public void showDeleteDialog()
{
ParticleEmitterEditor.PE_EmitterEditor PE_EmitterEditor = "PE_EmitterEditor";
// Don't allow deleting DefaultParticle.
if (this.currParticle.getName() == "DefaultParticle")
{
messageBox.MessageBoxOK("Error", "Cannot delete DefaultParticle");
return;
}
// Check to see if the particle emitter has more than 1 particle on it.
if (Util.getWordCount(PE_EmitterEditor.currEmitter["particles"]) == 1)
{
messageBox.MessageBoxOK("Error", "At least one particle must remain on the particle emitter.");
return;
}
// Bring up requester for confirmation.
if (this.currParticle.isObject())
{
messageBox.MessageBoxYesNoCancel("Delete Particle?",
"Are you sure you want to delete<br><br>" + this.currParticle.getName() +
"<br><br> Particle deletion won't take affect until the engine is quit.",
"PE_ParticleEditor.saveParticleDialogDontSave( " + this.currParticle.getName() +
" ); PE_ParticleEditor.deleteParticle();",
"",
""
);
}
}
public void createParticle(string replaceSlot)
{
ParticleEmitterEditor.PE_EmitterEditor PE_EmitterEditor = "PE_EmitterEditor";
ParticleEditor ParticleEditor = "ParticleEditor";
int particleIndex;
// Make sure we have a spare slot on the current emitter.
if (replaceSlot == "")
{
int numExistingParticles = Util.getWordCount(PE_EmitterEditor.currEmitter["particles"]);
if (numExistingParticles > 3)
{
messageBox.MessageBoxOK("Error", "An emitter cannot have more than 4 particles assigned to it.");
return;
}
particleIndex = numExistingParticles;
}
else
{
particleIndex = replaceSlot.AsInt() - 1;
}
// Create the particle datablock and add to the emitter.
string newParticle = Util.getUniqueName("newParticle");
SimObject newParticleNode = new DatablockCreator("ParticleData", newParticle + " : DefaultParticle", typeof(ParticleData)).Create();
// Submit undo.
var action = ParticleEditor.createUndo <ParticleEditorUndo.ActionCreateNewParticle>("Create New Particle");
action["particle"] = newParticleNode;
action["particleIndex"] = particleIndex.AsString();
action["prevParticle"] =
((GuiPopUpMenuCtrl)("PEE_EmitterParticleSelector" + (particleIndex + 1))).getSelected()
.AsString();
action["emitter"] = PE_EmitterEditor.currEmitter;
ParticleEditor.submitUndo(action);
// Execute action.
action.redo();
}
public void deleteParticle()
{
ParticleEditor ParticleEditor = "ParticleEditor";
ParticleEmitterEditor.PE_EmitterEditor PE_EmitterEditor = "PE_EmitterEditor";
SimObject particle = this.currParticle;
// Submit undo.
var action = ParticleEditor.createUndo <ParticleEditorUndo.ActionDeleteParticle>("Delete Particle");
action["particle"] = particle;
action["emitter"] = PE_EmitterEditor.currEmitter;
ParticleEditor.submitUndo(action);
// Execute action.
action.redo();
}
public void guiSync()
{
GuiPopUpMenuCtrl PEP_ParticleSelector = "PEP_ParticleSelector";
ParticleEmitterEditor.PE_EmitterEditor PE_EmitterEditor = "PE_EmitterEditor";
MaterialEditor.gui.CodeBehind.MaterialEditor.MaterialEditorGui MaterialEditorGui = "MaterialEditorGui";
GuiSwatchButtonCtrl PE_ColorTintSwatch0 = "PE_ColorTintSwatch0";
GuiSwatchButtonCtrl PE_ColorTintSwatch1 = "PE_ColorTintSwatch1";
GuiSwatchButtonCtrl PE_ColorTintSwatch2 = "PE_ColorTintSwatch2";
GuiSwatchButtonCtrl PE_ColorTintSwatch3 = "PE_ColorTintSwatch3";
GuiBitmapButtonCtrl PEP_previewImage = this.FOT("PEP_previewImage");
GuiTextEditCtrl PEP_previewImageName = this.FOT("PEP_previewImageName");
GuiTextEditCtrl PEP_lifetimeMS_textEdit = this.FOT("PEP_lifetimeMS_textEdit");
GuiTextEditCtrl PEP_lifetimeVarianceMS_textEdit = this.FOT("PEP_lifetimeVarianceMS_textEdit");
GuiTextEditCtrl PEP_inheritedVelFactor_textEdit = this.FOT("PEP_inheritedVelFactor_textEdit");
GuiTextEditCtrl PEP_constantAcceleration_textEdit = this.FOT("PEP_constantAcceleration_textEdit");
GuiTextEditCtrl PEP_gravityCoefficient_textEdit = this.FOT("PEP_gravityCoefficient_textEdit");
GuiTextEditCtrl PEP_dragCoefficient_textEdit = this.FOT("PEP_dragCoefficient_textEdit");
GuiTextEditCtrl PEP_spinRandomMin_textEdit = this.FOT("PEP_spinRandomMin_textEdit");
GuiTextEditCtrl PEP_spinRandomMax_textEdit = this.FOT("PEP_spinRandomMax_textEdit");
GuiTextEditCtrl PEP_spinSpeed_textEdit = this.FOT("PEP_spinSpeed_textEdit");
GuiTextEditCtrl PEP_pointSize_textEdit0 = this.FOT("PEP_pointSize_textEdit0");
GuiTextEditCtrl PEP_pointSize_textEdit1 = this.FOT("PEP_pointSize_textEdit1");
GuiTextEditCtrl PEP_pointSize_textEdit2 = this.FOT("PEP_pointSize_textEdit2");
GuiTextEditCtrl PEP_pointSize_textEdit3 = this.FOT("PEP_pointSize_textEdit3");
GuiTextEditCtrl PEP_pointTime_textEdit0 = this.FOT("PEP_pointTime_textEdit0");
GuiTextEditCtrl PEP_pointTime_textEdit1 = this.FOT("PEP_pointTime_textEdit1");
GuiTextEditCtrl PEP_pointTime_textEdit2 = this.FOT("PEP_pointTime_textEdit2");
GuiTextEditCtrl PEP_pointTime_textEdit3 = this.FOT("PEP_pointTime_textEdit3");
GuiCheckBoxCtrl PEP_inverseAlpha = this.FOT("PEP_inverseAlpha");
GuiSliderCtrl PEP_lifetimeMS_slider = this.FOT("PEP_lifetimeMS_slider");
GuiSliderCtrl PEP_lifetimeVarianceMS_slider = this.FOT("PEP_lifetimeVarianceMS_slider");
GuiSliderCtrl PEP_inheritedVelFactor_slider = this.FOT("PEP_inheritedVelFactor_slider");
GuiSliderCtrl PEP_constantAcceleration_slider = this.FOT("PEP_constantAcceleration_slider");
GuiSliderCtrl PEP_gravityCoefficient_slider = this.FOT("PEP_gravityCoefficient_slider");
GuiSliderCtrl PEP_dragCoefficient_slider = this.FOT("PEP_dragCoefficient_slider");
GuiSliderCtrl PEP_spinRandomMin_slider = this.FOT("PEP_spinRandomMin_slider");
GuiSliderCtrl PEP_spinRandomMax_slider = this.FOT("PEP_spinRandomMax_slider");
GuiSliderCtrl PEP_spinSpeed_slider = this.FOT("PEP_spinSpeed_slider");
GuiSliderCtrl PEP_pointSize_slider0 = this.FOT("PEP_pointSize_slider0");
GuiSliderCtrl PEP_pointSize_slider1 = this.FOT("PEP_pointSize_slider1");
GuiSliderCtrl PEP_pointSize_slider2 = this.FOT("PEP_pointSize_slider2");
GuiSliderCtrl PEP_pointSize_slider3 = this.FOT("PEP_pointSize_slider3");
GuiSliderCtrl PEP_pointTime_slider0 = this.FOT("PEP_pointTime_slider0");
GuiSliderCtrl PEP_pointTime_slider1 = this.FOT("PEP_pointTime_slider1");
GuiSliderCtrl PEP_pointTime_slider2 = this.FOT("PEP_pointTime_slider2");
GuiSliderCtrl PEP_pointTime_slider3 = this.FOT("PEP_pointTime_slider3");
// Populate the selector with the particles assigned
// to the current emitter.
bool containsCurrParticle = false;
GuiPopUpMenuCtrl popup = PEP_ParticleSelector;
popup.clear();
foreach (SimObject particle in PE_EmitterEditor.currEmitter["particles"].Split(' '))
{
if (particle.getId() == this.currParticle)
{
containsCurrParticle = true;
}
popup.add(particle.getName(), particle.getId());
}
// Just in case the particle doesn't exist, fallback gracefully
if (!containsCurrParticle)
{
this.currParticle = Util.getWord(PE_EmitterEditor.currEmitter["particles"], 0).getID();
}
SimObject data = this.currParticle;
popup.sort();
popup.setSelected(data);
string bitmap = MaterialEditorGui.searchForTexture(data.getName(), data["textureName"]);
if (bitmap != "")
{
PEP_previewImage.setBitmap(bitmap);
PEP_previewImageName.setText(bitmap);
PEP_previewImageName.tooltip = bitmap;
}
else
{
PEP_previewImage.setBitmap("");
PEP_previewImageName.setText("None");
PEP_previewImageName.tooltip = "None";
}
PEP_inverseAlpha.setValue(data["useInvAlpha"]);
PEP_lifetimeMS_slider.setValue(data["lifetimeMS"]);
PEP_lifetimeMS_textEdit.setText(data["lifetimeMS"]);
PEP_lifetimeVarianceMS_slider.setValue(data["lifetimeVarianceMS"]);
PEP_lifetimeVarianceMS_textEdit.setText(data["lifetimeVarianceMS"]);
PEP_inheritedVelFactor_slider.setValue(data["inheritedVelFactor"]);
PEP_inheritedVelFactor_textEdit.setText(data["inheritedVelFactor"]);
PEP_constantAcceleration_slider.setValue(data["constantAcceleration"]);
PEP_constantAcceleration_textEdit.setText(data["constantAcceleration"]);
PEP_gravityCoefficient_slider.setValue(data["gravityCoefficient"]);
PEP_gravityCoefficient_textEdit.setText(data["gravityCoefficient"]);
PEP_dragCoefficient_slider.setValue(data["dragCoefficient"]);
PEP_dragCoefficient_textEdit.setText(data["dragCoefficient"]);
PEP_spinRandomMin_slider.setValue(data["spinRandomMin"]);
PEP_spinRandomMin_textEdit.setText(data["spinRandomMin"]);
PEP_spinRandomMax_slider.setValue(data["spinRandomMax"]);
PEP_spinRandomMax_textEdit.setText(data["spinRandomMax"]);
PEP_spinRandomMax_slider.setValue(data["spinRandomMax"]);
PEP_spinRandomMax_textEdit.setText(data["spinRandomMax"]);
PEP_spinSpeed_slider.setValue(data["spinSpeed"]);
PEP_spinSpeed_textEdit.setText(data["spinSpeed"]);
PE_ColorTintSwatch0["color"] = data["colors[0]"];
PE_ColorTintSwatch1["color"] = data["colors[1]"];
PE_ColorTintSwatch2["color"] = data["colors[2]"];
PE_ColorTintSwatch3["color"] = data["colors[3]"];
PEP_pointSize_slider0.setValue(data["sizes[0]"]);
PEP_pointSize_textEdit0.setText(data["sizes[0]"]);
PEP_pointSize_slider1.setValue(data["sizes[1]"]);
PEP_pointSize_textEdit1.setText(data["sizes[1]"]);
PEP_pointSize_slider2.setValue(data["sizes[2]"]);
PEP_pointSize_textEdit2.setText(data["sizes[2]"]);
PEP_pointSize_slider3.setValue(data["sizes[3]"]);
PEP_pointSize_textEdit3.setText(data["sizes[3]"]);
PEP_pointTime_slider0.setValue(data["times[0]"]);
PEP_pointTime_textEdit0.setText(data["times[0]"]);
PEP_pointTime_slider1.setValue(data["times[1]"]);
PEP_pointTime_textEdit1.setText(data["times[1]"]);
PEP_pointTime_slider2.setValue(data["times[2]"]);
PEP_pointTime_textEdit2.setText(data["times[2]"]);
PEP_pointTime_slider3.setValue(data["times[3]"]);
PEP_pointTime_textEdit3.setText(data["times[3]"]);
}