public int Execute()
{
var perTexture = new DeserializerBuilder()
.IgnoreUnmatchedProperties()
.WithAttributeOverride <TextureFrame>(it => it.Data, new YamlIgnoreAttribute())
.Build()
.Deserialize <PerTexture>(File.ReadAllText(Path.Combine(YmlFile)));
var model = perTexture.Textures.Single();
var baseDir = Path.GetDirectoryName(YmlFile);
var footer = new TextureFooterData();
model.Value.ConvertBackTo(
pngFile =>
{
return(new SpriteBitmap(Path.Combine(baseDir, pngFile)));
},
footer
);
var toFile = new MemoryStream();
footer.Write(toFile);
File.WriteAllBytes(BinFile ?? Path.ChangeExtension(YmlFile, ".bin"), toFile.ToArray());
return(0);
}
public TextureFooterDataIMEx(TextureFooterData footerData)
{
UvscList = footerData.UvscList.ToList();
TextureAnimationList = footerData.TextureAnimationList.Select(it => new TextureAnimationIMEx(it)).ToList();
UnkFooter = footerData.UnkFooter;
ShouldEmitDMYAtFirst = footerData.ShouldEmitDMYAtFirst;
ShouldEmitKN5 = footerData.ShouldEmitKN5;
}
public void CreateDummy()
{
{
var footer = new TextureFooterData();
var stream = new MemoryStream();
footer.Write(stream);
}
{
var footer = new TextureFooterData();
footer.UvscList.Add(new UvScroll {
});
var stream = new MemoryStream();
footer.Write(stream);
}
{
var footer = new TextureFooterData();
footer.TextureAnimationList.Add(new TextureAnimation {
});
var stream = new MemoryStream();
footer.Write(stream);
}
}
public TextureFooterData ConvertBackTo(Func <string, ISpriteImageSource> imageLoader, TextureFooterData back)
{
back.UvscList.Clear();
back.UvscList.AddRange(UvscList);
back.TextureAnimationList.Clear();
back.TextureAnimationList.AddRange(
TextureAnimationList
.Select(texa => texa.ConvertBack(imageLoader))
);
back.UnkFooter = UnkFooter;
back.ShouldEmitDMYAtFirst = ShouldEmitDMYAtFirst;
back.ShouldEmitKN5 = ShouldEmitKN5;
return(back);
}
public MapBuilder(string modelFile, MapGenConfig config, Func <MaterialDef, Imgd> imageLoader)
{
this.config = config;
ConvertModelIntoMapModel(modelFile, config);
logger.Debug($"Starting collision plane builder.");
collisionBuilder = new CollisionBuilder(smallMeshList, config.disableBSPCollisionBuilder);
if (collisionBuilder.vifPacketRenderingGroup != null)
{
logger.Debug($"Updating vifPacketRenderingGroup builder.");
mapModel.vifPacketRenderingGroup = collisionBuilder.vifPacketRenderingGroup;
logger.Debug($"Output: {mapModel.vifPacketRenderingGroup.Count:#,##0} groups.");
}
logger.Debug($"Output: {collisionBuilder.coct.Nodes.Count:#,##0} collision mesh groups");
{
var matDefList = bigMeshContainer.AllocatedMaterialDefs;
var imageSets = matDefList
.Select(matDef => new ImageSet {
image = imageLoader(matDef), matDef = matDef,
})
.ToArray();
var footerData = new MemoryStream();
{
var footer = new TextureFooterData();
foreach (var uvscItem in config.uvscList)
{
footer.UvscList.Add(
new UvScroll
{
TextureIndex = uvscItem.index,
UScrollSpeed = uvscItem.u,
VScrollSpeed = uvscItem.v,
}
);
}
footer.Write(footerData);
}
var build = new ModelTexture.Build
{
images = imageSets
.Select(set => set.image)
.ToArray(),
offsetData = null, // auto serial number map
textureTransfer = null, // auto create
gsInfo = imageSets
.Select(
set =>
{
var gsInfo = new ModelTexture.UserGsInfo(set.image);
gsInfo.AddressMode.AddressU =
Enum.Parse <ModelTexture.TextureWrapMode>(
set.matDef.textureOptions.addressU
?? config.textureOptions.addressU
?? "Repeat"
);
gsInfo.AddressMode.AddressV =
Enum.Parse <ModelTexture.TextureWrapMode>(
set.matDef.textureOptions.addressV
?? config.textureOptions.addressV
?? "Repeat"
);
return(gsInfo);
}
)
.ToArray(),
footerData = footerData.ToArray(),
};
modelTex = new ModelTexture(build);
}
}
