void SelectManager::selectRectangular()
{
for(int i = 0; i < glwidgets->size (); i++)
{
if(glwidgets->at (i)->getIsMouseHere ())
{
glwidgets->at (i)->drawSelectionRectangle (curX, curY, false);
bool anyModelSelected = false;
bool anyVertexSelected = false;
selectedModels.clear ();
selectedVertices.clear ();
glwidgets->at (i)->rectangularSelection (preX, preY, curX, curY, selectedModels, selectedVertices);
for(int i = 0; i < selectedModels.size (); i++)
{
selectedModels.at (i)->setSelected (true);
anyModelSelected = true;
}
for(int i = 0; i < selectedVertices.size (); i++)
{
selectedVertices.at (i)->setSelected (true);
anyVertexSelected = true;
}
if(!anyModelSelected)
diselectAll ();
break;
}
}
emit endState();
}
void AddProcess(IntervalModel& interval, Process::ProcessModel* proc)
{
interval.processes.add(proc);
const auto& scenar = *dynamic_cast<ScenarioInterface*>(interval.parent());
AddProcessAfterState(startState(interval, scenar), *proc);
AddProcessBeforeState(endState(interval, scenar), *proc);
}
void EraseProcess(
IntervalModel& interval,
const Id<Process::ProcessModel>& proc_id)
{
auto& proc = interval.processes.at(proc_id);
const auto& scenar = *dynamic_cast<ScenarioInterface*>(interval.parent());
RemoveProcessAfterState(startState(interval, scenar), proc);
RemoveProcessBeforeState(endState(interval, scenar), proc);
interval.processes.erase(proc);
}
void LoadingState::loadModuleData()
{
const int SCREEN_WIDTH = _gameEngine->getUIManager()->getScreenWidth();
const int SCREEN_HEIGHT = _gameEngine->getUIManager()->getScreenHeight();
setProgressText("Tidying some space...", 0);
//Make sure all data is cleared first
game_quit_module();
setProgressText("Calculating some math...", 10);
BillboardSystem::get().reset();
//initialize math objects
make_turntosin();
// Linking system
setProgressText("Initializing module linking... ", 20);
if (!link_build_vfs( "mp_data/link.txt", LinkList)) Log::get().warn("Failed to initialize module linking\n");
// initialize the collision system
setProgressText("Beautifying graphics...", 40);
// Reset all loaded "profiles" in the "profile system".
ProfileSystem::get().reset();
// do some graphics initialization
gfx_system_make_enviro();
//Load players if needed
if(!_playersToLoad.empty()) {
setProgressText("Loading players...", 50);
if(!loadPlayers()) {
Log::get().warn("Failed to load players!\n");
endState();
return;
}
}
// try to start a new module
setProgressText("Loading module data...", 60);
if(!game_begin_module(_loadModule)) {
Log::get().warn("Failed to load module!\n");
endState();
return;
}
_currentModule->setImportPlayers(_playersToLoad);
setProgressText("Almost done...", 90);
// set up the cameras *after* game_begin_module() or the player devices will not be initialized
// and camera_system_begin() will not set up thte correct view
std::shared_ptr<CameraSystem> cameraSystem = CameraSystem::request(local_stats.player_count);
// Fade out music when finished loading
AudioSystem::get().stopMusic();
// make sure the per-module configuration settings are correct
config_synch(&egoboo_config_t::get(), true, false);
// Complete!
setProgressText("Finished!", 100);
// Hit that gong
AudioSystem::get().playSoundFull(AudioSystem::get().getGlobalSound(GSND_GAME_READY));
//1 second delay to let music finish, this prevents a frame lag on module startup
std::this_thread::sleep_for(std::chrono::seconds(2));
//Add the start button once we are finished loading
std::shared_ptr<Button> startButton = std::make_shared<Button>("Press Space to begin", SDLK_SPACE);
startButton->setSize(400, 30);
startButton->setPosition(SCREEN_WIDTH/2 - startButton->getWidth()/2, SCREEN_HEIGHT-50);
startButton->setOnClickFunction(
[cameraSystem]{
//Have to do this function in the OpenGL context thread or else it will fail
Ego::Graphics::TextureAtlasManager::get().loadTileSet();
//Hush gong
AudioSystem::get().fadeAllSounds();
_gameEngine->setGameState(std::make_shared<PlayingState>(cameraSystem));
});
addComponent(startButton);
//Hide the progress bar
_progressBar->setVisible(false);
}
DebugObjectLoadingState::DebugObjectLoadingState() :
#ifdef _MSC_VER
_finishedLoading( {
0
}),
#else
_finishedLoading(false),
#endif
_loadingThread(),
_scrollableList(),
_moduleList(),
_toLoad(),
_currentLoader()
{
const int SCREEN_WIDTH = _gameEngine->getUIManager()->getScreenWidth();
const int SCREEN_HEIGHT = _gameEngine->getUIManager()->getScreenHeight();
_scrollableList = std::make_shared<ScrollableList>();
_scrollableList->setPosition(8, 8);
_scrollableList->setSize(SCREEN_WIDTH - 16, SCREEN_HEIGHT - 56);
_moduleList.emplace_back(new GlobalLoader());
vfs_search_context_t *context = vfs_findFirst("/modules", "mod", VFS_SEARCH_DIR | VFS_SEARCH_BARE);
while (context)
{
std::string moduleName = vfs_search_context_get_current(context);
auto module = std::make_shared<ModuleLoader>(moduleName);
_moduleList.emplace_back(module);
vfs_findNext(&context);
}
vfs_findClose(&context);
for (const auto &loader : _moduleList) {
auto button = std::make_shared<Button>(loader->getModuleName());
std::weak_ptr<ModuleLoader> loaderPtr = loader;
button->setWidth(SCREEN_WIDTH - 72);
button->setOnClickFunction([this, loaderPtr] { addToQueue(loaderPtr.lock()); });
_scrollableList->addComponent(button);
_currentLoader = loader;
loader->loadObjectList();
for (const auto &object : loader->getObjectList()) {
std::weak_ptr<ObjectGUIContainer> objectPtr = object;
object->setOnClick([this, objectPtr] { addToQueue(objectPtr.lock()); });
_scrollableList->addComponent(object);
}
}
_scrollableList->forceUpdate();
addComponent(_scrollableList);
std::shared_ptr<Button> back = std::make_shared<Button>("Back");
back->setPosition(8, SCREEN_HEIGHT - 30 - 8);
back->setSize(150, 30);
back->setOnClickFunction([this] { endState(); });
addComponent(back);
std::shared_ptr<Button> loadAll = std::make_shared<Button>("Load All");
loadAll->setPosition(SCREEN_WIDTH - 150 - 8, SCREEN_HEIGHT - 30 - 8);
loadAll->setSize(150, 30);
loadAll->setOnClickFunction([this] { for (const auto &a : _moduleList) addToQueue(a); });
addComponent(loadAll);
}
SelectPlayersState::SelectPlayersState() :
_playerButtons(),
_continueButton(std::make_shared<Button>("Select Module", SDLK_RETURN))
{
//Load background
std::shared_ptr<Image> background = std::make_shared<Image>("mp_data/menu/menu_selectplayers");
background->setPosition(0, 0);
background->setSize(GFX_WIDTH, GFX_HEIGHT);
addComponent(background);
//Add the buttons
int yOffset = GFX_HEIGHT - 80;
std::shared_ptr<Button> backButton = std::make_shared<Button>("Back", SDLK_ESCAPE);
backButton->setPosition(20, yOffset);
backButton->setSize(200, 30);
backButton->setOnClickFunction(
[this]{
endState();
});
addComponent(backButton);
yOffset -= backButton->getHeight() + 10;
_continueButton->setPosition(20, yOffset);
_continueButton->setSize(200, 30);
_continueButton->setOnClickFunction(
[this]{
//Build list of all valid selected players
std::list<std::string> selectedPlayersResult;
for (const std::shared_ptr<LoadPlayerElement> &player : _selectedPlayers) {
if (player != nullptr) {
selectedPlayersResult.push_back(player->getProfile()->getPathname());
}
}
//Do the select module screen next
_gameEngine->pushGameState(std::make_shared<SelectModuleState>(selectedPlayersResult));
});
addComponent(_continueButton);
_continueButton->setEnabled(false);
//Tell them what this screen is all about
std::shared_ptr<Label> infoText = std::make_shared<Label>("Select a character for each player that is going ot play.");
infoText->setPosition(150, GFX_HEIGHT - 40);
addComponent(infoText);
//Players Label
std::shared_ptr<Label> playersLabel = std::make_shared<Label>("PLAYERS");
playersLabel->setPosition(20, 20);
addComponent(playersLabel);
std::shared_ptr<Label> characterLabel = std::make_shared<Label>("CHARACTER");
characterLabel->setPosition(GFX_WIDTH / 3, 20);
addComponent(characterLabel);
yOffset = playersLabel->getY() + playersLabel->getHeight() + 20;
for (int i = 0; i < 4; ++i) {
std::shared_ptr<Label> playerLabel = std::make_shared<Label>(std::string("Player ") + std::to_string(i + 1));
playerLabel->setPosition(40, yOffset);
addComponent(playerLabel);
std::shared_ptr<Button> playerButton = std::make_shared<Button>("Not playing");
playerButton->setSize(200, 42);
playerButton->setPosition(GFX_WIDTH / 3, yOffset - 10);
playerButton->setOnClickFunction(
[this, i]{
_gameEngine->pushGameState(std::make_shared<SelectCharacterState>(_selectedPlayers[i]));
}
);
addComponent(playerButton);
yOffset += playerLabel->getHeight() + 50;
//Initially select no character for each player
_selectedPlayers.push_back(nullptr);
_playerButtons.push_back(playerButton);
}
//Mark all loadable characters initially as unselected
for (const std::shared_ptr<LoadPlayerElement> &save : ProfileSystem::get().getSavedPlayers())
{
save->setSelected(false);
}
}
InGameMenuState::InGameMenuState(GameState &gameState) :
_slidyButtons(),
_backgroundState(gameState)
{
// Add the buttons
int yOffset = Ego::GraphicsSystem::gfx_height-80;
std::shared_ptr<Button> exitButton = std::make_shared<Button>(_currentModule->isExportValid() ? "Save and Exit" : "Abort and Exit", SDLK_q);
exitButton->setPosition(20, yOffset);
exitButton->setSize(200, 30);
exitButton->setOnClickFunction(
[]{
_gameEngine->setGameState(std::make_shared<MainMenuState>());
});
addComponent(exitButton);
_slidyButtons.push_front(exitButton);
yOffset -= exitButton->getHeight() + 10;
std::shared_ptr<Button> optionsButton = std::make_shared<Button>("Options", SDLK_o);
optionsButton->setPosition(20, yOffset);
optionsButton->setSize(200, 30);
optionsButton->setOnClickFunction(
[]{
_gameEngine->pushGameState(std::make_shared<OptionsScreen>());
});
addComponent(optionsButton);
_slidyButtons.push_front(optionsButton);
yOffset -= optionsButton->getHeight() + 10;
std::shared_ptr<Button> restartModuleButton = std::make_shared<Button>("Restart Module", SDLK_r);
restartModuleButton->setPosition(20, yOffset);
restartModuleButton->setSize(200, 30);
restartModuleButton->setOnClickFunction(
[this]{
//Reload current module with current players
_gameEngine->setGameState(std::make_shared<LoadingState>(_currentModule->getModuleProfile(), _currentModule->getImportPlayers()));
});
addComponent(restartModuleButton);
_slidyButtons.push_front(restartModuleButton);
yOffset -= restartModuleButton->getHeight() + 10;
std::shared_ptr<Button> newGameButton = std::make_shared<Button>("Return to Module", SDLK_ESCAPE);
newGameButton->setPosition(20, yOffset);
newGameButton->setSize(200, 30);
newGameButton->setOnClickFunction(
[this]{
endState();
});
addComponent(newGameButton);
_slidyButtons.push_front(newGameButton);
yOffset -= newGameButton->getHeight() + 10;
#ifdef _DEBUG
std::shared_ptr<Button> debugButton = std::make_shared<Button>("Debug Particles", SDLK_p);
debugButton->setPosition(20, yOffset);
debugButton->setSize(200, 30);
debugButton->setOnClickFunction(
[this]{
_gameEngine->pushGameState(std::make_shared<DebugParticlesScreen>());
});
addComponent(debugButton);
_slidyButtons.push_front(debugButton);
yOffset -= debugButton->getHeight() + 10;
#endif
}
DebugParticlesScreen::DebugParticlesScreen()
{
const int SCREEN_WIDTH = _gameEngine->getUIManager()->getScreenWidth();
const int SCREEN_HEIGHT = _gameEngine->getUIManager()->getScreenHeight();
//Add the buttons
std::shared_ptr<Button> backButton = std::make_shared<Button>("Back", SDLK_ESCAPE);
backButton->setPosition(20, SCREEN_HEIGHT-80);
backButton->setSize(200, 30);
backButton->setOnClickFunction(
[this]{
endState();
});
addComponent(backButton);
std::shared_ptr<Label> title = std::make_shared<Label>("==PARTICLE DEBUG SCREEN==");
title->setPosition(10, 10);
addComponent(title);
std::shared_ptr<Label> usage = std::make_shared<Label>("Particle used: " + std::to_string(ParticleHandler::get().getCount()) + "/" + std::to_string(ParticleHandler::get().getDisplayLimit()));
usage->setPosition(10, title->getY() + title->getHeight());
addComponent(usage);
std::shared_ptr<Label> invalid = std::make_shared<Label>("Invalid active particles: ");
invalid->setPosition(10, usage->getY() + usage->getHeight());
invalid->setColor(Ego::Math::Colour4f::red());
addComponent(invalid);
//Count who is using all the particles
std::unordered_map<PIP_REF, size_t> usageCount;
std::unordered_map<PIP_REF, size_t> terminatedCount;
size_t invalidParticles = 0;
for(const std::shared_ptr<Ego::Particle> &particle : ParticleHandler::get().iterator())
{
if(particle->getProfileID() == INVALID_PIP_REF || !PipStack.isLoaded(particle->getProfileID())) {
invalidParticles++;
log_warning("Invalid particle with ID: %d (CHR_REF=%d)\n", particle->getProfileID(), particle->getSpawnerProfile());
continue;
}
if(particle->isTerminated()) {
terminatedCount[particle->getProfileID()] += 1;
}
else {
usageCount[particle->getProfileID()] += 1;
}
}
std::shared_ptr<ScrollableList> scrollableList = std::make_shared<ScrollableList>();
scrollableList->setPosition(invalid->getX(), invalid->getY() + invalid->getHeight() + 20);
scrollableList->setSize(SCREEN_WIDTH-50, SCREEN_HEIGHT*0.75f-scrollableList->getY());
addComponent(scrollableList);
for(const auto &element : usageCount)
{
const std::shared_ptr<pip_t> &particleProfile = PipStack.get_ptr(element.first);
std::stringstream labelString;
labelString << element.second << " particle" << ((element.second > 0) ? "s: " : ":");
labelString << particleProfile->getName();
std::shared_ptr<Label> label = std::make_shared<Label>(labelString.str());
label->setFont(_gameEngine->getUIManager()->getFont(UIManager::FONT_DEBUG));
scrollableList->addComponent(label);
}
for(const auto &element : terminatedCount)
{
const std::shared_ptr<pip_t> &particleProfile = PipStack.get_ptr(element.first);
std::stringstream labelString;
labelString << element.second << " terminated particle" << ((element.second > 0) ? "s: " : ":");
labelString << particleProfile->getName();
std::shared_ptr<Label> label = std::make_shared<Label>(labelString.str());
label->setFont(_gameEngine->getUIManager()->getFont(UIManager::FONT_DEBUG));
label->setColor(Ego::Math::Colour4f::red());
scrollableList->addComponent(label);
}
invalid->setText("Invalid active particles: " + std::to_string(invalidParticles));
scrollableList->forceUpdate();
}
void CreateCurvesFromAddresses(
const QList<const Scenario::ConstraintModel*>& selected_constraints,
const std::vector<Device::FullAddressSettings>& addresses,
const iscore::CommandStackFacade& stack)
{
if(selected_constraints.empty())
return;
// They should all be in the same scenario so we can select the first.
// FIXME check that the other "cohesion" methods also use ScenarioInterface and not Scenario::ProcessModel
auto scenar = dynamic_cast<Scenario::ScenarioInterface*>(
selected_constraints.first()->parent());
int added_processes = 0;
// Then create the commands
auto big_macro = new Scenario::Command::AddMultipleProcessesToMultipleConstraintsMacro;
for(const auto& constraint : selected_constraints)
{
// Generate brand new ids for the processes
auto process_ids = getStrongIdRange<Process::ProcessModel>(addresses.size(), constraint->processes);
auto macro_tuple = Scenario::Command::makeAddProcessMacro(*constraint, addresses.size());
auto macro = std::get<0>(macro_tuple);
auto& bigLayerVec = std::get<1>(macro_tuple);
Path<Scenario::ConstraintModel> constraintPath{*constraint};
const Scenario::StateModel& ss = startState(*constraint, *scenar);
const auto& es = endState(*constraint, *scenar);
std::vector<State::Address> existing_automations;
for(const auto& proc : constraint->processes)
{
if(auto autom = dynamic_cast<const Automation::ProcessModel*>(&proc))
existing_automations.push_back(autom->address());
}
int i = 0;
for(const Device::FullAddressSettings& as : addresses)
{
// First, we skip the curve if there is already a curve
// with this address in the constraint.
if(contains(existing_automations, as.address))
continue;
// Then we set-up all the necessary values
// min / max
double min = as.domain.min.val.isNumeric()
? State::convert::value<double>(as.domain.min)
: 0;
double max = as.domain.max.val.isNumeric()
? State::convert::value<double>(as.domain.max)
: 1;
// start value / end value
double start = std::min(min, max);
double end = std::max(min, max);
Process::MessageNode* s_node = Device::try_getNodeFromString(
ss.messages().rootNode(),
stringList(as.address));
if(s_node)
{
if(auto val = s_node->value())
{
start = State::convert::value<double>(*val);
min = std::min(start, min);
max = std::max(start, max);
}
}
Process::MessageNode* e_node = Device::try_getNodeFromString(
es.messages().rootNode(),
stringList(as.address));
if(e_node)
{
if(auto val = e_node->value())
{
end = State::convert::value<double>(*val);
min = std::min(end, min);
max = std::max(end, max);
}
}
// Send the command.
macro->addCommand(new Scenario::Command::CreateCurveFromStates{
Path<Scenario::ConstraintModel>{constraintPath},
bigLayerVec[i],
process_ids[i],
as.address,
start, end, min, max
});
i++;
added_processes++;
}
big_macro->addCommand(macro);
}
if(added_processes > 0)
{
CommandDispatcher<> disp{stack};
disp.submitCommand(big_macro);
}
else
{
delete big_macro;
}
}