internal ScaledTexture(string assetName, SpriteInfo textureWrapper, Bounds sourceRectangle, ulong hash, bool isSprite, bool async, uint expectedScale)
{
using var _ = Performance.Track();
IsSprite = isSprite;
Hash = hash;
var source = textureWrapper.Reference;
this.OriginalSourceRectangle = new Bounds(sourceRectangle);
this.Reference = source.MakeWeak();
this.sourceRectangle = sourceRectangle;
this.refScale = expectedScale;
SpriteMap.Add(source, this, sourceRectangle, expectedScale);
this.Name = source.Anonymous() ? assetName.SafeName() : source.SafeName();
originalSize = IsSprite ? sourceRectangle.Extent : new Vector2I(source);
if (async && Config.AsyncScaling.Enabled)
{
ThreadQueue.Queue((SpriteInfo wrapper) => {
Thread.CurrentThread.Priority = ThreadPriority.Lowest;
using var _ = new AsyncTracker($"Resampling {Name} [{sourceRectangle}]");
Thread.CurrentThread.Name = "Texture Resampling Thread";
Upscaler.Upscale(
texture: this,
scale: ref refScale,
input: wrapper,
desprite: IsSprite,
hash: Hash,
wrapped: ref Wrapped,
async: true
);
// If the upscale fails, the asynchronous action on the render thread automatically cleans up the ScaledTexture.
}, textureWrapper);
}
else
{
// TODO store the HD Texture in _this_ object instead. Will confuse things like subtexture updates, though.
this.Texture = Upscaler.Upscale(
texture: this,
scale: ref refScale,
input: textureWrapper,
desprite: IsSprite,
hash: Hash,
wrapped: ref Wrapped,
async: false
);
if (this.Texture != null)
{
Finish();
}
else
{
Dispose();
return;
}
}
// TODO : I would love to dispose of this texture _now_, but we rely on it disposing to know if we need to dispose of ours.
// There is a better way to do this using weak references, I just need to analyze it further. Memory leaks have been a pain so far.
source.Disposing += (object sender, EventArgs args) => { OnParentDispose((Texture2D)sender); };
lock (MostRecentList) {
CurrentRecentNode = MostRecentList.AddFirst(this.MakeWeak());
}
}
static internal ScaledTexture Get(Texture2D texture, Bounds source, uint expectedScale)
{
using var _ = Performance.Track();
if (SpriteMap.TryGet(texture, source, expectedScale, out var scaleTexture))
{
return(scaleTexture);
}
if (!Validate(texture))
{
return(null);
}
bool useAsync = (Config.AsyncScaling.EnabledForUnknownTextures || !texture.Anonymous()) && (texture.Area() >= Config.AsyncScaling.MinimumSizeTexels);
// !texture.Meta().HasCachedData
var estimatedDuration = GetTimer(texture: texture, async: useAsync).Estimate(texture.Area());
const float multiplier = 0.75f;
var remainingTime = DrawState.RemainingFrameTime(multiplier: multiplier);
if (DrawState.PushedUpdateWithin(1) && estimatedDuration >= remainingTime)
{
return(null);
}
// TODO : We should really only populate the average when we are performing an expensive operation like GetData.
var begin = DateTime.Now;
bool isSprite = (!source.Offset.IsZero || source.Extent != texture.Extent());
SpriteInfo textureWrapper;
ulong hash;
using (Performance.Track("new SpriteInfo"))
textureWrapper = new SpriteInfo(reference: texture, dimensions: source, expectedScale: expectedScale);
// If this is null, it can only happen due to something being blocked, so we should try again later.
if (textureWrapper.Data == null)
{
return(null);
}
DrawState.PushedUpdateThisFrame = true;
try {
using (Performance.Track("Upscaler.GetHash"))
hash = Upscaler.GetHash(textureWrapper, isSprite);
var newTexture = new ScaledTexture(
assetName: texture.SafeName(),
textureWrapper: textureWrapper,
sourceRectangle: source,
isSprite: isSprite,
hash: hash,
async: useAsync,
expectedScale: expectedScale
);
if (useAsync && Config.AsyncScaling.Enabled)
{
// It adds itself to the relevant maps.
if (newTexture.IsReady && newTexture.Texture != null)
{
return(newTexture);
}
return(null);
}
else
{
return(newTexture);
}
}
finally {
var averager = GetTimer(cached: textureWrapper.WasCached, async: useAsync);
averager.Add(texture.Area(), DateTime.Now - begin);
}
}
