CommandCopyPasteHeightmap::CommandCopyPasteHeightmap(bool copyHeightmap, bool copyTilemap, Heightmap* originalHeightmap, Heightmap* newHeightmap, Image* originalTilemap, Image* newTilemap, const String& tilemapSavedPath)
: HeightmapModificationCommand(COMMAND_UNDO_REDO)
, heightmap(copyHeightmap)
, tilemap(copyTilemap)
{
commandName = "Heightmap Copy/Paste";
heightmapUndoFilename = "";
heightmapRedoFilename = "";
tilemapUndoImage = NULL;
tilemapRedoImage = NULL;
if (copyHeightmap && originalHeightmap && newHeightmap)
{
heightmapUndoFilename = SaveHeightmap(originalHeightmap);
heightmapRedoFilename = SaveHeightmap(newHeightmap);
updatedRect = GetDifferenceRect(originalHeightmap, newHeightmap);
}
if (copyTilemap && originalTilemap && newTilemap)
{
tilemapSavedPathname = FileSystem::Instance()->ReplaceExtension(tilemapSavedPath, ".png");;
tilemapUndoImage = SafeRetain(originalTilemap);
tilemapRedoImage = SafeRetain(newTilemap);
}
}
void Scene::SetCurrentCamera(Camera * _camera)
{
SafeRelease(currentCamera);
currentCamera = SafeRetain(_camera);
SafeRelease(clipCamera);
clipCamera = SafeRetain(_camera);
}
void HierarchyTreeControlNode::RemoveTreeNodeFromScene()
{
if (!this->GetParent() || !uiObject->GetParent())
{
return;
}
this->parentUIObject = uiObject->GetParent();
SafeRetain(this->parentUIObject);
// Determine the "child above" to return node to scene to the correct position.
this->childUIObjectAbove = NULL;
for (List<UIControl*>::const_iterator iter = parentUIObject->GetChildren().begin();
iter != parentUIObject->GetChildren().end(); iter ++)
{
if (((*iter) == uiObject) && (iter != parentUIObject->GetChildren().begin()))
{
iter --;
this->childUIObjectAbove = (*iter);
break;
}
}
SafeRetain(uiObject);
this->parentUIObject->RemoveControl(uiObject);
// We added an additional reference to uiObject and parentUIObject - don't forget
// to release them in destructor.
this->needReleaseUIObjects = true;
}
void ResourcePackerScreen::LoadResources()
{
inputGfxDirectory = FileSystem::RealPath("/Sources/dava.framework/Tools/ResourceEditor/DataSource/Gfx/");
Logger::Debug("%s", inputGfxDirectory.c_str());
outputGfxDirectory = FileSystem::RealPath(inputGfxDirectory + "/../../Data/Gfx");
excludeDirectory = FileSystem::RealPath(inputGfxDirectory + "/../");
// PackResources();
UIYamlLoader::Load(this, "~res:/Screens/ResourcePackerScreen.yaml");
resourceTree = SafeRetain(dynamic_cast<UIFileTree*>(FindByName("resourceTree")));
resourceTree->SetDelegate(this);
resourceTree->SetFolderNavigation(true);
resourceTree->SetPath(outputGfxDirectory, ".txt");
// Resource Tree Setup
// resourceTree = new UIFileTree(Rect(0, 0, 200, 600));
// resourceTree->SetPath(outputGfxDirectory, ".txt");
// AddControl(resourceTree);
// resourceTree->SetDelegate(this);
//resourceTree->GetBackground()->SetDrawType(UIControlBackground::DRAW_FILL);
//resourceTree->GetBackground()->SetColor(Color(0.3, 0.3, 0.3, 1.0f));
// SpriteEditor setup
spriteEditor = SafeRetain(dynamic_cast<UISpriteEditor*> (FindByName("spriteEditor")));
// spriteEditor = new UISpriteEditor(Rect(220, 0, GetScreenWidth() - 230, 500));
// spriteEditor->GetBackground()->SetDrawType(UIControlBackground::DRAW_FILL);
// spriteEditor->GetBackground()->SetColor(Color(0.5, 0.5, 0.5, 1.0f));
// spriteEditor->
}
void Scene::SetCurrentCamera(Camera * _camera)
{
SafeRelease(mainCamera);
mainCamera = SafeRetain(_camera);
SafeRelease(drawCamera);
drawCamera = SafeRetain(_camera);
}
CommandDrawCustomColors::CommandDrawCustomColors(Image* originalImage, Image* newImage)
: Command(COMMAND_UNDO_REDO, CommandList::ID_COMMAND_DRAW_CUSTOM_COLORS)
{
commandName = "Custom Color Draw";
undoImage = SafeRetain(originalImage);
redoImage = SafeRetain(newImage);
}
CommandDrawTilemap::CommandDrawTilemap(Image* originalImage, Image* newImage, const FilePath & pathname, Landscape* landscape)
: Command(COMMAND_UNDO_REDO, CommandList::ID_COMMAND_DRAW_TILEMAP)
, landscape(landscape)
{
commandName = "Tilemap Draw";
savedPathname = pathname;
savedPathname.ReplaceExtension(".png");
undoImage = SafeRetain(originalImage);
redoImage = SafeRetain(newImage);
}
ActionSetVisibilityPoint::ActionSetVisibilityPoint(Image* originalImage,
Sprite* cursorSprite,
VisibilityToolProxy* visibilityToolProxy,
const Vector2& visibilityPoint)
: CommandAction(CMDID_VISIBILITY_TOOL_SET_POINT, "Set Visibility Point")
{
// this->undoImage = SafeRetain(originalImage);
this->cursorSprite = SafeRetain(cursorSprite);
this->visibilityToolProxy = SafeRetain(visibilityToolProxy);
// this->undoVisibilityPoint = visibilityToolProxy->GetVisibilityPoint();
this->redoVisibilityPoint = visibilityPoint;
// this->undoVisibilityPointSet = visibilityToolProxy->IsVisibilityPointSet();
}
Font * GraphicsFont::Clone()
{
GraphicsFont * cloneFont = new GraphicsFont();
cloneFont->fdef = SafeRetain(this->fdef);
cloneFont->fontSprite = SafeRetain(this->fontSprite);
cloneFont->SetColor(this->GetColor());
cloneFont->SetVerticalSpacing(this->GetVerticalSpacing());
cloneFont->SetHorizontalSpacing(this->GetHorizontalSpacing());
cloneFont->SetSize(this->GetSize());
cloneFont->fontDefinitionName = this->GetFontDefinitionName();
return cloneFont;
}
CommandSetVisibilityPoint::CommandSetVisibilityPoint(Image* originalImage,
Sprite* cursorSprite,
VisibilityToolProxy* visibilityToolProxy,
const Vector2& visibilityPoint)
: Command(COMMAND_WITHOUT_UNDO_EFFECT, CommandList::ID_COMMAND_PLACE_POINT_VISIBILITY_TOOL)
{
commandName = "Place Visibility Point";
this->undoImage = SafeRetain(originalImage);
this->cursorSprite = SafeRetain(cursorSprite);
this->visibilityToolProxy = SafeRetain(visibilityToolProxy);
this->undoVisibilityPoint = visibilityToolProxy->GetVisibilityPoint();
this->redoVisibilityPoint = visibilityPoint;
this->undoVisibilityPointSet = visibilityToolProxy->IsVisibilityPointSet();
}
void LandscapeEditorCustomColors::ShowAction()
{
landscapeSize = GetLandscape()->GetTexture(Landscape::TEXTURE_TILE_FULL)->GetWidth();
workingLandscape->CursorEnable();
//save fog status and disable it for more convenience
isFogEnabled = workingLandscape->IsFogEnabled();
workingLandscape->SetFog(false);
texSurf = SafeRetain( workingLandscape->GetTexture(Landscape::TEXTURE_TILE_FULL));
FilePath loadFileName = GetCurrentSaveFileName();
if(!loadFileName.IsEmpty())
LoadTextureAction(loadFileName);
if(NULL == colorSprite)
{
Texture* tex = workingLandscape->GetTexture(Landscape::TEXTURE_TILE_FULL);
colorSprite = Sprite::CreateAsRenderTarget(tex->width, tex->height, FORMAT_RGBA8888);
RenderManager::Instance()->SetRenderTarget(colorSprite);
const Vector<Color> & colors = EditorConfig::Instance()->GetColorPropertyValues("LandscapeCustomColors");
if(!colors.empty())
{
RenderManager::Instance()->ClearWithColor(colors[0].r, colors[0].g, colors[0].b, colors[0].a);
}
RenderManager::Instance()->RestoreRenderTarget();
}
PerformLandscapeDraw();
// TODO: mainwindow
//QtMainWindowHandler::Instance()->SetCustomColorsWidgetsState(true);
}
void LandscapeEditorDrawSystem::SetCursorTexture(Texture* cursorTexture)
{
SafeRelease(this->cursorTexture);
this->cursorTexture = SafeRetain(cursorTexture);
landscapeProxy->SetCursorTexture(cursorTexture);
}
ChangeFontPropertyCommandData& ChangeFontPropertyCommandData::operator =(const ChangeFontPropertyCommandData& data)
{
font = SafeRetain(data.font);
isApplyToAll = data.isApplyToAll;
fontPresetOriginalName = data.fontPresetOriginalName;
fontPresetName = data.fontPresetName;
Map<String, Font*>::const_iterator it = data.localizedFonts.begin();
Map<String, Font*>::const_iterator endIt = data.localizedFonts.end();
for(; it != endIt; ++it)
{
localizedFonts[it->first] = SafeRetain(it->second);
}
return *this;
}
void SkyboxSystem::AddEntity(Entity * entity)
{
if((NULL == skyboxEntity) && GetSkybox(entity))
{
skyboxEntity = SafeRetain(entity);
}
}
Shader * Shader::RecompileNewInstance(const String & combination)
{
Shader * shader = new Shader();
shader->vertexShaderData = SafeRetain(vertexShaderData);
shader->fragmentShaderData = SafeRetain(fragmentShaderData);
shader->SetDefineList(combination);
//TODO: return "invalid shader" on error;
shader->Recompile();
/*if (!shader->Recompile())
{
SafeRelease(shader);
return 0;
}*/
return shader;
}
void TextureListModel::setScene(DAVA::Scene *scene)
{
beginResetModel();
clear();
activeScene = scene;
DAVA::TexturesMap texturesInNode;
SceneHelper::EnumerateSceneTextures(scene, texturesInNode, SceneHelper::EXCLUDE_NULL);
for(DAVA::TexturesMap::iterator t = texturesInNode.begin(); t != texturesInNode.end(); ++t)
{
DAVA::TextureDescriptor * descriptor = t->second->texDescriptor;
if(NULL != descriptor && descriptor->pathname.Exists())
{
textureDescriptorsAll.push_back(descriptor);
texturesAll[descriptor] = SafeRetain(t->second);
}
}
applyFilterAndSort();
endResetModel();
}
void RenderManager::SetCursor(Cursor * _cursor)
{
#if defined(__DAVAENGINE_MACOS__) || (defined(__DAVAENGINE_WIN32__) && defined(__DAVAENGINE_DIRECTX9__))
SafeRelease(cursor);
cursor = SafeRetain(_cursor);
if (cursor)cursor->HardwareSet();
#endif
}
void ShadowVolumeNode::Load(KeyedArchive * archive, SceneFileV2 * sceneFileV2)
{
Entity::Load(archive, sceneFileV2);
uint64 ptr = archive->GetByteArrayAsType("pg", (uint64)0);
shadowPolygonGroup = dynamic_cast<PolygonGroup*>(sceneFileV2->GetNodeByPointer(ptr));
SafeRetain(shadowPolygonGroup);
}
void UITextField::SetFont(Font * font)
{
#ifndef __DAVAENGINE_IPHONE__
SafeRelease(textFont);
textFont = SafeRetain(font);
staticText->SetFont(textFont);
#endif
}
RemoveComponentCommand::RemoveComponentCommand(DAVA::Entity* _entity, DAVA::int32 componentType)
: Command2(CMDID_COMPONENT_REMOVE, "Remove Component")
, entity(_entity)
{
DVASSERT(entity);
oldComponent = SafeRetain(entity->GetComponent(componentType));
}
bool LandscapeEditorBase::SetScene(EditorScene *newScene)
{
SafeRelease(workingScene);
workingLandscape = SafeRetain(newScene->GetLandScape(newScene));
if(!workingLandscape)
{
ErrorNotifier::Instance()->ShowError("No landscape at level.");
return false;
}
savedShaderMode = workingLandscape->GetTiledShaderMode();
workingLandscape->SetTiledShaderMode(LandscapeNode::TILED_MODE_TILEMASK);
workingScene = SafeRetain(newScene);
return true;
}
SoundInstance::SoundInstance(Sound * parent)
: state(STATE_PLAYING),
animatedVolume(-1.f),
parentSound(NULL)
{
SoundSystem::Instance()->AddSoundInstance(this);
parentSound = SafeRetain(parent);
}
void UIScrollBar::LoadFromYamlNodeCompleted()
{
slider = SafeRetain(FindByName(UISCROLLBAR_SLIDER_NAME));
if (!slider)
{
InitControls();
}
}
InfoControl::InfoControl(UIControl* watched) : UIControl(Rect(0.0f, 0.0f, watched->GetSize().x, watched->GetSize().y), false)
, watchedControl(SafeRetain(watched))
{
//TODO: remember input enabled
ParseSpecificInfo();
watchedControl->SetInputEnabled(false, false);
emptyString = L"";
}
void HierarchyTreeControlNode::RemoveTreeNodeFromScene()
{
if (!this->GetParent() || !uiObject->GetParent())
{
return;
}
// Don't touch the subcontrol nodes - they are controlled by the parent control itself.
List<UIControl*> subControlNodes = uiObject->GetSubcontrols();
for (HIERARCHYTREENODESLIST::iterator iter = childNodes.begin(); iter != childNodes.end(); ++iter)
{
HierarchyTreeControlNode* control = dynamic_cast<HierarchyTreeControlNode*>(*iter);
if (!control || std::find(subControlNodes.begin(), subControlNodes.end(), control->GetUIObject())
!= subControlNodes.end())
{
continue;
}
control->RemoveTreeNodeFromScene();
}
this->parentUIObject = uiObject->GetParent();
SafeRetain(this->parentUIObject);
// Determine the "child above" to return node to scene to the correct position.
this->childUIObjectAbove = NULL;
for (List<UIControl*>::const_iterator iter = parentUIObject->GetChildren().begin();
iter != parentUIObject->GetChildren().end(); iter ++)
{
if (((*iter) == uiObject) && (iter != parentUIObject->GetChildren().begin()))
{
iter --;
this->childUIObjectAbove = (*iter);
break;
}
}
SafeRetain(uiObject);
this->parentUIObject->RemoveControl(uiObject);
// We added an additional reference to uiObject and parentUIObject - don't forget
// to release them in destructor.
this->needReleaseUIObjects = true;
}
CommandPlacePointVisibilityTool::CommandPlacePointVisibilityTool(const Vector2& newVisibilityPoint, const Vector2& oldVisibilityPoint, bool oldPointIsSet, Image* oldImage)
: Command(COMMAND_WITHOUT_UNDO_EFFECT, CommandList::ID_COMMAND_PLACE_POINT_VISIBILITY_TOOL)
, point(newVisibilityPoint)
, oldPoint(oldVisibilityPoint)
, oldPointIsSet(oldPointIsSet)
{
commandName = "Place Visibility Point";
this->oldImage = SafeRetain(oldImage);
}
CommandPlacePointVisibilityTool::CommandPlacePointVisibilityTool(const Vector2& newVisibilityPoint, const Vector2& oldVisibilityPoint, bool oldPointIsSet, Image* oldImage)
: Command(COMMAND_WITHOUT_UNDO_EFFECT)
, point(newVisibilityPoint)
, oldPoint(oldVisibilityPoint)
, oldPointIsSet(oldPointIsSet)
{
commandName = "Place Visibility Point";
this->oldImage = SafeRetain(oldImage);
}
CommandPlaceAreaVisibilityTool::CommandPlaceAreaVisibilityTool(const Vector2& areaPoint, uint32 areaSize, Image* oldImage)
: Command(COMMAND_WITHOUT_UNDO_EFFECT),
point(areaPoint),
size(areaSize),
redoImage(NULL)
{
commandName = "Place Visibility Area";
this->oldImage = SafeRetain(oldImage);
}
bool LandscapeEditorBase::SetScene(EditorScene *newScene)
{
SafeRelease(workingScene);
workingLandscape = SafeRetain(newScene->GetLandscape(newScene));
workingLandscapeEntity = SafeRetain(newScene->GetLandscapeNode(newScene));
if(!workingLandscape)
{
ShowErrorDialog(String("No landscape at level."));
return false;
}
savedShaderMode = workingLandscape->GetTiledShaderMode();
workingLandscape->SetTiledShaderMode(Landscape::TILED_MODE_TILEMASK);
workingScene = SafeRetain(newScene);
return true;
}
void UISlider::AddControl(UIControl *control)
{
// Synchronize the pointers to the thumb each time new control is added.
UIControl::AddControl(control);
if (control->GetName() == UISLIDER_THUMB_SPRITE_CONTROL_NAME && thumbButton != control)
{
SafeRelease(thumbButton);
thumbButton = SafeRetain(control);
}
}
