public void Load()
{
// Music testing
CodeVariant = 3;
if (CodeVariant == 1)
{
BackgroundMusicIntro = Engine.AssetLoader.Get <AudioAsset>("Audio/Frozen Cave Intro.wav");
BackgroundMusic = Engine.AssetLoader.Get <AudioAsset>("Audio/Frozen Cave 12.wav");
IntroLayer = Engine.Host.Audio.CreateLayer("Audio/Intro layer", 1);
CustomAudioTrack fcIntro = new CustomAudioTrack(BackgroundMusicIntro, 11.29f, PlayMainTrackOnMainLayer);
IntroLayer.AddToQueue(fcIntro);
MainLayer = Engine.Host.Audio.CreateLayer("Main layer", 1);
}
else if (CodeVariant == 2)
{
//BackgroundMusicIntro = Engine.AssetLoader.Get<AudioAsset>("Frozen Cave Intro 2.wav");
//BackgroundMusic = Engine.AssetLoader.Get<AudioAsset>("Frozen Cave 12.wav");
BackgroundMusicIntro = Engine.AssetLoader.Get <AudioAsset>("Audio/Frozen Cave Intro 4.wav");
BackgroundMusic = Engine.AssetLoader.Get <AudioAsset>("Audio/Frozen Cave Loop 3.wav");
SecondaryLayer = Engine.Host.Audio.CreateLayer("Secondary layer", 1);
SecondaryLayer.AddToQueue(BackgroundMusicIntro);
SecondaryLayer.AddToQueue(BackgroundMusic);
}
// Texture loading should be done before any texture usages
// to make sure they are loaded in parallel
TextureLoader.Load(LoadedRoom.Textures);
// Init the player
Player = new Midori(LoadedRoom.Spawn);
Units.Add(Player);
// Init the camera
Engine.Renderer.Camera = new ScalableArtCamera(new Vector3(Player.X, 540, 0), 1f);
// Set the TextureArrayLimit to 1 for GPU's that support only zero indexing
// Engine.Renderer.TextureArrayLimit = 1;
// Create units
foreach (ConfigUnit configUnit in LoadedRoom.Units)
{
Unit unit;
switch (configUnit.Type)
{
case "Shishi":
unit = new Shishi(configUnit.Name, configUnit.TextureName, configUnit.Position, configUnit.Size);
break;
default:
throw new Exception("No applicable classes");
}
Units.Add(unit);
NonPlayerUnits.Add(unit);
}
// Magic Flows
MagicFlow m = new MagicFlow();
m.AddSegment(new Collision.LineSegment(100, 5400, 950, 4600));
m.AddSegment(new Collision.LineSegment(950, 4600, 1450, 4800));
m.AddSegment(new Collision.LineSegment(1450, 4800, 2000, 4200));
MagicFlows.Add(m);
m = new MagicFlow();
m.AddSegment(new Collision.LineSegment(1450, 5400, 1750, 5300));
m.AddSegment(new Collision.LineSegment(1750, 5300, 1950, 5200));
m.AddSegment(new Collision.LineSegment(1950, 5200, 2050, 5100));
m.AddSegment(new Collision.LineSegment(2050, 5100, 2100, 5000));
m.AddSegment(new Collision.LineSegment(2100, 5000, 2100, 4900));
m.AddSegment(new Collision.LineSegment(2100, 4900, 2050, 4800));
m.AddSegment(new Collision.LineSegment(2050, 4800, 1950, 4700));
m.AddSegment(new Collision.LineSegment(1950, 4700, 1750, 4600));
MagicFlows.Add(m);
// Create platforms
for (int i = 0; i < LoadedRoom.CollisionPlatforms.Count; i++)
{
ConfigCollisionPlatform configPlatform = LoadedRoom.CollisionPlatforms[i];
Collision.LineSegment realPlatform = new Collision.LineSegment(configPlatform.PointA, configPlatform.PointB);
if (realPlatform.IsSloped)
{
SlopedCollisionPlatforms.Add(realPlatform);
}
else
{
AxisAlignedCollisionPlatforms.Add(realPlatform);
}
CollisionPlatforms.Add(realPlatform);
}
// Create decorations
// Backgrounds
for (int i = 0; i < LoadedRoom.Backgrounds.Count; i++)
{
ConfigDecoration configDecor = LoadedRoom.Backgrounds[i];
Backgrounds.Add(
new Decoration(
configDecor.Name,
configDecor.TextureName,
configDecor.Size,
configDecor.Position,
configDecor.DisplaySize,
configDecor.TextureArea,
configDecor.FlipX,
configDecor.BlurIntensity,
configDecor.ShadowReverseIntensity
)
);
}
// Background Decorations
for (int i = 0; i < LoadedRoom.BackgroundDecorations.Count; i++)
{
ConfigDecoration configDecor = LoadedRoom.BackgroundDecorations[i];
BackgroundDecorations.Add(
new Decoration(
configDecor.Name,
configDecor.TextureName,
configDecor.Size,
configDecor.Position,
configDecor.DisplaySize,
configDecor.TextureArea,
configDecor.FlipX,
configDecor.BlurIntensity,
configDecor.ShadowReverseIntensity
)
);
}
// Foreground Decorations
for (int i = 0; i < LoadedRoom.ForegroundDecorations.Count; i++)
{
ConfigDecoration configDecor = LoadedRoom.ForegroundDecorations[i];
ForegroundDecorations.Add(
new Decoration(
configDecor.Name,
configDecor.TextureName,
configDecor.Size,
configDecor.Position,
configDecor.DisplaySize,
configDecor.TextureArea,
configDecor.FlipX,
configDecor.BlurIntensity,
configDecor.ShadowReverseIntensity
)
);
}
for (int i = 0; i < LoadedRoom.SceneChangers.Count; i++)
{
SceneChanger sceneChanger = LoadedRoom.SceneChangers[i];
SceneChangers.Add(sceneChanger);
}
}
public void CreateObjects()
{
// Create a dictionary to map GIDs to their source images
foreach (TmxTileset tileset in Tilesets)
{
string[] sourceSplit = tileset.Source.Split("/");
TilesetMap.Add(tileset.FirstGid, sourceSplit[sourceSplit.Length - 1]);
// TODO - Possibly load textures asynchronously here
// or add them to MainScene.Textures to pass to TextureLoader.Load although that won't help
// because the Decoration constructor will Get/Load them before the TextureLoader
}
foreach (TmxObjectLayer objLayer in ObjectLayers)
{
foreach (TmxObject obj in objLayer.Objects)
{
if (objLayer.Name.Contains("Platforms"))
{
if (obj.ObjectType == TmxObjectType.Polyline)
{
for (int i = 0; i < obj.Lines.Count; i++)
{
LineSegment platform = new LineSegment(obj.Lines[i].Start, obj.Lines[i].End);
if (platform.IsSloped)
{
SlopedCollisionPlatforms.Add(platform);
}
else
{
AxisAlignedCollisionPlatforms.Add(platform);
}
CollisionPlatforms.Add(platform);
}
}
}
else if (objLayer.Name.Contains("Magic Flows"))
{
if (obj.ObjectType == TmxObjectType.Polyline)
{
MagicFlow flow = new MagicFlow();
for (int i = 0; i < obj.Lines.Count; i++)
{
LineSegment platform = new LineSegment(obj.Lines[i].Start, obj.Lines[i].End);
flow.AddSegment(platform);
}
MagicFlows.Add(flow);
}
}
else if (objLayer.Name.Contains("Assets"))
{
if (obj.ObjectType == TmxObjectType.Image)
{
if (obj.Gid == null)
{
continue;
}
float decorationZ;
try
{
float.TryParse(obj.Properties["Z"], out decorationZ);
}
catch (KeyNotFoundException)
{
decorationZ = 3;
}
// In Tiled an image's X,Y coordinates represent the bottom-left corner of the image
Decoration decoration = new Decoration(
"Asset" + obj.X,
TilesetMap[(int)obj.Gid],
new Vector2((float)obj.Width, (float)obj.Height),
new Vector3((float)obj.X, (float)obj.Y, decorationZ),
new Vector2((float)obj.Width, (float)obj.Height),
null,
false,
Maths.DegreesToRadians((float)obj.Rotation)
);
BackgroundDecorations.Add(decoration);
}
}
}
}
}