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Copy pathtree.cpp
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1114 lines (1066 loc) · 72.8 KB
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#include "MDL.h"
#include "frame.h"
/**
Functions:
RetrieveString() // Helper
AddMenuLines() // frame.h
DetermineDisplayText() // frame.h
/**/
std::string RetrieveString(std::vector<std::string> & items, unsigned nIndex){
if(nIndex >= items.size()) return "";
return items.at(nIndex);
}
void AddMenuLines(MDL & Mdl, std::vector<std::string> cItem, LPARAM lParam, MenuLineAdder * pmla, int nFile){
if(bShowHex && lParam){
std::vector<DataRegion> * p_dataRegions = GetDataRegions(cItem, lParam);
if(p_dataRegions) for(DataRegion & region : *p_dataRegions){
if(TabCtrl_GetTabIndexByText(hTabs, region.sFile) == -1) continue;
InsertMenu(pmla->hMenu, pmla->nIndex, MF_BYPOSITION | MF_STRING, IDPM_SCROLL, "Scroll here");
pmla->nIndex++;
break;
}
}
if(RetrieveString(cItem, 0) == "") return;
/// Header
else if(RetrieveString(cItem, 0) == "Header"){
InsertMenu(pmla->hMenu, pmla->nIndex, MF_BYPOSITION | MF_STRING, IDPM_OPEN_EDITOR, "Edit values");
pmla->nIndex++;
}
/// Geometry Node
else if((RetrieveString(cItem, 1) == "Geometry") || ((RetrieveString(cItem, 3) == "Geometry") && ((RetrieveString(cItem, 1) == "Children") || (safesubstr(RetrieveString(cItem, 0), 0, 7) == "Parent:")))){
InsertMenu(pmla->hMenu, pmla->nIndex, MF_BYPOSITION | MF_STRING, IDPM_VIEW_ASCII, "View ascii");
pmla->nIndex++;
InsertMenu(pmla->hMenu, pmla->nIndex, MF_BYPOSITION | MF_STRING, IDPM_OPEN_EDITOR, "Edit values");
pmla->nIndex++;
/*
if(bShowHex){
InsertMenu(pmla->hMenu, pmla->nIndex, MF_BYPOSITION | MF_STRING, IDPM_SCROLL, "Scroll here");
pmla->nIndex++;
}
*/
}
/// Animation
else if(RetrieveString(cItem, 1) == "Animations"){
InsertMenu(pmla->hMenu, pmla->nIndex, MF_BYPOSITION | MF_STRING, IDPM_VIEW_ASCII, "View ascii");
pmla->nIndex++;
InsertMenu(pmla->hMenu, pmla->nIndex, MF_BYPOSITION | MF_STRING, IDPM_OPEN_EDITOR, "Edit values");
pmla->nIndex++;
/*
if(bShowHex){
InsertMenu(pmla->hMenu, pmla->nIndex, MF_BYPOSITION | MF_STRING, IDPM_SCROLL, "Scroll here");
pmla->nIndex++;
}
*/
}
/// Animation Node
else if((RetrieveString(cItem, 2) == "Animations") || ((RetrieveString(cItem, 4) == "Animations") && ((RetrieveString(cItem, 1) == "Children") || (safesubstr(RetrieveString(cItem, 0), 0, 7) == "Parent:")))){
InsertMenu(pmla->hMenu, pmla->nIndex, MF_BYPOSITION | MF_STRING, IDPM_VIEW_ASCII, "View ascii");
pmla->nIndex++;
/*
if(bShowHex){
InsertMenu(pmla->hMenu, pmla->nIndex, MF_BYPOSITION | MF_STRING, IDPM_SCROLL, "Scroll here");
pmla->nIndex++;
}
*/
}
/// Controllers
else if(RetrieveString(cItem, 1) == "Controllers"){
InsertMenu(pmla->hMenu, pmla->nIndex, MF_BYPOSITION | MF_STRING, IDPM_VIEW_ASCII, "View ascii");
pmla->nIndex++;
InsertMenu(pmla->hMenu, pmla->nIndex, MF_BYPOSITION | MF_STRING, IDPM_OPEN_EDITOR, "Edit values");
pmla->nIndex++;
}
/// Node subtypes and arrays
else if(RetrieveString(cItem, 0) == "Light" ||
RetrieveString(cItem, 1) == "Lens Flares" ||
RetrieveString(cItem, 0) == "Emitter" ||
RetrieveString(cItem, 0) == "Reference" ||
RetrieveString(cItem, 0) == "Mesh" ||
RetrieveString(cItem, 1) == "Vertices" && nFile == 0 ||
RetrieveString(cItem, 1) == "Faces" && nFile == 0 ||
RetrieveString(cItem, 1) == "Bones" ||
RetrieveString(cItem, 0) == "Danglymesh" ||
RetrieveString(cItem, 1) == "Danglymesh" ||
RetrieveString(cItem, 0) == "Lightsaber" ||
RetrieveString(cItem, 1) == "Lightsaber" ){
InsertMenu(pmla->hMenu, pmla->nIndex, MF_BYPOSITION | MF_STRING, IDPM_OPEN_EDITOR, "Edit values");
pmla->nIndex++;
}
else if(RetrieveString(cItem, 0) == "Vertices" && nFile == 0){
/*
if(Mdl.Mdx && bShowHex){
InsertMenu(pmla->hMenu, pmla->nIndex, MF_BYPOSITION | MF_STRING, IDPM_SCROLL, "Scroll here (MDX)");
pmla->nIndex++;
}
*/
}
else return;
}
void DetermineDisplayText(std::vector<std::string>cItem, std::stringstream & sPrint, LPARAM lParam){
if(DEBUG_LEVEL > 1000) std::cout << "Updating Display!";
bool bMdl = false, bWok = false, bPwk = false, bDwk0 = false, bDwk1 = false, bDwk2 = false;
for(int j = 0; !bMdl && !bWok && !bPwk && !bDwk0 && !bDwk1 && !bDwk2; j++){
if(cItem.at(j) == to_ansi(Model.GetFilename())) bMdl = true;
if(!Model.Wok) {}
else if(cItem.at(j) == to_ansi(Model.Wok->GetFilename())) bWok = true;
if(!Model.Pwk) {}
else if(cItem.at(j) == to_ansi(Model.Pwk->GetFilename())) bPwk = true;
if(!Model.Dwk0) {}
else if(cItem.at(j) == to_ansi(Model.Dwk0->GetFilename())) bDwk0 = true;
if(!Model.Dwk1) {}
else if(cItem.at(j) == to_ansi(Model.Dwk1->GetFilename())) bDwk1 = true;
if(!Model.Dwk2) {}
else if(cItem.at(j) == to_ansi(Model.Dwk2->GetFilename())) bDwk2 = true;
}
if(bMdl){
FileHeader & Data = *Model.GetFileData();
if(cItem.size() < 2 || RetrieveString(cItem, 0) == "") sPrint.flush();
/// Header ///
else if(RetrieveString(cItem, 0) == "Header"){
std::string sModelType;
if(Data.MH.GH.nModelType == 1) sModelType = "geometry";
else if(Data.MH.GH.nModelType == 2) sModelType = "model";
else if(Data.MH.GH.nModelType == 5) sModelType = "animation";
else sModelType = "unknown";
sPrint << "== Header ==";
sPrint << "\r\n" << "Model Name: " << Data.MH.GH.sName.c_str();
sPrint << "\r\n" << "Model Type: " << (int)Data.MH.GH.nModelType << " (" << sModelType << ")";
sPrint << "\r\n" << "Supermodel: " << Data.MH.cSupermodelName.c_str();
//sPrint << "\r\n" << " Supermodel Reference: " << Data.MH.nSupermodelReference;
sPrint << "\r\n" << "Classification: " << (short) Data.MH.nClassification << " (" << ReturnClassificationName(Data.MH.nClassification).c_str() << ")";
sPrint << "\r\n" << "Unknown1: " << (short) Data.MH.nSubclassification;
//sPrint << "\r\n" << "Unknown2: " << (short) Data.MH.nUnknown;
sPrint << "\r\n" << "Affected By Fog: " << (short) Data.MH.nAffectedByFog;
sPrint << "\r\n";
sPrint << "\r\n" << "Bounding Box Min: " << PrepareFloat(Data.MH.vBBmin.fX);
sPrint << "\r\n" << " " << PrepareFloat(Data.MH.vBBmin.fY);
sPrint << "\r\n" << " " << PrepareFloat(Data.MH.vBBmin.fZ);
sPrint << "\r\n" << "Bounding Box Max: " << PrepareFloat(Data.MH.vBBmax.fX);
sPrint << "\r\n" << " " << PrepareFloat(Data.MH.vBBmax.fY);
sPrint << "\r\n" << " " << PrepareFloat(Data.MH.vBBmax.fZ);
sPrint << "\r\n" << "Radius: " << PrepareFloat(Data.MH.fRadius);
sPrint << "\r\n" << "Animation Scale: " << PrepareFloat(Data.MH.fScale);
sPrint << "\r\n";
sPrint << "\r\n" << "MDL Length: " << Data.nMdlLength;
sPrint << "\r\n" << "MDX Length: " << Data.nMdxLength;
sPrint << "\r\n" << "Function Pointer 0: " << Data.MH.GH.nFunctionPointer0;
sPrint << "\r\n" << "Function Pointer 1: " << Data.MH.GH.nFunctionPointer1;
}
/// Animations ///
else if(RetrieveString(cItem, 0) == "Animations"){
sPrint << "== Animations ==";
sPrint << "\r\n" << "Offset to Animation Array: " << Data.MH.AnimationArray.nOffset;
sPrint << "\r\n" << "Animation Count: " << Data.MH.Animations.size();
}
else if(RetrieveString(cItem, 1) == "Animations"){
Animation * anim = (Animation * ) lParam;
std::string sModelType;
if(anim->nModelType == 1) sModelType = "geometry";
else if(anim->nModelType == 2) sModelType = "model";
else if(anim->nModelType == 5) sModelType = "animation";
else sModelType = "unknown";
sPrint << "== Animation '" << anim->sName.c_str() << "' ==";
sPrint << "\r\n" << "Length: " << PrepareFloat(anim->fLength);
sPrint << "\r\n" << "Transition: " << PrepareFloat(anim->fTransition);
sPrint << "\r\n" << "Anim Root: " << anim->sAnimRoot.c_str();
sPrint << "\r\n";
sPrint << "\r\n" << "Offset to Anim: " << anim->nOffset;
sPrint << "\r\n" << "Offset to Root: " << anim->nOffsetToRootAnimationNode;
sPrint << "\r\n" << "Number of Names: " << anim->nNumberOfNames;
sPrint << "\r\n" << "Model Type: " << (int) anim->nModelType << " (" << sModelType << ")";
sPrint << "\r\n" << "Function Pointer 0: " << anim->nFunctionPointer0;
sPrint << "\r\n" << "Function Pointer 1: " << anim->nFunctionPointer1;
sPrint << "\r\n";
sPrint << "\r\n" << "-- Events --";
sPrint << "\r\n" << "Offset: " << anim->EventArray.nOffset;
sPrint << "\r\n" << "Count: " << anim->EventArray.nCount;
for(int e = 0; e < anim->Events.size(); e++){
sPrint << "\r\n" << "Event " << e << ": " << anim->Events.at(e).sName.c_str() << " at " << PrepareFloat(anim->Events.at(e).fTime);
}
}
/// Geometry ///
else if(RetrieveString(cItem, 0) == "Geometry"){
sPrint << "== Geometry ==";
sPrint << "\r\n" << "Offset to Name Array: " << Data.MH.NameArray.nOffset;
sPrint << "\r\n" << "Offset to Root Node: " << Data.MH.GH.nOffsetToRootNode;
sPrint << "\r\n" << "Offset to Head Root: " << Data.MH.nOffsetToHeadRootNode;
sPrint << "\r\n";
sPrint << "\r\n" << "Name Count: " << Data.MH.Names.size();
sPrint << "\r\n" << "Node Count: " << Data.MH.nNodeCount;
sPrint << "\r\n" << "Total Nodes: " << Data.MH.GH.nTotalNumberOfNodes << " (with Supermodel)";
sPrint << "\r\n";
sPrint << "\r\n" << "Layout Position: " << PrepareFloat(Data.MH.vLytPosition.fX) << " " << PrepareFloat(Data.MH.vLytPosition.fY) << " " << PrepareFloat(Data.MH.vLytPosition.fZ);
if(Data.MH.nTotalVertCount){
sPrint << "\r\n";
sPrint << "\r\n" << "Total Verts on Model: " << Data.MH.nTotalVertCount;
if(Data.MH.nExcludedVerts) sPrint << " (" << Data.MH.nTotalVertCount - Data.MH.nExcludedVerts << " without lightsaber verts)";
if(Data.MH.nTotalTangent1Count) sPrint << "\r\n" << "Total Verts with Tangent Space 1: " << Data.MH.nTotalTangent1Count;
if(Data.MH.nTotalTangent2Count) sPrint << "\r\n" << "Total Verts with Tangent Space 2: " << Data.MH.nTotalTangent2Count;
if(Data.MH.nTotalTangent3Count) sPrint << "\r\n" << "Total Verts with Tangent Space 3: " << Data.MH.nTotalTangent3Count;
if(Data.MH.nTotalTangent4Count) sPrint << "\r\n" << "Total Verts with Tangent Space 4: " << Data.MH.nTotalTangent4Count;
}
}
/// Node ///
else if((((RetrieveString(cItem, 1) == "Geometry") || (RetrieveString(cItem, 2) == "Animations") || (RetrieveString(cItem, 1) == "Children") || (safesubstr(RetrieveString(cItem, 0), 0, 7) == "Parent:"))
|| (bModelHierarchy && (cItem.size() > 2 && cItem.at(cItem.size() - 2) == "Geometry" || cItem.size() > 3 && cItem.at(cItem.size() - 2) == "Animations"))) && !bWok){
Node * node = (Node * ) lParam;
//std::cout << "Current name in problematic position: " << RetrieveString(cItem, 0).c_str() << "\n";
sPrint << "== " << Data.MH.Names[node->Head.nNameIndex].sName.c_str() << " ==";
sPrint << "\r\n" << "Type: " << node->Head.nType << " (";
if( node->Head.nType == (NODE_HEADER | NODE_MESH | NODE_DANGLY)) sPrint << "dangly";
else if(node->Head.nType == (NODE_HEADER | NODE_MESH | NODE_SKIN)) sPrint << "skin";
else if(node->Head.nType == (NODE_HEADER | NODE_MESH | NODE_SABER)) sPrint << "saber";
else if(node->Head.nType == (NODE_HEADER | NODE_MESH | NODE_AABB)) sPrint << "aabb";
else if(node->Head.nType == (NODE_HEADER | NODE_MESH)) sPrint << "mesh";
else if(node->Head.nType == (NODE_HEADER | NODE_REFERENCE)) sPrint << "reference";
else if(node->Head.nType == (NODE_HEADER | NODE_EMITTER)) sPrint << "emitter";
else if(node->Head.nType == (NODE_HEADER | NODE_LIGHT)) sPrint << "light";
else if(node->Head.nType == (NODE_HEADER)) sPrint << "basic";
else sPrint << "unknown";
sPrint << ")";
sPrint << "\r\n" << "Node: " << node->Head.nSupernodeNumber;
sPrint << "\r\n" << "Name: " << node->Head.nNameIndex << " (" << Data.MH.Names[node->Head.nNameIndex].sName.c_str() << ")";
sPrint << "\r\n" << "Offset to Root: " << node->Head.nOffsetToRoot;
sPrint << "\r\n" << "Offset to Node: " << node->nOffset;
sPrint << "\r\n" << "Offset to Parent: " << node->Head.nOffsetToParent;
if(!node->nAnimation.Valid()){
sPrint << "\r\n";
sPrint << "\r\n" << "Position: " << PrepareFloat(node->Head.vPos.fX);
for(int cifra = 0; cifra < (13 - PrepareFloat(node->Head.vPos.fX).length()); cifra++) sPrint << " ";
sPrint << " (" << PrepareFloat(node->Head.vFromRoot.fX) << ")";
sPrint << "\r\n" << " " << PrepareFloat(node->Head.vPos.fY);
for(int cifra = 0; cifra < (13 - PrepareFloat(node->Head.vPos.fY).length()); cifra++) sPrint << " ";
sPrint << " (" << PrepareFloat(node->Head.vFromRoot.fY) << ")";
sPrint << "\r\n" << " " << PrepareFloat(node->Head.vPos.fZ);
for(int cifra = 0; cifra < (13 - PrepareFloat(node->Head.vPos.fZ).length()); cifra++) sPrint << " ";
sPrint << " (" << PrepareFloat(node->Head.vFromRoot.fZ) << ")";
sPrint << "\r\n" << "Orientation: " << PrepareFloat(node->Head.oOrient.GetQuaternion().vAxis.fX);// << " (AA " << PrepareFloat(node->Head.oOrient.GetAxisAngle().vAxis.fX) << ")";
sPrint << "\r\n" << " " << PrepareFloat(node->Head.oOrient.GetQuaternion().vAxis.fY);// << " (AA " << PrepareFloat(node->Head.oOrient.GetAxisAngle().vAxis.fY) << ")";
sPrint << "\r\n" << " " << PrepareFloat(node->Head.oOrient.GetQuaternion().vAxis.fZ);// << " (AA " << PrepareFloat(node->Head.oOrient.GetAxisAngle().vAxis.fZ) << ")";
sPrint << "\r\n" << " " << PrepareFloat(node->Head.oOrient.GetQuaternion().fW);// << " (AA " << PrepareFloat(node->Head.oOrient.GetAxisAngle().fAngle) << ")";
}
}
else if(RetrieveString(cItem, 0) == "Controllers"){
Header * head = & (((Node *) lParam)->Head); //(Header * ) lParam;
sPrint << "== Controllers ==";
sPrint << "\r\n" << "Offset: " << head->ControllerArray.nOffset;
sPrint << "\r\n" << "Count: " << head->ControllerArray.nCount;
std::vector<double> & fFloats = head->ControllerData;
sPrint << "\r\n";
sPrint << "\r\n" << "-- Controller Data --";
sPrint << "\r\n" << "Offset: " << head->ControllerDataArray.nOffset;
sPrint << "\r\n" << "Count: " << head->ControllerDataArray.nCount;
if(fFloats.size() > 0){
//sPrint << "\r\n" << "Data:";
char cSpaces [10];
int i = 0;
while(i < fFloats.size()){
//std::cout << string_format("Printing Controller Data float %i\n", i);
if(fFloats[i] >= 0.0 || (!std::isfinite(fFloats[i]) && !(fFloats[i] < 0.0))) sprintf(cSpaces, " ");
else sprintf(cSpaces, "");
if(i < 10) strcat(cSpaces, " ");
sPrint << "\r\n" << "Data " << i << ": " << cSpaces << " " << PrepareFloat(fFloats[i], false);
i++;
}
}
}
else if(RetrieveString(cItem, 1) == "Controllers"){
Controller * ctrl = (Controller*) lParam;
Node & geonode = Data.MH.ArrayOfNodes.at(ctrl->nNameIndex);
sPrint << "== Controller '" << RetrieveString(cItem, 0).c_str() << "' ==";
sPrint << "\r\n" << "Controller Type: " << ctrl->nControllerType.Print() << " (" << ReturnControllerName(ctrl->nControllerType, geonode.Head.nType) << ")";
sPrint << "\r\n" << "Unknown: " << ctrl->nUnknown2.Print();
sPrint << "\r\n";
sPrint << "\r\n" << "Value Count: " << ctrl->nValueCount.Print();
sPrint << "\r\n" << "Timekey Start: " << ctrl->nTimekeyStart.Print();
sPrint << "\r\n" << "Data Start: " << ctrl->nDataStart.Print();
if(!ctrl->nColumnCount.Valid()) throw mdlexception("Column count is not valid!");
sPrint << "\r\n" << "Column Count: " << (int) (ctrl->nColumnCount & 15);
sPrint << "\r\n" << "Bezier: " << (ctrl->nColumnCount & 16 ? 1 : 0);
sPrint << "\r\n";
if(!ctrl->nValueCount.Valid()) throw mdlexception("Value count is not valid!");
sPrint << "\r\n" << "Value" << (ctrl->nValueCount > 1 ? "s" : "") << ":";
Node * tempNode = nullptr;
if(ctrl->nAnimation.Valid()){
Animation & anim = Data.MH.Animations.at(ctrl->nAnimation);
for(int an = 0; an < anim.ArrayOfNodes.size() && tempNode == nullptr; an++){
Node & animNode = anim.ArrayOfNodes.at(an);
if(ctrl->nNameIndex == animNode.Head.nNameIndex){
for(int ac = 0; ac < animNode.Head.Controllers.size() && tempNode == nullptr; ac++){
if(&animNode.Head.Controllers.at(ac) == ctrl) tempNode = &animNode;
}
}
}
if(tempNode == nullptr) throw mdlexception("Could not find animation node with the currently selected controller!");
}
else tempNode = &geonode;
Node & node = *tempNode;
Location loc = geonode.GetLocation();
try{
for(int n = 0; n < ctrl->nValueCount; n++){
if(ctrl->nAnimation.Valid()) sPrint << "\r\n" << "(" << PrepareFloat(node.Head.ControllerData.at(ctrl->nTimekeyStart + n)) << ") ";
else sPrint << " ";
/// Orientation controller
if(ctrl->nControllerType == CONTROLLER_HEADER_ORIENTATION){
/// Compressed orientation
if(ctrl->nColumnCount == 2){
Quaternion qCurrent = DecompressQuaternion(*(unsigned*) &node.Head.ControllerData.at(ctrl->nDataStart + n));
sPrint << PrepareFloat(qCurrent.vAxis.fX) << " " << PrepareFloat(qCurrent.vAxis.fY) << " " << PrepareFloat(qCurrent.vAxis.fZ) << " " << PrepareFloat(qCurrent.fW);
}
/// Uncompressed orientation
else if(ctrl->nColumnCount == 4){
Quaternion qCurrent = Quaternion(node.Head.ControllerData.at(ctrl->nDataStart + n*4 + 0),
node.Head.ControllerData.at(ctrl->nDataStart + n*4 + 1),
node.Head.ControllerData.at(ctrl->nDataStart + n*4 + 2),
node.Head.ControllerData.at(ctrl->nDataStart + n*4 + 3));
sPrint << PrepareFloat(qCurrent.vAxis.fX) << " " << PrepareFloat(qCurrent.vAxis.fY) << " " << PrepareFloat(qCurrent.vAxis.fZ) << " " << PrepareFloat(qCurrent.fW);
}
/// unknown orientation controller type
else{
std::cout << "Controller data error for " << ReturnControllerName(ctrl->nControllerType, node.Head.nType) << " in " << Data.MH.Names.at(ctrl->nNameIndex).sName << " (" << (!ctrl->nAnimation.Valid() ? "geometry" : Data.MH.Animations.at(ctrl->nAnimation).sName.c_str()) << ")!\n";
Error("A controller type is not being handled! Check the console and add the necessary code!");
}
}
/// bezier controller
else if(ctrl->nColumnCount & 16){
/// Position controller
if(ctrl->nControllerType == CONTROLLER_HEADER_POSITION && ctrl->nAnimation.Valid()){
sPrint << " " << PrepareFloat(loc.vPosition.fX + node.Head.ControllerData.at(ctrl->nDataStart + n*9 + (0)));
sPrint << " " << PrepareFloat(loc.vPosition.fY + node.Head.ControllerData.at(ctrl->nDataStart + n*9 + (1)));
sPrint << " " << PrepareFloat(loc.vPosition.fZ + node.Head.ControllerData.at(ctrl->nDataStart + n*9 + (2)));
sPrint << " | " << PrepareFloat(node.Head.ControllerData.at(ctrl->nDataStart + n*9 + (3)));
sPrint << " " << PrepareFloat(node.Head.ControllerData.at(ctrl->nDataStart + n*9 + (4)));
sPrint << " " << PrepareFloat(node.Head.ControllerData.at(ctrl->nDataStart + n*9 + (5)));
sPrint << " | " << PrepareFloat(node.Head.ControllerData.at(ctrl->nDataStart + n*9 + (6)));
sPrint << " " << PrepareFloat(node.Head.ControllerData.at(ctrl->nDataStart + n*9 + (7)));
sPrint << " " << PrepareFloat(node.Head.ControllerData.at(ctrl->nDataStart + n*9 + (8)));
}
/// Other controllers
else{
for(int i = 0; i < (ctrl->nColumnCount & 15) * 3; i++){
sPrint << PrepareFloat(node.Head.ControllerData.at(ctrl->nDataStart + n * ((ctrl->nColumnCount & 15) * 3) + i));
if(i < (ctrl->nColumnCount & 15) * 3 - 1){
sPrint << " ";
if((i+1) % (ctrl->nColumnCount & 15) == 0) sPrint << "| ";
}
}
}
}
/// regular controller
else if(ctrl->nColumnCount == 1 || ctrl->nColumnCount == 3){
/// Position controller
if(ctrl->nControllerType == CONTROLLER_HEADER_POSITION && ctrl->nAnimation.Valid()){
sPrint << PrepareFloat(loc.vPosition.fX + node.Head.ControllerData.at(ctrl->nDataStart + n*ctrl->nColumnCount + 0));
sPrint << " ";
sPrint << PrepareFloat(loc.vPosition.fY + node.Head.ControllerData.at(ctrl->nDataStart + n*ctrl->nColumnCount + 1));
sPrint << " ";
sPrint << PrepareFloat(loc.vPosition.fZ + node.Head.ControllerData.at(ctrl->nDataStart + n*ctrl->nColumnCount + 2));
}
/// Other controllers
else{
for(int i = 0; i < ctrl->nColumnCount; i++){
sPrint << PrepareFloat(node.Head.ControllerData.at(ctrl->nDataStart + n*ctrl->nColumnCount + i));
if(i < ctrl->nColumnCount - 1) sPrint << " ";
}
}
}
/// unknown controller type
else{
std::cout << "Controller data error for " << ReturnControllerName(ctrl->nControllerType, node.Head.nType) << " in " << Data.MH.Names.at(ctrl->nNameIndex).sName << " (" << (!ctrl->nAnimation.Valid() ? "geometry" : Data.MH.Animations.at(ctrl->nAnimation).sName.c_str()) << ")!\n";
Error("A controller type is not being handled! Check the console and add the necessary code!");
}
}
}
catch(const std::out_of_range & e){
Error("An out of range exception occurred:\n\n" + std::string(e.what()));
}
}
else if(RetrieveString(cItem, 0) == "Children"){
Header * head = & (((Node *) lParam)->Head); //(Header * ) lParam;
sPrint << "== Children ==";
sPrint << "\r\n" << "Offset: " << head->ChildrenArray.nOffset;
sPrint << "\r\n" << "Count: " << head->ChildrenArray.nCount;
}
/// Light ///
else if(RetrieveString(cItem, 0) == "Light"){
LightHeader * light = &((Node*) lParam)->Light;
sPrint << "== Light ==";
sPrint << "\r\n" << "LightPriority: " << light->nLightPriority;
sPrint << "\r\n" << "Ambient Only: " << light->nAmbientOnly;
sPrint << "\r\n" << "Dynamic Type: " << light->nDynamicType;
sPrint << "\r\n" << "Affect Dynamic: " << light->nAffectDynamic;
sPrint << "\r\n" << "Shadow: " << light->nShadow;
sPrint << "\r\n" << "Flare: " << light->nFlare;
sPrint << "\r\n" << "Fading Light: " << light->nFadingLight;
sPrint << "\r\n";
sPrint << "\r\n" << "-- Lens Flares --";
sPrint << "\r\n" << "Flare Radius: " << PrepareFloat(light->fFlareRadius);
sPrint << "\r\n";
sPrint << "\r\n" << "Sizes Offset: " << light->FlareSizeArray.nOffset;
sPrint << "\r\n" << "Sizes Count: " << light->FlareSizes.size();
sPrint << "\r\n";
sPrint << "\r\n" << "Positions Offset: " << light->FlarePositionArray.nOffset;
sPrint << "\r\n" << "Positions Count: " << light->FlarePositions.size();
sPrint << "\r\n";
sPrint << "\r\n" << "Color Shifts Offset: " << light->FlareColorShiftArray.nOffset;
sPrint << "\r\n" << "Color Shifts Count: " << light->FlareColorShifts.size();
sPrint << "\r\n";
sPrint << "\r\n" << "Textures Offset: " << light->FlareTextureNameArray.nOffset;
sPrint << "\r\n" << "Textures Count: " << light->FlareTextureNames.size();
}
else if(RetrieveString(cItem, 1) == "Light"){
LightHeader * light = & ((Node * ) lParam)->Light;
std::string sName = RetrieveString(cItem, 0);
MdlInteger<unsigned int> nIndex;
int nPos = 0;
if(sName.length() < 1) return;
for(nPos = sName.length() - 1; nPos >= 0 && sName.at(nPos) != ' '; nPos--){}
if(nPos == 0) return;
try{ nIndex = stoi(sName.substr(nPos+1),(size_t*) NULL); }
catch(std::invalid_argument){
std::cout << "DetermineTreeText - Lens Flare: There was an error converting the string: " << sName.substr(nPos) << ".\n";
return;
}
if(!nIndex.Valid()) throw mdlexception("Lens flare index that should be retreived from the name in the tree item is invalid.");
sPrint << "== " << sName << " ==";
try{ sPrint << "\r\n" << "Size: " << PrepareFloat(light->FlareSizes.at(nIndex)); }
catch(...){}
try{ sPrint << "\r\n" << "Texture: " << light->FlareTextureNames.at(nIndex).sName.c_str(); }
catch(...){}
try{ sPrint << "\r\n" << "Position: " << PrepareFloat(light->FlarePositions.at(nIndex)); }
catch(...){}
try{
sPrint << "\r\n" << "Color Shift: " << PrepareFloat(light->FlareColorShifts.at(nIndex).fR);
sPrint << "\r\n" << " " << PrepareFloat(light->FlareColorShifts.at(nIndex).fG);
sPrint << "\r\n" << " " << PrepareFloat(light->FlareColorShifts.at(nIndex).fB);
}
catch(...){}
}
/// Emitter ///
else if(RetrieveString(cItem, 0) == "Emitter"){
EmitterHeader * emitter = &((Node*) lParam)->Emitter;
sPrint << "== Emitter ==";
sPrint << "\r\n" << "Dead Space: " << PrepareFloat(emitter->fDeadSpace);
sPrint << "\r\n" << "Blast Radius: " << PrepareFloat(emitter->fBlastRadius);
sPrint << "\r\n" << "Blast Length: " << PrepareFloat(emitter->fBlastLength);
sPrint << "\r\n" << "Branch Count: " << emitter->nBranchCount;
sPrint << "\r\n" << "Ctrl Pt Smoothing: " << PrepareFloat(emitter->fControlPointSmoothing);
sPrint << "\r\n" << "X Grid: " << emitter->nxGrid;
sPrint << "\r\n" << "Y Grid: " << emitter->nyGrid;
sPrint << "\r\n" << "Spawn Type: " << emitter->nSpawnType;
sPrint << "\r\n" << "Update: " << emitter->cUpdate.c_str();
sPrint << "\r\n" << "Render: " << emitter->cRender.c_str();
sPrint << "\r\n" << "Blend: " << emitter->cBlend.c_str();
sPrint << "\r\n" << "Texture: " << emitter->cTexture.c_str();
sPrint << "\r\n" << "Chunk Name: " << emitter->cChunkName.c_str();
sPrint << "\r\n" << "Twosided Texture: " << emitter->nTwosidedTex;
sPrint << "\r\n" << "Loop: " << emitter->nLoop;
sPrint << "\r\n" << "Render Order: " << emitter->nRenderOrder;
sPrint << "\r\n" << "Frame Blending: " << (short) emitter->nFrameBlending;
sPrint << "\r\n" << "Depth Texture Name: " << emitter->cDepthTextureName.c_str();
sPrint << "\r\n";
sPrint << "\r\n" << "-- Emitter Flags --";
sPrint << "\r\n" << " p2p: " << (emitter->nFlags & EMITTER_FLAG_P2P ? 1 : 0);
sPrint << "\r\n" << " p2p_sel: " << (emitter->nFlags & EMITTER_FLAG_P2P_SEL ? 1 : 0);
sPrint << "\r\n" << " affected_wind: " << (emitter->nFlags & EMITTER_FLAG_AFFECTED_WIND ? 1 : 0);
sPrint << "\r\n" << " tinted: " << (emitter->nFlags & EMITTER_FLAG_TINTED ? 1 : 0);
sPrint << "\r\n" << " bounce: " << (emitter->nFlags & EMITTER_FLAG_BOUNCE ? 1 : 0);
sPrint << "\r\n" << " random: " << (emitter->nFlags & EMITTER_FLAG_RANDOM ? 1 : 0);
sPrint << "\r\n" << " inherit: " << (emitter->nFlags & EMITTER_FLAG_INHERIT ? 1 : 0);
sPrint << "\r\n" << " inherit_vel: " << (emitter->nFlags & EMITTER_FLAG_INHERIT_VEL ? 1 : 0);
sPrint << "\r\n" << " inherit_local: " << (emitter->nFlags & EMITTER_FLAG_INHERIT_LOCAL ? 1 : 0);
sPrint << "\r\n" << " splat: " << (emitter->nFlags & EMITTER_FLAG_SPLAT ? 1 : 0);
sPrint << "\r\n" << " inherit_part: " << (emitter->nFlags & EMITTER_FLAG_INHERIT_PART ? 1 : 0);
sPrint << "\r\n" << " depth_texture?: " << (emitter->nFlags & EMITTER_FLAG_DEPTH_TEXTURE ? 1 : 0);
sPrint << "\r\n" << " emitterflag13: " << (emitter->nFlags & EMITTER_FLAG_13 ? 1 : 0);
}
/// Reference ///
else if(RetrieveString(cItem, 0) == "Reference"){
ReferenceHeader * ref = &((Node*) lParam)->Reference;
sPrint << "== Reference ==";
sPrint << "\r\n" << "Reference Model: " << ref->sRefModel.c_str();
sPrint << "\r\n" << "Reattachable: " << ref->nReattachable;
}
/// Mesh ///
else if(RetrieveString(cItem, 0) == "Mesh"){
MeshHeader * mesh = &((Node*) lParam)->Mesh;
sPrint << "== Mesh ==";
sPrint << "\r\n" << "-- Textures --";
sPrint << "\r\n" << "Texture Count: " << mesh->nTextureNumber;
sPrint << "\r\n" << "Texture 1: " << mesh->GetTexture(1);
sPrint << "\r\n" << "Texture 2: " << mesh->GetTexture(2);
sPrint << "\r\n" << "Texture 3: " << mesh->GetTexture(3);
sPrint << "\r\n" << "Texture 4: " << mesh->GetTexture(4);
sPrint << "\r\n";
sPrint << "\r\n" << "-- Trimesh Flags --";
sPrint << "\r\n" << "Render: " << (int) mesh->nRender;
sPrint << "\r\n" << "Shadow: " << (int) mesh->nShadow;
sPrint << "\r\n" << "Beaming: " << (int) mesh->nBeaming;
sPrint << "\r\n" << "Lightmapped: " << (int) mesh->nHasLightmap;
sPrint << "\r\n" << "Rotate Texture: " << (int) mesh->nRotateTexture;
sPrint << "\r\n" << "Background Geometry: " << (int) mesh->nBackgroundGeometry;
if(Model.bK2) sPrint << "\r\n" << "Hide in Holograms: " << (int) mesh->nHideInHolograms;
sPrint << "\r\n";
sPrint << "\r\n" << "-- Animated UV --";
sPrint << "\r\n" << "Animate UV: " << mesh->nAnimateUV;
sPrint << "\r\n" << "UV Direction X: " << PrepareFloat(mesh->fUVDirectionX);
sPrint << "\r\n" << "UV Direction Y: " << PrepareFloat(mesh->fUVDirectionY);
sPrint << "\r\n" << "UV Jitter: " << PrepareFloat(mesh->fUVJitter);
sPrint << "\r\n" << "UV Jitter Speed: " << PrepareFloat(mesh->fUVJitterSpeed);
if(Model.bK2) sPrint << "\r\n";
if(Model.bK2) sPrint << "\r\n" << "-- Dirt --";
if(Model.bK2) sPrint << "\r\n" << "Dirt Enabled: " << (int) mesh->nDirtEnabled;
if(Model.bK2) sPrint << "\r\n" << "Dirt Texture: " << mesh->nDirtTexture;
if(Model.bK2) sPrint << "\r\n" << "Dirt Coord Space: " << mesh->nDirtCoordSpace;
sPrint << "\r\n";
sPrint << "\r\n" << "-- Other --";
sPrint << "\r\n" << "Transparency Hint: " << mesh->nTransparencyHint;
sPrint << "\r\n" << "Ambient Color: " << PrepareFloat(mesh->fAmbient.fR);
sPrint << "\r\n" << " " << PrepareFloat(mesh->fAmbient.fG);
sPrint << "\r\n" << " " << PrepareFloat(mesh->fAmbient.fB);
sPrint << "\r\n" << "Diffuse Color: " << PrepareFloat(mesh->fDiffuse.fR);
sPrint << "\r\n" << " " << PrepareFloat(mesh->fDiffuse.fG);
sPrint << "\r\n" << " " << PrepareFloat(mesh->fDiffuse.fB);
sPrint << "\r\n";
/*
sPrint << "\r\n" << "-- Unknown Lightsaber Bytes --";
sPrint << "\r\n" << "Unknown 1: " << (int) mesh->nSaberUnknown1;
sPrint << "\r\n" << "Unknown 2: " << (int) mesh->nSaberUnknown2;
sPrint << "\r\n" << "Unknown 3: " << (int) mesh->nSaberUnknown3;
sPrint << "\r\n" << "Unknown 4: " << (int) mesh->nSaberUnknown4;
sPrint << "\r\n" << "Unknown 5: " << (int) mesh->nSaberUnknown5;
sPrint << "\r\n" << "Unknown 6: " << (int) mesh->nSaberUnknown6;
sPrint << "\r\n" << "Unknown 7: " << (int) mesh->nSaberUnknown7;
sPrint << "\r\n" << "Unknown 8: " << (int) mesh->nSaberUnknown8;
sPrint << "\r\n";
*/
sPrint << "\r\n" << "Bounding Box Min: " << PrepareFloat(mesh->vBBmin.fX);
sPrint << "\r\n" << " " << PrepareFloat(mesh->vBBmin.fY);
sPrint << "\r\n" << " " << PrepareFloat(mesh->vBBmin.fZ);
sPrint << "\r\n" << "Bounding Box Max: " << PrepareFloat(mesh->vBBmax.fX);
sPrint << "\r\n" << " " << PrepareFloat(mesh->vBBmax.fY);
sPrint << "\r\n" << " " << PrepareFloat(mesh->vBBmax.fZ);
sPrint << "\r\n" << "Average: " << PrepareFloat(mesh->vAverage.fX);
sPrint << "\r\n" << " " << PrepareFloat(mesh->vAverage.fY);
sPrint << "\r\n" << " " << PrepareFloat(mesh->vAverage.fZ);
sPrint << "\r\n" << "Radius: " << PrepareFloat(mesh->fRadius);
sPrint << "\r\n" << "Total Area: " << PrepareFloat(mesh->fTotalArea);
sPrint << "\r\n";
sPrint << "\r\n" << "Mesh Inverted Counter: " << mesh->nMeshInvertedCounter;
sPrint << "\r\n" << "(Offset: " << mesh->MeshInvertedCounterArray.nOffset << ", Count: " << mesh->MeshInvertedCounterArray.nCount << ")";
sPrint << "\r\n";
sPrint << "\r\n" << "Function Pointer 0: " << mesh->nFunctionPointer0;
sPrint << "\r\n" << "Function Pointer 1: " << mesh->nFunctionPointer1;
}
else if(RetrieveString(cItem, 0) == "Vertices"){
Node & node = * (Node * ) lParam;
MeshHeader * mesh = &node.Mesh;
sPrint << "== Vertices ==";
sPrint << "\r\n" << "Offset: " << mesh->nOffsetToVertArray;
sPrint << "\r\n" << "Count: " << mesh->nNumberOfVerts;
sPrint << "\r\n";
sPrint << "\r\n" << "-- MDX Data --";
sPrint << "\r\n" << "Offset: " << mesh->nOffsetIntoMdx;
sPrint << "\r\n" << "Size: " << mesh->nMdxDataSize;
sPrint << "\r\n" << "Bitflags:";
sPrint << "\r\n" << " Vertex: " << (mesh->nMdxDataBitmap & MDX_FLAG_VERTEX ? 1 : 0) << " (Offset " << mesh->nOffsetToMdxVertex.Print() << ")";
sPrint << "\r\n" << " Normal: " << (mesh->nMdxDataBitmap & MDX_FLAG_NORMAL ? 1 : 0) << " (Offset " << mesh->nOffsetToMdxNormal.Print() << ")";
sPrint << "\r\n" << " UV1: " << (mesh->nMdxDataBitmap & MDX_FLAG_UV1 ? 1 : 0) << " (Offset " << mesh->nOffsetToMdxUV1.Print() << ")";
sPrint << "\r\n" << " UV2: " << (mesh->nMdxDataBitmap & MDX_FLAG_UV2 ? 1 : 0) << " (Offset " << mesh->nOffsetToMdxUV2.Print() << ")";
sPrint << "\r\n" << " UV3: " << (mesh->nMdxDataBitmap & MDX_FLAG_UV3 ? 1 : 0) << " (Offset " << mesh->nOffsetToMdxUV3.Print() << ")";
sPrint << "\r\n" << " UV4: " << (mesh->nMdxDataBitmap & MDX_FLAG_UV4 ? 1 : 0) << " (Offset " << mesh->nOffsetToMdxUV4.Print() << ")";
sPrint << "\r\n" << " Colors: " << (mesh->nMdxDataBitmap & MDX_FLAG_COLOR ? 1 : 0) << " (Offset " << mesh->nOffsetToMdxColor.Print() << ")";
sPrint << "\r\n" << " Tangent1: " << (mesh->nMdxDataBitmap & MDX_FLAG_TANGENT1 ? 1 : 0) << " (Offset " << mesh->nOffsetToMdxTangent1.Print() << ")";
sPrint << "\r\n" << " Tangent2: " << (mesh->nMdxDataBitmap & MDX_FLAG_TANGENT2 ? 1 : 0) << " (Offset " << mesh->nOffsetToMdxTangent2.Print() << ")";
sPrint << "\r\n" << " Tangent3: " << (mesh->nMdxDataBitmap & MDX_FLAG_TANGENT3 ? 1 : 0) << " (Offset " << mesh->nOffsetToMdxTangent3.Print() << ")";
sPrint << "\r\n" << " Tangent4: " << (mesh->nMdxDataBitmap & MDX_FLAG_TANGENT4 ? 1 : 0) << " (Offset " << mesh->nOffsetToMdxTangent4.Print() << ")";
if(Model.Mdx){
sPrint << "\r\n";
sPrint << "\r\n" << "-- Extra MDX Data --";
VertexData * mdx = &mesh->MDXData;
if(node.Mesh.nMdxDataBitmap & MDX_FLAG_VERTEX){
sPrint << "\r\n" << "Vertex: " << PrepareFloat(mdx->vVertex.fX, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vVertex.fY, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vVertex.fZ, false);
}
if(node.Mesh.nMdxDataBitmap & MDX_FLAG_NORMAL){
sPrint << "\r\n" << "Normal: " << PrepareFloat(mdx->vNormal.fX, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vNormal.fY, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vNormal.fZ, false);
}
if(node.Mesh.nMdxDataBitmap & MDX_FLAG_COLOR){
sPrint << "\r\n" << "Color: " << PrepareFloat(mdx->cColor.fR, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->cColor.fG, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->cColor.fB, false);
}
if(node.Mesh.nMdxDataBitmap & MDX_FLAG_UV1){
sPrint << "\r\n" << "UV1: " << PrepareFloat(mdx->vUV1.fX, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vUV1.fY, false);
}
if(node.Mesh.nMdxDataBitmap & MDX_FLAG_UV2){
sPrint << "\r\n" << "UV2: " << PrepareFloat(mdx->vUV2.fX, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vUV2.fY, false);
}
if(node.Mesh.nMdxDataBitmap & MDX_FLAG_UV3){
sPrint << "\r\n" << "UV3: " << PrepareFloat(mdx->vUV3.fX, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vUV3.fY, false);
}
if(node.Mesh.nMdxDataBitmap & MDX_FLAG_UV4){
sPrint << "\r\n" << "UV4: " << PrepareFloat(mdx->vUV4.fX, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vUV4.fY, false);
}
if(node.Mesh.nMdxDataBitmap & MDX_FLAG_TANGENT1){
sPrint << "\r\n" << "Tangent 1: " << PrepareFloat(mdx->vTangent1[0].fX, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent1[0].fY, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent1[0].fZ, false);
sPrint << "\r\n" << "Bitangent 1: " << PrepareFloat(mdx->vTangent1[1].fX, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent1[1].fY, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent1[1].fZ, false);
sPrint << "\r\n" << "Normal 1: " << PrepareFloat(mdx->vTangent1[2].fX, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent1[2].fY, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent1[2].fZ, false);
}
if(node.Mesh.nMdxDataBitmap & MDX_FLAG_TANGENT2){
sPrint << "\r\n" << "Tangent 2: " << PrepareFloat(mdx->vTangent2[0].fX, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent2[0].fY, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent2[0].fZ, false);
sPrint << "\r\n" << "Bitangent 2: " << PrepareFloat(mdx->vTangent2[1].fX, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent2[1].fY, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent2[1].fZ, false);
sPrint << "\r\n" << "Normal 2: " << PrepareFloat(mdx->vTangent2[2].fX, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent2[2].fY, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent2[2].fZ, false);
}
if(node.Mesh.nMdxDataBitmap & MDX_FLAG_TANGENT3){
sPrint << "\r\n" << "Tangent 3: " << PrepareFloat(mdx->vTangent3[0].fX, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent3[0].fY, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent3[0].fZ, false);
sPrint << "\r\n" << "Bitangent 3: " << PrepareFloat(mdx->vTangent3[1].fX, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent3[1].fY, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent3[1].fZ, false);
sPrint << "\r\n" << "Normal 3: " << PrepareFloat(mdx->vTangent3[2].fX, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent3[2].fY, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent3[2].fZ, false);
}
if(node.Mesh.nMdxDataBitmap & MDX_FLAG_TANGENT4){
sPrint << "\r\n" << "Tangent 4: " << PrepareFloat(mdx->vTangent4[0].fX, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent4[0].fY, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent4[0].fZ, false);
sPrint << "\r\n" << "Bitangent 4: " << PrepareFloat(mdx->vTangent4[1].fX, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent4[1].fY, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent4[1].fZ, false);
sPrint << "\r\n" << "Normal 4: " << PrepareFloat(mdx->vTangent4[2].fX, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent4[2].fY, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent4[2].fZ, false);
}
if(node.Head.nType & NODE_SKIN){
sPrint << "\r\n" << "Weight Value: " << PrepareFloat(mdx->Weights.fWeightValue[0], false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->Weights.fWeightValue[1], false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->Weights.fWeightValue[2], false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->Weights.fWeightValue[3], false);
sPrint << "\r\n" << "Weight Index: " << mdx->Weights.nWeightIndex[0].Print();
sPrint << "\r\n" << " " << mdx->Weights.nWeightIndex[1].Print();
sPrint << "\r\n" << " " << mdx->Weights.nWeightIndex[2].Print();
sPrint << "\r\n" << " " << mdx->Weights.nWeightIndex[3].Print();
}
}
}
else if(RetrieveString(cItem, 1) == "Vertices"){
Vertex * vert = (Vertex * ) lParam;
sPrint << "== " << RetrieveString(cItem, 0).c_str() << " ==";
if(!Model.bXbox){
sPrint << "\r\n" << "-- MDL Data --";
sPrint << "\r\n" << "Vertex: " << PrepareFloat(vert->fX, false);
for(int cifra = 0; cifra < (13 - PrepareFloat(vert->fX, false).length()); cifra++) sPrint << " ";
sPrint << " (" << PrepareFloat(vert->vFromRoot.fX, false) << ")";
sPrint << "\r\n" << " " << PrepareFloat(vert->fY, false);
for(int cifra = 0; cifra < (13 - PrepareFloat(vert->fY, false).length()); cifra++) sPrint << " ";
sPrint << " (" << PrepareFloat(vert->vFromRoot.fY, false) << ")";
sPrint << "\r\n" << " " << PrepareFloat(vert->fZ, false);
for(int cifra = 0; cifra < (13 - PrepareFloat(vert->fZ, false).length()); cifra++) sPrint << " ";
sPrint << " (" << PrepareFloat(vert->vFromRoot.fZ, false) << ")";
}
VertexData * mdx = &vert->MDXData;
MdlInteger<unsigned short> nNodeIndex = Model.GetNodeIndexByNameIndex(mdx->nNameIndex);
if(!nNodeIndex.Valid()) throw mdlexception("tree display generation error: dealing with a name index that does not have a node in geometry.");
Node & node = Data.MH.ArrayOfNodes.at(nNodeIndex);
if(!(node.Head.nType & NODE_SABER)){
if(node.Mesh.nMdxDataSize > 0 && Model.Mdx){
if(!Model.bXbox) sPrint << "\r\n";
sPrint << "\r\n" << "-- MDX Data --";
if(node.Mesh.nMdxDataBitmap & MDX_FLAG_VERTEX){
sPrint << "\r\n" << "Vertex: " << PrepareFloat(mdx->vVertex.fX, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vVertex.fY, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vVertex.fZ, false);
}
if(node.Mesh.nMdxDataBitmap & MDX_FLAG_NORMAL){
sPrint << "\r\n" << "Normal: " << PrepareFloat(mdx->vNormal.fX, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vNormal.fY, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vNormal.fZ, false);
}
if(node.Mesh.nMdxDataBitmap & MDX_FLAG_COLOR){
sPrint << "\r\n" << "Color: " << PrepareFloat(mdx->cColor.fR, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->cColor.fG, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->cColor.fB, false);
}
if(node.Mesh.nMdxDataBitmap & MDX_FLAG_UV1){
sPrint << "\r\n" << "UV1: " << PrepareFloat(mdx->vUV1.fX, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vUV1.fY, false);
}
if(node.Mesh.nMdxDataBitmap & MDX_FLAG_UV2){
sPrint << "\r\n" << "UV2: " << PrepareFloat(mdx->vUV2.fX, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vUV2.fY, false);
}
if(node.Mesh.nMdxDataBitmap & MDX_FLAG_UV3){
sPrint << "\r\n" << "UV3: " << PrepareFloat(mdx->vUV3.fX, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vUV3.fY, false);
}
if(node.Mesh.nMdxDataBitmap & MDX_FLAG_UV4){
sPrint << "\r\n" << "UV4: " << PrepareFloat(mdx->vUV4.fX, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vUV4.fY, false);
}
if(node.Mesh.nMdxDataBitmap & MDX_FLAG_TANGENT1){
sPrint << "\r\n" << "Tangent 1: " << PrepareFloat(mdx->vTangent1[0].fX, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent1[0].fY, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent1[0].fZ, false);
sPrint << "\r\n" << "Bitangent 1: " << PrepareFloat(mdx->vTangent1[1].fX, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent1[1].fY, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent1[1].fZ, false);
sPrint << "\r\n" << "Normal 1: " << PrepareFloat(mdx->vTangent1[2].fX, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent1[2].fY, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent1[2].fZ, false);
}
if(node.Mesh.nMdxDataBitmap & MDX_FLAG_TANGENT2){
sPrint << "\r\n" << "Tangent 2: " << PrepareFloat(mdx->vTangent2[0].fX, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent2[0].fY, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent2[0].fZ, false);
sPrint << "\r\n" << "Bitangent 2: " << PrepareFloat(mdx->vTangent2[1].fX, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent2[1].fY, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent2[1].fZ, false);
sPrint << "\r\n" << "Normal 2: " << PrepareFloat(mdx->vTangent2[2].fX, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent2[2].fY, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent2[2].fZ, false);
}
if(node.Mesh.nMdxDataBitmap & MDX_FLAG_TANGENT3){
sPrint << "\r\n" << "Tangent 3: " << PrepareFloat(mdx->vTangent3[0].fX, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent3[0].fY, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent3[0].fZ, false);
sPrint << "\r\n" << "Bitangent 3: " << PrepareFloat(mdx->vTangent3[1].fX, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent3[1].fY, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent3[1].fZ, false);
sPrint << "\r\n" << "Normal 3: " << PrepareFloat(mdx->vTangent3[2].fX, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent3[2].fY, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent3[2].fZ, false);
}
if(node.Mesh.nMdxDataBitmap & MDX_FLAG_TANGENT4){
sPrint << "\r\n" << "Tangent 4: " << PrepareFloat(mdx->vTangent4[0].fX, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent4[0].fY, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent4[0].fZ, false);
sPrint << "\r\n" << "Bitangent 4: " << PrepareFloat(mdx->vTangent4[1].fX, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent4[1].fY, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent4[1].fZ, false);
sPrint << "\r\n" << "Normal 4: " << PrepareFloat(mdx->vTangent4[2].fX, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent4[2].fY, false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->vTangent4[2].fZ, false);
}
if(node.Head.nType & NODE_SKIN){
sPrint << "\r\n" << "Weight Value: " << PrepareFloat(mdx->Weights.fWeightValue[0], false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->Weights.fWeightValue[1], false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->Weights.fWeightValue[2], false);
sPrint << "\r\n" << " " << PrepareFloat(mdx->Weights.fWeightValue[3], false);
sPrint << "\r\n" << "Weight Index: " << mdx->Weights.nWeightIndex[0].Print();
sPrint << "\r\n" << " " << mdx->Weights.nWeightIndex[1].Print();
sPrint << "\r\n" << " " << mdx->Weights.nWeightIndex[2].Print();
sPrint << "\r\n" << " " << mdx->Weights.nWeightIndex[3].Print();
}
}
}
}
else if((RetrieveString(cItem, 0) == "Faces") && !bWok){
MeshHeader * mesh = & (((Node *) lParam)->Mesh); //(MeshHeader * ) lParam;
sPrint << "== Faces ==";
sPrint << "\r\n" << "Offset: " << mesh->FaceArray.nOffset;
sPrint << "\r\n" << "Count: " << mesh->FaceArray.nCount;
sPrint << "\r\n";
sPrint << "\r\n" << "-- Vertex Indices --";
sPrint << "\r\n" << "Indices Count: " << mesh->nVertIndicesCount << " (Offset: " << mesh->IndexCounterArray.nOffset << ")";
sPrint << "\r\n" << "Indices Offset: " << mesh->nVertIndicesLocation << " (Offset: " << mesh->IndexLocationArray.nOffset << ")";
//sPrint << "\r\n";
for(int n = 0; n < mesh->VertIndices.size(); n++){
sPrint << "\r\n" << "Face " << n << ": " << mesh->VertIndices.at(n).at(0) << ", " << mesh->VertIndices.at(n).at(1) << ", " << mesh->VertIndices.at(n).at(2);
}
}
else if(RetrieveString(cItem, 1) == "Faces"){
Face * face = (Face * ) lParam;
sPrint << "== " << RetrieveString(cItem, 0).c_str() << " ==";
sPrint << "\r\n" << "Face Normal: " << PrepareFloat(face->vNormal.fX, false);
sPrint << "\r\n" << " " << PrepareFloat(face->vNormal.fY, false);
sPrint << "\r\n" << " " << PrepareFloat(face->vNormal.fZ, false);
sPrint << "\r\n" << "Plane Distance: " << PrepareFloat(face->fDistance, false);
sPrint << "\r\n" << "Material ID: " << face->nMaterialID.Print();
sPrint << "\r\n" << "Adjacent Faces: " << face->nAdjacentFaces[0].Print() << ", " << face->nAdjacentFaces[1].Print() << ", " << face->nAdjacentFaces[2].Print();
sPrint << "\r\n" << "Vertex Indices: " << face->nIndexVertex[0].Print() << ", " << face->nIndexVertex[1].Print() << ", " << face->nIndexVertex[2].Print();
sPrint << "\r\n";
sPrint << "\r\n" << "Area: " << PrepareFloat(face->fArea);
sPrint << "\r\n" << "Smoothing groups: ";
for(int n = 0; n < 32; n++){
if(pown(2, n) & face->nSmoothingGroup) sPrint << n+1 << " ";
}
/*
sPrint << "\r\n";
sPrint << "\r\nBounding Box Min: " << std::setprecision(5) << face->vBBmin.fX;
sPrint << "\r\n " << std::setprecision(5) << face->vBBmin.fY;
sPrint << "\r\n " << std::setprecision(5) << face->vBBmin.fZ;
sPrint << "\r\nBounding Box Max: " << std::setprecision(5) << face->vBBmax.fX;
sPrint << "\r\n " << std::setprecision(5) << face->vBBmax.fY;
sPrint << "\r\n " << std::setprecision(5) << face->vBBmax.fZ;
*/
}
/// Skin ///
else if(RetrieveString(cItem, 0) == "Skin"){
SkinHeader * skin = &((Node*) lParam)->Skin;
sPrint << "== Skin ==";
//sPrint << "\r\n";
sPrint << "\r\n" << "-- MDX Data Pointers --";
sPrint << "\r\n" << "To Weight Value: " << skin->nOffsetToMdxWeightValues;
sPrint << "\r\n" << "To Weight Index: " << skin->nOffsetToMdxBoneIndices;
sPrint << "\r\n";
sPrint << "\r\n" << "-- Bone Indices --";
for(int n = 0; n < 16; n++) sPrint << "\r\n" << "Index " << n+1 << ": " << skin->nBoneIndices[n];
sPrint << "\r\n";
sPrint << "\r\n" << "-- Bonemap --";
sPrint << "\r\n" << "Offset: " << skin->nOffsetToBonemap;
sPrint << "\r\n" << "Count: " << skin->nNumberOfBonemap;
sPrint << "\r\n";
sPrint << "\r\n" << "-- Q Bones --";
sPrint << "\r\n" << "Offset: " << skin->QBoneArray.nOffset;
sPrint << "\r\n" << "Count: " << skin->QBoneArray.nCount;
sPrint << "\r\n";
sPrint << "\r\n" << "-- T Bones --";
sPrint << "\r\n" << "Offset: " << skin->TBoneArray.nOffset;
sPrint << "\r\n" << "Count: " << skin->TBoneArray.nCount;
sPrint << "\r\n";
sPrint << "\r\n" << "-- Array8 --";
sPrint << "\r\n" << "Offset: " << skin->Array8Array.nOffset;
sPrint << "\r\n" << "Count: " << skin->Array8Array.nCount;
}
else if(RetrieveString(cItem, 1) == "Skin"){
Bone * bone = (Bone * ) lParam;
sPrint << "== " << RetrieveString(cItem, 0).c_str() << " ==";
sPrint << "\r\n" << "Bonemap: " << bone->nBonemap.Print();
sPrint << "\r\n" << "TBone: " << PrepareFloat(bone->TBone.fX);
sPrint << "\r\n" << " " << PrepareFloat(bone->TBone.fY);
sPrint << "\r\n" << " " << PrepareFloat(bone->TBone.fZ);
sPrint << "\r\n" << "QBone: " << PrepareFloat(bone->QBone.GetQuaternion().vAxis.fX);
sPrint << "\r\n" << " " << PrepareFloat(bone->QBone.GetQuaternion().vAxis.fY);
sPrint << "\r\n" << " " << PrepareFloat(bone->QBone.GetQuaternion().vAxis.fZ);
sPrint << "\r\n" << " " << PrepareFloat(bone->QBone.GetQuaternion().fW);
}
/// Danglymesh ///
else if(RetrieveString(cItem, 0) == "Danglymesh"){
DanglymeshHeader * dangly = &((Node*) lParam)->Dangly;
sPrint << "== Danglymesh ==";
sPrint << "\r\n" << "Displacement: " << PrepareFloat(dangly->fDisplacement);
sPrint << "\r\n" << "Tightness: " << PrepareFloat(dangly->fTightness);
sPrint << "\r\n" << "Period: " << PrepareFloat(dangly->fPeriod);
sPrint << "\r\n";
sPrint << "\r\n" << "-- Constraints --";
sPrint << "\r\n" << "Offset: " << dangly->ConstraintArray.nOffset;
sPrint << "\r\n" << "Count: " << dangly->ConstraintArray.nCount;
sPrint << "\r\n";
sPrint << "\r\n" << "-- Data2 --";
sPrint << "\r\n" << "Offset: " << dangly->nOffsetToData2;
}
else if(RetrieveString(cItem, 1) == "Danglymesh"){
DanglymeshHeader * dangly = &((Node * ) lParam)->Dangly;
std::string sName = RetrieveString(cItem, 0);
MdlInteger<unsigned int> nIndex;
int nPos = 0;
if(sName.length() < 1) return;
for(nPos = sName.length() - 1; nPos >= 0 && sName.at(nPos) != ' '; nPos--){}
if(nPos == 0) return;
try{ nIndex = stoi(sName.substr(nPos+1),(size_t*) NULL); }
catch(std::invalid_argument){
std::cout << "DetermineTreeText - Dangly Vertices: There was an error converting the string: " << sName.substr(nPos) << ".\n";
return;
}
if(!nIndex.Valid()) throw mdlexception("Dangly vert index that should be retreived from the name in the tree item is invalid.");
sPrint << "== " << RetrieveString(cItem, 0).c_str() << " ==";
sPrint << "\r\n" << "Constraint: " << PrepareFloat(dangly->Constraints.at(nIndex));
sPrint << "\r\n" << "Data2: " << PrepareFloat(dangly->Data2.at(nIndex).fX);
sPrint << "\r\n" << " " << PrepareFloat(dangly->Data2.at(nIndex).fY);
sPrint << "\r\n" << " " << PrepareFloat(dangly->Data2.at(nIndex).fZ);
}
/// Walkmesh ///
else if(RetrieveString(cItem, 0) == "Aabb"){
WalkmeshHeader * walk = & (((Node *) lParam)->Walkmesh); //(WalkmeshHeader * ) lParam;
sPrint << "== AABB Tree ==";
sPrint << "\r\n" << "Offset to AABB Tree: " << walk->nOffsetToAabb;
}
else if(RetrieveString(cItem, cItem.size() - 4) == "Aabb"){
Aabb * aabb = (Aabb * ) lParam;
std::string sProperty;
if(aabb->nProperty == 1) sProperty = "Positive X";
else if(aabb->nProperty == 2) sProperty = "Positive Y";
else if(aabb->nProperty == 4) sProperty = "Positive Z";
else if(aabb->nProperty == 8) sProperty = "Negative X";
else if(aabb->nProperty == 16) sProperty = "Negative Y";
else if(aabb->nProperty == 32) sProperty = "Negative Z";
else sProperty = "None";
sPrint << "== " << RetrieveString(cItem, 0) << " ==";
sPrint << "\r\n" << "Offset: " << aabb->nOffset;
sPrint << "\r\n" << "Bounding Box Min: " << PrepareFloat(aabb->vBBmin.fX);
sPrint << "\r\n" << " " << PrepareFloat(aabb->vBBmin.fY);
sPrint << "\r\n" << " " << PrepareFloat(aabb->vBBmin.fZ);
sPrint << "\r\n" << "Bounding Box Max: " << PrepareFloat(aabb->vBBmax.fX);
sPrint << "\r\n" << " " << PrepareFloat(aabb->vBBmax.fY);
sPrint << "\r\n" << " " << PrepareFloat(aabb->vBBmax.fZ);
sPrint << "\r\n" << "Face Index: " << aabb->nID.Print();
sPrint << "\r\n" << "2nd Child Property: " << aabb->nProperty.Print() << " (" << sProperty << ")";
sPrint << "\r\n" << "Offset to Child 1: " << aabb->nChild1.Print();
sPrint << "\r\n" << "Offset to Child 2: " << aabb->nChild2.Print();
}
/// Saber ///
else if(RetrieveString(cItem, 0) == "Lightsaber"){
SaberHeader * saber = &((Node*) lParam)->Saber;
sPrint << "== Lightsaber ==";
sPrint << "\r\n" << "Offset to Verts: " << saber->nOffsetToSaberVerts;
sPrint << "\r\n" << "Offset to UVs: " << saber->nOffsetToSaberUVs;
sPrint << "\r\n" << "Offset to Normals: " << saber->nOffsetToSaberNormals;
sPrint << "\r\n";
sPrint << "\r\n" << "Mesh Inverted Counters: " << saber->nInvCount1 << ", " << saber->nInvCount2;
}
else if(RetrieveString(cItem, 1) == "Lightsaber"){
VertexData * saber = (VertexData *) lParam;
sPrint << "== " << RetrieveString(cItem, 0).c_str() << " ==";
sPrint << "\r\n" << "Vertex: " << PrepareFloat(saber->vVertex.fX);
sPrint << "\r\n" << " " << PrepareFloat(saber->vVertex.fY);
sPrint << "\r\n" << " " << PrepareFloat(saber->vVertex.fZ);
sPrint << "\r\n" << "Normal: " << PrepareFloat(saber->vNormal.fX);
sPrint << "\r\n" << " " << PrepareFloat(saber->vNormal.fY);
sPrint << "\r\n" << " " << PrepareFloat(saber->vNormal.fZ);
sPrint << "\r\n" << "UV: " << PrepareFloat(saber->vUV1.fX);
sPrint << "\r\n" << " " << PrepareFloat(saber->vUV1.fY);
}
/// ELSE ///
else sPrint.flush();
}
else if(bWok || bPwk || bDwk0 || bDwk1 || bDwk2){
BWMHeader & Data = (bWok? *Model.Wok->GetData() : (bPwk? *Model.Pwk->GetData() : (bDwk0? *Model.Dwk0->GetData() : (bDwk1? *Model.Dwk1->GetData() : *Model.Dwk2->GetData()))));
if(RetrieveString(cItem, 0) == "") sPrint.flush();
else if(RetrieveString(cItem, 0) == "Header"){
sPrint << "Walkmesh Type: " << Data.nType;