public GameClient()
{
initialized = false;
InitializedType = InitializedType.None;
initializeThread = new Thread(Initialize);
initializeThread.Start();
}
protected void OnInitialized(InitializedType type)
{
if (InitializedType == InitializedType.Core)
{
InitializedType = InitializedType.Both;
}
if (Initialized != null)
{
Initialized(type);
}
}
/// <summary>
/// Initializes the in-game objects so they can be managed using the API.
/// </summary>
protected void Initialize()
{
MemoryManager.Initialize(process);
this.drivers = new Driver[6];
for (int i = 0; i < 6; i++)
{
this.drivers[i] = new Driver(this, i);
}
active = true;
new Thread(eventLoop).Start();
initialized = true;
InitializedType = LEGORacersAPI.InitializedType.Both;
}
void gameClient_Initialized(InitializedType type)
{
switch (type)
{
case InitializedType.Core:
MessageBox.Show("Core initialized");
gameClient.RunInBackground = true;
gameClient.LoadRRB = false;
break;
case InitializedType.Drivers:
MessageBox.Show("Drivers initialized");
Console.WriteLine("Player X: " + gameClient.drivers[0].X);
Console.WriteLine("Opponent 1 X: " + gameClient.drivers[1].X);
gameClient.drivers[0].PowerUpUsed += Player_PowerUpUsed;
break;
}
}
private void Game_Initialized(InitializedType type)
{
Console.WriteLine(type.ToString());
}
/// <summary>
/// Initializes the in-game objects so they can be managed using the API.
/// </summary>
protected void Initialize()
{
try
{
active = true;
memoryManager = new MemoryManager(process);
while (!initialized && active)
{
if (GetCurrentMenu() != 0 && GetCurrentMenu() != Menu.Loading && GetCurrentMenu() != Menu.Initializing)
{
initialized = true;
// Core functionality is now initialized
InitializedType = InitializedType.Core;
Initialized(InitializedType.Core);
while (active && !IsRaceRunning)
{
// Wait until a race has been started so the drivers can be initialized
Thread.Sleep((int)Settings.RefreshRate);
}
if (!active) // When the client closes before a race has been started
{
return; // Stop initializing
}
do
{
// Reset the player to a null value to prevent a memory overflow
Player = null;
// There is a small time between the starting of a race and the actual start,
// so the thread will continue to run for a small time until the local players X-coordinate
// is actually filled with correct data, which is a good way to test if the race has actually been started.
Player = new Player(memoryManager, DRIVER_BASE, PLAYER_BASE_OFFSETS, DRIVER_OFFSET_COORDINATE_X, DRIVER_OFFSET_COORDINATE_Y, DRIVER_OFFSET_COORDINATE_Z, DRIVER_OFFSET_SPEED_X, DRIVER_OFFSET_SPEED_Y, DRIVER_OFFSET_SPEED_Z, DRIVER_OFFSET_VECTOR_X1, DRIVER_OFFSET_VECTOR_Y1, DRIVER_OFFSET_VECTOR_Z1, DRIVER_OFFSET_VECTOR_X2, DRIVER_OFFSET_VECTOR_Y2, DRIVER_OFFSET_VECTOR_Z2, DRIVER_OFFSET_BRICK, DRIVER_OFFSET_WHITEBRICKS, POWERUP_RED_ADDRESS, POWERUP_BLUE_ADDRESS, POWERUP_GREEN_ADDRESS, POWERUP_YELLOW_ADDRESS);
Thread.Sleep((int)Settings.RefreshRate);
}while (active && (Player == null || Player.X == 0));
Opponents = new Opponent[5];
Opponents[0] = new Opponent(memoryManager, DRIVER_BASE, ENEMY_1_BASE_OFFSETS, DRIVER_OFFSET_COORDINATE_X, DRIVER_OFFSET_COORDINATE_Y, DRIVER_OFFSET_COORDINATE_Z, DRIVER_OFFSET_SPEED_X, DRIVER_OFFSET_SPEED_Y, DRIVER_OFFSET_SPEED_Z, DRIVER_OFFSET_VECTOR_X1, DRIVER_OFFSET_VECTOR_Y1, DRIVER_OFFSET_VECTOR_Z1, DRIVER_OFFSET_VECTOR_X2, DRIVER_OFFSET_VECTOR_Y2, DRIVER_OFFSET_VECTOR_Z2, DRIVER_OFFSET_BRICK, DRIVER_OFFSET_WHITEBRICKS, POWERUP_RED_ADDRESS, POWERUP_BLUE_ADDRESS, POWERUP_GREEN_ADDRESS, POWERUP_YELLOW_ADDRESS);
Opponents[1] = new Opponent(memoryManager, DRIVER_BASE, ENEMY_2_BASE_OFFSETS, DRIVER_OFFSET_COORDINATE_X, DRIVER_OFFSET_COORDINATE_Y, DRIVER_OFFSET_COORDINATE_Z, DRIVER_OFFSET_SPEED_X, DRIVER_OFFSET_SPEED_Y, DRIVER_OFFSET_SPEED_Z, DRIVER_OFFSET_VECTOR_X1, DRIVER_OFFSET_VECTOR_Y1, DRIVER_OFFSET_VECTOR_Z1, DRIVER_OFFSET_VECTOR_X2, DRIVER_OFFSET_VECTOR_Y2, DRIVER_OFFSET_VECTOR_Z2, DRIVER_OFFSET_BRICK, DRIVER_OFFSET_WHITEBRICKS, POWERUP_RED_ADDRESS, POWERUP_BLUE_ADDRESS, POWERUP_GREEN_ADDRESS, POWERUP_YELLOW_ADDRESS);
Opponents[2] = new Opponent(memoryManager, DRIVER_BASE, ENEMY_3_BASE_OFFSETS, DRIVER_OFFSET_COORDINATE_X, DRIVER_OFFSET_COORDINATE_Y, DRIVER_OFFSET_COORDINATE_Z, DRIVER_OFFSET_SPEED_X, DRIVER_OFFSET_SPEED_Y, DRIVER_OFFSET_SPEED_Z, DRIVER_OFFSET_VECTOR_X1, DRIVER_OFFSET_VECTOR_Y1, DRIVER_OFFSET_VECTOR_Z1, DRIVER_OFFSET_VECTOR_X2, DRIVER_OFFSET_VECTOR_Y2, DRIVER_OFFSET_VECTOR_Z2, DRIVER_OFFSET_BRICK, DRIVER_OFFSET_WHITEBRICKS, POWERUP_RED_ADDRESS, POWERUP_BLUE_ADDRESS, POWERUP_GREEN_ADDRESS, POWERUP_YELLOW_ADDRESS);
Opponents[3] = new Opponent(memoryManager, DRIVER_BASE, ENEMY_4_BASE_OFFSETS, DRIVER_OFFSET_COORDINATE_X, DRIVER_OFFSET_COORDINATE_Y, DRIVER_OFFSET_COORDINATE_Z, DRIVER_OFFSET_SPEED_X, DRIVER_OFFSET_SPEED_Y, DRIVER_OFFSET_SPEED_Z, DRIVER_OFFSET_VECTOR_X1, DRIVER_OFFSET_VECTOR_Y1, DRIVER_OFFSET_VECTOR_Z1, DRIVER_OFFSET_VECTOR_X2, DRIVER_OFFSET_VECTOR_Y2, DRIVER_OFFSET_VECTOR_Z2, DRIVER_OFFSET_BRICK, DRIVER_OFFSET_WHITEBRICKS, POWERUP_RED_ADDRESS, POWERUP_BLUE_ADDRESS, POWERUP_GREEN_ADDRESS, POWERUP_YELLOW_ADDRESS);
Opponents[4] = new Opponent(memoryManager, DRIVER_BASE, ENEMY_5_BASE_OFFSETS, DRIVER_OFFSET_COORDINATE_X, DRIVER_OFFSET_COORDINATE_Y, DRIVER_OFFSET_COORDINATE_Z, DRIVER_OFFSET_SPEED_X, DRIVER_OFFSET_SPEED_Y, DRIVER_OFFSET_SPEED_Z, DRIVER_OFFSET_VECTOR_X1, DRIVER_OFFSET_VECTOR_Y1, DRIVER_OFFSET_VECTOR_Z1, DRIVER_OFFSET_VECTOR_X2, DRIVER_OFFSET_VECTOR_Y2, DRIVER_OFFSET_VECTOR_Z2, DRIVER_OFFSET_BRICK, DRIVER_OFFSET_WHITEBRICKS, POWERUP_RED_ADDRESS, POWERUP_BLUE_ADDRESS, POWERUP_GREEN_ADDRESS, POWERUP_YELLOW_ADDRESS);
InitializedType = InitializedType.Both;
Initialized(InitializedType.Drivers);
}
Thread.Sleep((int)Settings.RefreshRate);
}
}
catch (Exception exc)
{
Console.WriteLine(exc);
}
}
public InitializedEventArgs(InitializedType type)
{
Type = type;
}
private void Game_Initialized(InitializedType type)
{
Console.WriteLine(type.ToString());
}
protected void OnInitialized(InitializedType type)
{
if (InitializedType == InitializedType.Core)
{
InitializedType = InitializedType.Both;
}
if (Initialized != null)
{
Initialized(type);
}
}
void gameClient_Initialized(InitializedType type)
{
switch (type)
{
case InitializedType.Core:
MessageBox.Show("Core initialized");
gameClient.RunInBackground = true;
gameClient.LoadRRB = false;
break;
case InitializedType.Drivers:
MessageBox.Show("Drivers initialized");
Console.WriteLine("Player X: " + gameClient.Player.X);
Console.WriteLine("Opponent 1 X: " + gameClient.Opponents[0].X);
gameClient.Player.PowerUpUsed += Player_PowerUpUsed;
break;
}
}
public InitializedEventArgs(InitializedType type)
{
Type = type;
}
public GameClient()
{
initialized = false;
InitializedType = InitializedType.None;
}
