public void setEmitterDirty()
{
PersistenceManager PE_EmitterSaver = "PE_EmitterSaver";
this.text = "Emitter *";
this.dirty = true;
SimObject emitter = this.currEmitter;
if (emitter.getFilename() == "" || emitter.getFilename() == "tools/particleEditor/particleEmitterEditor.ed.cs")
{
PE_EmitterSaver.setDirty(emitter, sGlobal["$PE_EMITTEREDITOR_DEFAULT_FILENAME"]);
}
else
{
PE_EmitterSaver.setDirty(emitter);
}
}
public void setParticleDirty()
{
PersistenceManager PE_ParticleSaver = "PE_ParticleSaver";
this["text"] = "Particle *";
this.dirty = true;
SimObject particle = this.currParticle;
if (particle.getFilename() == "" ||
particle.getFilename() == "tools/particleEditor/particleParticleEditor.ed.cs")
{
PE_ParticleSaver.setDirty(particle, sGlobal["$PE_PARTICLEEDITOR_DEFAULT_FILENAME"]);
}
else
{
PE_ParticleSaver.setDirty(particle);
}
}
public void selectDatablock(SimObject datablock, bool add = false, bool dontSyncTree = false)
{
GuiTreeViewCtrl DatablockEditorTree = "DatablockEditorTree";
GuiInspector DatablockEditorInspector = "DatablockEditorInspector";
GuiWindowCollapseCtrl DatablockEditorInspectorWindow = "DatablockEditorInspectorWindow";
EditorGui.EditorGuiStatusBar EditorGuiStatusBar = "EditorGuiStatusBar";
if (add)
{
DatablockEditorInspector.addInspect(datablock);
}
else
{
DatablockEditorInspector.inspect(datablock);
}
if (!dontSyncTree)
{
int id = DatablockEditorTree.findItemByValue(datablock);
if (!add)
{
DatablockEditorTree.clearSelection();
}
DatablockEditorTree.selectItem(id, true);
DatablockEditorTree.scrollVisible(id);
}
this.syncDirtyState();
// Update the filename text field.
int numSelected = this.getNumSelectedDatablocks();
GuiTextEditCtrl fileNameField = DatablockEditorInspectorWindow.findObjectByInternalName("DatablockFile",
true);
if (numSelected == 1)
{
string fileName = datablock.getFilename();
fileNameField.setText(fileName != "" ? fileName : omni.sGlobal["$DATABLOCK_EDITOR_DEFAULT_FILENAME"]);
}
else
{
fileNameField.setText("");
}
EditorGuiStatusBar.setSelection(this.getNumSelectedDatablocks() + " Datablocks Selected");
}
public void deleteEmitter()
{
ParticleEditor ParticleEditor = "ParticleEditor";
SimObject emitter = this.currEmitter;
// Create undo.
ParticleEditorUndo.ActionDeleteEmitter action = ParticleEditor.createUndo <ParticleEditorUndo.ActionDeleteEmitter>("Delete Emitter");
action["emitter"] = emitter;
action["emitterFname"] = emitter.getFilename();
ParticleEditor.submitUndo(action);
// Execute action.
action.redo();
}
public string getFullFilePath(GuiInspectorField field)
{
string fileName = field.getData();
GuiInspector inspector = field.getInspector();
SimObject objectx = inspector.getInspectObject();
if (objectx.isMemberOfClass("Material"))
{
// Image filenames in materials are relative to the material's file.
string objectPath = Util.filePath(Util.makeFullPath(objectx.getFilename(), Util.getMainDotCsDir()));
return(Util.makeFullPath(fileName, objectPath));
}
else
{
return(Util.makeFullPath(fileName, Util.getMainDotCsDir()));
}
}
public void saveNewFileFinish(string newFileName)
{
GuiWindowCollapseCtrl DatablockEditorInspectorWindow = "DatablockEditorInspectorWindow";
// Clear the first responder to capture any inspector changes
GuiControl ctrl = ((GuiCanvas)"canvas").getFirstResponder();
if (ctrl.isObject())
{
ctrl.clearFirstResponder(false);
}
GuiTreeViewCtrl tree = "DatablockEditorTree";
int count = tree.getSelectedItemsCount();
string selected = tree.getSelectedItemList();
foreach (string id in selected.Split(' '))
{
//TODO
SimObject db = tree.getItemValue(id.AsInt());
//db = this.getSelectedDatablock();
// Remove from current file.
string oldFileName = db.getFilename();
if (oldFileName != "")
{
this.PM.removeObjectFromFile(db, oldFileName);
}
// Save to new file.
this.PM.setDirty(db, newFileName);
if (this.PM.saveDirtyObject(db))
{
// Clear dirty state.
this.flagDatablockAsDirty(db, false);
}
}
((GuiTextEditCtrl)DatablockEditorInspectorWindow.findObjectByInternalName("DatablockFile", true)).setText
(newFileName);
}
public void revert()
{
GuiControl GuiEditorContent = "GuiEditorContent";
if (GuiEditorContent.getCount() == 0)
{
return;
}
SimObject gui = GuiEditorContent.getObject(0);
string filename = gui.getFilename();
if (filename == "")
{
return;
}
if (Util.messageBox("Revert Gui", "Really revert the current Gui? This cannot be undone.", "OkCancel", "Question") == iGlobal["$MROk"])
{
this.load(filename);
}
}
public void deleteDatablock()
{
GuiTreeViewCtrl tree = "DatablockEditorTree";
editor Editor = "Editor";
// If we have more than single datablock selected,
// turn our undos into a compound undo.
int numSelected = tree.getSelectedItemsCount();
if (numSelected > 1)
{
Editor.getUndoManager().pushCompound("Delete Multiple Datablocks");
}
for (int i = 0; i < numSelected; i++)
{
int id = tree.getSelectedItem(i);
SimObject db = tree.getItemValue(id);
string fileName = db.getFilename();
// Remove the datablock from the tree.
tree.removeItem(id);
// Create undo.
UndoScriptAction action = this.createUndo <DatablockEditorUndo.ActionDeleteDatablock>("Delete Datablock");
action["db"] = db;
action["dbName"] = db.getName();
action["fname"] = fileName;
this.submitUndo(action);
// Kill the datablock in the file.
if (fileName != "")
{
this.PM.removeObjectFromFile(db);
}
((SimSet)"UnlistedDatablocks").add(db);
// Show some confirmation.
if (numSelected == 1)
{
messageBox.MessageBoxOK("Datablock Deleted", "The datablock (" + db.getName() + ") has been removed from " + "it's file (" + db.getFilename() + ") and upon restart will cease to exist");
}
}
// Close compound, if we were deleting multiple datablocks.
if (numSelected > 1)
{
Editor.getUndoManager().popCompound();
}
// Show confirmation for multiple datablocks.
if (numSelected > 1)
{
messageBox.MessageBoxOK("Datablocks Deleted", "The datablocks have been deleted and upon restart will cease to exist.");
}
// Clear selection.
this.resetSelectedDatablock();
}