Sky::Sky( DBCFile::Iterator data )
{
pos = Vec3D( data->getFloat( LightDB::PositionX ) / skymul, data->getFloat( LightDB::PositionY ) / skymul, data->getFloat( LightDB::PositionZ ) / skymul );
r1 = data->getFloat( LightDB::RadiusInner ) / skymul;
r2 = data->getFloat( LightDB::RadiusOuter ) / skymul;
//gLog( "New sky (%i) at (%f,%f,%f) with (%f > %f).\n", data->getInt( LightDB::ID ), pos.x, pos.y, pos.z, r1, r2 );
for (int i=0; i<36; i++)
mmin[i] = -2;
global = ( pos.x == 0.0f && pos.y == 0.0f && pos.z == 0.0f );
int FirstId = data->getInt( LightDB::DataIDs ) * 18;
for( int i = 0; i < 18; i++ )
{
try {
DBCFile::Record rec = gLightIntBandDB.getByID( FirstId + i );
int entries = rec.getInt( LightIntBandDB::Entries );
if ( entries == 0 )
mmin[i] = -1;
else
{
mmin[i] = rec.getInt( LightIntBandDB::Times );
for( int l = 0; l < entries; l++ )
{
SkyColor sc( rec.getInt( LightIntBandDB::Times + l ), rec.getInt( LightIntBandDB::Values + l ) );
colorRows[i].push_back( sc );
}
}
} catch (LightIntBandDB::NotFound) {
}
}
}
void UIWaterTypeBrowser::buildTypeList()
{
removeChild( WaterTypeList );
WaterTypeList = new UIListView(4,24,width() - 8,height() - 28,20);
WaterTypeList->clickable( true );
addChild(WaterTypeList);
//LiquidTypeDB::getLiquidName(gWorld->getWaterType(tileX, tileY));
for( DBCFile::Iterator i = gLiquidTypeDB.begin(); i != gLiquidTypeDB.end(); ++i )
{
UIFrame *curFrame = new UIFrame(1,1,1,1);
std::stringstream ss;
ss << i->getInt(LiquidTypeDB::ID) << "-" << LiquidTypeDB::getLiquidName(i->getInt(LiquidTypeDB::ID));
UIButton *tempButton = new UIButton(0.0f,
0.0f,
200.0f,
28.0f,
ss.str(),
"Interface\\DialogFrame\\UI-DialogBox-Background-Dark.blp",
"Interface\\DialogFrame\\UI-DialogBox-Background-Dark.blp",
boost::bind(&UIWaterTypeBrowser::setWaterTypeID, this, _1, _2), //steff: kidding me? we talked about this some h before u did this
i->getInt(LiquidTypeDB::ID)
);
tempButton->setLeft();
curFrame->addChild(tempButton);
WaterTypeList->addElement(curFrame);
}
WaterTypeList->recalcElements(1);
}
void Menu::createMapList()
{
for (DBCFile::Iterator i = gMapDB.begin(); i != gMapDB.end(); ++i)
{
MapEntry e;
e.mapID = i->getInt(MapDB::MapID);
e.name = i->getLocalizedString(MapDB::Name);
e.areaType = i->getUInt(MapDB::AreaType);
if (e.areaType == 3) e.name = i->getString(MapDB::InternalName);
if (e.areaType < 0 || e.areaType > 3 || !World::IsEditableWorld(e.mapID))
continue;
mMaps.push_back(e);
}
}
void Menu::loadMap(int mapID)
{
delete gWorld;
gWorld = NULL;
for (DBCFile::Iterator it = gMapDB.begin(); it != gMapDB.end(); ++it)
{
if (it->getInt(MapDB::MapID) == mapID)
{
gWorld = new World(it->getString(MapDB::InternalName));
mGUIMinimapWindow->show();
return;
}
}
LogError << "Map with ID " << mapID << " not found. Failed loading." << std::endl;
}
Sky::Sky(DBCFile::Iterator data)
{
pos = Vec3D(data->getFloat(LightDB::PositionX) / skymul, data->getFloat(LightDB::PositionY) / skymul, data->getFloat(LightDB::PositionZ) / skymul);
r1 = data->getFloat(LightDB::RadiusInner) / skymul;
r2 = data->getFloat(LightDB::RadiusOuter) / skymul;
for (int i = 0; i<36; ++i)
mmin[i] = -2;
global = (pos.x == 0.0f && pos.y == 0.0f && pos.z == 0.0f);
int FirstId = data->getInt(LightDB::DataIDs) * 18 - 17; // cromons light fix ;) Thanks
for (int i = 0; i < 18; ++i)
{
try
{
DBCFile::Record rec = gLightIntBandDB.getByID(FirstId + i);
int entries = rec.getInt(LightIntBandDB::Entries);
if (entries == 0)
mmin[i] = -1;
else
{
mmin[i] = rec.getInt(LightIntBandDB::Times);
for (int l = 0; l < entries; l++)
{
SkyColor sc(rec.getInt(LightIntBandDB::Times + l), rec.getInt(LightIntBandDB::Values + l));
colorRows[i].push_back(sc);
}
}
}
catch (...)
{
LogError << "When trying to intialize sky " << data->getInt(LightDB::ID) << ", there was an error with getting an entry in a DBC (" << i << "). Sorry." << std::endl;
DBCFile::Record rec = gLightIntBandDB.getByID(i);
int entries = rec.getInt(LightIntBandDB::Entries);
if (entries == 0)
mmin[i] = -1;
else
{
mmin[i] = rec.getInt(LightIntBandDB::Times);
for (int l = 0; l < entries; l++)
{
SkyColor sc(rec.getInt(LightIntBandDB::Times + l), rec.getInt(LightIntBandDB::Values + l));
colorRows[i].push_back(sc);
}
}
}
}
/*
unsigned int SKYFOG = data->getInt( LightDB::DataIDs );
unsigned int ID = data->getInt( LightDB::ID );
DBCFile::Record rec = gLightParamsDB.getByID( SKYFOG );
unsigned int skybox = rec.getInt( LightParamsDB::skybox);
if ( skybox == 0 )
alt_sky=NULL;
else{
DBCFile::Record rec = gLightSkyboxDB.getByID(skybox);
std::string skyname= rec.getString(LightSkyboxDB::filename);
alt_sky=new Model(skyname); // if this is ever uncommented, use ModelManager::
Log << "Loaded sky " << skyname << std::endl;
}
*/
}
int main()
{
InitMPQs();
FILE* fo = fopen("display_bounding_boxes.sql", "w");
DBCFile displayInfo("DBFilesClient\\CreatureDisplayInfo.dbc");
DBCFile modelInfo("DBFilesClient\\CreatureModelData.dbc");
displayInfo.open();
modelInfo.open();
std::map<uint32, DBCFile::Record> modelInfoEntries;
std::map<std::string, ModelCache> modelCache;
for (DBCFile::Iterator itr = modelInfo.begin(); itr != modelInfo.end(); ++itr)
{
unsigned int entry = itr->getInt(0);
modelInfoEntries.insert(std::make_pair(entry, *itr));
}
for (DBCFile::Iterator itr = displayInfo.begin(); itr != displayInfo.end(); ++itr)
{
unsigned int displayid = itr->getInt(0);
unsigned int modelentry = itr->getInt(1);
float modelscale = itr->getFloat(4);
std::map<uint32, DBCFile::Record>::iterator modelitr = modelInfoEntries.find(modelentry);
if (modelitr == modelInfoEntries.end())
{
printf("Cannot find model entry for display %u (entry %u)\n", displayid, modelentry);
continue;
}
DBCFile::Record modelrec = modelitr->second;
const char* modelname = modelrec.getString(2);
std::string strmodelname(modelname);
replace(strmodelname, ".mdx", ".m2", 0);
replace(strmodelname, ".MDX", ".m2", 0);
M2Header* header;
M2Attachment* attachments;
M2Bone* bones;
uint16* bonelookups;
std::map<std::string, ModelCache>::iterator cacheitr = modelCache.find(modelname);
if (cacheitr == modelCache.end())
{
MPQFile modelf(strmodelname.c_str());
if (modelf.isEof())
{
printf("Error: cannot open %s\n", strmodelname.c_str());
continue;
}
printf("Processing %u", displayid);
header = (M2Header*)malloc(sizeof(M2Header));
modelf.read(header, sizeof(M2Header));
printf(" %u attachments %u bone lookups %u bones\n", header->nAttachments, header->nBoneLookupTable, header->nBones);
attachments = (M2Attachment*)malloc(header->nAttachments * sizeof(M2Attachment));
modelf.seek(header->ofsAttachments);
modelf.read(attachments, header->nAttachments * sizeof(M2Attachment));
bonelookups = (uint16*)malloc(header->nBoneLookupTable * sizeof(uint16));
modelf.seek(header->ofsBoneLookupTable);
modelf.read(bonelookups, header->nBoneLookupTable * sizeof(uint16));
bones = (M2Bone*)malloc(header->nBones * sizeof(M2Bone));
modelf.seek(header->ofsBones);
modelf.read(bones, header->nBones * sizeof(M2Bone));
ModelCache cacheentry;
cacheentry.attachments = attachments;
cacheentry.bones = bones;
cacheentry.bonelookups = bonelookups;
cacheentry.header = header;
modelCache.insert(std::make_pair(modelname, cacheentry));
}
else
{
header = cacheitr->second.header;
bones = cacheitr->second.bones;
bonelookups = cacheitr->second.bonelookups;
attachments = cacheitr->second.attachments;
}
//try and get the bone
for (uint32 i = 0; i < header->nAttachments; ++i)
{
if (attachments[i].bone > header->nBoneLookupTable)
{
printf("Attachment %u requests bonelookup %u (too large, bonelookup table is only %u entries)\n", i, attachments[i].bone, header->nBoneLookupTable);
continue;
}
uint16 boneindex = bonelookups[attachments[i].bone];
if (boneindex > header->nBones)
{
printf("Attachment %u requests bone %u (too large, bone table is only %u entries)\n", i, boneindex, header->nBones);
continue;
}
M2Bone & bone = bones[boneindex];
//printf("Attachment %u (bone pivot %f %f %f offset %f %f %f)\n", attachments[i].id, bone.pivotpoint[0], bone.pivotpoint[1], bone.pivotpoint[2], attachments[i].pos[0], attachments[i].pos[1], attachments[i].pos[2]);
float realpos[3];
realpos[0] = (/*bone.pivotpoint[0] +*/ attachments[i].pos[0]) * modelscale;
realpos[1] = (/*bone.pivotpoint[1] +*/ attachments[i].pos[1]) * modelscale;
realpos[2] = (/*bone.pivotpoint[2] +*/ attachments[i].pos[2]) * modelscale;
//fix coord system
// float tmp = realpos[2];
// realpos[2] = realpos[1];
// realpos[1] = -tmp;
//fprintf(fo, "insert into `display_attachment_points` VALUES (%u, %u, %f, %f, %f);\n", displayid, attachments[i].id, attachments[i].pos[0], attachments[i].pos[1], attachments[i].pos[2]);
//printf("Attachmnent %u point %f %f %f pivot %f %f %f\n", attachments[i].id, realpos[0], realpos[1], realpos[2], bone.pivotpoint[0], bone.pivotpoint[1], bone.pivotpoint[2]);
}
float boundlow[3];
boundlow[0] = header->boundingbox1[0] * modelscale;
boundlow[1] = header->boundingbox1[1] * modelscale;
boundlow[2] = header->boundingbox1[2] * modelscale;
float boundhigh[3];
boundhigh[0] = header->boundingbox2[0] * modelscale;
boundhigh[1] = header->boundingbox2[1] * modelscale;
boundhigh[2] = header->boundingbox2[2] * modelscale;
float boundradius = header->boundingradius * modelscale;
fprintf(fo, "insert into `display_bounding_boxes` VALUES (%u, %f, %f, %f, %f, %f, %f, %f);\n", displayid, boundlow[0], boundlow[1], boundlow[2], boundhigh[0], boundhigh[1], boundhigh[2], boundradius);
}
fclose(fo);
return 0;
}