public void syncPanel() {
panelPat.syncPanel();
regionAButton.setBorderPainted(dlg.panelMain.mark.getRegion() == Reg.A);
regionBButton.setBorderPainted(dlg.panelMain.mark.getRegion() == Reg.B);
regionCButton.setBorderPainted(dlg.panelMain.mark.getRegion() == Reg.C);
elevBox.setText(dlg.panelMain.mark.getElevation());
heightBox.setText(dlg.panelMain.mark.getObjectHeight());
sourceBox.setText(dlg.panelMain.mark.getSource());
infoBox.setText(dlg.panelMain.mark.getInfo());
for (Sts sts : statuses.keySet()) {
int item = statuses.get(sts);
if (dlg.panelMain.mark.getStatus() == sts) statusBox.setSelectedIndex(item);
}
for (Cns cns : constructions.keySet()) {
int item = constructions.get(cns);
if (dlg.panelMain.mark.getConstr() == cns) constrBox.setSelectedIndex(item);
}
for (Con con : conspicuities.keySet()) {
int item = conspicuities.get(con);
if (dlg.panelMain.mark.getConsp() == con) conBox.setSelectedIndex(item);
}
for (Con con : reflectivities.keySet()) {
int item = reflectivities.get(con);
if (dlg.panelMain.mark.getRefl() == con) reflBox.setSelectedIndex(item);
}
}
@Override
public void actionPerformed(ActionEvent e) {
for (Shp shp : shapes.keySet()) {
JRadioButton button = shapes.get(shp);
if (button.isSelected()) {
SmedAction.panelMain.mark.setShape(shp);
SmedAction.panelMain.mark.setObject(objects.get(shp));
button.setBorderPainted(true);
} else {
button.setBorderPainted(false);
}
}
if (SmedAction.panelMain.mark.testValid()) {
SmedAction.panelMain.panelChan.topmarkButton.setVisible(true);
SmedAction.panelMain.panelChan.lightButton.setVisible(true);
if (SmedAction.panelMain.mark.getCategory() == Cat.LAM_PORT) {
switch (SmedAction.panelMain.mark.getRegion()) {
case A:
SmedAction.panelMain.mark.setObjPattern(Pat.NOPAT);
SmedAction.panelMain.mark.setObjColour(Col.RED);
break;
case B:
SmedAction.panelMain.mark.setObjPattern(Pat.NOPAT);
SmedAction.panelMain.mark.setObjColour(Col.GREEN);
break;
case C:
SmedAction.panelMain.mark.setObjPattern(Pat.HSTRP);
SmedAction.panelMain.mark.setObjColour(Col.RED);
SmedAction.panelMain.mark.addObjColour(Col.WHITE);
SmedAction.panelMain.mark.addObjColour(Col.RED);
SmedAction.panelMain.mark.addObjColour(Col.WHITE);
break;
}
} else {
SmedAction.panelMain.mark.setObjPattern(Pat.HSTRP);
switch (SmedAction.panelMain.mark.getRegion()) {
case A:
SmedAction.panelMain.mark.setObjColour(Col.RED);
SmedAction.panelMain.mark.addObjColour(Col.GREEN);
SmedAction.panelMain.mark.addObjColour(Col.RED);
break;
case B:
SmedAction.panelMain.mark.setObjColour(Col.GREEN);
SmedAction.panelMain.mark.addObjColour(Col.RED);
SmedAction.panelMain.mark.addObjColour(Col.GREEN);
break;
case C:
SmedAction.panelMain.mark.setObjColour(Col.RED);
SmedAction.panelMain.mark.addObjColour(Col.GREEN);
SmedAction.panelMain.mark.addObjColour(Col.RED);
SmedAction.panelMain.mark.addObjColour(Col.GREEN);
break;
}
}
SmedAction.panelMain.panelMore.syncPanel();
} else {
SmedAction.panelMain.panelChan.topmarkButton.setVisible(false);
SmedAction.panelMain.panelChan.lightButton.setVisible(false);
}
}
/**
* Helper method that can be used to dynamically figure out enumeration type of given {@link
* EnumSet}, without having access to its declaration. Code is needed to work around design flaw
* in JDK.
*
* @since 1.5
*/
public static Class<? extends Enum<?>> findEnumType(EnumMap<?, ?> m) {
if (!m.isEmpty()) {
return findEnumType(m.keySet().iterator().next());
}
// Otherwise need to locate using an internal field
return EnumTypeLocator.instance.enumTypeFor(m);
}
public void actionPerformed(java.awt.event.ActionEvent e) {
for (Cns cns : constructions.keySet()) {
int idx = constructions.get(cns);
if (dlg.panelMain.mark != null && (idx == constrBox.getSelectedIndex()))
dlg.panelMain.mark.setConstr(cns);
}
}
public void actionPerformed(java.awt.event.ActionEvent e) {
for (Sts sts : statuses.keySet()) {
int idx = statuses.get(sts);
if (dlg.panelMain.mark != null && (idx == statusBox.getSelectedIndex()))
dlg.panelMain.mark.setStatus(sts);
}
}
public void actionPerformed(java.awt.event.ActionEvent e) {
if ((dlg.panelMain.mark.getObject() != Obj.MORFAC)
|| (dlg.panelMain.mark.getCategory() == Cat.MOR_BUOY)) {
for (Shp shp : shapes.keySet()) {
JRadioButton button = shapes.get(shp);
if (button.isSelected()) {
dlg.panelMain.mark.setShape(shp);
if (SeaMark.EntMAP.get(dlg.panelMain.mark.getObject()) != Ent.MOORING) {
dlg.panelMain.mark.setObject(objects.get(shp));
if (dlg.panelMain.mark.getObjColour(0) == Col.UNKCOL) {
dlg.panelMain.mark.setObjPattern(Pat.NOPAT);
dlg.panelMain.mark.setObjColour(Col.YELLOW);
}
if (button == cairnButton) {
dlg.panelMain.mark.setObjPattern(Pat.NOPAT);
dlg.panelMain.mark.setObjColour(Col.UNKCOL);
}
topmarkButton.setVisible(dlg.panelMain.mark.testValid());
}
button.setBorderPainted(true);
} else button.setBorderPainted(false);
}
dlg.panelMain.panelMore.syncPanel();
}
}
public void actionPerformed(java.awt.event.ActionEvent e) {
for (Con con : reflectivities.keySet()) {
int idx = reflectivities.get(con);
if (dlg.panelMain.mark != null && (idx == reflBox.getSelectedIndex()))
dlg.panelMain.mark.setRefl(con);
}
}
public void actionPerformed(java.awt.event.ActionEvent e) {
for (Cat cat : categories.keySet()) {
int idx = categories.get(cat);
if (dlg.node != null && (idx == categoryBox.getSelectedIndex()))
dlg.panelMain.mark.setCategory(cat);
}
}
public void syncPanel() {
for (Shp shp : shapes.keySet()) {
JRadioButton button = shapes.get(shp);
if (SmedAction.panelMain.mark.getShape() == shp) {
button.setBorderPainted(true);
} else button.setBorderPainted(false);
}
}
private static String XMLCIT(EnumMap<CIT, Boolean> em) {
StringBuilder result = new StringBuilder();
result.append("<cit");
if (em != null)
for (CIT key : em.keySet()) result.append(" " + key.toString() + "=\"" + em.get(key) + "\"");
result.append("/>");
return result.toString();
}
public void syncPanel() {
if (SeaMark.EntMAP.get(dlg.panelMain.mark.getObject()) == Ent.MOORING) {
mooringButton.setBorderPainted(true);
categoryBox.setVisible(false);
mooringBox.setVisible(true);
pillarButton.setEnabled(false);
sparButton.setEnabled(false);
beaconButton.setEnabled(false);
towerButton.setEnabled(false);
stakeButton.setEnabled(false);
cairnButton.setEnabled(false);
noticeButton.setEnabled(false);
topmarkButton.setVisible(false);
for (Cat cat : moorings.keySet()) {
int item = moorings.get(cat);
if (dlg.panelMain.mark.getCategory() == cat) mooringBox.setSelectedIndex(item);
}
} else {
mooringButton.setBorderPainted(false);
mooringBox.setVisible(false);
categoryBox.setVisible(true);
pillarButton.setEnabled(true);
sparButton.setEnabled(true);
beaconButton.setEnabled(true);
towerButton.setEnabled(true);
stakeButton.setEnabled(true);
cairnButton.setEnabled(true);
noticeButton.setEnabled(true);
topmarkButton.setBorderPainted(dlg.panelMain.mark.getTopmark() != Top.NOTOP);
topmarkButton.setSelected(dlg.panelMain.mark.getTopmark() != Top.NOTOP);
topmarkButton.setVisible(dlg.panelMain.mark.testValid());
for (Cat cat : categories.keySet()) {
int item = categories.get(cat);
if (dlg.panelMain.mark.getCategory() == cat) categoryBox.setSelectedIndex(item);
}
}
for (Shp shp : shapes.keySet()) {
JRadioButton button = shapes.get(shp);
if (dlg.panelMain.mark.getShape() == shp) {
button.setBorderPainted(true);
} else button.setBorderPainted(false);
}
noticeButton.setBorderPainted(false);
dlg.panelMain.mark.testValid();
}
/** Converts a CITMap into a human readable String */
public static String CITInfo(EnumMap<CIT, Boolean> hp) {
StringBuilder result = new StringBuilder();
result.append("[");
if (hp != null) {
for (CIT key : hp.keySet()) result.append(key.toString() + ":" + hp.get(key) + ", ");
result.delete(result.length() - 2, result.length());
}
result.append("]");
return result.toString();
}
public Part clone() {
if (_type == InstrumentType.NONE) {
return NULL_PART;
}
Part copy = new Part(_type);
copy.setInstrument(_instrument);
copy.setCloneNum(_cloneNum);
for (PlayLevel level : _playLevel.keySet()) {
copy.setPlayLevel(level, _playLevel.get(level));
}
for (int i = 0; i < _noteList.size(); i++) {
copy.addNote(_noteList.get(i).clone());
}
copy.setPartVolume(_partVolume);
copy.setPan(_pan);
for (StepValue<Integer> sv : _volume) {
copy.addVolume(sv.getStep(), sv.getValue());
}
if (_type == InstrumentType.SINGLE) {
for (StepValue<Integer> sv : _bass) {
copy.addBass(sv.getStep(), sv.getValue());
}
for (StepValue<Integer> sv : _button) {
copy.addButton(sv.getStep(), sv.getValue());
}
// clef
List<StepValue<Clef>> clef = new ArrayList<StepValue<Clef>>();
for (StepValue<Clef> sv : _clef) {
clef.add(sv.clone());
}
copy.setClef(clef);
}
if (_type == InstrumentType.GUITAR || _type == InstrumentType.PIANO) {
for (StepValue<List<Chord>> sv : _chordSetList) {
copy.addChordSet(sv.getStep(), sv.getValue());
}
}
if (_type == InstrumentType.PIANO) {
for (StepValue<Voicing> sv : _voicing) {
copy.addVoicing(sv.getStep(), sv.getValue());
}
}
copy.setToneAttack(_attack);
copy.setToneDecay(_decay);
copy.setToneSustain(_sustain);
copy.setToneRelease(_release);
copy.setVibratoShape(_shape);
copy.setVibratoHold(_hold);
copy.setVibratoDelay(_delay);
copy.setVibratoDepth(_depth);
copy.setVibratoSpeed(_speed);
copy.setToneEffectType(_effectType);
copy.setToneEffectValue(_effectValue);
return copy;
}
public EnumMap<Planet, EphData> getEphData() {
calcPlanetaryPosition();
EnumMap<Planet, EphData> planetEphData = new EnumMap<Planet, EphData>(Planet.class);
for (Planet planet : planetPos.keySet()) {
EphData ephData = new EphData(planetPos.get(planet), isReverse.get(planet));
planetEphData.put(planet, ephData);
}
return planetEphData;
}
public EnrollmentDialog(
Frame owner,
int maxCount,
final String reasonToFail,
EnumMap<DPFPFingerIndex, DPFPTemplate> templates) {
super(owner, true);
this.templates = templates;
setTitle("Fingerprint Enrollment");
DPFPEnrollmentControl enrollmentControl = new DPFPEnrollmentControl();
EnumSet<DPFPFingerIndex> fingers = EnumSet.noneOf(DPFPFingerIndex.class);
fingers.addAll(templates.keySet());
enrollmentControl.setEnrolledFingers(fingers);
enrollmentControl.setMaxEnrollFingerCount(maxCount);
enrollmentControl.addEnrollmentListener(
new DPFPEnrollmentListener() {
public void fingerDeleted(DPFPEnrollmentEvent e) throws DPFPEnrollmentVetoException {
if (reasonToFail != null) {
throw new DPFPEnrollmentVetoException(reasonToFail);
} else {
EnrollmentDialog.this.templates.remove(e.getFingerIndex());
}
}
public void fingerEnrolled(DPFPEnrollmentEvent e) throws DPFPEnrollmentVetoException {
if (reasonToFail != null) {
// e.setStopCapture(false);
throw new DPFPEnrollmentVetoException(reasonToFail);
} else EnrollmentDialog.this.templates.put(e.getFingerIndex(), e.getTemplate());
}
});
getContentPane().setLayout(new BorderLayout());
JButton closeButton = new JButton("Close");
closeButton.addActionListener(
new ActionListener() {
public void actionPerformed(ActionEvent e) {
setVisible(false); // End Dialog
}
});
JPanel bottom = new JPanel();
bottom.add(closeButton);
add(enrollmentControl, BorderLayout.CENTER);
add(bottom, BorderLayout.PAGE_END);
pack();
setLocationRelativeTo(null);
}
public void actionPerformed(java.awt.event.ActionEvent e) {
for (Cat cat : moorings.keySet()) {
int idx = moorings.get(cat);
if (dlg.node != null && (idx == mooringBox.getSelectedIndex())) {
dlg.panelMain.mark.setCategory(cat);
if ((cat == Cat.INB_CALM) || (cat == Cat.INB_SBM)) {
dlg.panelMain.mark.setObject(Obj.BOYINB);
dlg.panelMain.mark.setShape(Shp.UNKSHP);
} else {
dlg.panelMain.mark.setObject(Obj.MORFAC);
if (cat != Cat.MOR_BUOY) dlg.panelMain.mark.setShape(Shp.UNKSHP);
}
}
}
if (dlg.node != null) syncPanel();
}
public boolean reconfigureStorageProcessor(
EnumMap<VmwareStorageProcessorConfigurableFields, Object> params) {
VmwareStorageProcessor processor = (VmwareStorageProcessor) this.processor;
for (VmwareStorageProcessorConfigurableFields key : params.keySet()) {
switch (key) {
case NFS_VERSION:
Integer nfsVersion = (Integer) params.get(key);
processor.setNfsVersion(nfsVersion);
this._nfsVersion = nfsVersion;
break;
case FULL_CLONE_FLAG:
boolean fullClone = (boolean) params.get(key);
processor.setFullCloneFlag(fullClone);
break;
default:
s_logger.error(
"Unknown reconfigurable field " + key.getName() + " for VmwareStorageProcessor");
return false;
}
}
return true;
}
private void validateTargets(File outputBase) throws Exception {
EnumMap<CompileTarget, String> compileTargets =
new EnumMap<CompileTarget, String>(CompileTarget.class);
for (CompileTarget target : targets) {
File outputFile = outputBase;
switch (target) {
case java:
{
outputFile = new File(outputBase, "java");
break;
}
case neko:
{
outputFile = new File(outputBase, "neko.n");
break;
}
case swf:
{
outputFile = new File(outputBase, "flash.swf");
break;
}
case swc:
{
outputFile = new File(outputBase, "flash.swc");
break;
}
case js:
{
outputFile = new File(outputBase, "js");
break;
}
}
compileTargets.put(target, outputFile.getAbsolutePath());
}
List<String> additionalArgs = new LinkedList<String>();
// Add flash args
if (targets.contains(CompileTarget.swf) || targets.contains(CompileTarget.swc)) {
if (flashStrict) additionalArgs.add("--flash-strict");
additionalArgs.add("-swf-version");
additionalArgs.add(swfVersion);
}
// Create macro command which add all classes
// from compile classpath to haxe compiler.
String sourcePaths =
StringUtils.join(project.getCompileSourceRoots().iterator(), "','").replace("\\", "\\\\");
String ignoreClassesJoined = "";
if (ignoreClasses != null) {
ignoreClassesJoined = StringUtils.join(ignoreClasses.iterator(), "','");
if (ignoreClasses.size() > 0) {
ignoreClassesJoined = "'" + ignoreClassesJoined + "'";
}
}
additionalArgs.add("--macro");
additionalArgs.add(
"haxe.macro.Compiler.include('', true, ["
+ ignoreClassesJoined
+ "], [ '"
+ sourcePaths
+ "' ])");
additionalArgs.addAll(getCommonAdditionalArgs());
getLog()
.info(
String.format(
"Validating targets: %s",
StringUtils.join(compileTargets.keySet().iterator(), ", ")));
compiler.compile(
project, compileTargets, null, false, false, ArtifactFilterHelper.COMPILE, additionalArgs);
}
private XYSeriesCollection createDataset() {
dataset = new XYSeriesCollection();
// for (int series = 0; series < res.length; series++) {
// one for each frame
baselist = "";
flowlist = "";
EnumMap<ResultType, WellFlowDataResult> subresults = null;
if (subtract > -1) {
subresults = flowmap.get(subtract);
}
p("Creating dataset for flows " + flows);
for (int flow : flows) {
EnumMap<ResultType, WellFlowDataResult> results = flowmap.get(flow);
boolean done = false;
p("processing flow " + flow);
if (results != null) {
for (ResultType key : results.keySet()) {
// p("got "+key.getName());
if (key.isShow()) {
String base = null;
WellFlowDataResult dataresult = results.get(key);
if (!done) {
done = true;
flowlist += flow + " ";
if (dataresult.isPrerun()) {
baselist = " prerun";
} else if (dataresult.isBfPost()) {
baselist = " bf post ";
} else if (dataresult.isBfPre()) {
baselist = " bf pre";
}
if (dataresult.isAcq()) {
base = "" + context.getBase(flow);
baselist += base;
}
}
WellFlowDataResult subresult = null;
if (subresults != null) {
subresult = subresults.get(key);
}
// p("adding to series " + dataresult.getName() + ":" +
// Arrays.toString(dataresult.getData()));
double[] nframedata = dataresult.getData();
double[] ndata = new double[nframedata.length];
double[] sdata = null;
if (subresult != null) {
p("SUBTRACTING FLOW " + subtract);
sdata = subresult.getData();
}
String serieskey = dataresult.getName() + " flow " + dataresult.getFlow();
if (base != null) {
serieskey += " " + base;
}
XYSeries seriesres = new XYSeries(serieskey);
seriesres.setKey(serieskey);
for (int f = 0; f < nframedata.length; f++) {
long ts = dataresult.getTimestamps()[f];
ndata[f] = nframedata[f] - nframedata[0];
if (sdata != null) {
ndata[f] = ndata[f] - (sdata[f] - sdata[0]);
}
seriesres.add(ts, ndata[f]);
}
dataset.addSeries(seriesres);
}
}
// else p("Not showing "+key.getName());
} else p("NO results for flow " + flow);
}
// }
return dataset;
}
public int getPathDistanceFromA2B(int a, int b, MOVE lastMoveMade) {
// not going anywhere
if (a == b) return 0;
// find nearest junction (there is only one since we can't reverse)
// first, go to closest junction
JunctionData fromJunction = nodes[a].getNearestJunction(lastMoveMade);
// if target is on the way to junction, then we are done
for (int i = 0; i < fromJunction.path.length; i++) if (fromJunction.path[i] == b) return i + 1;
// we have reached a junction, fromJunction, which we entered with moveEnteredJunction
int junctionFrom = fromJunction.nodeID;
MOVE moveEnteredJunction =
fromJunction.lastMove.equals(MOVE.NEUTRAL)
? lastMoveMade
: fromJunction.lastMove; // if we are at a junction, consider last move instead
// now we need to get the 1 or 2 target junctions that enclose the target point
ArrayList<JunctionData> junctionsTo = nodes[b].closestJunctions;
int minDist = Integer.MAX_VALUE;
int closestJunction = -1;
int junctionFromId = junctionIndexConverter.get(junctionFrom);
for (int q = 0; q < junctionsTo.size(); q++) {
int junctionToId = junctionIndexConverter.get(junctionsTo.get(q).nodeID);
// we are already on the right junction. If the target is in position so that no reversal is
// required, we are done
if (junctionFrom == junctionsTo.get(q).nodeID) {
if (!game.getMoveToMakeToReachDirectNeighbour(
junctionFrom, junctionsTo.get(q).reversePath[0])
.equals(moveEnteredJunction.opposite())) {
closestJunction = q;
minDist = junctionsTo.get(closestJunction).path.length;
break;
}
}
EnumMap<MOVE, int[]> paths = junctions[junctionFromId].paths[junctionToId];
Set<MOVE> set = paths.keySet();
for (MOVE move : set) {
if (!move.opposite().equals(moveEnteredJunction) && !move.equals(MOVE.NEUTRAL)) {
int[] path = paths.get(move);
if (path.length + junctionsTo.get(q).path.length
< minDist) // need to take distance from toJunction to target into account
{
minDist = path.length + junctionsTo.get(q).path.length;
closestJunction = q;
}
}
}
}
return fromJunction.path.length + minDist;
}
public Set<E> getUsedGroups() {
return groupIndexes.keySet();
}
public int[] getPathFromA2B(int a, int b, MOVE lastMoveMade) {
// not going anywhere
if (a == b) return new int[] {};
// first, go to closest junction (there is only one since we can't reverse)
JunctionData fromJunction = nodes[a].getNearestJunction(lastMoveMade);
// if target is on the way to junction, then we are done
for (int i = 0; i < fromJunction.path.length; i++)
if (fromJunction.path[i] == b) return Arrays.copyOf(fromJunction.path, i + 1);
// we have reached a junction, fromJunction, which we entered with moveEnteredJunction
int junctionFrom = fromJunction.nodeID;
int junctionFromId = junctionIndexConverter.get(junctionFrom);
MOVE moveEnteredJunction =
fromJunction.lastMove.equals(MOVE.NEUTRAL)
? lastMoveMade
: fromJunction.lastMove; // if we are at a junction, consider last move instead
// now we need to get the 1 or 2 target junctions that enclose the target point
ArrayList<JunctionData> junctionsTo = nodes[b].closestJunctions;
int minDist = Integer.MAX_VALUE;
int[] shortestPath = null;
int closestJunction = -1;
boolean onTheWay = false;
for (int q = 0; q < junctionsTo.size(); q++) {
int junctionToId = junctionIndexConverter.get(junctionsTo.get(q).nodeID);
if (junctionFromId == junctionToId) {
if (!game.getMoveToMakeToReachDirectNeighbour(
junctionFrom, junctionsTo.get(q).reversePath[0])
.equals(moveEnteredJunction.opposite())) {
int[] reversepath = junctionsTo.get(q).reversePath;
int cutoff = -1;
for (int w = 0; w < reversepath.length; w++) if (reversepath[w] == b) cutoff = w;
shortestPath = Arrays.copyOf(reversepath, cutoff + 1);
minDist = shortestPath.length;
closestJunction = q;
onTheWay = true;
}
} else {
EnumMap<MOVE, int[]> paths = junctions[junctionFromId].paths[junctionToId];
Set<MOVE> set = paths.keySet();
for (MOVE move : set) {
if (!move.opposite().equals(moveEnteredJunction) && !move.equals(MOVE.NEUTRAL)) {
int[] path = paths.get(move);
if (path.length + junctionsTo.get(q).path.length
< minDist) // need to take distance from toJunction to target into account
{
minDist = path.length + junctionsTo.get(q).path.length;
shortestPath = path;
closestJunction = q;
onTheWay = false;
}
}
}
}
}
if (!onTheWay)
return concat(fromJunction.path, shortestPath, junctionsTo.get(closestJunction).reversePath);
else return concat(fromJunction.path, shortestPath);
// return concat(fromJunction.path, junctionsTo.get(closestJunction).reversePath);
}
