getChildren().addAll(pkgText, jarName);
extra.getChildren().addAll(flags, outputDir);
node.node.getChildren().addAll(leftPadding, buttons, textBoxes, extra);
}
protected void recalcP(Sign tl, int pos, Node destination, boolean light, Sign tl_new, int pos_new, int Ktl)
{
int tlId = tl.getId();
int desId = destination.getId();
//Update the count table
CountEntry currentsituation = new CountEntry(tl, pos, destination, light, tl_new, pos_new, Ktl);
int count_index = count[tlId][pos][desId].indexOf(currentsituation);
if (count_index>=0) {
currentsituation = (CountEntry) count[tlId][pos][desId].elementAt(count_index);
currentsituation.incrementValue();
}
else {
count[tlId][pos][desId].add(currentsituation);
}
//Update the p_table
PEntry currentchance = new PEntry(tl, pos, destination, light, tl_new, pos_new);
int dest=0, source=0;
Enumeration enum = count[tlId][pos][desId].elements();
while(enum.hasMoreElements()) {
CountEntry current = (CountEntry) enum.nextElement();
dest += current.sameSourceDifferentKtl(currentsituation);
source += current.sameSource(currentsituation);
}
if(source == 0) currentchance.setValue(0);
else currentchance.setValue((float)dest/(float)source);
int p_index = p_table[tlId][pos][desId].indexOf(currentchance);
if(p_index>=0) p_table[tlId][pos][desId].setElementAt(currentchance, p_index);
else {
p_table[tlId][pos][desId].add(currentchance);
p_index = p_table[tlId][pos][desId].indexOf(currentchance);
}
// Change the rest of the p_table, Also check the other chances for updates
int size = p_table[tlId][pos][desId].size()-1;
for(; size>=0; size--) {
PEntry P = (PEntry) p_table[tlId][pos][desId].elementAt(size);
float pvalue = P.sameSource(currentsituation);
if(pvalue > -1.0f) {
if(size != p_index)
P.setValue(pvalue * (float)(source-1) / (float)source);
}
}
//update the p'_table ......
PKtlEntry currentchance2 = new PKtlEntry(tl, pos, destination, light, tl_new, pos_new, Ktl);
source=0;
enum = count[tlId][pos][desId].elements();
while(enum.hasMoreElements()) {
source += ((CountEntry) enum.nextElement()).sameSourceWithKtl(currentsituation);
}
dest = currentsituation.getValue();
if(source == 0) currentchance2.setValue(0);
else currentchance2.setValue((float)dest/(float)source);
p_index = pKtl_table[tlId][pos][desId].indexOf(currentchance2);
if(p_index>=0) pKtl_table[tlId][pos][desId].setElementAt(currentchance2, p_index);
else {
pKtl_table[tlId][pos][desId].add(currentchance2);
p_index = pKtl_table[tlId][pos][desId].indexOf(currentchance2);
}
// Change the rest of the pKtl_table, Also check the other chances for updates
size = pKtl_table[tlId][pos][desId].size()-1;
for(; size>=0; size--) {
PKtlEntry P = (PKtlEntry) pKtl_table[tlId][pos][desId].elementAt(size);
float pvalue = P.sameSource(currentsituation);
if(pvalue > -1) {
if(size != p_index) {
P.setValue(pvalue * (float)(source-1) / (float)source);
}
}
}
if(currentchance.getValue() >1 ||currentchance2.getValue() >1 || currentchance.getValue() <0 ||currentchance2.getValue() <0 ) System.out.println("Serious error !!!!!!!!!1");
}