use of edu.cmu.cs.hcii.cogtool.model.IPredictionAlgo in project cogtool by cogtool.
the class ProjectController method createSetAlgorithmAction.
protected IListenerAction createSetAlgorithmAction(final IPredictionAlgo alg, final CogToolLID lid, final String actionString) {
return new IListenerAction() {
public Class<?> getParameterClass() {
return ProjectSelectionState.class;
}
public boolean performAction(Object actionParms) {
ProjectSelectionState selState = (ProjectSelectionState) actionParms;
Design design = selState.getSelectedDesign();
AUndertaking[] tasks = selState.getSelectedTasks(TaskSelectionState.PRUNE_SELECTION);
DemoStateManager demoMgr = DemoStateManager.getStateManager(project, design);
// iterate through tasks and get set of TaskApplications
final TaskApplication[] taskApps = new TaskApplication[tasks.length];
final IPredictionAlgo[] oldAlgos = new IPredictionAlgo[tasks.length];
for (int i = 0; i < tasks.length; i++) {
// Make sure that the task application exists, and create it
// if it does not. No need to ensure a script.
TaskApplication ta = ensureTaskApplication(tasks[i], design, null, demoMgr);
taskApps[i] = ta;
oldAlgos[i] = ta.getActiveAlgorithm();
// now set the new algorithm
ta.setActiveAlgorithm(alg);
}
undoMgr.addEdit(new AUndoableEdit(lid) {
@Override
public String getPresentationName() {
return actionString;
}
@Override
public void redo() {
super.redo();
for (TaskApplication taskApp : taskApps) {
taskApp.setActiveAlgorithm(alg);
}
}
@Override
public void undo() {
super.undo();
for (int i = 0; i < taskApps.length; i++) {
taskApps[i].setActiveAlgorithm(oldAlgos[i]);
}
}
});
return true;
}
};
}
use of edu.cmu.cs.hcii.cogtool.model.IPredictionAlgo in project cogtool by cogtool.
the class ProjectController method openProjectOnCompute.
/**
* editSeq will be null if no regeneration occurred; otherwise,
* the edit sequence will contain the undoable edit for the regeneration.
*/
public static boolean openProjectOnCompute(Project project, final Script script, final APredictionResult newResult, CompoundUndoableEdit editSeq) {
boolean notModified;
try {
notModified = UndoManager.isAtSavePoint(project);
} catch (IllegalStateException ex) {
System.err.println("Ignoring that isAtSavePoint failed.");
notModified = false;
}
ProjectController c = ProjectController.openController(project, false, notModified);
final CognitiveModelGenerator modelGen = script.getModelGenerator();
final IPredictionAlgo computeAlg = newResult.getPredictionAlgorithm();
final TaskApplication taskApp = script.getDemonstration().getTaskApplication();
final APredictionResult oldResult = taskApp.getResult(modelGen, computeAlg);
taskApp.setResult(modelGen, computeAlg, PredictionResultProxy.getLatestResult(newResult));
UndoManager scriptUndoMgr = UndoManager.getUndoManager(script, project);
IUndoableEdit edit = new AUndoableEdit(ProjectLID.RecomputeScript) {
protected APredictionResult redoResult = newResult;
protected APredictionResult undoResult = oldResult;
@Override
public String getPresentationName() {
return COMPUTE_SCRIPT;
}
@Override
public void redo() {
super.redo();
redoResult = PredictionResultProxy.getLatestResult(redoResult);
taskApp.setResult(modelGen, computeAlg, redoResult);
}
@Override
public void undo() {
super.undo();
undoResult = PredictionResultProxy.getLatestResult(undoResult);
taskApp.setResult(modelGen, computeAlg, undoResult);
}
};
if (editSeq != null) {
editSeq.addEdit(edit);
editSeq.end();
edit = editSeq;
}
// Add to script's undo mgr first to set owner properly
scriptUndoMgr.addEdit(edit);
c.undoMgr.addEdit(edit);
c.takeFocus();
return true;
}
use of edu.cmu.cs.hcii.cogtool.model.IPredictionAlgo in project cogtool by cogtool.
the class ProjectView method getContextMenuForIntersection.
public Menu getContextMenuForIntersection(Project project, AUndertaking undertaking, Design design) {
// Get the task application being clicked on
TaskApplication ta = project.getTaskApplication(undertaking, design);
boolean hasExternalFile = false;
boolean isVisualizable = false;
Set<IPredictionAlgo> algsWithResults = new HashSet<IPredictionAlgo>();
IPredictionAlgo algo = null;
if (ta != null) {
// TODO: mlh make access to model gen algo generic
Script script = ta.getScript(KLMCognitiveGenerator.ONLY);
if (script != null) {
if (script.getAssociatedPath() != null) {
hasExternalFile = true;
}
// as well as the list of algorithms with results in the ta
Iterator<IPredictionAlgo> algsIt = ta.getPredictionAlgs(script.getModelGenerator());
while (algsIt.hasNext()) {
IPredictionAlgo i = algsIt.next();
if (i != null) {
algsWithResults.add(i);
}
}
}
// And whether or not ta has a visualizable result
isVisualizable = ta.hasResultSteps(ta.determineActiveAlgorithm(project));
algo = ta.getActiveAlgorithm();
}
// that the following test will have to suffice.
if (algo == null) {
algo = ACTR6PredictionAlgo.ONLY;
}
contextMenus.setContextSelection(View.CONTEXT);
if (undertaking.isTaskGroup()) {
if (CogToolPref.HCIPA.getBoolean()) {
return contextMenus.getMenu(HCIPA_GROUP_CELL_MENU);
}
if (CogToolPref.RESEARCH.getBoolean()) {
return contextMenus.getMenu(RESEARCH_GROUP_CELL_MENU);
}
return contextMenus.getMenu(GROUP_CELL_MENU);
}
// create cascading menus for algorithm (now called "Usability Metric" BEJoh 25mar2011)
MenuItemDefinition algCascade = null;
if (CogToolPref.RESEARCH.getBoolean()) {
List<MenuItemDefinition> algList = new ArrayList<MenuItemDefinition>();
algList.add(ALG_ACTR6_ITEM);
algList.add(ALG_SNIFACT_ITEM);
if (algsWithResults.contains(HumanDataAlgo.ONLY)) {
algList.add(ALG_HUMAN_DATA_ITEM);
}
algCascade = new CascadingMenuItemDefinition(L10N.get("MI.PV.AlgorithmType", // "Algorithm Type"),
"Usability Metric"), algList.toArray(new MenuItemDefinition[algList.size()]));
// test for active algorithm
// TODO Do we really want to use this idiom? It seems nauseating on
// at least three counts:
// 1) setting a field of a constant is confusing--no one
// looking at these constants elsewhere is going to be
// expecting them to mutate out from under them
// 2) while it does seem unlikely re-entrancy will in practice
// be an issue here, using application-wide globals as a way
// of passing essentially local information is suspect
// 3) it's a dangerously fragile idiom--for any of these
// fields you ever fiddle, you really, truly HAVE to set them to
// either true or false every time--can't count on any defaults,
// or you'll be using stale data from the previous time around
ALG_ACTR6_ITEM.selectedInitially = (algo == ACTR6PredictionAlgo.ONLY);
ALG_HUMAN_DATA_ITEM.selectedInitially = (algo == HumanDataAlgo.ONLY);
ALG_SNIFACT_ITEM.selectedInitially = (algo == SNIFACTPredictionAlgo.ONLY);
// TODO speaking of "it's a dangerously fragile idiom," the following
// code wasn't originally correct, as nothing ever got
// deselected, demonstrating my point #3, above!
// [while this is now fixed, I believe, I'm leaving a TODO here
// as a sort of continuation of the one above to which it refers]
// test for background run
Boolean computeInBkg = null;
if (ta != null) {
computeInBkg = ta.getComputeInBackground();
}
// we do the following test will have to suffice.
if (computeInBkg == null) {
computeInBkg = TaskApplication.RUN_IN_FOREGROUND;
}
ALG_IN_BACKGROUND.selectedInitially = (computeInBkg == TaskApplication.RUN_IN_BACKGROUND);
ALG_IN_FOREGROUND.selectedInitially = (computeInBkg == TaskApplication.RUN_IN_FOREGROUND);
}
// build custom menu
List<MenuItemDefinition> taskCellContextMenuDef = new ArrayList<MenuItemDefinition>();
SHOW_MODEL_VISUALIZATION.enabledInitially = isVisualizable;
taskCellContextMenuDef.add(SHOW_MODEL_VISUALIZATION);
taskCellContextMenuDef.add(MenuUtil.SEPARATOR);
taskCellContextMenuDef.add(EDIT_SCRIPT);
IPredictionAlgo a = (algo != null ? algo : project.getDefaultAlgo());
if (a instanceof ACTRPredictionAlgo || a instanceof SNIFACTPredictionAlgo) {
if (CogToolPref.RESEARCH.getBoolean()) {
// TODO it is disgusting the way this stuff is all cloned; when
// we have time we need to think through a consistent design
// to be shared across all backends
EDIT_ACTR_MODEL_ITEM.enabledInitially = hasExternalFile;
GENERATE_ACTR_MODEL_ITEM.enabledInitially = (ta != null);
taskCellContextMenuDef.add(EDIT_ACTR_MODEL_ITEM);
taskCellContextMenuDef.add(GENERATE_ACTR_MODEL_ITEM);
}
taskCellContextMenuDef.add(MenuUtil.SEPARATOR);
}
taskCellContextMenuDef.add(RECOMPUTE_SCRIPT);
if (algCascade != null) {
taskCellContextMenuDef.add(MenuUtil.SEPARATOR);
taskCellContextMenuDef.add(algCascade);
taskCellContextMenuDef.add(EXECUTE_CASCADE);
}
taskCellContextMenuDef.add(MenuUtil.SEPARATOR);
taskCellContextMenuDef.add(EDIT_DESIGN);
taskCellContextMenuDef.add(RENAME_DESIGN);
taskCellContextMenuDef.add(DUPLICATE_DESIGN);
taskCellContextMenuDef.add(MenuUtil.SEPARATOR);
if (CogToolPref.RESEARCH.getBoolean()) {
taskCellContextMenuDef.add(IMPORT_HUMAN_CSV);
taskCellContextMenuDef.add(MenuUtil.SEPARATOR);
taskCellContextMenuDef.add(MenuFactory.EXPORT_DESIGN_TO_HTML);
}
taskCellContextMenuDef.add(MenuFactory.EXPORT_SCRIPT_TO_CSV);
taskCellContextMenuDef.add(MenuFactory.EXPORT_RESULTS_TO_CSV);
if (CogToolPref.RESEARCH.getBoolean()) {
taskCellContextMenuDef.add(EXPORT_TO_XML);
taskCellContextMenuDef.add(EXPORT_ACTR_MODEL);
taskCellContextMenuDef.add(EXPORT_TRACELINES);
taskCellContextMenuDef.add(EXPORT_FOR_SANLAB);
if (CogToolPref.HCIPA.getBoolean()) {
taskCellContextMenuDef.add(MenuFactory.EXPORT_TO_HCIPA);
}
taskCellContextMenuDef.add(MenuUtil.SEPARATOR);
taskCellContextMenuDef.add(DISPLAY_TRACELINES);
}
if (CogToolPref.RESEARCH.getBoolean()) {
taskCellContextMenuDef.add(MenuUtil.SEPARATOR);
taskCellContextMenuDef.add(GENERATE_DICT_ENTRIES);
taskCellContextMenuDef.add(EDIT_DICT);
}
return contextMenus.createDynamicMenu(taskCellContextMenuDef);
}
use of edu.cmu.cs.hcii.cogtool.model.IPredictionAlgo in project cogtool by cogtool.
the class ProjectUI method setViewEnabledState.
/**
* Enables or disables LIDs as appropriate
* @param sel the selection state on which to base enabling/disabling
* @param availability NORMAL or CONTEXT
* @see ListenerIdentifierMap
*/
protected void setViewEnabledState(ProjectSelectionState sel, Boolean availability) {
boolean hasDesign = sel.getSelectedDesign() != null;
setEnabled(CogToolLID.AddDesignDevices, availability, hasDesign);
String scriptLabel = "";
scriptLabel = hasMultipleScripts(sel) ? " " + SCRIPTS_LABEL : " " + SCRIPT_LABEL;
String label = "";
int selectedTaskCount = sel.getSelectedTaskCount();
boolean isSnifActTask = snifActTasksSelected(sel, TaskSelectionState.PRUNE_SELECTION);
boolean isSnifActGroup = snifActTasksSelected(sel, TaskSelectionState.TASK_GROUPS_ONLY);
if (selectedTaskCount > 0) {
AUndertaking[] tasks = sel.getSelectedTasks(TaskSelectionState.ORDER_SELECTION);
boolean allGroups = true;
for (int i = 0; i < tasks.length; i++) {
if (!tasks[i].isTaskGroup()) {
allGroups = false;
}
}
if (allGroups) {
label = (selectedTaskCount > 1) ? (" " + TASK_GROUPS_LABEL) : (" " + TASK_GROUP_LABEL);
} else {
label = (selectedTaskCount > 1) ? (" " + TASKS_LABEL) : (" " + TASK_LABEL);
}
}
if (hasDesign) {
label = " " + DESIGN_LABEL;
setEnabled(CogToolLID.ExportToXML, ListenerIdentifierMap.ALL, MenuUtil.ENABLED, L10N.get("PR.ExportDesignXMLLabel", "Export Design to XML"));
} else {
setEnabled(CogToolLID.ExportToXML, ListenerIdentifierMap.ALL, MenuUtil.ENABLED, EXPORT_PROJECT_LABEL);
}
String cutCopyLabel = (editor.getEditor() != null) ? "" : label;
String regenerateString = regenerateTitle;
boolean requiresRegeneration = selectionRequiresRegeneration(sel);
if (requiresRegeneration) {
regenerateString += scriptLabel;
}
setEnabled(CogToolLID.RegenerateScript, availability, requiresRegeneration, regenerateString);
AUndertaking[] tasks = sel.getSelectedTasks(TaskSelectionState.PRUNE_SELECTION);
boolean singleTask = selectedTaskCount == 1;
boolean cellSelected = hasDesign && singleTask;
boolean anySelection = hasDesign || (selectedTaskCount > 0);
setEnabled(CogToolLID.ExportDesignToHTML, availability, hasDesign);
setEnabled(ProjectLID.ExportDictToCSV, availability, hasDesign);
setEnabled(ProjectLID.ImportDict, availability, hasDesign);
setEnabled(CogToolLID.CaptureBehavior, availability, true);
if (cellSelected) {
setEnabled(CogToolLID.Paste, availability, false);
setEnabled(CogToolLID.Duplicate, availability, false, MenuFactory.DUPLICATE_STRING);
setEnabled(CogToolLID.Rename, availability, false, MenuFactory.RENAME_STRING);
setEnabled(CogToolLID.Cut, availability, false, MenuFactory.CUT_STRING);
setEnabled(CogToolLID.Copy, availability, false, MenuFactory.COPY_STRING);
setEnabled(CogToolLID.Delete, availability, false, MenuFactory.DELETE_STRING);
String editLabel = MenuFactory.EDIT_STRING + " " + SCRIPT_LABEL;
boolean editEnabled = true;
if (tasks[0].isTaskGroup()) {
if (GroupNature.SUM.equals(((TaskGroup) tasks[0]).getNature())) {
editLabel = VIEW_SCRIPTS;
} else {
editLabel = MenuFactory.EDIT_STRING;
editEnabled = false;
}
}
setEnabled(CogToolLID.Edit, availability, editEnabled, editLabel);
if (isSnifActTask) {
// If it's a task generated by a run of SNIF-ACT (and therefore
// put in a group that has that attribute), the algorithm in its
// cell should never be changed.
setEnabled(ProjectLID.SetAlgorithmACTR6, availability, false);
setEnabled(ProjectLID.SetAlgorithmSNIFACT, availability, false);
setEnabled(ProjectLID.SetAlgorithmDefault, availability, false);
setEnabled(ProjectLID.SetAlgorithmHuman, availability, false);
setEnabled(ProjectLID.SetBackgroundComputationDefault, availability, false);
setEnabled(ProjectLID.SetBackgroundComputationFalse, availability, false);
setEnabled(ProjectLID.SetBackgroundComputationTrue, availability, false);
}
} else if (isSnifActTask) {
setEnabled(CogToolLID.Paste, availability, false);
setEnabled(CogToolLID.Duplicate, availability, false, MenuFactory.DUPLICATE_STRING);
setEnabled(CogToolLID.Cut, availability, false, MenuFactory.CUT_STRING);
setEnabled(CogToolLID.Copy, availability, false, MenuFactory.COPY_STRING);
setEnabled(CogToolLID.Rename, availability, hasDesign || singleTask, MenuFactory.RENAME_STRING + label);
setEnabled(CogToolLID.NewTask, availability, false);
setEnabled(CogToolLID.NewTaskGroup, availability, false);
} else {
setEnabled(CogToolLID.NewTask, availability, true);
setEnabled(CogToolLID.NewTaskGroup, availability, true);
setEnabled(CogToolLID.Paste, availability, true);
String dupString = MenuFactory.DUPLICATE_STRING;
if (anySelection) {
dupString += label;
}
setEnabled(CogToolLID.Duplicate, availability, anySelection, dupString);
// Edit enabled if only a single design selected
String editString = MenuFactory.EDIT_STRING;
if (hasDesign) {
editString += label;
}
setEnabled(CogToolLID.Edit, availability, hasDesign, editString);
// Rename enabled if a single selection
boolean enabled = hasDesign || singleTask;
String renameString = MenuFactory.RENAME_STRING;
if (enabled) {
renameString += label;
}
setEnabled(CogToolLID.Rename, availability, enabled, renameString);
// Cut, Copy, Delete, DeselectAll should be enabled
// if there is any selection (task or design)
setEnabled(CogToolLID.Cut, availability, anySelection, MenuFactory.CUT_STRING + cutCopyLabel);
setEnabled(CogToolLID.Copy, availability, anySelection, MenuFactory.COPY_STRING + cutCopyLabel);
setEnabled(CogToolLID.Delete, availability, anySelection, MenuFactory.DELETE_STRING + label);
setEnabled(CogToolLID.DeselectAll, availability, anySelection);
}
boolean showRecompute = anySelection && taskHasComputableScripts(sel);
if (!showRecompute && hasDesign && sel.getSelectedTaskCount() == 1) {
Design design = sel.getSelectedDesign();
TaskApplication taskApp = project.getTaskApplication(sel.getSelectedTask(), design);
if (taskApp != null && taskApp.getActiveAlgorithm() instanceof SNIFACTPredictionAlgo) {
showRecompute = true;
}
}
String recomputeString = recomputeTitle;
if (showRecompute) {
recomputeString += scriptLabel;
}
// If the user wants to call recompute let them.
setEnabled(CogToolLID.RecomputeScript, availability, showRecompute, recomputeString);
// The export trace is only available when a script is
// computed && there are traces to export.
boolean hasComputedResult = selectionHasComputedResult(sel);
boolean showExport = anySelection && //hasComputedResult &&
selectionHasTraces(sel);
setEnabled(ProjectLID.ExportTraces, availability, showExport);
setEnabled(ProjectLID.DisplayTraces, availability, showExport);
setEnabled(ProjectLID.ExportForSanlab, availability, showExport);
// Show Visualization should only be available when a script is
// computed/valid && there are ResultSteps to visualize.
boolean showVis = anySelection && hasComputedResult && selectionHasResultSteps(sel);
setEnabled(ProjectLID.ShowModelVisualization, availability, showVis);
// The export device and script lisp files
// is only available when a script is valid
// valid IE: not null, not invalid
boolean showExportFiles = anySelection && selectionHasScripts(sel) && hasComputedResult;
setEnabled(ProjectLID.ExportActrModelFile, availability, showExportFiles);
// Default to off; fix if truly enabled
setEnabled(ProjectLID.MoveTaskEarlier, ListenerIdentifierMap.ALL, false);
setEnabled(ProjectLID.MoveTaskLater, ListenerIdentifierMap.ALL, false);
setEnabled(ProjectLID.PromoteTask, ListenerIdentifierMap.ALL, false);
setEnabled(ProjectLID.DemoteTask, ListenerIdentifierMap.ALL, false);
// Allow "vertical" movement if effectively only one task is selected
if ((tasks != null) && !hasDesign) {
if (singleTask) {
boolean spawned = tasks[0].isSpawned();
TaskGroup parent = tasks[0].getTaskGroup();
List<AUndertaking> siblings;
if (parent != null) {
setEnabled(ProjectLID.PromoteTask, ListenerIdentifierMap.ALL, !spawned);
siblings = parent.getUndertakings();
} else {
siblings = project.getUndertakings();
}
int siblingCount = siblings.size();
int atIndex = siblings.indexOf(tasks[0]);
if (siblingCount > 1) {
boolean notFirstChild = (atIndex > 0);
setEnabled(ProjectLID.DemoteTask, ListenerIdentifierMap.ALL, notFirstChild && !spawned);
setEnabled(ProjectLID.MoveTaskEarlier, ListenerIdentifierMap.ALL, notFirstChild && !spawned);
setEnabled(ProjectLID.MoveTaskLater, ListenerIdentifierMap.ALL, (atIndex < siblingCount - 1) && !spawned);
}
} else if (tasks.length > 1) {
// Too many tasks selected to check conditions;
// let the controller handle the error cases.
setEnabled(ProjectLID.PromoteTask, ListenerIdentifierMap.ALL, !isSnifActTask);
setEnabled(ProjectLID.DemoteTask, ListenerIdentifierMap.ALL, !isSnifActTask);
}
}
// Stuff that is enabled only when a script exists.
boolean canExport = false;
if (hasDesign) {
Design design = sel.getSelectedDesign();
for (AUndertaking task : tasks) {
if (taskHasScripts(task, design)) {
canExport = true;
}
}
}
setEnabled(CogToolLID.ExportScriptToCSV, availability, canExport);
// Enable "Show XXX" options if any task groups are selected
boolean enabled = false;
int numTaskGroups = 0;
TaskGroup group = null;
for (AUndertaking task : tasks) {
if (task.isTaskGroup()) {
enabled = true;
numTaskGroups++;
group = (TaskGroup) task;
}
}
setEnabled(ProjectLID.Ungroup, availability, enabled && !isSnifActGroup);
setEnabled(CogToolLID.ShowSum, availability, enabled && !isSnifActGroup);
setEnabled(CogToolLID.ShowMean, availability, enabled);
setEnabled(CogToolLID.ShowMin, availability, enabled);
setEnabled(CogToolLID.ShowMax, availability, enabled);
setSelected(CogToolLID.ShowSum, availability, false);
setSelected(CogToolLID.ShowMean, availability, false);
setSelected(CogToolLID.ShowMin, availability, false);
setSelected(CogToolLID.ShowMax, availability, false);
if (enabled) {
if (numTaskGroups == 1) {
GroupNature nature = group.getNature();
CogToolLID id = null;
if (nature == GroupNature.SUM) {
id = CogToolLID.ShowSum;
} else if (nature == GroupNature.MEAN) {
id = CogToolLID.ShowMean;
} else if (nature == GroupNature.MIN) {
id = CogToolLID.ShowMin;
} else if (nature == GroupNature.MAX) {
id = CogToolLID.ShowMax;
}
setSelected(id, availability, true);
}
}
IPredictionAlgo defaultAlgo = project.getDefaultAlgo();
// enabled state for default algorithm settings
setSelected(ProjectLID.SetProjDefaultAlgoACTR, availability, defaultAlgo == ACTR6PredictionAlgo.ONLY);
setSelected(ProjectLID.SetProjDefaultAlgoSNIFACT, availability, defaultAlgo == SNIFACTPredictionAlgo.ONLY);
setSelected(ProjectLID.SetProjExecBackground, availability, project.getDefaultRunInBackground());
setSelected(ProjectLID.SetProjExecForeground, availability, !project.getDefaultRunInBackground());
// (TODO: same level/contiguous/subtrees for Group Tasks???)
// if the user has named the task (created the group), he can export
boolean canExportHCIPA = false;
if ((tasks != null) && (tasks.length > 0)) {
// Must have selected a top-level group
for (AUndertaking task : tasks) {
if (task.isTaskGroup() && (task.getTaskGroup() == null)) {
canExportHCIPA = true;
}
}
} else if (hasDesign) {
// At least one top-level task must be a group
Iterator<AUndertaking> allTasks = project.getUndertakings().iterator();
while (allTasks.hasNext()) {
AUndertaking u = allTasks.next();
if (u.isTaskGroup()) {
canExportHCIPA = true;
}
}
}
setEnabled(ProjectLID.ExportToHCIPA, availability, canExportHCIPA);
if (hasDesign) {
ISimilarityDictionary dict = (ISimilarityDictionary) sel.getSelectedDesign().getAttribute(WidgetAttributes.DICTIONARY_ATTR);
String newLabel = NullSafe.equals(dict, WidgetAttributes.NO_DICTIONARY) ? L10N.get("WT.GenerateDictionary", "Generate Dictionary...") : L10N.get("WT.UpdateDictionary", "Update Dictionary...");
setEnabled(ProjectLID.GenerateDictionary, availability, !isSnifActTask, newLabel);
} else if (tasks.length > 0) {
List<Design> designs = project.getDesigns();
String newLabel = designs.size() > 1 ? L10N.get("WT.UpdateDictionaries", "Update Dictionaries...") : L10N.get("WT.UpdateDictionary", "Update Dictionary...");
setEnabled(ProjectLID.GenerateDictionary, availability, !isSnifActTask, newLabel);
}
}
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