protected override bool OnInitialize()
{
MDL0Shader *header = Header;
_datalen = header->_dataLength;
_mdl0offset = header->_mdl0Offset;
stages = header->_stages;
res0 = header->_res0;
res1 = header->_res1;
res2 = header->_res2;
ref0 = header->_ref0;
ref1 = header->_ref1;
ref2 = header->_ref2;
ref3 = header->_ref3;
ref4 = header->_ref4;
ref5 = header->_ref5;
ref6 = header->_ref6;
ref7 = header->_ref7;
pad0 = header->_pad0;
pad1 = header->_pad1;
if (_name == null)
{
_name = String.Format("Shader{0}", Index);
}
//Attach to materials
byte *pHeader = (byte *)Header;
if ((Model != null) && (Model._matList != null))
{
foreach (MDL0MaterialNode mat in Model._matList)
{
MDL0Material *mHeader = mat.Header;
if (((byte *)mHeader + mHeader->_shaderOffset) == pHeader)
{
mat._shader = this;
_materials.Add(mat);
}
}
}
_swapBlock = *header->SwapBlock;
getIRefValues();
Populate();
return(true);
}
public override bool OnInitialize()
{
MDL0Shader *header = Header;
_datalen = header->_dataLength;
_mdl0offset = header->_mdl0Offset;
_stages = header->_stages;
_res0 = header->_res0;
_res1 = header->_res1;
_res2 = header->_res2;
_ref0 = header->_ref0;
_ref1 = header->_ref1;
_ref2 = header->_ref2;
_ref3 = header->_ref3;
_ref4 = header->_ref4;
_ref5 = header->_ref5;
_ref6 = header->_ref6;
_ref7 = header->_ref7;
_pad0 = header->_pad0;
_pad1 = header->_pad1;
//Attach to materials
byte *pHeader = (byte *)Header;
if ((Model != null) && (Model._matList != null))
{
foreach (MDL0MaterialNode mat in Model._matList)
{
MDL0Material *mHeader = mat.Header;
if (((byte *)mHeader + mHeader->_shaderOffset) == pHeader)
{
mat._shader = this;
_materials.Add(mat);
}
}
}
_swapBlock = *header->SwapBlock;
Populate();
return(true);
}
public override void OnRebuild(VoidPtr address, int length, bool force)
{
MDL0Shader *header = (MDL0Shader *)address;
header->_dataLength = length;
header->_index = Index;
header->_stages = Stages;
header->_ref0 = _ref0;
header->_ref1 = _ref1;
header->_ref2 = _ref2;
header->_ref3 = _ref3;
header->_ref4 = _ref4;
header->_ref5 = _ref5;
header->_ref6 = _ref6;
header->_ref7 = _ref7;
header->_pad0 = 0;
header->_pad1 = 0;
header->_pad2 = 0;
header->_pad3 = 0;
header->_pad4 = 0;
*header->SwapBlock = _swapBlock;
StageGroup *grp = (StageGroup *)(address + 0x80);
for (int i = 0; i < Children.Count; i++)
{
MDL0TEVStageNode c = (MDL0TEVStageNode)Children[i]; //Current Stage
if (i % 2 == 0) //Even Stage
{
*grp = StageGroup.Default;
grp->SetGroup(i / 2);
grp->SetStage(i);
grp->eClrEnv.Data = c._colorEnv;
grp->eAlpEnv.Data = c._alphaEnv;
grp->eCMD.Data = c._cmd;
if (i == Children.Count - 1) //Last stage is even, odd stage isn't used
{
grp->ksel.Data = new KSel(0, 0, c._kcSel, c._kaSel, 0, 0);
grp->tref.Data = new RAS1_TRef(c._texMapID, c._texCoord, c._texEnabled, c._colorChan, TexMapID.TexMap7, TexCoordID.TexCoord7, false, ColorSelChan.Zero);
}
}
else //Odd Stage
{
MDL0TEVStageNode p = (MDL0TEVStageNode)Children[i - 1]; //Previous Stage
grp->SetStage(i);
grp->oClrEnv.Data = c._colorEnv;
grp->oAlpEnv.Data = c._alphaEnv;
grp->oCMD.Data = c._cmd;
grp->ksel.Data = new KSel(0, 0, p._kcSel, p._kaSel, c._kcSel, c._kaSel);
grp->tref.Data = new RAS1_TRef(p._texMapID, p._texCoord, p._texEnabled, p._colorChan, c._texMapID, c._texCoord, c._texEnabled, c._colorChan);
grp = grp->Next;
}
}
}
protected internal override void OnRebuild(VoidPtr address, int length, bool force)
{
MDL0Shader *header = (MDL0Shader *)address;
if (Model._isImport)
{
ref1 =
ref2 =
ref3 =
ref4 =
ref5 =
ref6 =
ref7 = -1;
if (Model._importOptions._mdlType == 0)
{
stages = 3;
}
else
{
stages = 1;
}
}
header->_dataLength = length;
header->_index = Index;
header->_stages = Model._isImport ? stages : (byte)Children.Count;
header->_res0 = res0;
header->_res1 = res1;
header->_res2 = res2;
header->_ref0 = ref0;
header->_ref1 = ref1;
header->_ref2 = ref2;
header->_ref3 = ref3;
header->_ref4 = ref4;
header->_ref5 = ref5;
header->_ref6 = ref6;
header->_ref7 = ref7;
header->_pad0 = pad0;
header->_pad1 = pad1;
*header->SwapBlock = _swapBlock;
//int offset = 0x80;
//foreach (MDL0ShaderStructNode s in Children)
//{
// s.Rebuild(address + offset, 0x30, force);
// offset += 0x30;
//}
StageGroup *grp = (StageGroup *)(address + 0x80);
for (int i = 0; i < Children.Count; i++)
{
TEVStage c = (TEVStage)Children[i]; //Current Stage
if (i % 2 == 0) //Even Stage
{
*grp = StageGroup.Default;
grp->SetGroup(i / 2);
grp->SetStage(i);
grp->eClrEnv.Data.Value = c.rawColEnv;
grp->eAlpEnv.Data.Value = c.rawAlphaEnv;
grp->eCMD.Data.Value = c.rawCMD;
if (i == Children.Count - 1) //Last stage is even, odd stage isn't used
{
grp->ksel.Data.Value = KSel.Shift(0, 0, c.kcsel, c.kasel, 0, 0);
grp->tref.Data.Value = RAS1_TRef.Shift(c.ti, c.tc, c.te ? 1 : 0, c.cc, 7, 7, 0, 7);
}
}
else //Odd Stage
{
TEVStage p = (TEVStage)Children[i - 1]; //Previous Stage
grp->SetStage(i);
grp->oClrEnv.Data.Value = c.rawColEnv;
grp->oAlpEnv.Data.Value = c.rawAlphaEnv;
grp->oCMD.Data.Value = c.rawCMD;
grp->ksel.Data.Value = KSel.Shift(0, 0, p.kcsel, p.kasel, c.kcsel, c.kasel);
grp->tref.Data.Value = RAS1_TRef.Shift(p.ti, p.tc, p.te ? 1 : 0, p.cc, c.ti, c.tc, c.te ? 1 : 0, c.cc);
grp = grp->Next;
}
}
if (Model._isImport)
{
StageGroup *struct0 = header->First;
* struct0 = StageGroup.Default;
struct0->SetGroup(0);
switch (Model._importOptions._mdlType)
{
case 0: //Character
struct0->SetStage(0);
struct0->SetStage(1);
struct0->mask.Data.Value = 0xFFFFF0;
struct0->ksel.Data.Value = 0xE378C0;
struct0->tref.Data.Value = 0x03F040;
struct0->eClrEnv.Data.Value = 0x28F8AF;
struct0->oClrEnv.Data.Value = 0x08FEB0;
struct0->eAlpEnv.Data.Value = 0x08F2F0;
struct0->oAlpEnv.Data.Value = 0x081FF0;
//new MDL0ShaderStructNode().Initialize(this, header->First, StageGroup.Size);
StageGroup *struct1 = struct0->Next;
* struct1 = StageGroup.Default;
struct1->SetGroup(1);
struct1->SetStage(2);
struct1->mask.Data.Value = 0xFFFFF0;
struct1->ksel.Data.Value = 0x0038C0;
struct1->tref.Data.Value = 0x3BF3BF;
struct1->eClrEnv.Data.Value = 0x0806EF;
struct1->eAlpEnv.Data.Value = 0x081FF0;
//new MDL0ShaderStructNode().Initialize(this, struct0->Next, StageGroup.Size);
break;
case 1: //Stage/Item
struct0->SetStage(0);
struct0->mask.Data.Value = 0xFFFFF0;
struct0->ksel.Data.Value = 0x0038C0;
struct0->tref.Data.Value = 0x3BF040;
struct0->eClrEnv.Data.Value = 0x28F8AF;
struct0->eAlpEnv.Data.Value = 0x08F2F0;
//new MDL0ShaderStructNode().Initialize(this, header->First, StageGroup.Size);
break;
}
}
}
public override void OnRebuild(VoidPtr address, int length, bool force)
{
MDL0Shader *header = (MDL0Shader *)address;
if (Model._isImport)
{
_ref1 =
_ref2 =
_ref3 =
_ref4 =
_ref5 =
_ref6 =
_ref7 = -1;
if (Collada._importOptions._mdlType == 0)
{
_stages = 3;
}
else
{
_stages = 1;
}
}
header->_dataLength = length;
header->_index = Index;
header->_stages = Model._isImport ? _stages : (byte)Children.Count;
header->_res0 = 0;
header->_res1 = 0;
header->_res2 = 0;
header->_ref0 = _ref0;
header->_ref1 = _ref1;
header->_ref2 = _ref2;
header->_ref3 = _ref3;
header->_ref4 = _ref4;
header->_ref5 = _ref5;
header->_ref6 = _ref6;
header->_ref7 = _ref7;
header->_pad0 = 0;
header->_pad1 = 0;
*header->SwapBlock = _swapBlock;
StageGroup *grp = (StageGroup *)(address + 0x80);
for (int i = 0; i < Children.Count; i++)
{
TEVStage c = (TEVStage)Children[i]; //Current Stage
if (i % 2 == 0) //Even Stage
{
*grp = StageGroup.Default;
grp->SetGroup(i / 2);
grp->SetStage(i);
grp->eClrEnv.Data = c._colorEnv;
grp->eAlpEnv.Data = c._alphaEnv;
grp->eCMD.Data = c._cmd;
if (i == Children.Count - 1) //Last stage is even, odd stage isn't used
{
grp->ksel.Data = new KSel(0, 0, c._kcSel, c._kaSel, 0, 0);
grp->tref.Data = new RAS1_TRef(c._texMapID, c._texCoord, c._texEnabled, c._colorChan, TexMapID.TexMap7, TexCoordID.TexCoord7, false, ColorSelChan.Zero);
}
}
else //Odd Stage
{
TEVStage p = (TEVStage)Children[i - 1]; //Previous Stage
grp->SetStage(i);
grp->oClrEnv.Data = c._colorEnv;
grp->oAlpEnv.Data = c._alphaEnv;
grp->oCMD.Data = c._cmd;
grp->ksel.Data = new KSel(0, 0, p._kcSel, p._kaSel, c._kcSel, c._kaSel);
grp->tref.Data = new RAS1_TRef(p._texMapID, p._texCoord, p._texEnabled, p._colorChan, c._texMapID, c._texCoord, c._texEnabled, c._colorChan);
grp = grp->Next;
}
}
if (Model._isImport)
{
StageGroup *struct0 = header->First;
* struct0 = StageGroup.Default;
struct0->SetGroup(0);
switch (Collada._importOptions._mdlType)
{
case Modeling.Collada.ImportOptions.MDLType.Character:
struct0->SetStage(0);
struct0->SetStage(1);
struct0->mask.Data.Value = 0xFFFFF0;
struct0->ksel.Data.Value = 0xE378C0;
struct0->tref.Data.Value = 0x03F040;
struct0->eClrEnv.Data.Value = 0x28F8AF;
struct0->oClrEnv.Data.Value = 0x08FEB0;
struct0->eAlpEnv.Data.Value = 0x08F2F0;
struct0->oAlpEnv.Data.Value = 0x081FF0;
StageGroup *struct1 = struct0->Next;
* struct1 = StageGroup.Default;
struct1->SetGroup(1);
struct1->SetStage(2);
struct1->mask.Data.Value = 0xFFFFF0;
struct1->ksel.Data.Value = 0x0038C0;
struct1->tref.Data.Value = 0x3BF3BF;
struct1->eClrEnv.Data.Value = 0x0806EF;
struct1->eAlpEnv.Data.Value = 0x081FF0;
break;
case Modeling.Collada.ImportOptions.MDLType.Stage:
struct0->SetStage(0);
struct0->mask.Data.Value = 0xFFFFF0;
struct0->ksel.Data.Value = 0x0038C0;
struct0->tref.Data.Value = 0x3BF040;
struct0->eClrEnv.Data.Value = 0x28F8AF;
struct0->eAlpEnv.Data.Value = 0x08F2F0;
break;
}
}
}
