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Removed unnecessary namespace
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@Toxic-Cookie
Toxic-Cookie committed May 9, 2022
1 parent d6a160d commit f3363ac
Showing 1 changed file with 63 additions and 66 deletions.
129 changes: 63 additions & 66 deletions DefaultToAnisotropic/DefaultToAnisotropic.cs
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Original file line number Diff line number Diff line change
Expand Up @@ -9,87 +9,84 @@
[assembly: AssemblyVersion("1.1.0.0")]
[assembly: AssemblyFileVersion("1.1.0.0")]

namespace LogixScript.Core
class DefaultToAnisotropic : NeosMod
{
class DefaultToAnisotropic : NeosMod
{
public override string Name => "DefaultToAnisotropic";
public override string Author => "Toxic_Cookie";
public override string Version => "1.1.0";
public override string Link => "https://github.com/Toxic-Cookie/DefaultToAnisotropic";
public override string Name => "DefaultToAnisotropic";
public override string Author => "Toxic_Cookie";
public override string Version => "1.1.0";
public override string Link => "https://github.com/Toxic-Cookie/DefaultToAnisotropic";

// configurations for StaticTextureProvider<Texture2D, Bitmap2D, BitmapMetadata, Texture2DVariantDescriptor>
[AutoRegisterConfigKey] private static readonly ModConfigurationKey<TextureFilterMode?> FilterMode = new("FilterMode", "The type of filtering to use", () => TextureFilterMode.Anisotropic);
[AutoRegisterConfigKey] private static readonly ModConfigurationKey<int?> AnisotropicLevel = new("AnisotropicLevel", "The level of anisotropy to use when FilterMode is set to Anisotropic", () => 16);
[AutoRegisterConfigKey] private static readonly ModConfigurationKey<bool?> Uncompressed = new("Uncompressed", "Do not use texture compression", () => null);
[AutoRegisterConfigKey] private static readonly ModConfigurationKey<bool?> DirectLoad = new("DirectLoad", "Bypass variant generation system and just decode the texture and generate mipmaps on the fly", () => null);
[AutoRegisterConfigKey] private static readonly ModConfigurationKey<bool?> ForceExactVariant = new("ForceExactVariant", "Force texture to load specifically requested variant, without using a fallback version", () => null);
[AutoRegisterConfigKey] private static readonly ModConfigurationKey<TextureCompression?> PreferredFormat = new("PreferredFormat", "Allows overriding the preferred asset variant to load", () => null);
[AutoRegisterConfigKey] private static readonly ModConfigurationKey<float?> MipMapBias = new("MipMapBias", "Offset to the MipMap calculation", () => null);
// configurations for StaticTextureProvider<Texture2D, Bitmap2D, BitmapMetadata, Texture2DVariantDescriptor>
[AutoRegisterConfigKey] private static readonly ModConfigurationKey<TextureFilterMode?> FilterMode = new("FilterMode", "The type of filtering to use", () => TextureFilterMode.Anisotropic);
[AutoRegisterConfigKey] private static readonly ModConfigurationKey<int?> AnisotropicLevel = new("AnisotropicLevel", "The level of anisotropy to use when FilterMode is set to Anisotropic", () => 16);
[AutoRegisterConfigKey] private static readonly ModConfigurationKey<bool?> Uncompressed = new("Uncompressed", "Do not use texture compression", () => null);
[AutoRegisterConfigKey] private static readonly ModConfigurationKey<bool?> DirectLoad = new("DirectLoad", "Bypass variant generation system and just decode the texture and generate mipmaps on the fly", () => null);
[AutoRegisterConfigKey] private static readonly ModConfigurationKey<bool?> ForceExactVariant = new("ForceExactVariant", "Force texture to load specifically requested variant, without using a fallback version", () => null);
[AutoRegisterConfigKey] private static readonly ModConfigurationKey<TextureCompression?> PreferredFormat = new("PreferredFormat", "Allows overriding the preferred asset variant to load", () => null);
[AutoRegisterConfigKey] private static readonly ModConfigurationKey<float?> MipMapBias = new("MipMapBias", "Offset to the MipMap calculation", () => null);

// configurations for StaticTexture2D
[AutoRegisterConfigKey] private static readonly ModConfigurationKey<bool?> IsNormalMap = new("IsNormalMap", "The texture should be interpreted as a Normal Map", () => null);
[AutoRegisterConfigKey] private static readonly ModConfigurationKey<TextureWrapMode?> WrapModeU = new("WrapModeU", "How to handle U values outside of the range [0.0,1.0] ", () => null);
[AutoRegisterConfigKey] private static readonly ModConfigurationKey<TextureWrapMode?> WrapModeV = new("WrapModeV", "How to handle V values outisde of the range [0.0,1.0] ", () => null);
[AutoRegisterConfigKey] private static readonly ModConfigurationKey<float?> PowerOfTwoAlignThreshold = new("PowerOfTwoAlignThreshold", "This will automatically align the requested size to nearest power of two if it's within a given percentange (default 5%)", () => null);
[AutoRegisterConfigKey] private static readonly ModConfigurationKey<bool?> CrunchCompressed = new("CrunchCompressed", "Enable crunch compression", () => null);
[AutoRegisterConfigKey] private static readonly ModConfigurationKey<int?> MaxSize = new("MaxSize", "Maximum size to request from the asset variant system", () => null);
[AutoRegisterConfigKey] private static readonly ModConfigurationKey<bool?> MipMaps = new("MipMaps", "Enable mipmaps", () => null);
[AutoRegisterConfigKey] private static readonly ModConfigurationKey<Filtering?> MipMapFilter = new("MipMapFilter", "Algorithm used to generate mipmap levels", () => null);
[AutoRegisterConfigKey] private static readonly ModConfigurationKey<bool?> Readable = new("Readable", "Store texture in a format that supports CPU reads", () => null);
// configurations for StaticTexture2D
[AutoRegisterConfigKey] private static readonly ModConfigurationKey<bool?> IsNormalMap = new("IsNormalMap", "The texture should be interpreted as a Normal Map", () => null);
[AutoRegisterConfigKey] private static readonly ModConfigurationKey<TextureWrapMode?> WrapModeU = new("WrapModeU", "How to handle U values outside of the range [0.0,1.0] ", () => null);
[AutoRegisterConfigKey] private static readonly ModConfigurationKey<TextureWrapMode?> WrapModeV = new("WrapModeV", "How to handle V values outisde of the range [0.0,1.0] ", () => null);
[AutoRegisterConfigKey] private static readonly ModConfigurationKey<float?> PowerOfTwoAlignThreshold = new("PowerOfTwoAlignThreshold", "This will automatically align the requested size to nearest power of two if it's within a given percentange (default 5%)", () => null);
[AutoRegisterConfigKey] private static readonly ModConfigurationKey<bool?> CrunchCompressed = new("CrunchCompressed", "Enable crunch compression", () => null);
[AutoRegisterConfigKey] private static readonly ModConfigurationKey<int?> MaxSize = new("MaxSize", "Maximum size to request from the asset variant system", () => null);
[AutoRegisterConfigKey] private static readonly ModConfigurationKey<bool?> MipMaps = new("MipMaps", "Enable mipmaps", () => null);
[AutoRegisterConfigKey] private static readonly ModConfigurationKey<Filtering?> MipMapFilter = new("MipMapFilter", "Algorithm used to generate mipmap levels", () => null);
[AutoRegisterConfigKey] private static readonly ModConfigurationKey<bool?> Readable = new("Readable", "Store texture in a format that supports CPU reads", () => null);

private static ModConfiguration? config;
private static ModConfiguration? config;

public override void OnEngineInit()
{
config = GetConfiguration();
Harmony harmony = new Harmony("net.Toxic_Cookie.DefaultToAnisotropic");
harmony.PatchAll();
}
public override void OnEngineInit()
{
config = GetConfiguration();
Harmony harmony = new Harmony("net.Toxic_Cookie.DefaultToAnisotropic");
harmony.PatchAll();
}

[HarmonyPatch(typeof(ImageImporter), nameof(ImageImporter.SetupTextureProxyComponents))]
private static class Patch
[HarmonyPatch(typeof(ImageImporter), nameof(ImageImporter.SetupTextureProxyComponents))]
private static class Patch
{
private static void Postfix(IAssetProvider<Texture2D> texture)
{
private static void Postfix(IAssetProvider<Texture2D> texture)
{
StaticTexture2D textureprovider = (StaticTexture2D)texture;
StaticTexture2D textureprovider = (StaticTexture2D)texture;

ApplySetting(FilterMode, textureprovider.FilterMode);
ApplySetting(AnisotropicLevel, textureprovider.AnisotropicLevel);
ApplySetting(Uncompressed, textureprovider.Uncompressed);
ApplySetting(DirectLoad, textureprovider.DirectLoad);
ApplySetting(ForceExactVariant, textureprovider.ForceExactVariant);
ApplySetting(PreferredFormat, textureprovider.PreferredFormat);
ApplySetting(MipMapBias, textureprovider.MipMapBias);
ApplySetting(FilterMode, textureprovider.FilterMode);
ApplySetting(AnisotropicLevel, textureprovider.AnisotropicLevel);
ApplySetting(Uncompressed, textureprovider.Uncompressed);
ApplySetting(DirectLoad, textureprovider.DirectLoad);
ApplySetting(ForceExactVariant, textureprovider.ForceExactVariant);
ApplySetting(PreferredFormat, textureprovider.PreferredFormat);
ApplySetting(MipMapBias, textureprovider.MipMapBias);

ApplySetting(IsNormalMap, textureprovider.IsNormalMap);
ApplySetting(WrapModeU, textureprovider.WrapModeU);
ApplySetting(WrapModeV, textureprovider.WrapModeV);
ApplySetting(PowerOfTwoAlignThreshold, textureprovider.PowerOfTwoAlignThreshold);
ApplySetting(CrunchCompressed, textureprovider.CrunchCompressed);
ApplySetting(MaxSize, textureprovider.MaxSize);
ApplySetting(MipMaps, textureprovider.MipMaps);
ApplySetting(MipMapFilter, textureprovider.MipMapFilter);
ApplySetting(Readable, textureprovider.Readable);
}
ApplySetting(IsNormalMap, textureprovider.IsNormalMap);
ApplySetting(WrapModeU, textureprovider.WrapModeU);
ApplySetting(WrapModeV, textureprovider.WrapModeV);
ApplySetting(PowerOfTwoAlignThreshold, textureprovider.PowerOfTwoAlignThreshold);
ApplySetting(CrunchCompressed, textureprovider.CrunchCompressed);
ApplySetting(MaxSize, textureprovider.MaxSize);
ApplySetting(MipMaps, textureprovider.MipMaps);
ApplySetting(MipMapFilter, textureprovider.MipMapFilter);
ApplySetting(Readable, textureprovider.Readable);
}
}

// handle when the sync is non-nullable
private static void ApplySetting<T>(ModConfigurationKey<T?> configKey, Sync<T> sync) where T : struct
// handle when the sync is non-nullable
private static void ApplySetting<T>(ModConfigurationKey<T?> configKey, Sync<T> sync) where T : struct
{
if (config!.GetValue(configKey) is T setting)
{
if (config!.GetValue(configKey) is T setting)
{
sync.Value = setting;
}
sync.Value = setting;
}
}

// handle when the sync is nullable
private static void ApplySetting<T>(ModConfigurationKey<T?> configKey, Sync<T?> sync) where T : struct
// handle when the sync is nullable
private static void ApplySetting<T>(ModConfigurationKey<T?> configKey, Sync<T?> sync) where T : struct
{
if (config!.GetValue(configKey) is T setting)
{
if (config!.GetValue(configKey) is T setting)
{
sync.Value = setting;
}
sync.Value = setting;
}
}
}

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