/// <summary>
/// LoadContent will be called once per game and is the place to load
/// all of your content.
/// </summary>
protected override void LoadContent()
{
// Create a new SpriteBatch, which can be used to draw textures.
SpriteBatch = new SpriteBatch(GraphicsDevice);
// TODO: use this.Content to load your game content here
MyGraphics.Setup(this);
ImageTable = new Dictionary<string, Texture2D>();
foreach (var name in imageNames)
{
ImageTable[name] = Content.Load<Texture2D>(name);
}
ImageTable[""] = null;
Camera = new Camera();
Camera.Origin = new Vector2(320, 240);
this.Components.Add(Camera);
Field = new Field();
this.Components.Add(Field);
MyProgram1 = new MyProgram(Color.MediumSeaGreen);
MyProgram1.Position = new Vector2(10, 20);
this.Components.Add(MyProgram1);
MyProgram2 = new MyProgram(Color.Red);
MyProgram2.Position = new Vector2(10, 200);
this.Components.Add(MyProgram2);
var posX1 = new CodePosition(CodePosition.PositionType.X);
var posX2 = new CodePosition(CodePosition.PositionType.X);
var posY3 = new CodePosition(CodePosition.PositionType.Y);
var posY4 = new CodePosition(CodePosition.PositionType.Y);
var sp1_1 = new CodeSpeed(CodeSpeed.SpeedType.Speed05);
var sp1_2 = new CodeSpeed(CodeSpeed.SpeedType.Speed01);
var sp1_3 = new CodeSpeed(CodeSpeed.SpeedType.Speed05);
var sp1_4 = new CodeSpeed(CodeSpeed.SpeedType.Speed05);
var sub1 = new CodeCAO(CodeCAO.CAOType.Sub);
var add2 = new CodeCAO(CodeCAO.CAOType.Add);
var sub3 = new CodeCAO(CodeCAO.CAOType.Sub);
var add4 = new CodeCAO(CodeCAO.CAOType.Add);
var left = new CodeEventTrigger(CodeEventTrigger.EventType.LeftKey);
var right = new CodeEventTrigger(CodeEventTrigger.EventType.RightKey);
var up = new CodeEventTrigger(CodeEventTrigger.EventType.UpKey);
var down = new CodeEventTrigger(CodeEventTrigger.EventType.DownKey);
this.Components.Add(posX1);
this.Components.Add(posX2);
this.Components.Add(posY3);
this.Components.Add(posY4);
this.Components.Add(sp1_1);
this.Components.Add(sp1_2);
this.Components.Add(sp1_3);
this.Components.Add(sp1_4);
this.Components.Add(sub1);
this.Components.Add(add2);
this.Components.Add(sub3);
this.Components.Add(add4);
this.Components.Add(left);
this.Components.Add(right);
this.Components.Add(up);
this.Components.Add(down);
this.FieldCodeList = new List<GameObject>();
Player = new Player();
Player.Position = new Vector2(0, 0);
this.Components.Add(Player);
this.FieldCodeList.Add(Player);
var factoryTable = new Dictionary<int, Func<GameObject>>();
factoryTable[0] = () => new CodeEventTrigger(CodeEventTrigger.EventType.LeftKey);
factoryTable[1] = () => new CodeEventTrigger(CodeEventTrigger.EventType.RightKey);
factoryTable[2] = () => new CodeEventTrigger(CodeEventTrigger.EventType.UpKey);
factoryTable[3] = () => new CodeEventTrigger(CodeEventTrigger.EventType.DownKey);
factoryTable[4] = () => new CodeCAO(CodeCAO.CAOType.Add);
factoryTable[5] = () => new CodeCAO(CodeCAO.CAOType.Sub);
factoryTable[6] = () => new CodePosition(CodePosition.PositionType.X);
factoryTable[7] = () => new CodePosition(CodePosition.PositionType.Y);
factoryTable[8] = () => new CodeSpeed(CodeSpeed.SpeedType.Speed01);
factoryTable[9] = () => new CodeSpeed(CodeSpeed.SpeedType.Speed05);
factoryTable[10] = () => new CodeSpeed(CodeSpeed.SpeedType.Speed10);
var statementList = new List<CodeStatement>();
var variableList = new List<CodeVariable>();
for (int i = 0; i < 10; i++)
{
int type = i;// random.Next(factoryTable.Count);
var code = factoryTable[type]();
code.Position = GetRandomPosition();
this.FieldCodeList.Add(code);
this.Components.Add(code);
if (type < 6) statementList.Add((CodeStatement)code);
else variableList.Add((CodeVariable)code);
}
this.SnapManager = new SnapManager(this);
SnapManager.StatementList = statementList;
SnapManager.VariableList = variableList;
this.Components.Add(SnapManager);
CollisionManager = new CollisionManager();
CollisionManager.Field = Field;
CollisionManager.Player = Player;
CollisionManager.FieldObjectList = FieldCodeList;
this.Components.Add(CollisionManager);
GameObject.Setup(this);
for (int i = 0; i < Components.Count; i++)
{
Components[i].Initialize();
}
sub1.Left = posX1;
sub1.Right = sp1_1;
left.Next = sub1;
MyProgram1.Add(left);
add2.Left = posX2;
add2.Right = sp1_2;
right.Next = add2;
MyProgram2.Add(right);
sub3.Left = posY3;
sub3.Right = sp1_3;
up.Next = sub3;
MyProgram1.Add(up);
add4.Left = posY4;
add4.Right = sp1_4;
down.Next = add4;
MyProgram1.Add(down);
Player.MyProgram = MyProgram2;
Player.StatementList = statementList;
}
private void CheckFieldPlayerLimit(Player player)
{
var position = player.Position;
var bounding = player.BoundingBox;
if (bounding.Min.X < Field.Left) position.X += (Field.Left - bounding.Min.X);
if (bounding.Max.X > Field.Right) position.X -= (bounding.Max.X - Field.Right);
if (bounding.Min.Y < Field.Top) position.Y += (Field.Top - bounding.Min.Y);
if (bounding.Max.Y > Field.Bottom) position.Y -= (bounding.Max.Y - Field.Bottom);
player.Position = position;
}