internal Initializer(XTexture2D reference, Bounds dimensions, uint expectedScale, TextureType textureType, bool animated)
{
Reference = reference;
BlendState = DrawState.CurrentBlendState;
SamplerState = DrawState.CurrentSamplerState;
ExpectedScale = expectedScale;
Bounds = dimensions;
IsPreview = Configuration.Preview.Override.Instance is not null;
Scaler = Configuration.Preview.Override.Instance?.Scaler ?? Config.Resample.Scaler;
ScalerGradient = Configuration.Preview.Override.Instance?.ScalerGradient ?? Config.Resample.ScalerGradient;
TextureType = textureType;
// Truncate the bounds so that it fits if it wouldn't otherwise fit
if (!Bounds.ClampToChecked(Reference.Bounds, out var clampedBounds))
{
Debug.Warning($"SpriteInfo for '{reference.NormalizedName()}' bounds '{dimensions}' are not contained in reference bounds '{(Bounds)reference.Bounds}'");
Bounds = clampedBounds;
}
var refMeta = reference.Meta();
var refData = refMeta.CachedData;
if (refData is null)
{
// TODO : Switch this around to use ReadOnlySequence so our hash is specific to the sprite
refData = new byte[reference.SizeBytes()];
Debug.Trace($"Reloading Texture Data (not in cache): {reference.NormalizedName(DrawingColor.LightYellow)}");
reference.GetData(refData);
reference.Meta().CachedRawData = refData;
if (refMeta.IsCompressed)
{
refData = null; // we can only use uncompressed data at this stage.
}
WasCached = false;
}
else if (refData == Texture2DMeta.BlockedSentinel)
{
refData = null;
WasCached = false;
}
else
{
WasCached = true;
}
ReferenceData = refData;
Hash = null;
DataHash = null;
if (Config.SuspendedCache.Enabled && animated)
{
(Hash, DataHash) = GetHash();
}
}