/**
* Outputs filled with points listOfPointsToBeConnected. Finds the point with the lowest Y - that
* will be the first point of the broken line. If It finds several points with equal Ys - makes a
* line from the most left (lowest X) point to the most right point, then connects this point with
* next point with the lowest Y from the remaining set. The last point of the broken line will be
* the point with the highest Y, or if there will be several points with the highest Y - the point
* with the highest X from this set.
*/
void connectPoints() {
ArrayList<MyPoint> pointsInOneRow =
new ArrayList<MyPoint>(); // will store points with equal Ys.
MyPoint currentPoint, nextPoint;
ListIterator<MyPoint> itr;
while (randomListOfPoints.size() > 0) {
pointsInOneRow.clear(); // clear the pointsInOneRow.
itr = randomListOfPoints.listIterator();
// initialize list iterator and place it before the first element in the randomListOfPoints.
currentPoint = itr.next(); // the first element from the randomListOfPoints.
itr.remove(); // delete the first element from the randomListOfPoints.
if (itr.hasNext()) { // if it's not the end of the randomListOfPoints.
nextPoint = itr.next(); // the second element from the randomListOfPoints.
} else {
// the point not from the range of possible Xs and Ys, so we can be sure that its' Y won't
// be equal to the currentPoints'.
nextPoint = new MyPoint(-1, -1);
}
pointsInOneRow.add(
currentPoint); // add current point to a list of points, that lies on one line.
// if the currentPoint and the nextPoint are on the same line, that is parallel to the X axis.
while (currentPoint.getY() == nextPoint.getY()) {
pointsInOneRow.add(
nextPoint); // add the nextPoint to a list of points, that lies on one line.
itr.remove(); // delete the second element from the randomListOfPoints .
currentPoint = nextPoint; // the currentPoint equals to the nextPoint now.
if (itr.hasNext()) { // if it's not the end of the randomListOfPoints.
nextPoint = itr.next(); // the second element from the randomListOfPoints.
} else {
// the point not from the range of possible Xs and Ys, so we can be sure that its' Y won't
// be equal to the currentPoints'.
nextPoint = new MyPoint(-1, -1);
}
}
Collections.sort(
pointsInOneRow, new XcoordSorterComparator()); // sort the pointsInOneRow by X
/* add all elements from the pointsInOneRow to the end of the listOfPointsToBeConnected.
* If the listOfPointsToBeConnected.size == 0 - the first element from the pointsInOneRow will be the start
* of the broken line, if the listOfPointsToBeConnected.size != 0 - the first element from the
* pointsInOneRow will be connected with the last element from the listOfPointsToBeConnected*/
listOfPointsToBeConnected.addAll(listOfPointsToBeConnected.size(), pointsInOneRow);
}
System.out.println("\n\nList of connected points:\n" + listOfPointsToBeConnected);
}
private void calculateValueLists() {
sequenceValues = new ArrayList<>();
timelineValues = new ArrayList<>();
final Object selectedSequenceColumn = this.sequenceColumnChooser.getSelectedItem();
if (!(selectedSequenceColumn instanceof ManyValuedAttribute)) {
return;
}
final ManyValuedAttribute sequenceAttribute = (ManyValuedAttribute) selectedSequenceColumn;
final ManyValuedAttribute timelineAttribute =
(ManyValuedAttribute) timelineColumnChooser.getSelectedItem();
for (final FCAElement object : this.context.getObjects()) {
Value value = this.context.getRelationship(object, sequenceAttribute);
if (!sequenceValues.contains(value) && value != null) {
boolean inserted = false;
final ListIterator<Value> seqIt = sequenceValues.listIterator();
while (seqIt.hasNext()) {
final Value curValue = seqIt.next();
if (value.isLesserThan(curValue)) {
if (seqIt.hasPrevious()) {
seqIt.previous();
}
seqIt.add(value);
inserted = true;
break;
}
}
if (!inserted) {
seqIt.add(value);
}
}
value = this.context.getRelationship(object, timelineAttribute);
if (!timelineValues.contains(value) && value != null) {
boolean inserted = false;
final ListIterator<Value> tlIt = timelineValues.listIterator();
while (tlIt.hasNext()) {
final Value curValue = tlIt.next();
if (curValue != null && value.isLesserThan(curValue)) {
if (tlIt.hasPrevious()) {
tlIt.previous();
}
tlIt.add(value);
inserted = true;
break;
}
}
if (!inserted) {
tlIt.add(value);
}
}
}
}
@Override
public Object findElement(String s) {
List<ObjectWithWeight> elements = new ArrayList<ObjectWithWeight>();
s = s.trim();
final ListIterator<Object> it = getElementIterator(0);
while (it.hasNext()) {
final ObjectWithWeight o = new ObjectWithWeight(it.next(), s, getComparator());
if (!o.weights.isEmpty()) {
elements.add(o);
}
}
ObjectWithWeight cur = null;
ArrayList<ObjectWithWeight> current = new ArrayList<ObjectWithWeight>();
for (ObjectWithWeight element : elements) {
if (cur == null) {
cur = element;
current.add(cur);
continue;
}
final int i = element.compareWith(cur);
if (i == 0) {
current.add(element);
} else if (i < 0) {
cur = element;
current.clear();
current.add(cur);
}
}
return current.isEmpty() ? null : findClosestTo(myInitialPsiElement, current);
}
public GElementFAState getState(String name) {
ListIterator e = elements.listIterator();
while (e.hasNext()) {
GElement element = (GElement) e.next();
if (element.getClass().equals(GElementFAState.class)) {
GElementFAState state = (GElementFAState) element;
if (state.state.name.equals(name)) return state;
}
}
return null;
}
public void paint(Graphics g) {
// do normal painting first
super.paint(g);
// draw polys
ListIterator<Polygon> II = poly_draw.listIterator(0);
ListIterator<Color> CC = poly_draw_color.listIterator(0);
while (II.hasNext()) {
Polygon P = II.next();
Color C = CC.next();
g.setColor(C);
g.drawPolygon(P);
}
// fill polys
II = poly_fill.listIterator(0);
CC = poly_fill_color.listIterator(0);
while (II.hasNext()) {
Polygon P = II.next();
Color C = CC.next();
g.setColor(C);
g.fillPolygon(P);
}
}
public GLink getTransition(FATransition transition) {
ListIterator e = elements.listIterator();
while (e.hasNext()) {
GElement element = (GElement) e.next();
if (element.getClass().equals(GLink.class)) {
GLink link = (GLink) element;
if (getState1(link).state.name.equals(transition.s1)
&& getState2(link).state.name.equals(transition.s2)
&& Tool.symbolsInPattern(link.pattern).contains(transition.symbol)) {
return link;
}
}
}
return null;
}
public void removeState(GElementFAState s) {
machine.removeState(s.state);
removeElement(s);
// Remove any other link which is using the state s
ListIterator e = elements.listIterator();
while (e.hasNext()) {
GElement element = (GElement) e.next();
if (element.getClass().equals(GLink.class)) {
GLink link = (GLink) element;
if (link.source == s || link.target == s) {
removeElement(link);
e = elements.listIterator();
}
}
}
}
/**
* paintComponent schreibt alle Laendernamen an die entsprechende Stelle der Landkarte
* (Hintergrundgrafik) und zeichnet die Laendergrenzen auf der Landkarte nach.
*
* @param g Zeichenflaeche der Landkarte
*/
public void paintComponent(Graphics g) {
Shape shape;
Graphics2D g2d = (Graphics2D) g;
g2d.drawImage(img, 0, 0, this.getWidth(), this.getHeight(), this);
Font myFont = new Font("Times New Roman", Font.BOLD, 12);
g2d.setFont(myFont);
g2d.setStroke(new BasicStroke(2.0f));
Territory territory;
Color color;
ListIterator territories = worldMap.getTerritories().listIterator();
while (territories.hasNext()) {
territory = (Territory) territories.next();
if (territory.getOwner() != null) {
color = territory.getOwner().getPlayerColor();
} else {
color = Color.WHITE;
}
g2d.setColor(color);
g2d.drawString(
territory.getName(),
(int) territory.getMidpoint().getX() - 15,
(int) territory.getMidpoint().getY() - 10);
g2d.drawString(
new Integer(territory.getArmySize()).toString(),
(int) territory.getMidpoint().getX(),
(int) territory.getMidpoint().getY());
}
if (territoryBattle.size() != 0) {
for (int j = 0; j < territoryBattle.size(); j++) {
g2d.setColor(territoryBattle.get(j).getOwner().getPlayerColor());
// g2d.fillPolygon(territoryTmp.getFrontiers()); Sieht bei unseren Grenzen nicht huebsch
// aus
g2d.drawPolygon(territoryBattle.get(j).getFrontiers());
}
}
repaint();
}
public void reconstruct() {
elements.clear();
List stateNames = machine.getStateList();
ListIterator iterator = stateNames.listIterator(stateNames.size());
int x = 0;
int y = 0;
while (iterator.hasPrevious()) {
addElement(new GElementFAState((FAState) iterator.previous(), 100 + x * 200, 50 + y * 200));
x++;
if (x > 4) {
y++;
x = 0;
}
}
List transitions = machine.getTransitions().getTransitions();
iterator = transitions.listIterator();
while (iterator.hasNext()) {
FATransition transition = (FATransition) iterator.next();
GElementFAState s1 = getState(transition.s1);
GElementFAState s2 = s1;
if (transition.s1.equals(transition.s2) == false) s2 = getState(transition.s2);
GLink link = getLink(s1, s2);
if (link == null)
addElement(
new GLink(
s1,
GElementFAState.ANCHOR_CENTER,
s2,
GElementFAState.ANCHOR_CENTER,
GLink.SHAPE_ARC,
transition.symbol,
20));
else link.pattern = Tool.addSymbolToPattern(link.pattern, transition.symbol);
}
}
private List<TemplatesGroup> fillTemplatesMap(WizardContext context) {
List<ModuleBuilder> builders = ModuleBuilder.getAllBuilders();
if (context.isCreatingNewProject()) {
builders.add(new EmptyModuleBuilder());
}
Map<String, TemplatesGroup> groupMap = new HashMap<String, TemplatesGroup>();
for (ModuleBuilder builder : builders) {
BuilderBasedTemplate template = new BuilderBasedTemplate(builder);
if (builder.isTemplate()) {
TemplatesGroup group = groupMap.get(builder.getGroupName());
if (group == null) {
group = new TemplatesGroup(builder);
}
myTemplatesMap.putValue(group, template);
} else {
TemplatesGroup group = new TemplatesGroup(builder);
groupMap.put(group.getName(), group);
myTemplatesMap.put(group, new ArrayList<ProjectTemplate>());
}
}
MultiMap<TemplatesGroup, ProjectTemplate> map = CreateFromTemplateMode.getTemplatesMap(context);
myTemplatesMap.putAllValues(map);
for (ProjectCategory category : ProjectCategory.EXTENSION_POINT_NAME.getExtensions()) {
TemplatesGroup group = new TemplatesGroup(category);
myTemplatesMap.remove(group);
myTemplatesMap.put(group, new ArrayList<ProjectTemplate>());
}
if (context.isCreatingNewProject()) {
MultiMap<String, ProjectTemplate> localTemplates = loadLocalTemplates();
for (TemplatesGroup group : myTemplatesMap.keySet()) {
myTemplatesMap.putValues(group, localTemplates.get(group.getId()));
}
}
// remove Static Web group in IDEA Community if no specific templates found (IDEA-120593)
if (PlatformUtils.isIdeaCommunity()) {
for (TemplatesGroup group : myTemplatesMap.keySet()) {
if (WebModuleTypeBase.WEB_MODULE.equals(group.getId())
&& myTemplatesMap.get(group).isEmpty()) {
myTemplatesMap.remove(group);
break;
}
}
}
List<TemplatesGroup> groups = new ArrayList<TemplatesGroup>(myTemplatesMap.keySet());
// sorting by module type popularity
final MultiMap<ModuleType, TemplatesGroup> moduleTypes =
new MultiMap<ModuleType, TemplatesGroup>();
for (TemplatesGroup group : groups) {
ModuleType type = getModuleType(group);
moduleTypes.putValue(type, group);
}
Collections.sort(
groups,
new Comparator<TemplatesGroup>() {
@Override
public int compare(TemplatesGroup o1, TemplatesGroup o2) {
int i = o2.getWeight() - o1.getWeight();
if (i != 0) return i;
int i1 =
moduleTypes.get(getModuleType(o2)).size()
- moduleTypes.get(getModuleType(o1)).size();
if (i1 != 0) return i1;
return o1.compareTo(o2);
}
});
Set<String> groupNames =
ContainerUtil.map2Set(
groups,
new Function<TemplatesGroup, String>() {
@Override
public String fun(TemplatesGroup group) {
return group.getParentGroup();
}
});
// move subgroups
MultiMap<String, TemplatesGroup> subGroups = new MultiMap<String, TemplatesGroup>();
for (ListIterator<TemplatesGroup> iterator = groups.listIterator(); iterator.hasNext(); ) {
TemplatesGroup group = iterator.next();
String parentGroup = group.getParentGroup();
if (parentGroup != null
&& groupNames.contains(parentGroup)
&& !group.getName().equals(parentGroup)
&& groupMap.containsKey(parentGroup)) {
subGroups.putValue(parentGroup, group);
iterator.remove();
}
}
for (ListIterator<TemplatesGroup> iterator = groups.listIterator(); iterator.hasNext(); ) {
TemplatesGroup group = iterator.next();
for (TemplatesGroup subGroup : subGroups.get(group.getName())) {
iterator.add(subGroup);
}
}
return groups;
}