private void LoadData(Texture texture)
{
foreach (var set in sorted.Values)
{
foreach (var list in set)
{
foreach (Texture.Image image in list.Value)
{
if (!File.Exists(image.filename))
{
mgr.Error("Image file: " + image.filename + " does not exist");
continue;
}
List <ImageData> result = new List <ImageData>();
mgr.Message("Reading texture: " + image.filename);
string err = "";
if (image.level == 0)
{
err = mgr.imageMgr.Load(image.filename, image.format, result, texture.numMips);
}
else
{
err = mgr.imageMgr.Load(image.filename, image.format, result, 0);
}
if (err.Length > 0)
{
mgr.Error("Image error: " + err);
}
foreach (ImageData idata in result)
{
Texture.Image image2 = list.Value.FirstOrDefault((i) => i.type == image.type && i.level == idata.m_MipLevel);
if (image2 == image)
{
image.data = idata;
image.format = idata.format;
}
else if (image2 == null)
{
image2 = new Texture.Image();
image2.filename = image.filename;
image2.level = idata.m_MipLevel;
image2.type = image.type;
image2.data = idata;
image2.format = idata.format;
texture.images.Add(image2);
}
}
}
}
}
}
protected override void Process(string filename)
{
string name = Path.GetFileNameWithoutExtension(filename);
Texture text = mgr.GetData <Texture>(name, GetterType.Create);
if (text == null)
{
return;
}
Texture.Image image = new Texture.Image();
image.filename = filename;
text.images.Add(image);
}
protected override void Process(string tname)
{
string name = mgr.name + "." + tname;
XElement xImage = parent.GetFromLib(null, tname, "image");
if (xImage == null)
{
mgr.Error("cannot find image " + tname);
return;
}
xImage = xImage.Element(parent.ns + "init_from");
if (xImage == null)
{
mgr.Error("cannot find image init_from " + tname);
return;
}
Texture text = mgr.GetData <Texture>(name, GetterType.Create);
if (text == null)
{
return;
}
Texture.Image image = new Texture.Image();
if (xImage.Value.StartsWith("file:///"))
{
image.filename = xImage.Value.Substring(8);
}
else
{
image.filename = xImage.Value;
}
image.filename = image.filename.Replace("%20", " ");
text.images.Add(image);
}
protected override void Process(XElement item)
{
string name = (string)item.Attribute("name");
if (name == null)
{
name = mgr.name;
}
else
{
name = mgr.name + "." + name;
}
Texture text = mgr.GetData <Texture>(name, GetterType.Create);
if (text == null)
{
return;
}
string min = (string)item.Attribute("min");
string mag = (string)item.Attribute("mag");
string mip = (string)item.Attribute("mip");
string s = (string)item.Attribute("s");
string t = (string)item.Attribute("t");
if (min != null || mag != null || mip != null)
{
text.filter = 0;
switch (min)
{
case "nearest": text.filter |= Texture.Filter.MIN_NEAREST; break;
case "none": text.filter |= Texture.Filter.MIN_NONE; break;
default: text.filter |= Texture.Filter.MIN_LINEAR; break;
}
switch (mag)
{
case "nearest": text.filter |= Texture.Filter.MAG_NEAREST; break;
case "none": text.filter |= Texture.Filter.MAG_NONE; break;
default: text.filter |= Texture.Filter.MAG_LINEAR; break;
}
switch (mip)
{
case "linear": text.filter |= Texture.Filter.MIP_LINEAR; break;
case "none": text.filter |= Texture.Filter.MIP_NONE; break;
default: text.filter |= Texture.Filter.MIP_NEAREST; break;
}
}
switch (s)
{
case "clamp": text.s = Texture.Wrap.CLAMP; break;
case "mirrored": text.s = Texture.Wrap.MIRRORED; break;
case "mirroronce": text.s = Texture.Wrap.MIRROR_ONCE; break;
case "border": text.s = Texture.Wrap.BORDER; break;
case "repeat": text.s = Texture.Wrap.REPEAT; break;
}
switch (t)
{
case "clamp": text.t = Texture.Wrap.CLAMP; break;
case "mirrored": text.t = Texture.Wrap.MIRRORED; break;
case "mirroronce": text.t = Texture.Wrap.MIRROR_ONCE; break;
case "border": text.t = Texture.Wrap.BORDER; break;
case "repeat": text.t = Texture.Wrap.REPEAT; break;
}
if (item.Attribute("nummips") != null)
{
text.numMips = (int)item.Attribute("nummips");
}
if (text.images.Count > 0)
{
if (item.Attribute("type") != null)
{
text.images[0].type = (string)item.Attribute("type");
}
}
foreach (XElement child in item.Elements("format"))
{
text.formatChoices.Add(LoadFormat(child));
}
foreach (XElement xImage in item.Elements("image"))
{
Texture.Image image = new Texture.Image();
image.filename = mgr.MakeAbsolute((string)xImage.Attribute("filename"), parent.filename);
text.images.Add(image);
if (xImage.Attribute("type") != null)
{
image.type = (string)item.Attribute("type");
}
if (xImage.Attribute("level") != null)
{
image.level = (int)item.Attribute("level");
}
image.format = LoadFormat(xImage.Element("format"));
}
}
