/// <summary>
/// Initializes a new instance of the <see cref="Game"/> class
/// </summary>
public Game()
{
// Set default value for all settings
Vsync = false;
TargetFramerate = -1;
FixedTimestep = false;
ResolutionInternal = new Vector2(1280, 720);
// Instantiate lists
updateReceivers = new List <IUpdatable>();
drawReceivers = new List <IDrawable>();
// Create platform
Platform = new Platform(this);
// Create graphics manager
Graphics = new GraphicsManager(this, Platform);
// Create input managers
Controllers = new DeviceManager(this);
Keyboard = new KeyboardManager(this);
Mouse = new MouseManager(this);
// Create Content Manager
Content = new ContentManager(this);
// Create sprites
Sprites = new SpriteList(Graphics, this);
Actions = new SpriteEvents(Sprites);
// Create camera manager
Cameras = new CameraManager(this);
}
private void AddSpriteState(SpriteEvents a_event)
{
SpriteState state = new SpriteState();
if(a_event.m_state != null)
state.Init(m_actor, a_event.m_name, a_event.m_frameHeight, a_event.m_frameWidth, a_event.m_frameCount, a_event.m_frameColStart, a_event.m_frameRowStart , a_event.m_animSpeed, a_event.m_textures, a_event.m_state);
else
state.Init(m_actor, a_event.m_name, a_event.m_frameHeight, a_event.m_frameWidth, a_event.m_frameCount, a_event.m_frameColStart, a_event.m_animSpeed, a_event.m_textures);
m_spriteStates.Add(state);
}
/// <summary>
/// if the transition state has had it's end frame reached it calls the "switch"
/// else the transition adds the command back onto the command stack to check again
/// next frame
/// </summary>
/// <param name="a_name">name of sprite</param>
/// <param name="a_state">name of state</param>
private void TransitionSpriteStates(string a_name, string a_state)
{
bool endFrameFound = false;
for (int i = m_spriteStates.Count - 1; i >= 0; i--) //traverse in reverse for element removal
{
if(m_spriteStates[i].m_currentFrame == m_spriteStates[i].m_frameCount - 2)//runs one loop extra, end on last frame
{
//Console.WriteLine("found the end frame for state: " +
// m_spriteStates[i].m_animState + " switching state to: " + a_state);
SpriteEvents eventToAdd = new SpriteEvents(SpriteManager.SpriteCommands.SWITCH, a_name, a_state);
m_secondryEvents.Add(eventToAdd);
endFrameFound = true;
}
}
if(!endFrameFound)
{
//if the end frame is not found add the command to the secondry process for
//the next frame
SpriteEvents eventToAdd = new SpriteEvents(SpriteManager.SpriteCommands.TRANSITION, a_name, a_state);
m_secondryEvents.Add(eventToAdd);
//Console.WriteLine("checking again");
}
}
/// <summary>
/// overloaded cmd - used for switching states on an actor
/// </summary>
/// <param name="a_cmd"></param>
/// <param name="a_name"></param>
/// <param name="a_state"></param>
public void Cmd(SpriteCommands a_cmd, string a_name, string a_state)
{
SpriteEvents newEvent = new SpriteEvents(a_cmd, a_name, a_state);
//add event to the command stack, not active until processed
m_events.Add(newEvent);
}
public void Cmd(SpriteCommands a_cmd, string a_name, List<Texture2D> a_textures,
int a_frameCount, int a_frameWidth, int a_frameColStart, int a_frameRowStart, int a_frameHeight, float a_animSpeed, string a_state)
{
SpriteEvents newEvent = new SpriteEvents(a_cmd, a_name, a_frameCount, a_frameColStart, a_frameRowStart,
a_frameWidth, a_frameHeight, a_animSpeed, a_textures, a_state);
//add event to the command stack, not active until processed
m_events.Add(newEvent);
}
