public void ExecuteScript(Script _script, bool _includeentities, params Variable[] _vars)
{
Bunch <Variable> vars = new Bunch <Variable>(this._WrappedThis, Misc.Mekanik);
vars.Add(_vars);
if (_includeentities)
{
foreach (Entity e in this.Parent.RealEntities.Where(item => item.Identifier != null))
{
vars.Add(new Variable(new string(e.Identifier.Select(item => (item == ' ') ? '_' : item).ToArray()), e._WrappedThis.Value));
}
}
Program p = new Program(_script)
{
OnCrash = cr =>
{
if (cr.Error.ErrorCode != Error.Execution.AbortedByUser.ErrorCode)
{
throw cr.Error;
}
}
};
p.Start(new Permissions(Permission.DllUsage), vars);
this._Programs.Add(p);
}
public ImageSource GetColset()
{
int pixelcount = Meth.Up(this.Parent.TileCollisionResolution.X * this.Parent.TileCollisionResolution.Y / 4.0);
ImageSource @out = new ImageSource(this.TileCount.X * pixelcount, this.TileCount.Y);
for (int x = 0; x < this.TileCount.X; x++)
{
for (int y = 0; y < this.TileCount.Y; y++)
{
Bunch <byte> bs = new Bunch <byte>();
for (int ty = 0; ty < this.Parent.TileCollisionResolution.Y; ty++)
{
for (int tx = 0; tx < this.Parent.TileCollisionResolution.X; tx++)
{
bs.Add(this.Colset[x, y][tx, ty]);
}
}
Bunch <Color> ps = new Bunch <Color>();
while (bs.Count > 0)
{
while (bs.Count < 4)
{
bs.Add(0);
}
ps.Add(new Color(bs.SubBunch(0, 4)));
bs = bs.SubBunch(4);
}
for (int i = 0; i < pixelcount; i++)
{
@out[x * pixelcount + i, y] = ps[i];
}
}
}
return(@out);
}
public static Bunch <Point> Trace(Point _start, Point _end)
{
Bunch <Point> @out = new Bunch <Point>();
Point dif = _end - _start;
if (dif.X != 0 || dif.Y != 0)
{
if (Meth.Abs(dif.X) > Meth.Abs(dif.Y))
{
for (int x = 0; x <= Meth.Abs(dif.X); x++)
{
int nx = _start.X + x * Meth.Sign(dif.X);
int ny = Meth.Round(_start.Y + dif.Y * (x * Math.Sign(dif.X) / (float)dif.X));
@out.Add(new Point(nx, ny));
}
}
else
{
for (int y = 0; y <= Meth.Abs(dif.Y); y++)
{
int nx = Meth.Round(_start.X + dif.X * (y * Meth.Sign(dif.Y) / (float)dif.Y));
int ny = _start.Y + y * Meth.Sign(dif.Y);
@out.Add(new Point(nx, ny));
}
}
}
else
{
@out.Add(_start);
}
return(@out);
}
public void Select(EntityIcon _entity)
{
if (this.Icon != _entity)
{
if (this.Icon != null)
{
this.UpdateValues();
this.Icon.Selected = false;
}
this.Icon = _entity;
if (this.Icon != null)
{
this.Icon.Selected = true;
}
foreach (Entity c in this.Children)
{
c.Kill();
}
//this.Properties = new Dictionary<string, Func<string>>();
Bunch <Alignable> als = new Bunch <Alignable>();
if (_entity != null)
{
als.Add(new Alignment(new Label("X:"), this.XBox = new NumBox(Meth.Down(_entity.X))));
als.Add(new Alignment(new Label("Y:"), this.YBox = new NumBox(Meth.Down(_entity.Y))));
als.Add(new Alignment(new Label("Z:"), this.ZBox = new NumBox(Meth.Down(_entity.EntityZ))
{
MinValue = -9999
}));
}
if (_entity == null)
{
this.PropertyEditor = new PropertyEditor(new Dictionary <string, Type>());
}
else if (_entity.Type.Name != "Decoration")
{
als.Add(this.PropertyEditor = new PropertyEditor(this.Icon.Properties.ToDictionary(item => item.Name, item => item.Type), this.Icon.Properties.ToDictionary(item => item.Name, item => (object)item.Value)));
}
this.Children.Add(new Alignment(als)
{
Vertical = true
});
if (_entity != null)
{
Button b = new Button("Delete", () => this.Icon.RemoveFromLevel());
b.Position = new Vector(((TabList)this.Parents[2]).InnerSize.X - b.RectSize.X, 0);
this.Children.Add(b);
}
}
}
public Rack(bool _fixedres)
{
double[] ls = new double[] { 15, 15, 30 };
double[] ds = new double[] { 0.2, 0.1 };
VertexArray lines = new VertexArray(VertexArrayType.LinesStrip)
{
Color = Color.White * 0.25, /*Position = _fixedres ? 0.5 : 0, */ LockToGrid = _fixedres
};
lines.Add(new Vector(0, ls[2] * 7), new Vector(0, 0), new Vector(0, 0));
for (int i = 0; i < 7; i++)
{
Bunch <Vector> vs = new Bunch <Vector>();
vs.Add(new Vector(0, i * ls[2]));
//lines0.Add(new Vector(0, i * ls[2]), new Vector(0, (i + 1) * ls[2]));
Action <Vector> add = v =>
{
vs.Add(v);
lines.Add(v);
};
add(new Vector(ls[0], i * ls[2]));
//vs.Add(new Vector(ls[0] + ls[1], (i + 0.5) * ls[2]));
for (int n = 0; n <= 3; n++)
{
add(new Vector(ls[0] + Meth.Smooth(n / 3.0) * ls[1], i * ls[2] + ls[2] * ds[0] + ls[2] * ds[1] * (n / 3.0)));
}
for (int n = 0; n <= 3; n++)
{
add(new Vector(ls[0] + Meth.Smooth((3 - n) / 3.0) * ls[1], i * ls[2] + ls[2] * (1 - ds[0] - ds[1]) + ls[2] * ds[1] * (n / 3.0)));
}
add(new Vector(ls[0], (i + 1) * ls[2]));
vs.Add(new Vector(0, (i + 1) * ls[2]));
this.Graphics.Add(new VertexArray(VertexArrayType.TrianglesFan)
{
Vertices = new Vertex(new Vector(0, (i + 0.5) * ls[2]), Color.White) + vs.Select(item => (Vertex)item), Color = Color.White, LockToGrid = _fixedres
});
}
lines.Add(new Vector(0, ls[2] * 7));
this.Graphics.Add(lines);
}
private void _UpdateGraphics()
{
this.Graphics.Clear();
this.Graphics.Add(this.CollapseArrow);
double d = Border / 2;
Bunch <Vector> vs = new Bunch <Vector>();
vs.Add(0);
vs.Add(new Vector(0, d + this.InnerSize.Y));
vs.Add(new Vector(d, d + this.InnerSize.Y + d));
vs.Add(new Vector(d + this.InnerSize.X, d + this.InnerSize.Y + d));
vs.Add(new Vector(d + this.InnerSize.X + d, d + this.InnerSize.Y));
vs.Add(new Vector(d + this.InnerSize.X + d, d));
vs.Add(new Vector(d + this.InnerSize.X, 0));
vs.Add(0);
if (this.AlignRight)
{
vs = vs.Select(item => new Vector(this.OuterSize.X - item.X, item.Y));
}
this.Graphics.Add(this.Inline = new VertexArray(VertexArrayType.Polygon)
{
Color = Color.White, Vertices = vs.Select(item => new Vertex(item, Color.White)), Position = new Vector(0, this.TabOffset), Z = 1
});
this.Graphics.Add(this.Outline = new VertexArray(VertexArrayType.LinesStrip)
{
Color = Color.Black, Vertices = vs.Select(item => new Vertex(item, Color.White)), Position = new Vector(0, this.TabOffset), Z = 1
});
}
//public int IndexOf(T _item)
//{
// for (int i = 0; i < this.Count; i++)
// {
// if (this[i].Equals(_item))
// return i;
// }
// return -1;
//}
public Bunch <T> Merge(Bunch <T> _bunch)
{
Bunch <T> @out = this.Clone();
@out.Add(_bunch.Where(item => [email protected](item)));
return(@out);
}
//public TOut Sum<TOut>(Func<T, TOut> _func)
//{
// MethodInfo plus = _func.GetType().GetMethod("op_Addition");
// if (plus == null)
// throw new Exception("The type has to have a + method!");
// TOut sum = default(TOut);
// foreach (T t in this)
// sum = (TOut)plus.Invoke(sum, new object[] { sum, _func(t) });
// return sum;
//}
//public static bool operator ==(Bunch<T> _one, string _two)
//{
// if (typeof(T) != typeof(string))
// return false;
// string[] parts = _two.Split(',');
// for (int i = 1; i < parts.Length; i++)
// {
// if (parts[i][0] == ' ')
// parts[i] = parts[i].Substring(1);
// }
// if (_one.Count != parts.Length)
// return false;
// for (int i = 0; i < parts.Length; i++)
// {
// object o = _one[i];
// if (parts[i] != (string)o)
// return false;
// }
// return true;
//}
//public static bool operator !=(Bunch<T> _one, string _two) { return !(_one == _two); }
public static Bunch <T> operator +(Bunch <T> _one, T _two)
{
Bunch <T> @out = _one.Clone();
@out.Add(_two);
return(@out);
}
public void Tick()
{
Bunch <Tuple <Action, int> > adds = new Bunch <Tuple <Action, int> >();
Dictionary <int, Bunch <Tuple <Action, int> > > ncodes = new Dictionary <int, Bunch <Tuple <Action, int> > >();
foreach (KeyValuePair <int, Bunch <Tuple <Action, int> > > b in this._Codes)
{
if (b.Key == 1)
{
foreach (Tuple <Action, int> d in b.Value)
{
d.Item1();
if (d.Item2 > 0)
{
adds.Add(d);
}
}
}
else
{
ncodes[b.Key - 1] = b.Value;
}
}
this._Codes = ncodes;
foreach (Tuple <Action, int> add in adds)
{
Add(add.Item2, add.Item1, add.Item2);
}
}
public static Bunch <File> GetAllFiles(string _path, string _relativeto = null)
{
Bunch <File> @out = new Bunch <File>();
System.IO.DirectoryInfo d = new System.IO.DirectoryInfo(_path);
foreach (System.IO.FileInfo f in d.GetFiles())
{
@out.Add(new File(f.FullName, _relativeto));
}
foreach (System.IO.DirectoryInfo dd in d.GetDirectories())
{
@out.Add(GetAllFiles(dd.FullName, _relativeto));
}
return(@out);
}
public override void OnInitialization()
{
Renderer c = new Renderer(this.Parent.TileSize * this.Size * 2);
Bunch <Graphic> gs = new Bunch <Graphic>();
for (int i = 0; i < this.Areaset.Tiles.Count; i++)
{
gs.Add(new Image(this.Areaset.Tiles[i])
{
Position = this.Parent.TileSize * new Vector(i % this.Size.X, Meth.Down(i / (double)this.Size.X)) * 2, Scale = 2
});
}
c.Draw(gs);
this.Graphics.Add(new Image(c.ImageSource));
this.AddMouseArea(new MouseArea(new Rectangle(0, this.Size * this.Parent.TileSize * 2))
{
OnClick = key =>
{
Point p = this.LocalMousePosition / this.Parent.TileSize / 2;
int i = p.X + p.Y * this.Size.X;
if (i < this.Areaset.Tiles.Count)
{
this.TileEditor.CurTile = new Tuple <string, int>(this.Areaset.Name, i);
}
}
});
}
internal Bunch <Graphic> _GetGraphics()
{
if (!this.Visible)
{
return(new Bunch <Graphic>());
}
else
{
this._UpdateRealPosition();
this._UpdateScale();
foreach (Graphic g in this.Graphics)
{
g._Set(this);
}
Bunch <Graphic> @out = this.Graphics.Where(item => item.Visible);
Bunch <Graphic> ns = new Bunch <Graphic>();
foreach (Entity c in this.Children)
{
@out.Add(c._GetGraphics());
}
foreach (Graphic g in @out)
{
this._UpdateGraphic(g);
}
return(@out);
}
}
public override void OnInitialization()
{
this.Children.Add(this.Zooms = new Alignment(new Button("-", () => this.SetZoom(this.Zoom - 1)), new Button("+", () => this.SetZoom(this.Zoom + 1)))
{
Vertical = true
});
Bunch <Alignable> als = new Bunch <Alignable>();
als.Add(new Alignment(new Label("Sprites:"), this.BoxSprites = new NumBox(4)
{
MinValue = 1, Digits = 2, MaxValue = 99
}));
als.Add(new Alignment(new Label("Speed:"), this.BoxSpeed = new NumBox(10)
{
MinValue = 1, Digits = 3, MaxValue = 999
}));
als.Add(new Alignment(this.BoxRepeated = new Checkbox(true)
{
Content = "Repeated"
}, new Button("►", () => this.Animation.ForcePlay("Start"))));
als.Add(new Alignment
(
new Button("Add", () => { }),
new Button("Export", () =>
{
this.Parent.ReleaseKey(Key.MouseLeft);
File f = this.Parent.SaveFile(this.GetAnimationFile().ToBytesEncrypted(), "meka");
if (f != null)
{
((AnimationEditor)this.Parents[0]).AnimationShown = false;
}
}),
new Button("Cancel", () => ((AnimationEditor)this.Parents[0]).AnimationShown = false)
)
{
Spacing = 3
});
this.Children.Add(this.Bottom = new Alignment(als)
{
Vertical = true
});
}
public static Bunch <T> ToBunch <T>(this IEnumerable <T> @this)
{
Bunch <T> @out = new Bunch <T>();
foreach (T t in @this)
{
@out.Add(t);
}
return(@out);
}
public Bunch <T> SubBunch(int _start)
{
Bunch <T> @out = new Bunch <T>();
for (int i = _start; i < this.Count; i++)
{
@out.Add(this[i]);
}
return(@out);
}
public Bunch <T> SubBunch(int _start, int _length)
{
Bunch <T> @out = new Bunch <T>();
for (int i = _start; i < _start + _length; i++)
{
@out.Add(this[i]);
}
return(@out);
}
public Bunch <T> Clone()
{
Bunch <T> @out = new Bunch <T>();
foreach (T obj in this)
{
@out.Add(obj);
}
return(@out);
}
public static Bunch <T> operator +(T _one, Bunch <T> _two)
{
Bunch <T> @out = new Bunch <T>()
{
_one
};
@out.Add(_two);
return(@out);
}
public Tab(string _content)
{
this.Interfacial = true;
this.Content = _content;
//this.Cutoff = Font.Consolas.GetLineSpacing(14) / 4;
this.Cutoff = FontBase.Consolas.CharSize / 4;
this.Label = new Label(this.Content)
{
Z = 0.000001, Position = new Vector(this.Cutoff * 0.5, 0)
};
Bunch <Vector> vs = new Bunch <Vector>();
double w = this.Label.Width + this.Cutoff * 3;
vs.Add(0);
vs.Add(new Vector(0, this.Label.Height - this.Cutoff));
vs.Add(new Vector(this.Cutoff, this.Label.Height));
vs.Add(new Vector(w - this.Cutoff, this.Label.Height));
vs.Add(new Vector(w, this.Label.Height - this.Cutoff));
vs.Add(new Vector(w, 0));
this.Graphics.Add(new VertexArray(VertexArrayType.Polygon)
{
Color = Color.White, Position = new Vector(-this.Cutoff, 0), Vertices = vs.Select(item => new Vertex(new Vector(item.X, this.Label.Height - item.Y), Color.White))
});
this.Graphics.Add(new VertexArray(VertexArrayType.LinesStrip)
{
Color = Color.Black, Position = new Vector(-this.Cutoff, 0), Vertices = vs.Select(item => new Vertex(new Vector(item.X, this.Label.Height - item.Y), Color.White))
});
}
public Bunch <string> GetAreasets()
{
Bunch <string> @out = new Bunch <string>();
foreach (Tuple <string, int> tile in this._Tiles)
{
if ([email protected](tile.Item1))
{
@out.Add(tile.Item1);
}
}
return(@out);
}
private void _LoadOggPages(string _path)
{
FileStream stream = new FileStream(_path, FileMode.Open);
long pos = 0;
long end = stream.Length;
Bunch <OggPage> ps = new Bunch <OggPage>();
while (pos < end)
{
byte[] header = new byte[27];
stream.Read(header, 0, 27);
OggPage p = new OggPage();
p.Granule = Beth.FromEndian(header.SubArray(6, 8));
p.StreamId = (int)Beth.FromEndian(header.SubArray(14, 4));
p.StreamPosition = (int)Beth.FromEndian(header.SubArray(18, 4));
int ss = header[26];
p.Segments = new byte[ss];
pos += 27;
int si = 0;
while (ss > 0)
{
ss--;
p.Segments[si] = ((byte)stream.ReadByte());
si++;
pos++;
}
p.SegmentsPositionInFile = pos;
foreach (byte s in p.Segments)
{
pos += s;
stream.Position += s;
}
ps.Add(p);
}
stream.Close();
byte[][] bs1 = ps[0].ReadSegments(_path);
byte[][] bs2 = ps[1].ReadSegments(_path);
throw new Exception();
}
public static byte[] ToEndian(int _number, int _bytes)
{
byte[] bs = ToEndian(_number);
Bunch <byte> @out = new Bunch <byte>()
{
bs
};
while (@out.Count < _bytes)
{
@out.Add(0);
}
return(@out.ToArray());
}
public static byte[] ToEndian(int _number)
{
Bunch <byte> @out = new Bunch <byte>();
while (_number > 0)
{
byte b = (byte)(_number % 256);
@out.Add(b);
_number -= b;
_number /= 256;
}
return(@out.ToArray());
}
internal void _SaveLevel(Level _level, string _name)
{
Bunch <SavedEntity> ss = new Bunch <SavedEntity>();
foreach (Entity entity in _level.Children.Where(item => item.Identifier != "[none]"))
{
Bunch <FieldInfo> fs = entity.GetType().GetFields().Where(item => item.GetCustomAttributes <SavableAttribute>().ToArray().Length > 0).ToArray();
if (fs.Count > 0)
{
ss.Add(new SavedEntity(fs, entity));
}
}
this._Levels[_name] = ss;
}
public static Vector GetSingle(Bunch <Vector> _points, double _progress)
{
Bunch <Vector> ps = _points.Clone();
while (ps.Count > 1)
{
Bunch <Vector> nps = new Bunch <Vector>();
for (int x = 0; x < ps.Count - 1; x++)
{
nps.Add(ps[x] + (ps[x + 1] - ps[x]) * _progress);
}
ps = nps;
}
return(ps[0]);
}
internal Bunch <string> _GetAreasets()
{
Bunch <string> @out = new Bunch <string>();
for (int x = 0; x < this.Tiles.GetLength(0); x++)
{
for (int y = 0; y < this.Tiles.GetLength(1); y++)
{
if ([email protected](this.Tiles[x, y].Item1))
{
@out.Add(this.Tiles[x, y].Item1);
}
}
}
return(@out);
}
public void Save(string _path)
{
Bunch <string> _areasets = new Bunch <string>();
foreach (LayerSource l in this.Layers)
{
foreach (string areaset in l._GetAreasets())
{
if (!_areasets.Contains(areaset))
{
_areasets.Add(areaset);
}
}
}
MekaItem file = new MekaItem("File", new List <MekaItem>());
MekaItem info = new MekaItem("Info", new List <MekaItem>());
info.Children.Add(new MekaItem("Title", this.Title));
info.Children.Add(new MekaItem("Author", this.Author));
info.Children.Add(new MekaItem("Width", this.Size.X.ToString()));
info.Children.Add(new MekaItem("Height", this.Size.Y.ToString()));
info.Children.Add(new MekaItem("OnLoad", this.OnLoad.SourceCode));
info.Children.Add(new MekaItem("OnEnter", this.OnEnter.SourceCode));
info.Children.Add(new MekaItem("OnExit", this.OnEnter.SourceCode));
file.Children.Add(info);
file.Children.Add(new MekaItem("Properties", this._Properties));
file.Children.Add(new MekaItem("Areasets", _areasets.Select(item => new MekaItem("Areaset", item))));
MekaItem layers = new MekaItem("Layers", new List <MekaItem>());
foreach (LayerSource l in this.Layers)
{
MekaItem item = l._Export(_areasets);
if (this.MainLayer == l)
{
item.Children.Add(new MekaItem("Main"));
}
layers.Children.Add(item);
}
file.Children.Add(layers);
file.SaveToFile(_path);
}
public override void OnInitialization()
{
Bunch <Alignable> als = new Bunch <Alignable>();
//als.Add(new Alignment(new Label("Width:"), this.WidthBox = new NumBox(this.Editor.TileEditor.Size.X) { Digits = 3, MinValue = 1 }));
//als.Add(new Alignment(new Label("Height:"), this.HeightBox = new NumBox(this.Editor.TileEditor.Size.Y) { Digits = 3, MinValue = 1 }));
if (this.LevelProperties != null)
{
als.Add(this.PropertyEditor = new PropertyEditor(this.LevelProperties));
}
this.Children.Add(new Alignment(als)
{
Vertical = true
});
}
public override void OnInitialization()
{
Bunch <Alignable> als = new Bunch <Alignable>();
als.Add(new Alignment(new Label("Title:"), this.BoxTitle = new TextBox("untitled")));
als.Add(new Alignment(new Label("Author:"), this.BoxAuthor = new TextBox("unknown")));
als.Add(new Alignment(new Label("Width:"), this.BoxWidth = new NumBox(this.Editor.TileEditor.Size.X)));
als.Add(new Alignment(new Label("Height:"), this.BoxHeight = new NumBox(this.Editor.TileEditor.Size.Y)));
als.Add(new Alignment(new Label("OnLoad:"), this.BoxOnLoad = new ScriptBox(Zero.Script.Store(""))));
als.Add(new Alignment(new Label("OnEnter:"), this.BoxOnEnter = new ScriptBox(Zero.Script.Store(""))));
als.Add(new Alignment(new Label("OnExit:"), this.BoxOnExit = new ScriptBox(Zero.Script.Store(""))));
this.Children.Add(new Alignment(als)
{
Vertical = true
});
}
public Areaset(MekaItem _file, Point _tilesize, Point _tilecollisionresolution)
{
if (_file["Info"]["Tilesize"].To <Point>() != _tilesize || _file["Info"]["Colsize"].To <Point>() != _tilecollisionresolution)
{
throw new Exception("Tilesize and/or Colsize don't match up with this game's.");
}
ImageSource tileset = GameBase.LoadImageSource(_file["Tileset"].Data);
ImageSource[,] tiles = tileset.Split(tileset.Size / _tilesize);
ImageSource colset = GameBase.LoadImageSource(_file["Colset"].Data);
int pixelcount = Meth.Up(_tilecollisionresolution.X * _tilecollisionresolution.Y / 4.0);
this.Size = new Point(tiles.GetLength(0), tiles.GetLength(1));
for (int y = 0; y < this.Size.Y; y++)
{
for (int x = 0; x < this.Size.X; x++)
{
this.Tiles.Add(tiles[x, y]);
Bunch <Color> cs = new Bunch <Color>();
for (int i = 0; i < pixelcount; i++)
{
cs.Add(colset[x * pixelcount + i, y]);
}
Bunch <byte> bs = new Bunch <byte>();
foreach (Color c in cs)
{
bs.Add(c.Bytes);
}
bs = bs.SubBunch(0, _tilecollisionresolution.X * _tilecollisionresolution.Y);
bool[,] cols = new bool[_tilecollisionresolution.X, _tilecollisionresolution.Y];
for (int i = 0; i < bs.Count; i++)
{
cols[i % _tilecollisionresolution.X, Meth.Down(i / _tilecollisionresolution.X)] = bs[i] == 1;
}
this.Cols.Add(cols);
}
}
}
