private static void Read(IDeserializer context, out KeyValuePair <Point, ITile> entry)
{
var x = context.Read <int>("x");
var y = context.Read <int>("y");
var tile = context.Read <ITile>("tile", Read);
entry = new KeyValuePair <Point, ITile>(new Point(x, y), tile);
}
public override void Read(GameAssetStore store, IDeserializer context)
{
base.Read(store, context);
this.Crew = context.Read <int>("crew");
this.Passengers = context.Read <int>("passengers");
this.Acceleration = context.Read <float>("acceleration");
this.TurnSpeed = context.Read <float>("turn_speed");
this.MaxHealth = context.Read <float>("health");
this.Mass = context.Read <float>("mass");
this.RadarRadius = context.Read <float>("radar");
this.EnginePosition = context.Read <Vector2>("engine", CommonSerialize.Read);
var spriteName = context.Read <string>("sprite");
this.SpriteTemplate = store.Sprites[spriteName];
var weapons = context.ReadList("weapons", (ctx) =>
{
var name = ctx.Read <string>("weapon");
var pos = ctx.Read <Vector2>("pos", CommonSerialize.Read);
return(new WeaponPlacement
{
Weapon = store.Objects.Get <WeaponTemplate>(name),
LocalPosition = pos,
});
});
this.AddWeapons(weapons);
}
public override void Read(GameAssetStore store, IDeserializer context)
{
base.Read(store, context);
this.ProjectileVelocity = context.Read <float>("projectile_velocity");
this.ProjectileMass = context.Read <float>("projectile_mass");
this.FireRate = TimeSpan.FromSeconds(context.Read <double>("fire_rate"));
this.Damage = context.Read <float>("damage");
var spriteName = context.Read <string>("sprite");
this.SpriteTemplate = store.Sprites[spriteName];
}
public static void Read(IDeserializer context, out ITile tile)
{
var kind = context.Read <string>("kind");
switch (kind)
{
case "m":
var type = (MaterialType)context.Read <int>("type");
tile = new Material(type);
break;
case "b":
var id = context.Read <int>("id");
tile = new Tile(id);
break;
default:
throw new InvalidOperationException("Unknown tile type");
}
}
public static void Read(Store store, IDeserializer context, out ISpriteTemplate sprite)
{
var type = context.Read <int>("type");
switch (type)
{
case 0:
var parent = context.Read <string>("parent");
var index = context.Read <int>("index");
sprite = (store.Sprites(parent) as SpriteSheetTemplate).Sprites[index];
break;
case 1:
var name = context.Read <string>("sprite");
sprite = store.Sprites(name);
break;
default:
throw new InvalidOperationException("Unknown sprite type");
}
}
private static void Read(IDeserializer context, out KeyValuePair <MaterialType, IList <int> > blocks)
{
MaterialType material;
if (!Enum.TryParse(context.Read <string>("material"), out material))
{
throw new InvalidOperationException("Unknown material type");
}
var tiles = context.ReadList <int>("tiles");
blocks = new KeyValuePair <MaterialType, IList <int> >(material, tiles);
}
public static void Read(Store store, IDeserializer context, out BlockStore blockStore)
{
var tileSize = context.Read <int>("tilesize");
blockStore = new BlockStore(tileSize);
var materials = context.ReadList <KeyValuePair <MaterialType, IList <int> > >("materials", Read);
foreach (var kvp in materials)
{
blockStore.Materials[kvp.Key].AddRange(kvp.Value);
}
var tiles = context.ReadList <ISpriteTemplate, Store>("tiles", store, Read);
blockStore.Tiles.AddRange(tiles);
var flags = context.ReadList <KeyValuePair <int, TileFlags> >("flags", Read);
foreach (var flag in flags)
{
blockStore[flag.Key] = flag.Value;
}
}
private static void Read(IDeserializer context, out KeyValuePair <int, TileFlags> flags)
{
flags = new KeyValuePair <int, TileFlags>(context.Read <int>("id"), (TileFlags)context.Read <int>("flags"));
}
public XmlGraphData <TUIRawData, TEditorData> Read(Stream stream)
{
var data = m_inner.Read(stream);
return(new XmlGraphData <TUIRawData, TEditorData>(Enumerable.Empty <GraphAndUI <TUIRawData> >(), data.EditorData, data.Errors, data.DocumentId));
}
public XmlGraphData <TUIRawData, TEditorData> Read(Stream stream)
{
var data = m_inner.Read(stream);
return(new XmlGraphData <TUIRawData, TEditorData>(data.Nodes, data.EditorData, data.Errors, data.DocumentId));
}