public void UpdateStatusMenu()
{
RoomMetadata roomMetadata = GameInformation.Instance.RoomMetadata;
spriteList[0].SourceRectangle = GameModePreset[roomMetadata.GameMode];
spriteList[1].SourceRectangle = RoomSizePreset[roomMetadata.Size];
spriteList[2].SourceRectangle = GameMapTypePreset[roomMetadata.Map.GameMapType];
spriteList[3].SourceRectangle = SlotModeTypePreset[roomMetadata.SlotModeType];
spriteList[4].SourceRectangle = MatchSuddenDeathPreset[roomMetadata.MatchSuddenDeathType];
spriteList[5].SourceRectangle = TurnsToSuddenDeathPreset[roomMetadata.TurnsToSuddenDeath];
//Minimap icon
GameMap map = GameInformation.Instance.RoomMetadata.Map.GameMap;
GameMapType type = GameInformation.Instance.RoomMetadata.Map.GameMapType;
mapThumbnail = new Sprite($"Graphics/Maps/{map}/GameRoomThumb{type}", layerDepth: DepthParameter.WeatherEffect);
mapThumbnail.Position = basePosition - new Vector2(1, 78f);
//Maps Weather
//if (matchMetadata.Map.GameMap == GameMap.Random)
//but since I dont know the right information about all the maps
//i'll keep it simple
if (roomMetadata.Map.Force == -1)
{
numericSpriteFontList.ForEach((x) => x.HideElement());
interrogationSpriteList.ForEach((x) => x.ShowElement());
}
else
{
numericSpriteFontList.ForEach((x) => x.ShowElement());
interrogationSpriteList.ForEach((x) => x.HideElement());
}
for (int i = 0; i < roomMetadata.Map.WeatherPreset.Length; i++)
{
numericSpriteFontList[i].UpdateValue(roomMetadata.Map.WeatherPreset[i]);
numericSpriteFontList[i].Update();
}
//MapName
spriteTextList[0].Text = roomMetadata.Map.Name;
spriteTextList[1].Text = $"{roomMetadata.ID} {roomMetadata.Name}";
numericSpriteFontList.ForEach((x) => x.Update());
}
public static bool ServerOrSingle_MapCreate()
{
GameNetworkServer server = GameNetworkServer.Instance;
Control mapLoadingWindow = null;
//show map loading window
mapLoadingWindow = ControlDeclarationManager.Instance.CreateControl("Gui\\MapLoadingWindow.gui");
if (mapLoadingWindow != null)
{
mapLoadingWindow.Text = "Procedural map creation";
GameEngineApp.Instance.ControlManager.Controls.Add(mapLoadingWindow);
}
//delete all GameWindow's
GameEngineApp.Instance.DeleteAllGameWindows();
MapSystemWorld.MapDestroy();
EngineApp.Instance.RenderScene();
//create world if need
WorldType worldType = EntitySystemWorld.Instance.DefaultWorldType;
if (World.Instance == null || World.Instance.Type != worldType)
{
WorldSimulationTypes worldSimulationType;
EntitySystemWorld.NetworkingInterface networkingInterface = null;
if (server != null)
{
worldSimulationType = WorldSimulationTypes.ServerAndClient;
networkingInterface = server.EntitySystemService.NetworkingInterface;
}
else
{
worldSimulationType = WorldSimulationTypes.Single;
}
if (!EntitySystemWorld.Instance.WorldCreate(worldSimulationType, worldType, networkingInterface))
{
Log.Fatal("ExampleOfProceduralMapCreation: ServerOrSingle_MapCreate: EntitySystemWorld.Instance.WorldCreate failed.");
}
}
//create map
GameMapType gameMapType = EntityTypes.Instance.GetByName("GameMap") as GameMapType;
if (gameMapType == null)
{
Log.Fatal("ExampleOfProceduralMapCreation: ServerOrSingle_MapCreate: \"GameMap\" type is not defined.");
}
GameMap gameMap = (GameMap)Entities.Instance.Create(gameMapType, World.Instance);
gameMap.ShadowFarDistance = 60;
gameMap.ShadowColor = new ColorValue(.5f, .5f, .5f);
//create MapObjects
ServerOrSingle_CreateEntities();
//post create map
gameMap.PostCreate();
//inform clients about world created
if (server != null)
{
server.EntitySystemService.WorldWasCreated();
}
//Error
foreach (Control control in GameEngineApp.Instance.ControlManager.Controls)
{
if (control is MessageBoxWindow && !control.IsShouldDetach())
{
return(false);
}
}
GameEngineApp.Instance.CreateGameWindowForMap();
//play music
if (GameMap.Instance != null)
{
GameMusic.MusicPlay(GameMap.Instance.GameMusic, true);
}
return(true);
}
public Minimap(RoomMetadata roomMetadata, Vector2 position)
{
spawnPointList = new List <Sprite>();
playerNameList = new List <SpriteText>();
//Map
Map map = GameInformation.Instance.RoomMetadata.Map;
GameMap gameMap = GameInformation.Instance.RoomMetadata.Map.GameMap;
GameMapType type = GameInformation.Instance.RoomMetadata.Map.GameMapType;
Vector2 frameSize = new Vector2(750, 159); //Size of the small minimap frame on the background image
mapBG = new Sprite($"Graphics/Maps/{gameMap}/Background", layerDepth: DepthParameter.Background);
mapBG.Position = position;
float maxScale = Math.Max(frameSize.X / mapBG.SpriteWidth, frameSize.Y / mapBG.SpriteHeight);
mapBG.Scale = new Vector2(maxScale, maxScale);
//Find the very first pixel on the top of the central axis of sprite and the first on the bottom
//In order to help centralizing (if possible) the sprite
mapFG = new Sprite($@"Graphics/Maps/{gameMap}/Foreground{type}", layerDepth: DepthParameter.LoadingScreenMinimapForeground);
maxScale = Math.Max(frameSize.X / mapFG.SpriteWidth, frameSize.Y / mapFG.SpriteHeight);
mapFG.Scale = new Vector2(maxScale, maxScale);
basePosition = mapFG.Position = position;
//Spawn Points
spawnPointsOffset = new List <Vector2>();
foreach (KeyValuePair <int, int[]> playerPos in roomMetadata.SpawnPositions.ToList())
{
Player player = roomMetadata.TeamASafe.Find((y) => y.ID == playerPos.Key);
int box = 1;
Color nameColor = Parameter.TextColorTeamRed;
if (player == null)
{
player = roomMetadata.TeamBSafe.Find((y) => y.ID == playerPos.Key);
box = 2;
nameColor = Parameter.TextColorTeamBlue;
}
Vector2 boxPosition = mapFG.Position + (new Vector2(playerPos.Value[0], playerPos.Value[1]) - mapFG.Pivot) * mapFG.Scale;
Sprite boxSprite = new Sprite("Interface/InGame/Scene/LoadingScreen/PlayerMapMarker",
position: boxPosition, layerDepth: DepthParameter.LoadingScreenMinimapSpawnPointBox,
sourceRectangle: new Rectangle(14 * box, 0, 14, 14))
{
Pivot = new Vector2(7, 7)
};
spawnPointList.Add(boxSprite);
spawnPointsOffset.Add(boxPosition - mapFG.Position);
playerNameList.Add(new SpriteText(
FontTextType.Consolas10, player.Nickname,
nameColor, Alignment.Center,
layerDepth: DepthParameter.LoadingScreenMinimapSpawnPointText, boxPosition - new Vector2(0, 20), Color.Black));
}
//Filter remaining spawn points and add them to remainingSpawnPoints, then add the white square sprite
List <int[]> remainingSpawnPositions = new List <int[]>();
foreach (int[] spawnPoints in map.SpawnPoints)
{
if (roomMetadata.SpawnPositions.Values.ToList().Find((x) => x[0] == spawnPoints[0] && x[1] == spawnPoints[1]) == null)
{
remainingSpawnPositions.Add(spawnPoints);
}
}
foreach (int[] spawnPosition in remainingSpawnPositions)
{
Vector2 boxOffset = (new Vector2(spawnPosition[0], spawnPosition[1]) - mapFG.Pivot) * mapFG.Scale;
Sprite boxSprite = new Sprite("Interface/InGame/Scene/LoadingScreen/PlayerMapMarker",
position: mapFG.Position + boxOffset,
layerDepth: DepthParameter.LoadingScreenMinimapSpawnPointBox,
sourceRectangle: new Rectangle(0, 0, 14, 14))
{
Pivot = new Vector2(7, 7)
};
spawnPointList.Add(boxSprite);
spawnPointsOffset.Add(boxOffset);
}
;
mapName = new SpriteText(FontTextType.Consolas11, roomMetadata.Map.Name,
Color.White, Alignment.Left, DepthParameter.InterfaceButton,
position + new Vector2(-365, -72), Color.Black);
mapHelper = new SpriteText(FontTextType.Consolas11, Language.LoadingScreenMinimapCommand, Color.White, Alignment.Right, DepthParameter.InterfaceButton, position + new Vector2(365, 67), Color.Black);
UpdateElementPositions(Vector2.Zero);
totalButtonPushTime = 0;
//TacticalMap
tacticalMapDimensions = new Vector2(750, 159) / 2f;
miVect = mapFG.Pivot * mapFG.Scale;
Vector2 playerPosition = roomMetadata.SpawnPositions[GameInformation.Instance.PlayerInformation.ID].ToVector2() * mapFG.Scale;
UpdateElementPositions((miVect - playerPosition) * Vector2.UnitY);
}
public void SpawnMapElements()
{
GameMap map = GameInformation.Instance.RoomMetadata.Map.GameMap;
GameMapType type = GameInformation.Instance.RoomMetadata.Map.GameMapType;
Background = new Sprite($@"Graphics/Maps/{map}/Background", layerDepth: DepthParameter.Background);
BackgroundSize = new Vector2(Background.SpriteWidth, Background.SpriteHeight);
Foreground = new Sprite($@"Graphics/Maps/{map}/Foreground{type}",
layerDepth: DepthParameter.Foreground, shouldCopyAsset: true);
BackgroundFlipbookList = new List <Renderable>();
BackgroundFlipbookOffsetList = new List <Vector2>();
int i = 1;
switch (map)
{
#region Metamine/Facky
case GameMap.Metamine:
BackgroundFlipbookList = new List <Renderable>
{
new Flipbook(Vector2.Zero, Vector2.Zero, 52, 111, $@"Graphics/Maps/{map}/BackgroundAnimation{i++}", new AnimationInstance()
{
EndingFrame = 14, TimePerFrame = 0.1f
}, DepthParameter.BackgroundAnim),
new Flipbook(Vector2.Zero, Vector2.Zero, 116, 191, $@"Graphics/Maps/{map}/BackgroundAnimation{i++}", new AnimationInstance()
{
EndingFrame = 9, TimePerFrame = 0.1f, AnimationType = AnimationType.Cycle
}, DepthParameter.BackgroundAnim),
new Flipbook(Vector2.Zero, Vector2.Zero, 64, 192, $@"Graphics/Maps/{map}/BackgroundAnimation{i++}", new AnimationInstance()
{
EndingFrame = 9, TimePerFrame = 0.1f
}, DepthParameter.BackgroundAnim),
new Flipbook(Vector2.Zero, Vector2.Zero, 100, 186, $@"Graphics/Maps/{map}/BackgroundAnimation{i++}", new AnimationInstance()
{
EndingFrame = 11, TimePerFrame = 0.2f
}, DepthParameter.BackgroundAnim),
};
BackgroundFlipbookOffsetList = new List <Vector2>()
{
new Vector2(-38, -403), new Vector2(-192, -158), new Vector2(163, -270), new Vector2(124, -116)
};
break;
#endregion
#region SeaOfHero/Candy
case GameMap.SeaOfHero:
BackgroundFlipbookList = new List <Renderable>
{
new Flipbook(Vector2.Zero, Vector2.Zero, 142, 161, $@"Graphics/Maps/{map}/BackgroundAnimation{i++}", new AnimationInstance()
{
EndingFrame = 19, TimePerFrame = 0.2f
}, DepthParameter.BackgroundAnim),
new Flipbook(Vector2.Zero, Vector2.Zero, 74, 124, $@"Graphics/Maps/{map}/BackgroundAnimation{i++}", new AnimationInstance()
{
EndingFrame = 19, TimePerFrame = 0.5f, AnimationType = AnimationType.Cycle
}, DepthParameter.BackgroundAnim),
new Flipbook(Vector2.Zero, Vector2.Zero, 86, 76, $@"Graphics/Maps/{map}/BackgroundAnimation{i++}", new AnimationInstance()
{
EndingFrame = 1, TimePerFrame = 5f
}, DepthParameter.BackgroundAnim),
};
BackgroundFlipbookOffsetList = new List <Vector2>()
{
new Vector2(-415, -235), new Vector2(208, -34), new Vector2(110, 033)
};
break;
#endregion
default:
return;
}
}
