private void loadTex(int texIndex)
{
pcc = new KFreonLib.PCCObjects.ME3PCCObject(textures[texIndex].allPccs[0]);
tex2D = new SaltTexture2D(pcc, textures[texIndex].pccExpIdx, Path.GetDirectoryName(pathCooked));
tex2D.pccExpIdx = textures[texIndex].pccExpIdx;
tex2D.allPccs = textures[texIndex].allPccs;
}
private void bgw1_DoWork(object sender, DoWorkEventArgs e)
{
bgw1.ReportProgress(0);
pcc = new KFreonLib.PCCObjects.ME3PCCObject(tex2D.allPccs[0]);
KFreonLib.PCCObjects.ME3ExportEntry expEntry = pcc.Exports[tex2D.pccExpIdx];
expEntry.SetData(tex2D.ToArray(expEntry.DataOffset, pcc));
pcc.Exports[tex2D.pccExpIdx] = expEntry;
pcc.saveToFile(tex2D.allPccs[0]);
#region Old code
/*
* File.Copy(pcc.pccFileName, exec + "temp.pcc", true);
*
* long test = (new FileInfo(exec + "temp.pcc")).Length;
* if (pcc.bCompressed)
* {
* Form2 decompress = new Form2();
* decompress.Decompress(exec + "temp.pcc");
* decompress.Close();
* if (test == (new FileInfo(exec + "temp.pcc")).Length)
* pcc.saveToFile(exec + "temp.pcc");
* }
* pcc = new Texplorer.PCCObject(exec + "temp.pcc");
* pcc.Names.Add("TEXTUREGROUP_Shadowmap");
* Unreal.PCCObject.ExportEntry exp = pcc.Exports[tex2D.pccExpIdx];
* exp.Data = tex2D.ToArray(exp.DataOffset, pcc);
* pcc.Exports[tex2D.pccExpIdx] = exp;
* pcc.altSaveToFile(exec + "temp2.pcc", true);
* try
* {
* Unreal.PCCObject temp = new Unreal.PCCObject(exec + "temp2.pcc");
* }
* catch
* {
* pcc.saveToFile(exec + "temp2.pcc");
* }
* File.Copy(exec + "temp2.pcc", tex2D.allPccs[0], true);
* bgw1.ReportProgress(1);
*
* for (int i = 0; i < tex2D.allPccs.Count; i++)
* {
* throw new NotImplementedException("Not done yet");
* }
*/
#endregion
tocUpdate();
}
private void bgw1_DoWork(object sender, DoWorkEventArgs e)
{
bgw1.ReportProgress(0);
pcc = new KFreonLib.PCCObjects.ME3PCCObject(tex2D.allPccs[0]);
KFreonLib.PCCObjects.ME3ExportEntry expEntry = pcc.Exports[tex2D.pccExpIdx];
expEntry.SetData(tex2D.ToArray(expEntry.DataOffset, pcc));
pcc.Exports[tex2D.pccExpIdx] = expEntry;
pcc.saveToFile(tex2D.allPccs[0]);
#region Old code
/*
File.Copy(pcc.pccFileName, exec + "temp.pcc", true);
long test = (new FileInfo(exec + "temp.pcc")).Length;
if (pcc.bCompressed)
{
Form2 decompress = new Form2();
decompress.Decompress(exec + "temp.pcc");
decompress.Close();
if (test == (new FileInfo(exec + "temp.pcc")).Length)
pcc.saveToFile(exec + "temp.pcc");
}
pcc = new Texplorer.PCCObject(exec + "temp.pcc");
pcc.Names.Add("TEXTUREGROUP_Shadowmap");
Unreal.PCCObject.ExportEntry exp = pcc.Exports[tex2D.pccExpIdx];
exp.Data = tex2D.ToArray(exp.DataOffset, pcc);
pcc.Exports[tex2D.pccExpIdx] = exp;
pcc.altSaveToFile(exec + "temp2.pcc", true);
try
{
Unreal.PCCObject temp = new Unreal.PCCObject(exec + "temp2.pcc");
}
catch
{
pcc.saveToFile(exec + "temp2.pcc");
}
File.Copy(exec + "temp2.pcc", tex2D.allPccs[0], true);
bgw1.ReportProgress(1);
for (int i = 0; i < tex2D.allPccs.Count; i++)
{
throw new NotImplementedException("Not done yet");
}
*/
#endregion
tocUpdate();
}
private void loadTex(int texIndex)
{
pcc = new KFreonLib.PCCObjects.ME3PCCObject(textures[texIndex].allPccs[0]);
tex2D = new SaltTexture2D(pcc, textures[texIndex].pccExpIdx, Path.GetDirectoryName(pathCooked));
tex2D.pccExpIdx = textures[texIndex].pccExpIdx;
tex2D.allPccs = textures[texIndex].allPccs;
}
