/**
* Check if there is an exception in the file. (1 line has more column).
* @brief File::checkIfExceptionInFile
* @param text
* @param regex
* @param i
* @return
*/
std::sregex_iterator File::checkIfExceptionInFile(std::string text, std::regex regex, int* i, bool computeCenterTp) {
auto words_begin = std::sregex_iterator(text.begin(), text.end(), regex);
auto words_end = std::sregex_iterator();
int dimLine = std::distance(words_begin, words_end);
bool skip = false;
if (dimLine == 0 || dimLine != dimension_) {
logger->info(logger->get() << "checkIfExceptionInFile: W: Skipping blank or invalid line at l "<< *i << ". dimLine was " << dimLine <<
" but should be (dimension_=" << dimension_ << ") in '"<<filename_<<"'.");
skip = true;
(*i)--;
}
registerData(words_begin, words_end, *i - lineDimension_, skip, computeCenterTp);
return words_end;
}
int SimDynamicDataPlugin::registerStaticDataBlock(const char *lpszName,
const char *lpszBlock)
{
int ret = DATAERROR_NOERROR;
char szDup[BUFSIZ];
strcpy(szDup, lpszBlock);
int id = findStaticBlock(strupr(szDup));
switch (id)
{
case TSDEFAULTMATERIALS: {
TS::DefaultMaterialProps* pDefaults = TS::DefaultMaterialProps::getDefaultProps();
TS::DefaultMaterialProps::MaterialProps* pProps = pDefaults->m_typeProps;
registerStaticBlock(lpszName, (void*)pProps, sizeof(TS::DefaultMaterialProps::MaterialProps));
registerData("Default", typeid(pProps[0]), &pProps[0]);
registerData("Concrete", typeid(pProps[1]), &pProps[1]);
registerData("Carpet", typeid(pProps[2]), &pProps[2]);
registerData("Metal", typeid(pProps[3]), &pProps[3]);
registerData("Glass", typeid(pProps[4]), &pProps[4]);
registerData("Plastic", typeid(pProps[5]), &pProps[5]);
registerData("Wood", typeid(pProps[6]), &pProps[6]);
registerData("Marble", typeid(pProps[7]), &pProps[7]);
registerData("Snow", typeid(pProps[8]), &pProps[8]);
registerData("Ice", typeid(pProps[9]), &pProps[9]);
registerData("Sand", typeid(pProps[10]), &pProps[10]);
registerData("Mud", typeid(pProps[11]), &pProps[11]);
registerData("Stone", typeid(pProps[12]), &pProps[12]);
registerData("SoftEarth", typeid(pProps[13]), &pProps[13]);
registerData("PackedEarth", typeid(pProps[14]), &pProps[14]);
}
break;
default:
ret = DATAERROR_NOTFOUND;
break;
}
return ret;
}
int KGamePropertyBase::registerData(int id, KGamePropertyHandler* owner, const QString& name)
{ return registerData(id, owner,PolicyUndefined, name); }
int KGamePropertyBase::registerData( KGamePropertyHandler* owner,PropertyPolicy p, const QString& name)
{ return registerData(-1, owner,p, name); }
int KGamePropertyBase::registerData(int id, KPlayer* owner, const QString& name)
{ return registerData(id, owner->dataHandler(), name); }
KGamePropertyBase::KGamePropertyBase(int id, KGamePropertyHandler* owner)
{
QLoggingCategory::setFilterRules(QLatin1Literal("games.private.kgame.debug = true"));
init();
registerData(id, owner);
}
KGamePropertyBase::KGamePropertyBase(int id, KPlayer* parent)
{
QLoggingCategory::setFilterRules(QLatin1Literal("games.private.kgame.debug = true"));
init();
registerData(id, parent);
}
void ArcModel::loadObjects()
{
//std::cout << "Loading Objects\n";
ArcVertexData oceanData0;
ArcVertexData oceanData1;
ArcVertexData oceanData2;
ArcVertexData oceanData3;
oceanData0.loadData("src/model/objects/seaLevel.od");
oceanData1.loadData("src/model/objects/seaLevel.od");
oceanData2.loadData("src/model/objects/seaLevel.od");
oceanData3.loadData("src/model/objects/seaLevel.od");
oceanData0.setPosition(-128, 0, -128);
oceanData1.setPosition(-128, 0, 128);
oceanData2.setPosition(128, 0, -128);
oceanData3.setPosition(128, 0, 128);
//oceanData0.setRotation(45, 0, 0);
//oceanData1.setRotation(0, 0, -45);
//oceanData2.setRotation(0, 0, 45);
//oceanData3.setRotation(-45, 0, 0);
//ArcVertexData terrainData;// = terrain.getVertexData();
//terrainData.loadData("src/model/objects/terrain0.od");
//terrainData.setPosition(0, -10, 0);
registerData(oceanData0);
//registerData(terrainData);
registerData(oceanData1);
registerData(oceanData2);
registerData(oceanData3);
//ArcTerrain terrain1(8, 7);
//ArcTerrain terrain2(8, 7);
//ArcTerrain terrain3(8, 7);
//terrain1.generate();
//terrain2.generate();
//terrain3.generate();
//ArcTerrain terrain0(8, 7);
//terrain0.generate();
ArcVertexData terrainData0;// = terrain0.getVertexData();
terrainData0.loadData("src/model/objects/terrain10.od");
terrainData0.setPosition(0, 2, 0);
registerData(terrainData0);
//ArcVertexData terrainData1 = terrain1.getVertexData();
//ArcVertexData terrainData2 = terrain2.getVertexData();
//ArcVertexData terrainData3 = terrain3.getVertexData();
//terrainData0.setPosition(-128, 0, -128);
//terrainData1.setPosition(-128, 0, 128);
//terrainData2.setPosition(128, 0, -128);
//terrainData3.setPosition(128, 0, 128);
//registerData(terrainData1);
//registerData(terrainData2);
//registerData(terrainData3);
//terrainData0.exportData("src/model/objects/terrain10.od");
//registerData(terrainData);
}
