MetadataTypes() {
mapType(MetadataElement::FIELD, "FIELD");
mapType(MetadataElement::ARRAY, "ARRAY");
mapType(MetadataElement::LIST, "LIST");
mapType(MetadataElement::MAP, "MAP");
mapType(MetadataElement::KEY, "KEY");
}
int CMPI_term_el::toStrings (
CMPIType & typ,
CMPIPredOp & opr, String & o1,String & o2) const
{
opr = op;
o1 = opn1.getTypeValue ();
o2 = opn2.getTypeValue ();
if (opn1.getType () == CMPI_QueryOperand::PROPERTY_TYPE)
typ = mapType (opn2.getType ());
else
typ = mapType (opn1.getType ());
return 0;
}
/**
* @brief Write the variables stored in the object.
* @param object Object containing the variables.
* @param pex Binary to decompile.
*/
void Decompiler::PscCoder::writeVariables(const Pex::Object &object, const Pex::Binary &pex)
{
for (auto& var : object.getVariables())
{
auto name = var.getName().asString();
bool compilerGenerated = (name.size() > 2 && name[0] == ':' && name[1] == ':');
auto stream = indent(0);
if (compilerGenerated)
stream << "; ";
stream << mapType(var.getTypeName().asString()) << " " << name;
auto initialValue = var.getDefaultValue();
if (initialValue.getType() != Pex::ValueType::None)
{
stream << " = " << initialValue.toString();
}
writeUserFlag(stream, var, pex);
if (var.getConstFlag())
stream << " Const";
if (m_CommentAsm || !compilerGenerated)
{
write(stream);
}
}
}
string& VTDROutPoweredRecord::Dump(string& buf)
{
stringstream stream;
stream << VTDRRecord::Dump(buf) << " RecTime:" << ctime(&tTime);
stream << " RecType:" << decodeType[mapType(cType)];
return buf = stream.str();
}
void bankManager::loadSynth(ofxXmlSettings & XML, ofPtr<triggerZone> z){
vector<synthParam> defSp = synthDictionary::getSynthParams(z->getSynthType());
for(int i = 0; i < defSp.size(); i++){
synthParam sp = defSp[i];
if(XML.pushTag(defSp[i].name)){
sp.abs_val = XML.getValue("ABS_VAL", defSp[i].abs_val);
sp.min_val = XML.getValue("MIN_VAL", defSp[i].min_val);
sp.max_val = XML.getValue("MAX_VAL", defSp[i].max_val);
sp.map = mapType(XML.getValue("MAP", defSp[i].map));
z->setSynthParam(i, sp);
XML.popTag();
}
}
}
QAbstractButton *Dialog::getButton(ButtonCode button) {
QDialogButtonBox::StandardButton mapped = mapType(button);
QAbstractButton *b = QDialogButtonBox::NoButton == mapped ? 0 : buttonBox->button(mapped);
if (!b && userButtons.contains(button)) {
b = userButtons[button];
}
return b;
}
string& VTDRDriverIDRecord::Dump(string& buf)
{
stringstream stream;
stream << VTDRRecord::Dump(buf) << " Time:" << Time2String(tStart) << endl;
stream << "LICIENCE:" << strLicenseNumber.c_str();
stream << ",Type:" << decodeType[mapType(cType)] << "(" << (int)cType << ")" << endl;
return buf = stream.str();
}
/**
* @brief Map the type name used by the compiler to the form most used by people.
* @param type The type to map.
*/
std::string Decompiler::PscCoder::mapType(std::string type)
{
if (type.length() > 2 && type[type.length() - 2] == '[' && type[type.length() - 1] == ']')
return mapType(type.substr(0, type.length() - 2)) + "[]";
auto lowerType = type;
boost::algorithm::to_lower(lowerType);
auto a = prettyTypeNameMap.find(lowerType);
if (a != prettyTypeNameMap.end())
return a->second;
return type;
}
double PMTextureMapBase::mapValue( const PMObject* obj ) const
{
PMObject* o = firstChild( );
QValueList<double>::ConstIterator it = m_mapValues.begin( );
while( o && ( o != obj ) )
{
if( o->type( ) == mapType( ) )
++it;
o = o->nextSibling( );
}
return *it;
}
QValueList<double>::Iterator PMTextureMapBase::valueForChild( PMObject* obj )
{
PMObject* o = firstChild( );
QValueList<double>::Iterator it = m_mapValues.begin( );
while( o && ( o != obj ) )
{
if( o->type( ) == mapType( ) )
++it;
o = o->nextSibling( );
}
return it;
}
void testApp::synthEvents(ofxUIEventArgs &e){
string name = e.widget->getName();
int id = e.widget->getID();
synthParam sp = m_bankManager->getCurrentZone()->getSynthParam(id);
if(name == "abs_val"){
ofxUISlider *slider = (ofxUISlider *) e.widget;
sp.abs_val = slider->getScaledValue();
}
if(name == "min_val"){
ofxUISlider *slider = (ofxUISlider *) e.widget;
sp.min_val = slider->getScaledValue();
}
if(name == "max_val"){
ofxUISlider *slider = (ofxUISlider *) e.widget;
sp.max_val = slider->getScaledValue();
}
if(isMouseDown){
if(name == "MINUS"){
sp.map = mapType(max(0, sp.map - 1));
mapTypeLabels[id]->setTextString("MAP_TYPE: " + synthDictionary::getMapString(sp.map));
}
if(name == "PLUS"){
sp.map = mapType(min((int)MT_COUNT - 1, (int)sp.map + 1));
mapTypeLabels[id]->setTextString("MAP_TYPE: " + synthDictionary::getMapString(sp.map));
}
}
m_bankManager->setCZoneSynthParam(id, sp);
}
/**
* @brief Write the struct member passed in.
* @param member The member to output.
* @param pex Binary to decompile.
*/
void Decompiler::PscCoder::writeStructMember(const Pex::StructInfo::Member& member, const Pex::Binary& pex)
{
auto stream = indent(1);
stream << mapType(member.getTypeName().asString()) << " " << member.getName();
if (member.getValue().getType() != Pex::ValueType::None) {
stream << " = " << member.getValue().toString();
}
writeUserFlag(stream, member, pex);
if (member.getConstFlag())
stream << " Const";
write(stream);
writeDocString(1, member);
}
PMObject* PMTextureMapBase::nextMapEntry( PMObject* o )
{
bool stop = false;
PMObject* result = o;
do
{
if( result == 0 )
result = firstChild( );
else
result = result->nextSibling( );
if( !result )
stop = true;
else if( result->type( ) == mapType( ) )
stop = true;
}
while( !stop );
return result;
}
/**
* @brief Write the property definition.
* @param i The indent level.
* @param prop The property to write.
* @param object Object containing the properties definitions.
* @param pex Binary to decompile.
*/
void Decompiler::PscCoder::writeProperty(int i, const Pex::Property& prop, const Pex::Object &object, const Pex::Binary& pex)
{
auto stream = indent(i);
auto isAutoReadOnly = !prop.hasAutoVar() &&
prop.isReadable() &&
!prop.isWritable() &&
prop.getReadFunction().getInstructions().size() == 1 &&
prop.getReadFunction().getInstructions()[0].getOpCode() == Pex::OpCode::RETURN &&
prop.getReadFunction().getInstructions()[0].getArgs().size() == 1;
stream << mapType(prop.getTypeName().asString()) << " Property " << prop.getName();
if (prop.hasAutoVar()) {
auto var = object.getVariables().findByName(prop.getAutoVarName());
if (var == nullptr)
throw std::runtime_error("Auto variable for property not found");
auto initialValue = var->getDefaultValue();
if (initialValue.getType() != Pex::ValueType::None)
stream << " = " << initialValue.toString();
stream << " Auto";
// The flags defined on the variable must be set on the property
writeUserFlag(stream, *var, pex);
if (var->getConstFlag())
stream << " Const";
} else if (isAutoReadOnly) {
stream << " = " << prop.getReadFunction().getInstructions()[0].getArgs()[0].toString();
stream << " AutoReadOnly";
}
writeUserFlag(stream, prop, pex);
write(stream);
writeDocString(i, prop);
if (!prop.hasAutoVar() && !isAutoReadOnly) {
if (prop.isReadable())
writeFunction(i + 1, prop.getReadFunction(), object, pex, "Get");
if (prop.isWritable())
writeFunction(i + 1, prop.getWriteFunction(), object, pex, "Set");
write(indent(i) << "EndProperty");
}
}
void makeCmDir(struct cmChrom *chromList, char *outDir, struct hash *minorityHash)
/* Make directory full of goodies corresponding to chromList. */
{
struct cmChrom *chrom;
struct cmContig *contig;
struct slName *line;
struct cloneInfo *ci;
struct cloneLine *cl;
int isOrdered;
FILE *info;
FILE *geno;
FILE *map;
char *s;
int i;
struct hash *noDupCloneHash = newHash(0);
mustMakeDir(outDir);
mustChangeDir(outDir);
for (chrom = chromList; chrom != NULL; chrom = chrom->next)
{
if (sameString(chrom->name, "COMMIT"))
continue;
if (isFinChrom(chrom->name))
{
printf("Skipping finished %s\n", chrom->name);
continue;
}
printf("Writing chromosome %s", chrom->name);
fflush(stdout);
makeDir(chrom->name);
mustChangeDir(chrom->name);
for (isOrdered = 1; isOrdered >= 0; --isOrdered)
{
contig = (isOrdered ? chrom->orderedList : chrom->randomList);
for ( ; contig != NULL; contig = contig->next)
{
printf(".");
fflush(stdout);
if (makeDir(contig->name))
{
mustChangeDir(contig->name);
info = mustOpen("info.noNt", "w");
geno = mustOpen("geno.lst.noNt", "w");
map = mustOpen("map", "w");
if (contig->ntList != NULL)
writeNtList("nt.noNt", contig);
fprintf(info, "%s %s\n", contig->name,
mapType(chrom->name, isOrdered));
for (line = contig->lineList; line != NULL; line = line->next)
fprintf(map, "%s\n", line->name);
for (cl = contig->cloneList; cl != NULL; cl = cl->next)
{
ci = cl->clone;
if (!suppressMinority(minorityHash, ci, contig))
{
if (!hashLookup(noDupCloneHash, ci->acc))
{
hashAdd(noDupCloneHash, ci->acc, NULL);
if (ci->dir != NULL)
{
fprintf(info, "%s %d %d\n", ci->acc, ci->pos, ci->phase);
fprintf(geno, "%s/%s.fa\n", ci->dir, ci->acc);
}
else if (ci->phase != 0)
{
warn("No sequence file for %s\n", ci->acc);
fprintf(errLog, "No sequence file for %s\n", ci->acc);
}
}
}
}
fclose(info);
fclose(geno);
fclose(map);
mustChangeDir("..");
}
}
}
mustChangeDir("..");
printf("\n");
}
hashFree(&noDupCloneHash);
}
u32 Map::timerUpdate(float uptime, float unload_timeout, u32 max_loaded_blocks,
unsigned int max_cycle_ms,
std::vector<v3POS> *unloaded_blocks) {
bool save_before_unloading = (mapType() == MAPTYPE_SERVER);
// Profile modified reasons
Profiler modprofiler;
if (/*!m_blocks_update_last && */ m_blocks_delete->size() > 1000) {
m_blocks_delete = (m_blocks_delete == &m_blocks_delete_1 ? &m_blocks_delete_2 : &m_blocks_delete_1);
verbosestream << "Deleting blocks=" << m_blocks_delete->size() << std::endl;
for (auto & ir : *m_blocks_delete)
delete ir.first;
m_blocks_delete->clear();
getBlockCacheFlush();
}
u32 deleted_blocks_count = 0;
u32 saved_blocks_count = 0;
u32 block_count_all = 0;
u32 n = 0, calls = 0, end_ms = porting::getTimeMs() + max_cycle_ms;
std::vector<MapBlockP> blocks_delete;
int save_started = 0;
{
auto lock = m_blocks.try_lock_shared_rec();
if (!lock->owns_lock())
return m_blocks_update_last;
#if !ENABLE_THREADS
auto lock_map = m_nothread_locker.try_lock_unique_rec();
if (!lock_map->owns_lock())
return m_blocks_update_last;
#endif
for(auto ir : m_blocks) {
if (n++ < m_blocks_update_last) {
continue;
} else {
m_blocks_update_last = 0;
}
++calls;
auto block = ir.second;
if (!block)
continue;
{
auto lock = block->try_lock_unique_rec();
if (!lock->owns_lock())
continue;
if(block->getUsageTimer() > unload_timeout) { // block->refGet() <= 0 &&
v3POS p = block->getPos();
//infostream<<" deleting block p="<<p<<" ustimer="<<block->getUsageTimer() <<" to="<< unload_timeout<<" inc="<<(uptime - block->m_uptime_timer_last)<<" state="<<block->getModified()<<std::endl;
// Save if modified
if (block->getModified() != MOD_STATE_CLEAN && save_before_unloading) {
//modprofiler.add(block->getModifiedReasonString(), 1);
if(!save_started++)
beginSave();
if (!saveBlock(block))
continue;
saved_blocks_count++;
}
blocks_delete.push_back(block);
if(unloaded_blocks)
unloaded_blocks->push_back(p);
deleted_blocks_count++;
} else {
#ifndef SERVER
if (block->mesh_old)
block->mesh_old = nullptr;
#endif
if (!block->m_uptime_timer_last) // not very good place, but minimum modifications
block->m_uptime_timer_last = uptime - 0.1;
block->incrementUsageTimer(uptime - block->m_uptime_timer_last);
block->m_uptime_timer_last = uptime;
block_count_all++;
/*#ifndef SERVER
if(block->refGet() == 0 && block->getUsageTimer() >
g_settings->getFloat("unload_unused_meshes_timeout"))
{
if(block->mesh){
delete block->mesh;
block->mesh = NULL;
}
}
#endif*/
}
} // block lock
if (porting::getTimeMs() > end_ms) {
m_blocks_update_last = n;
break;
}
}
}
if(save_started)
endSave();
if (!calls)
m_blocks_update_last = 0;
for (auto & block : blocks_delete)
this->deleteBlock(block);
// Finally delete the empty sectors
if(deleted_blocks_count != 0) {
if (m_blocks_update_last)
infostream << "ServerMap: timerUpdate(): Blocks processed:" << calls << "/" << m_blocks.size() << " to " << m_blocks_update_last << std::endl;
PrintInfo(infostream); // ServerMap/ClientMap:
infostream << "Unloaded " << deleted_blocks_count << "/" << (block_count_all + deleted_blocks_count)
<< " blocks from memory";
infostream << " (deleteq1=" << m_blocks_delete_1.size() << " deleteq2=" << m_blocks_delete_2.size() << ")";
if(saved_blocks_count)
infostream << ", of which " << saved_blocks_count << " were written";
/*
infostream<<", "<<block_count_all<<" blocks in memory";
*/
infostream << "." << std::endl;
if(saved_blocks_count != 0) {
PrintInfo(infostream); // ServerMap/ClientMap:
//infostream<<"Blocks modified by: "<<std::endl;
modprofiler.print(infostream);
}
}
return m_blocks_update_last;
}
int GoogleMapView::getMapTile(uint64 p_zoom, uint64 p_row, uint64 p_column, void** p_data, size_t* p_size) {
void *data = NULL;
size_t datasize = 0;
String url = "";//cmd->baseUrl;
int zoom = (int)p_zoom;
uint64 pow2 = rho_math_pow2(zoom);
double current_width_in_pixels = (double)(pow2 * (TILE_SIZE));
double current_height_in_pixels = (double)(pow2 * (TILE_SIZE));
double tile_center_x_in_pixels = (double)(p_column*(TILE_SIZE)+((TILE_SIZE)/2));
double tile_center_y_in_pixels = (double)(p_row*(TILE_SIZE)+((TILE_SIZE)/2));
double center_latitude = pixelsToDegreesY((uint64)tile_center_y_in_pixels, zoom);//((double)-90.0) + ((current_height_in_pixels - tile_center_y_in_pixels)/(current_height_in_pixels))*((double)180.0);
double center_longitude = pixelsToDegreesX((uint64)tile_center_x_in_pixels, zoom);//((double)-180.0) + ((tile_center_x_in_pixels)/(current_width_in_pixels))*((double)360.0);
// Make url
char buf[1024];
// Open Street Map
//snprintf(buf, sizeof(buf), "http://a.tah.openstreetmap.org/Tiles/tile/%d/%d/%d.png", zoom, (int)p_column, (int)p_row);
// Google Map
snprintf(buf, sizeof(buf), "http://maps.googleapis.com/maps/api/staticmap?center=%f,%f&zoom=%d&size=256x280&scale=1&maptype=%s&format=png&sensor=false&mobile=true", center_latitude, center_longitude, zoom, mapType().c_str());
// Google Map on Blackberry
// StringBuffer url = new StringBuffer();
// url.append("http://maps.google.com/maps/api/staticmap?");
// url.append("center=" + Double.toString(latitude) + "," + Double.toString(longitude));
// url.append("&zoom=" + cmd.zoom);
// url.append("&size=" + cmd.width + "x" + cmd.height);
// url.append("&maptype=" + cmd.maptype);
// url.append("&format=png&sensor=false");
// url.append("&mobile=" + (cmd.maptype.equals("roadmap") ? "true" : "false"));
// url.append("&key=" + mapkey);
// String finalUrl = url.toString();
// byte[] data = fetchData(finalUrl);
url += buf;
if (!fetchData(url, &data, &datasize))
return 0;
*p_data = data;
*p_size = datasize;
return 1;
}
NS_IMETHODIMP
nsAppletHTMLObject::Initialize(nsIPluginInstancePeer *peer)
{
nsresult res;
OJI_LOG("nsAppletHTMLObject::Initialize");
m_peer = peer;
NS_ADDREF(m_peer);
peer->QueryInterface(kIPluginInstancePeer2IID,
(void **)&m_peer2);
m_jobject = new nsJavaHTMLObject(m_factory);
NS_ADDREF(m_jobject);
res = nsServiceManager::GetService(kPluginManagerCID,
kIPluginManagerIID,
getter_AddRefs(m_mgr));
if (NS_FAILED(res)) return res;
m_id = 0;
if (NS_FAILED(res = m_factory->GetJVM(&m_jvm))) return res;
if (NS_FAILED(res = m_jvm->GetJNIEnv(&m_env))) return res;
if (NS_FAILED(res = m_jobject->Initialize(peer, m_jvm))) return res;
// find out applet information from our peer and explain it
// to nsJavaHTMLObject
// in new API nsJavaHTMLObject should get everything needed
// from peer
nsJavaObjectInfo* info =
new nsJavaObjectInfo((nsIWFInstanceWrapper*)this);
NS_ADDREF(info);
nsIPluginTagInfo *tagInfo;
if (NS_SUCCEEDED(res = peer->QueryInterface(kIPluginTagInfoIID,
(void **)&tagInfo)))
{
PRUint16 argc = 0, i;
char **keys, **vals;
tagInfo->GetAttributes(argc, (const char* const* &)keys,
(const char* const* &) vals);
for (i=0; i<argc; i++)
info->AddParameter(keys[i], vals[i]);
NS_RELEASE(tagInfo);
}
nsIPluginTagInfo2 *extTagInfo;
if (NS_SUCCEEDED(res = peer->QueryInterface(kIPluginTagInfo2IID,
(void **)&extTagInfo)))
{
nsPluginTagType tagType = nsPluginTagType_Unknown;
if (NS_SUCCEEDED(extTagInfo->GetTagType(&tagType)))
{
if (tagType == nsPluginTagType_Applet ||
tagType == nsPluginTagType_Object)
{
PRUint16 argc = 0, i;
char **keys, **vals;
extTagInfo->GetParameters(argc,
(const char*const*&)keys,
(const char*const*&) vals);
for (i=0; i<argc; i++)
info->AddParameter(keys[i], vals[i]);
}
nsJavaObjectType type = mapType(tagType);
info->SetType(type);
if (NS_FAILED(res = m_jobject->SetType(type)))
return res;
}
const char *docbase = NULL;
if (NS_FAILED(res = extTagInfo->GetDocumentBase(&docbase)))
{
OJI_LOG("Failed to obtain doc base");
}
if (docbase != NULL)
{
char *slash = strrchr((char*)docbase, '/');
if (slash != NULL) *(slash+1) = 0;
OJI_LOG2("real docbase is %s", docbase);
info->SetDocBase(docbase);
}
NS_RELEASE(extTagInfo);
}
// really it's crucial to call SetType() _before_ passing Java object info
// otherwise parameters will be passed to wrapper - and silently ignored
res = m_jobject->SetJavaObjectInfo(info);
NS_RELEASE(info);
return res;
}
Bool ApplinkExporter::Execute(BaseDocument* document, BaseContainer* bc)
{
matDefault = BaseMaterial::Alloc(Mmaterial);
if(!matDefault) return false;
Filename fileObjPath;
fileObjPath.SetDirectory(bc->GetString(IDC_TMP_FOLDER));
fileObjPath.SetFile(document->GetDocumentName());
fileObjPath.SetSuffix("obj");
Filename fileObjOutPath;
fileObjOutPath.SetDirectory(bc->GetString(IDC_TMP_FOLDER));
fileObjOutPath.SetFile("output.obj");
Filename fileImport;
fileImport.SetDirectory(bc->GetString(IDC_EXCH_FOLDER));
fileImport.SetFile("import.txt");
GePrint(fileObjPath.GetString());
GePrint(fileObjOutPath.GetString());
GePrint(fileImport.GetString());
const Matrix tM(LVector(0.0f, 0.0f, 0.0f), LVector(1.0f, 0.0f, 0.0f), LVector(0.0f, 1.0f, 0.0f), LVector(0.0f, 0.0f, -1.0f));
//BaseDocument* doc = document->Polygonize();
AutoAlloc<AtomArray> oSel;
document->GetActiveObjects(oSel, GETACTIVEOBJECTFLAGS_0);
if(oSel->GetCount() > 0)
{
//Write import.txt//
AutoAlloc<BaseFile> basefileImport;
if (!basefileImport->Open(fileImport, FILEOPEN_WRITE, FILEDIALOG_NONE, GeGetByteOrder())) return FALSE;
this->WriteString(fileObjPath.GetString() + "\n", basefileImport);
this->WriteString(fileObjOutPath.GetString() + "\n", basefileImport);
this->WriteString(mapType(bc->GetLong(IDC_COMBO_MAP_TYPE)) + "\n", basefileImport);
Bool bSkipImp = bc->GetBool(IDC_CHK_SKIP_IMP_DIALOG);
if(bSkipImp)
{
this->WriteString("[SkipImport]\n", basefileImport);
}
Bool bSkipExp = bc->GetBool(IDC_CHK_SKIP_EXP_DIALOG);
if(bSkipExp)
{
this->WriteString("[SkipExport]\n", basefileImport);
}
GePrint(mapType(bc->GetLong(IDC_COMBO_MAP_TYPE)));
basefileImport->Close();
GePrint("File " + fileImport.GetString() + " write success!");
//Write file.obj//
AutoAlloc<BaseFile> objfile;
//if (!objfile) return FALSE;
if (!objfile->Open(fileObjPath, FILEOPEN_WRITE, FILEDIALOG_NONE, GeGetByteOrder())) return FALSE;
String str;
str = "#Wavefront OBJ Export for 3D-Coat\n";
this->WriteString(str, objfile);
DateTime t;
GetDateTimeNow(t);
str = "#File created: " + FormatTime("%d.%m.%Y %H:%M:%S", t) + "\n";
this->WriteString(str, objfile);
str = "#Cinema4D Version: " + LongToString(GetC4DVersion()) + "\n";
this->WriteString(str, objfile);
this->WriteEndLine(objfile);
Bool expMat = bc->GetBool(IDC_CHK_EXP_MAT);
vpcnt = vtcnt = 0;
for(int i = 0; i < oSel->GetCount(); i++)
{
StatusSetSpin();
PolygonObject* ob = (PolygonObject*) oSel->GetIndex(i);
if (ob->GetType() == Opolygon)
{
StatusSetText("Export object " + ob->GetName());
ExportObject mObject;
GePrint("Name " + ob->GetName());
//GePrint("Type " + LongToString(ob->GetType()));
if(expMat)
{
mObject.pmatidxArray.ReSize(ob->GetPolygonCount());
mObject.tempMats.ReSize(1);
mObject.pmatidxArray.Fill(0);
Bool haveMats = false;
//////////////////////////////////////////
for(BaseTag* tag = ob->GetFirstTag(); tag != NULL; tag = tag->GetNext())
{
LONG typ = tag->GetType();
if(typ == Ttexture)
{
if (!getParameterLink(*tag, TEXTURETAG_MATERIAL, Mbase)) continue;
haveMats = true;
TextureTag* txttag = (TextureTag*)tag;
BaseMaterial* material = txttag->GetMaterial();
if(material == NULL)
{
GePrint("Material not found on " + ob->GetName() + "object.");
return false;
}
//GePrint("Mat Name: " + material->GetName());
String restrict = getParameterString(*tag, TEXTURETAG_RESTRICTION);
if (restrict.Content())
{
mObject.tempMats.Push(material);
//GePrint("Selection: " + restrict);
for(BaseTag* seltag = ob->GetFirstTag(); seltag != NULL; seltag = seltag->GetNext())
{
LONG seltyp = seltag->GetType();
if(seltyp == Tpolygonselection && seltag->GetName() == restrict)
{
SelectionTag* selecttag = (SelectionTag*)seltag;
BaseSelect* sel = selecttag->GetBaseSelect();
//GePrint("sel data count: " + LongToString(sel->GetCount()));
LONG seg = 0, a, b, p;
while (sel->GetRange(seg++, &a, &b))
{
for (p = a; p <= b; ++p)
{
//GePrint("seltpolygon: " + LongToString(p));
mObject.pmatidxArray[p] = mObject.tempMats.GetCount()-1;
}
}
}
}
}
else
{
mObject.tempMats[0] = material;
mObject.pmatidxArray.Fill(0);
}
}
}
if(!mObject.tempMats[0])
{
matDefault->SetName("Default");
BaseChannel* color = matDefault->GetChannel(CHANNEL_COLOR);
if (!color) return false; // return some error
BaseContainer cdata = color->GetData();
cdata.SetVector(BASECHANNEL_COLOR_EX, Vector(1.0f, 1.0f, 1.0f));
//document->InsertMaterial(matDefault, NULL, FALSE);
//matDefault->Update(TRUE, TRUE);
//matDefault->Message(MSG_UPDATE);
mObject.tempMats[0] = matDefault;
//GePrint("Global material not found on object " + ob->GetName() + ".");
//return false;
}
if(haveMats)
{
//GePrint("mObject.tempMats.GetCount(): " + LongToString(mObject.tempMats.GetCount()));
for(LONG m = 0; m < mObject.tempMats.GetCount(); m++)
{
Bool inMats = false;
//GePrint("materialArray.GetCount(): " + LongToString(materialArray.GetCount()));
for(LONG n = 0; n < materialArray.GetCount(); n++)
{
if(mObject.tempMats[m]->GetName() == materialArray[n]->GetName())
{
inMats = true;
break;
}
}
if(!inMats)
{
materialArray.Push(mObject.tempMats[m]);
}
}
}
//String str1;
//for (LONG p = 0; p < ob->GetPolygonCount(); p++)
//{
// str1 += LongToString(mObject.pmatidxArray[p]) + ",";
//}
//GePrint(str1);
}
/////////////////////////////////////////////////
const Vector* vadr = ob->GetPointR();
const CPolygon* padr = ob->GetPolygonR();
LONG vcnt = ob->GetPointCount();
LONG pcnt = ob->GetPolygonCount();
mObject.Fpvnb.ReSize(pcnt);// poly counts
for(LONG p = 0; p < pcnt; p++)
{
if(padr[p].c != padr[p].d)
{
mObject.Fpvnb[p] = 4;
}
else
{
mObject.Fpvnb[p] = 3;
}
}
mObject.pVertexCount = PVertexLength(mObject);
//Vertex positions
mObject.Vp.ReSize(vcnt);
Matrix mg = tM * ob->GetMgn();
for (LONG v = 0; v < vcnt; v++)
{
mObject.Vp[v] = vadr[v] * mg;
//GePrint("Point[" + LongToString(i) + "] " + LongToString(padr[i].x) + ", " + LongToString(padr[i].y) + ", " + LongToString(padr[i].z));
//str = "v " + LongToString(vadr[p].x) + " " + LongToString(vadr[p].y) + " " + LongToString(vadr[p].z) + "\n";
//this->WriteString(str, objfile);
}
mObject.Fv.ReSize(mObject.pVertexCount);
LONG y=0;
for (LONG p = 0; p < pcnt; p++)
{
if(mObject.Fpvnb[p] == 4)
{
mObject.Fv[y] = padr[p].d;
mObject.Fv[y+1] = padr[p].c;
mObject.Fv[y+2] = padr[p].b;
mObject.Fv[y+3] = padr[p].a;
}
else
{
mObject.Fv[y] = padr[p].c;
mObject.Fv[y+1] = padr[p].b;
mObject.Fv[y+2] = padr[p].a;
}
y += mObject.Fpvnb[p];
}
//String str1;
//for (LONG p = 0; p < mObject.Fv.GetCount(); p++)
//{
// str1 += LongToString(mObject.Fv[p]) + " ";
//}
//GePrint(str1);
///////////////////////////////
///////////vertex UV
//////////////////////////////
if(bc->GetBool(IDC_CHK_EXP_UV))
{
// Get first UV tag (if at least one)
UVWTag* uvw_tag = (UVWTag*)ob->GetTag(Tuvw, 0);
if(!uvw_tag)
{
GePrint("Object \"" + ob->GetName() + "\" has no UVW tag.\nUV coordinates can't be exported.");
return FALSE;
}
else
{
mObject.Vt.ReSize(mObject.pVertexCount);
mObject.Fvt.ReSize(mObject.pVertexCount);
const UVWHandle dataptr = uvw_tag->GetDataAddressR();
UVWStruct res;
for(LONG t=0, y=0; t < pcnt; t++)
{
//GePrint("y: " + LongToString(y));
UVWTag::Get(dataptr, t, res);
if(mObject.Fpvnb[t] == 4)
{
mObject.Vt[y] = res.d;
mObject.Vt[y + 1] = res.c;
mObject.Vt[y + 2] = res.b;
mObject.Vt[y + 3] = res.a;
mObject.Fvt[y] = y;
mObject.Fvt[y + 1] = y + 1;
mObject.Fvt[y + 2] = y + 2;
mObject.Fvt[y + 3] = y + 3;
}
else
{
mObject.Vt[y] = res.c;
mObject.Vt[y + 1] = res.b;
mObject.Vt[y + 2] = res.a;
mObject.Fvt[y] = y;
mObject.Fvt[y + 1] = y + 1;
mObject.Fvt[y + 2] = y + 2;
}
y += mObject.Fpvnb[t];
}
}
//String str1;
//for (LONG p = 0; p < mObject.Fvt.GetCount(); p++)
//{
// str1 += LongToString(mObject.Fvt[p]) + " ";
//}
//GePrint(str1);
}
WriteExportFile(bc, ob, objfile, mObject, vcnt, pcnt);
//GePrint("Fvt: " + LongToString(Fvt.GetCount()));
vpcnt += mObject.Vp.GetCount();
if(bc->GetBool(IDC_CHK_EXP_UV))
vtcnt += mObject.Vt.GetCount();
}
}
objfile->Close();
if(expMat && materialArray.GetCount() > 0)
WriteMatsFile(document, bc);
}
else
{
GePrint("No selected objects!");
}
BaseMaterial::Free(matDefault);
return TRUE;
}
/**
* @brief Decompile a function.
* @param i The indentation level.
* @param function The function to decompile.
* @param object The Object containing the function.
* @param pex Binary to decompile.
* @param name Name of the function. This parameter override the name stored in the function object.
*/
void Decompiler::PscCoder::writeFunction(int i, const Pex::Function &function, const Pex::Object& object, const Pex::Binary &pex, const std::string &name)
{
std::string functionName = name;
if (functionName.empty())
{
functionName = function.getName().asString();
}
bool isEvent = functionName.size() > 2 && !_stricmp(functionName.substr(0, 2).c_str(), "on");
if (functionName.size() > 9 && !_stricmp(functionName.substr(0, 9).c_str(), "::remote_")) {
isEvent = true;
functionName = functionName.substr(9);
functionName[function.getParams()[0].getTypeName().asString().size()] = '.';
}
if (functionName != "GetState" && functionName != "GotoState")
{
auto stream = indent(i);
if (_stricmp(function.getReturnTypeName().asString().c_str(), "none") != 0)
stream << mapType(function.getReturnTypeName().asString()) << " ";
if (isEvent)
stream << "Event ";
else
stream << "Function ";
stream << functionName << "(";
auto first = true;
for (auto& param : function.getParams())
{
if (first)
{
first = false;
}
else
{
stream << ", ";
}
stream << mapType(param.getTypeName().asString()) << " " << param.getName();
}
stream << ")";
if (function.isGlobal())
{
stream << " global";
}
if (function.isNative())
{
stream << " native";
}
writeUserFlag(stream, function, pex);
write(stream);
writeDocString(i, function);
if (! function.isNative())
{
for (auto& line : PscDecompiler(function, object, m_CommentAsm))
{
write(indent(i+1) << line);
}
if (isEvent)
write(indent(i) << "EndEvent");
else
write(indent(i) << "EndFunction");
}
}
else
{
write(indent(i) << "; Skipped compiler generated " << functionName);
}
}
