// Token: 0x060000E2 RID: 226 RVA: 0x0000B288 File Offset: 0x00009488
public static void Write(string filepath, ACCMaterialEx mate)
{
using (BinaryWriter binaryWriter = new BinaryWriter(File.OpenWrite(filepath)))
{
ACCMaterialEx.Write(binaryWriter, mate);
}
}
public static void Write(BinaryWriter writer, ACCMaterialEx mate)
{
writer.Write(FileConst.HEAD_MATE);
writer.Write(1000); // version
writer.Write(mate.name1);
writer.Write(mate.name2);
var shaderName1 = mate.type.name;
writer.Write(shaderName1);
var shaderName2 = ShaderType.GetShader2(shaderName1);
writer.Write(shaderName2);
// tex
for (int i = 0; i < mate.type.texProps.Length; i++)
{
var texProp = mate.type.texProps[i];
if (texProp.key == PropKey._RenderTex)
{
writer.Write("null");
}
else
{
writer.Write("tex2d");
var tex = mate.texDic[texProp.key];
writer.Write(tex.editname);
writer.Write(tex.txtpath);
outUtil.Write(writer, tex.texOffset.Value);
outUtil.Write(writer, tex.texScale.Value);
}
}
// col
for (int i = 0; i < mate.editColors.Length; i++)
{
var colProp = mate.type.colProps[i];
var eColor = mate.editColors[i];
// PropType.col
writer.Write(colProp.type.ToString());
writer.Write(colProp.keyName);
outUtil.Write(writer, eColor.val.Value);
}
// f
for (int i = 0; i < mate.editVals.Length; i++)
{
var prop = mate.type.fProps[i];
var eVal = mate.editVals[i];
// PropType.f
writer.Write(prop.type.ToString());
writer.Write(prop.keyName);
writer.Write(eVal.val);
}
}
// Token: 0x060000E3 RID: 227 RVA: 0x0000B2C4 File Offset: 0x000094C4
public static void Write(BinaryWriter writer, ACCMaterialEx mate)
{
writer.Write(FileConst.HEAD_MATE);
writer.Write(1000);
writer.Write(mate.name1);
writer.Write(mate.name2);
string name = mate.type.name;
writer.Write(name);
string mateName = ShaderType.GetMateName(name);
writer.Write(mateName);
foreach (ShaderPropTex shaderPropTex in mate.type.texProps)
{
if (shaderPropTex.key == PropKey._RenderTex)
{
writer.Write("null");
}
else
{
writer.Write("tex2d");
ACCTextureEx acctextureEx = mate.texDic[shaderPropTex.key];
writer.Write(acctextureEx.editname);
writer.Write(acctextureEx.txtpath);
ACCMaterialEx.OUT_UTIL.Write(writer, acctextureEx.texOffset);
ACCMaterialEx.OUT_UTIL.Write(writer, acctextureEx.texScale);
}
}
for (int j = 0; j < mate.editColors.Length; j++)
{
ShaderPropColor shaderPropColor = mate.type.colProps[j];
EditColor editColor = mate.editColors[j];
writer.Write(shaderPropColor.type.ToString());
writer.Write(shaderPropColor.keyName);
ACCMaterialEx.OUT_UTIL.Write(writer, editColor.val);
}
for (int k = 0; k < mate.editVals.Length; k++)
{
ShaderPropFloat shaderPropFloat = mate.type.fProps[k];
EditValue editValue = mate.editVals[k];
writer.Write(shaderPropFloat.type.ToString());
writer.Write(shaderPropFloat.keyName);
writer.Write(editValue.val);
}
}
// Token: 0x060000E0 RID: 224 RVA: 0x0000AF74 File Offset: 0x00009174
public static ACCMaterialEx Load(string file)
{
bool flag;
using (BinaryReader binaryReader = new BinaryReader(FileUtilEx.Instance.GetStream(file, out flag), Encoding.UTF8))
{
string text = binaryReader.ReadString();
if (flag || binaryReader.BaseStream.Position > 0L)
{
if (text == FileConst.HEAD_MATE)
{
return(ACCMaterialEx.Load(binaryReader));
}
StringBuilder stringBuilder = LogUtil.Log(new object[]
{
"指定されたファイルのヘッダが不正です。",
text,
file
});
throw new ACCException(stringBuilder.ToString());
}
}
ACCMaterialEx result;
using (BinaryReader binaryReader2 = new BinaryReader(new MemoryStream(FileUtilEx.Instance.LoadInternal(file), false), Encoding.UTF8))
{
string text2 = binaryReader2.ReadString();
if (!(text2 == FileConst.HEAD_MATE))
{
StringBuilder stringBuilder2 = LogUtil.Log(new object[]
{
"指定されたファイルのヘッダが不正です。",
text2,
file
});
throw new ACCException(stringBuilder2.ToString());
}
result = ACCMaterialEx.Load(binaryReader2);
}
return(result);
}
public void Init(ACCMaterial edited)
{
editedMat = edited;
// ファイルからマテリアル情報をロード
if (onlyModel)
{
// modelファイルからマテリアルのロード
}
else if (!string.IsNullOrEmpty(filename))
{
LogUtil.Debug("load material file", filename);
srcMat = ACCMaterialEx.Load(filename);
shaderChanged = (editedMat.type != srcMat.type);
}
// pmat チェック
// 透過型のみを対象とし、
// 1. マテリアル名に対応するpmatが存在しない場合
// 2. renderQueueが変更されている場合
if (edited.type.isTrans)
{
// renderqueueがデフォルト値であれば変更不要
if (Math.Abs(edited.renderQueue.val - 2000) < 0.01f)
{
needPmat = false;
}
else
{
needPmat = true;
var matName = (srcMat != null)? srcMat.name2 : edited.name;
var srcRq = MaterialUtil.GetRenderQueue(matName);
// 既存のマテリアル名に対応するpmatが存在しない => 変更必要
if (srcRq < 0)
{
needPmatChange = true;
}
LogUtil.DebugF("render queue: src={0}, edited={1}", srcRq, edited.renderQueue);
needPmatChange |= !NumberUtil.Equals(edited.renderQueue.val, srcRq, 0.01f);
pmatExport = needPmatChange;
}
}
if (!shaderChanged)
{
// TODO modelロードでsrcMatを作成した場合は条件削除可能
if (srcMat != null)
{
hasParamChanged = editedMat.HasChanged(srcMat);
}
}
editname = editedMat.material.name;
var maid = MaidHolder.Instance.CurrentMaid;
// テクスチャの変更フラグチェック
foreach (var texProp in editedMat.type.texProps)
{
//foreach (string propName in editedMat.type1.texPropNames) {
LogUtil.Debug("propName:", texProp.key);
var tex = editedMat.material.GetTexture(texProp.propId);
var filter = ACCTexturesView.GetFilter(maid, slotName, editedMat.material, texProp.propId);
var colorChanged = (filter != null) && !filter.HasNotChanged();
var fileChanged = false;
if (tex != null && srcMat != null)
{
ACCTextureEx baseTex;
if (srcMat.texDic.TryGetValue(texProp.key, out baseTex))
{
fileChanged = (baseTex.editname != tex.name);
}
}
var trgtTex = new TargetTexture(colorChanged, fileChanged, tex)
{
filter = filter
};
texDic[texProp.key] = trgtTex;
hasTexColorChanged |= colorChanged;
hasTexFileChanged |= fileChanged;
}
LogUtil.Debug("target material initialized");
}
private static ACCMaterialEx Load(BinaryReader reader)
{
int version = reader.ReadInt32();
string name1 = reader.ReadString();
string name2 = reader.ReadString();
string shaderName1 = reader.ReadString();
var shaderType = ShaderType.Resolve(shaderName1);
var created = new ACCMaterialEx(shaderType);
created.name1 = name1;
created.name2 = name2;
//created.shader = created.type;
//created.type1 = ShaderMapper.resolve(shaderName1);
//created.shader = created.type1.shader;
string shaderName2 = reader.ReadString();
while (true)
{
string type = reader.ReadString();
if (type == "end")
{
break;
}
string propName = reader.ReadString();
switch (type)
{
case "tex":
string sub = reader.ReadString();
switch (sub)
{
case "tex2d":
var tex = new ACCTextureEx(propName);
tex.editname = reader.ReadString();
tex.txtpath = reader.ReadString();
tex.texOffset = new Vector2(reader.ReadSingle(),
reader.ReadSingle());
tex.texScale = new Vector2(reader.ReadSingle(),
reader.ReadSingle());
created.texDic[tex.propKey] = tex;
break;
case "null":
break;
case "texRT":
reader.ReadString();
reader.ReadString();
break;
}
break;
case "col":
case "vec":
var c = new Color(reader.ReadSingle(), reader.ReadSingle(),
reader.ReadSingle(), reader.ReadSingle());
created.SetColor(propName, c);
break;
case "f":
float f = reader.ReadSingle();
created.SetFloat(propName, f);
break;
}
}
return(created);
}
// Token: 0x060000E1 RID: 225 RVA: 0x0000B0A4 File Offset: 0x000092A4
private static ACCMaterialEx Load(BinaryReader reader)
{
reader.ReadInt32();
string text = reader.ReadString();
string text2 = reader.ReadString();
string name = reader.ReadString();
ShaderType type = ShaderType.Resolve(name);
ACCMaterialEx accmaterialEx = new ACCMaterialEx(type)
{
name1 = text,
name2 = text2
};
reader.ReadString();
for (;;)
{
string text3 = reader.ReadString();
if (text3 == "end")
{
break;
}
string propName = reader.ReadString();
string a;
if ((a = text3) != null)
{
if (!(a == "tex"))
{
if (!(a == "col") && !(a == "vec"))
{
if (a == "f")
{
float f = reader.ReadSingle();
accmaterialEx.SetFloat(propName, f);
}
}
else
{
Color c = new Color(reader.ReadSingle(), reader.ReadSingle(), reader.ReadSingle(), reader.ReadSingle());
accmaterialEx.SetColor(propName, c);
}
}
else
{
string text4 = reader.ReadString();
string a2;
if ((a2 = text4) != null)
{
if (!(a2 == "tex2d"))
{
if (!(a2 == "null"))
{
if (a2 == "texRT")
{
reader.ReadString();
reader.ReadString();
}
}
}
else
{
ACCTextureEx acctextureEx = new ACCTextureEx(propName);
acctextureEx.editname = reader.ReadString();
acctextureEx.txtpath = reader.ReadString();
acctextureEx.texOffset.x = reader.ReadSingle();
acctextureEx.texOffset.y = reader.ReadSingle();
acctextureEx.texScale.x = reader.ReadSingle();
acctextureEx.texScale.y = reader.ReadSingle();
accmaterialEx.texDic[acctextureEx.propKey] = acctextureEx;
}
}
}
}
}
return(accmaterialEx);
}
public static void Write(BinaryWriter writer, ACCMaterialEx mate) {
writer.Write(FileConst.HEAD_MATE);
writer.Write(1000); // version
writer.Write(mate.name1);
writer.Write(mate.name2);
var shaderName1 = mate.type.name;
writer.Write(shaderName1);
var shaderName2 = ShaderType.GetShader2(shaderName1);
writer.Write(shaderName2);
// tex
for (int i=0; i<mate.type.texProps.Length; i++) {
var texProp = mate.type.texProps[i];
if (texProp.key == PropKey._RenderTex) {
writer.Write("null");
} else {
writer.Write("tex2d");
var tex = mate.texDic[texProp.key];
writer.Write( tex.editname );
writer.Write( tex.txtpath );
outUtil.Write(writer, tex.texOffset.Value);
outUtil.Write(writer, tex.texScale.Value);
}
}
// col
for (int i=0; i<mate.editColors.Length; i++) {
var colProp = mate.type.colProps[i];
var eColor = mate.editColors[i];
// PropType.col
writer.Write(colProp.type.ToString());
writer.Write(colProp.keyName);
outUtil.Write(writer, eColor.val.Value);
}
// f
for (int i=0; i<mate.editVals.Length; i++) {
var prop = mate.type.fProps[i];
var eVal = mate.editVals[i];
// PropType.f
writer.Write(prop.type.ToString());
writer.Write(prop.keyName);
writer.Write(eVal.val);
}
}
public static void Write(string filepath, ACCMaterialEx mate) {
using ( var writer = new BinaryWriter(File.OpenWrite(filepath)) ) {
Write(writer, mate);
}
}
private static ACCMaterialEx Load(BinaryReader reader) {
int version = reader.ReadInt32();
string name1 = reader.ReadString();
string name2 = reader.ReadString();
string shaderName1 = reader.ReadString();
var shaderType = ShaderType.Resolve(shaderName1);
var created = new ACCMaterialEx(shaderType);
created.name1 = name1;
created.name2 = name2;
//created.shader = created.type;
//created.type1 = ShaderMapper.resolve(shaderName1);
//created.shader = created.type1.shader;
string shaderName2 = reader.ReadString();
while(true) {
string type = reader.ReadString();
if (type == "end") break;
string propName = reader.ReadString();
switch (type) {
case "tex":
string sub = reader.ReadString();
switch (sub) {
case "tex2d":
var tex = new ACCTextureEx(propName);
tex.editname = reader.ReadString();
tex.txtpath = reader.ReadString();
tex.texOffset = new Vector2(reader.ReadSingle(),
reader.ReadSingle());
tex.texScale = new Vector2(reader.ReadSingle(),
reader.ReadSingle());
created.texDic[tex.propKey] = tex;
break;
case "null":
break;
case "texRT":
reader.ReadString();
reader.ReadString();
break;
}
break;
case "col":
case "vec":
var c = new Color(reader.ReadSingle(), reader.ReadSingle(),
reader.ReadSingle(), reader.ReadSingle());
created.SetColor(propName, c);
break;
case "f":
float f = reader.ReadSingle();
created.SetFloat(propName, f);
break;
}
}
return created;
}
// Token: 0x06000139 RID: 313 RVA: 0x0000C670 File Offset: 0x0000A870
public void Init(ACCMaterial edited)
{
this.editedMat = edited;
if (!this.onlyModel && !string.IsNullOrEmpty(this.filename))
{
LogUtil.Debug(new object[]
{
"load material file",
this.filename
});
this.srcMat = ACCMaterialEx.Load(this.filename);
this.shaderChanged = (this.editedMat.type != this.srcMat.type);
}
if (edited.type.isTrans)
{
if (Math.Abs(edited.renderQueue.val - 2000f) < 0.01f)
{
this.needPmat = false;
}
else
{
this.needPmat = true;
string matName = (this.srcMat != null) ? this.srcMat.name2 : edited.name;
float renderQueue = MaterialUtil.GetRenderQueue(matName);
if (renderQueue < 0f)
{
this.needPmatChange = true;
}
LogUtil.DebugF("render queue: src={0}, edited={1}", new object[]
{
renderQueue,
edited.renderQueue
});
this.needPmatChange |= !NumberUtil.Equals(edited.renderQueue.val, renderQueue, 0.01f);
this.pmatExport = this.needPmatChange;
}
}
if (!this.shaderChanged && this.srcMat != null)
{
this.hasParamChanged = this.editedMat.HasChanged(this.srcMat);
}
this.editname = this.editedMat.material.name;
Maid currentMaid = MaidHolder.Instance.CurrentMaid;
foreach (ShaderPropTex shaderPropTex in this.editedMat.type.texProps)
{
LogUtil.Debug(new object[]
{
"propName:",
shaderPropTex.key
});
Texture texture = this.editedMat.material.GetTexture(shaderPropTex.propId);
TextureModifier.FilterParam filter = ACCTexturesView.GetFilter(currentMaid, this.slotName, this.editedMat.material, shaderPropTex.propId);
bool flag = filter != null && !filter.HasNotChanged();
bool flag2 = false;
ACCTextureEx acctextureEx;
if (texture != null && this.srcMat != null && this.srcMat.texDic.TryGetValue(shaderPropTex.key, out acctextureEx))
{
flag2 = (acctextureEx.editname != texture.name);
}
TargetTexture value = new TargetTexture(flag, flag2, texture)
{
filter = filter
};
this.texDic[shaderPropTex.key] = value;
this.hasTexColorChanged = (this.hasTexColorChanged || flag);
this.hasTexFileChanged = (this.hasTexFileChanged || flag2);
}
LogUtil.Debug(new object[]
{
"target material initialized"
});
}
public void Init(ACCMaterial edited) {
this.editedMat = edited;
// ファイルからマテリアル情報をロード
if (onlyModel) {
// modelファイルからマテリアルのロード
} else if (!string.IsNullOrEmpty(filename)) {
LogUtil.Debug("load material file", filename);
srcMat = ACCMaterialEx.Load(filename);
shaderChanged = (editedMat.type != srcMat.type);
}
// pmat チェック
// 透過型のみを対象とし、
// 1. マテリアル名に対応するpmatが存在しない場合
// 2. renderQueueが変更されている場合
if (edited.type.isTrans) {
// renderqueueがデフォルト値であれば変更不要
if (Math.Abs(edited.renderQueue.val - 2000) < 0.01f) {
this.needPmat = false;
} else {
this.needPmat = true;
string matName = (srcMat != null)? srcMat.name2 : edited.name;
float srcRq = MaterialType.GetRenderQueue(matName);
// 既存のマテリアル名に対応するpmatが存在しない => 変更必要
if (srcRq < 0) this.needPmatChange = true;
LogUtil.DebugF("render queue: src={0}, edited={1}", srcRq, edited.renderQueue);
this.needPmatChange |= !NumberUtil.Equals(edited.renderQueue.val, srcRq, 0.01f);
this.pmatExport = needPmatChange;
}
}
if (!shaderChanged) {
// TODO modelロードでsrcMatを作成した場合は条件削除可能
if (srcMat != null) hasParamChanged = editedMat.hasChanged(srcMat);
}
this.editname = editedMat.material.name;
var maid = MaidHolder.Instance.currentMaid;
// テクスチャの変更フラグチェック
foreach (var texProp in editedMat.type.texProps) {
//foreach (string propName in editedMat.type1.texPropNames) {
LogUtil.Debug("propName:", texProp.key);
Texture tex = editedMat.material.GetTexture(texProp.propId);
var filter = ACCTexturesView.GetFilter(maid, slotName, editedMat.material, texProp.propId);
var colorChanged = (filter != null) && !filter.hasNotChanged();
var fileChanged = false;
if (tex != null && srcMat != null) {
ACCTextureEx baseTex;
if (srcMat.texDic.TryGetValue(texProp.key, out baseTex)) {
fileChanged = (baseTex.editname != tex.name);
}
}
var trgtTex = new TargetTexture(colorChanged, fileChanged, tex);
trgtTex.filter = filter;
texDic[texProp.key] = trgtTex;
hasTexColorChanged |= colorChanged;
hasTexFileChanged |= fileChanged;
}
LogUtil.Debug("target material initialized");
}