TreasureObject::TreasureObject(const std::string& treasure_name,
MapObjectDrawLayer layer,
const std::string& closed_animation_file,
const std::string& opening_animation_file,
const std::string& open_animation_file) :
PhysicalObject(layer)
{
_object_type = TREASURE_TYPE;
_events_triggered = false;
_is_opening = false;
_treasure_name = treasure_name;
if(treasure_name.empty())
PRINT_WARNING << "Empty treasure name found. The treasure won't function normally." << std::endl;
_treasure = new vt_map::private_map::MapTreasureContent();
// Dissect the frames and create the closed, opening, and open animations
vt_video::AnimatedImage closed_anim, opening_anim, open_anim;
closed_anim.LoadFromAnimationScript(closed_animation_file);
if(!opening_animation_file.empty())
opening_anim.LoadFromAnimationScript(opening_animation_file);
open_anim.LoadFromAnimationScript(open_animation_file);
// Set the collision rectangle according to the dimensions of the first frame
SetCollPixelHalfWidth(closed_anim.GetWidth() / 2.0f);
SetCollPixelHeight(closed_anim.GetHeight());
// Apply the zoom ratio on the animations.
ScaleToMapZoomRatio(closed_anim);
ScaleToMapZoomRatio(opening_anim);
ScaleToMapZoomRatio(open_anim);
AddAnimation(closed_anim);
AddAnimation(opening_anim);
AddAnimation(open_anim);
_LoadState();
}
Halo::Halo(const std::string& filename,
float x, float y,
const vt_video::Color& color):
MapObject(NO_LAYER_OBJECT) // This is a special object
{
_color = color;
_tile_position.x = x;
_tile_position.y = y;
_object_type = HALO_TYPE;
_collision_mask = NO_COLLISION;
if(!_animation.LoadFromAnimationScript(filename))
PRINT_WARNING << "Couldn't load the Halo animation " << filename << " properly." << std::endl;
// Setup the image collision for the display update
SetImgPixelHalfWidth(_animation.GetWidth() / 2.0f);
SetImgPixelHeight(_animation.GetHeight());
ScaleToMapZoomRatio(_animation);
// Auto-registers to the object supervisor for later deletion handling
MapMode::CurrentInstance()->GetObjectSupervisor()->AddHalo(this);
}
MapMode::MapMode(const std::string& data_filename, const std::string& script_filename, uint32 stamina) :
GameMode(MODE_MANAGER_MAP_MODE),
_activated(false),
_map_data_filename(data_filename),
_map_script_filename(script_filename),
_tile_supervisor(nullptr),
_object_supervisor(nullptr),
_event_supervisor(nullptr),
_dialogue_supervisor(nullptr),
_treasure_supervisor(nullptr),
_camera_x_in_map_corner(false),
_camera_y_in_map_corner(false),
_camera(nullptr),
_virtual_focus(nullptr),
_delta_x(0),
_delta_y(0),
_pixel_length_x(-1.0f),
_pixel_length_y(-1.0f),
_running_enabled(true),
_unlimited_stamina(false),
_show_gui(true),
_run_stamina(stamina),
_gui_alpha(0.0f),
_music_audio_state(AUDIO_STATE_UNLOADED),
_music_audio_sample(0),
_minimap(nullptr),
_show_minimap(false),
_menu_enabled(true),
_save_points_enabled(true),
_status_effects_enabled(true)
{
_current_instance = this;
ResetState();
PushState(STATE_EXPLORE);
// Load the miscellaneous map graphics.
_dialogue_icon.LoadFromAnimationScript("data/entities/emotes/dialogue_icon.lua");
ScaleToMapZoomRatio(_dialogue_icon);
// Load the save point animation files.
AnimatedImage anim;
anim.LoadFromAnimationScript("data/entities/map/save_point/save_point3.lua");
active_save_point_animations.push_back(anim);
anim.Clear();
anim.LoadFromAnimationScript("data/entities/map/save_point/save_point2.lua");
active_save_point_animations.push_back(anim);
anim.Clear();
anim.LoadFromAnimationScript("data/entities/map/save_point/save_point1.lua");
inactive_save_point_animations.push_back(anim);
anim.Clear();
anim.LoadFromAnimationScript("data/entities/map/save_point/save_point2.lua");
inactive_save_point_animations.push_back(anim);
// Transform the animation size to correspond to the map zoom ratio.
for(uint32 i = 0; i < active_save_point_animations.size(); ++i)
ScaleToMapZoomRatio(active_save_point_animations[i]);
for(uint32 i = 0; i < inactive_save_point_animations.size(); ++i)
ScaleToMapZoomRatio(inactive_save_point_animations[i]);
_tile_supervisor = new TileSupervisor();
_object_supervisor = new ObjectSupervisor();
_event_supervisor = new EventSupervisor();
_dialogue_supervisor = new MapDialogueSupervisor();
_treasure_supervisor = new TreasureSupervisor();
_intro_timer.Initialize(4000, 0);
_intro_timer.EnableAutoUpdate(this);
_camera_timer.Initialize(0, 1);
// Create the camera virtual focus, used to display random map locations.
// NOTE: Deleted by the Object supervisor.
_virtual_focus = new VirtualSprite(NO_LAYER_OBJECT);
_virtual_focus->SetPosition(0.0f, 0.0f);
_virtual_focus->SetMovementSpeed(NORMAL_SPEED);
_virtual_focus->SetCollisionMask(NO_COLLISION);
_virtual_focus->SetVisible(false);
if(!_Load()) {
BootMode *BM = new BootMode();
ModeManager->PopAll();
ModeManager->Push(BM);
return;
}
// Once the minimap file has been set (in the load function),
// we can create the minimap
if(_show_minimap)
_CreateMinimap();
GlobalMedia& media = GlobalManager->Media();
_stamina_bar_background = media.GetStaminaBarBackgroundImage();
_stamina_bar = media.GetStaminaBarImage();
_stamina_bar_infinite_overlay = media.GetStaminaInfiniteImage();
// Init the script component.
GetScriptSupervisor().Initialize(this);
//! Init the camera position text style
_debug_camera_position.SetStyle(TextStyle("title22", Color::white, VIDEO_TEXT_SHADOW_DARK));
}
