void init()
{
m_bHasRunInit = true;
cIniFile Ini;
if (!Ini.ReadFile("items.ini"))
{
return;
}
int KeyID = Ini.FindKey("Items");
if (KeyID == cIniFile::noID)
{
return;
}
int NumValues = Ini.GetNumValues(KeyID);
for (int i = 0; i < NumValues; i++)
{
AString Name = Ini.GetValueName(KeyID, i);
if (Name.empty())
{
continue;
}
AString Value = Ini.GetValue(KeyID, i);
AddToMap(Name, Value);
} // for i - Ini.Values[]
}
/**
* Instantly moves an entity to a specific position on a map
* @param ent The entity to be moved
* @param map The map to move the entity on
* @param pos The map position to move the entity to
*/
void MoveEntity(Entity_T *ent, Map_T *map, Vec2f pos)
{
const GLfloat map_width_limit = MAX_MAP_WIDTH / 2 * TILE_WIDTH;
const GLfloat map_height_limit = MAX_MAP_HEIGHT / 2 * TILE_HEIGHT;
Tile_T *tile;
if(pos.x < -map_width_limit || pos.x > map_width_limit
|| pos.y < -map_height_limit || pos.y > map_height_limit){
//Error - Position out of bounds
return;
}
if((tile = TileAtPos(map, pos)) == NULL)
{
//Error - Moving to nonexistent tile
return;
}
else if(IS_SET(tile->flags, TILEFLAG_NO_PASS))
{
//Error - Moving to nopass tile
return;
}
ent->body->p.x = pos.x + ent->size.x / 2;
ent->body->p.y = pos.y + ent->size.y / 2;
if(ent->onMap != map)
AddToMap(ent, map);
}
//
// Post Load
//
// Do post mission load functions
//
void PostLoad()
{
// Add required objects to the map
for (NList<AddToMapItem>::Iterator i(&listAddToMap); *i; i++)
{
MapObj *obj = (*i)->obj;
if (!obj->GetParent())
{
AddToMap(obj);
if ((*i)->zip)
{
obj->ToggleFootPrint(TRUE);
}
}
}
listAddToMap.DisposeAll();
}
//
// ObjectNewOnMap
//
// Creates a new object of 'type' and places on the map using 'matrix'
//
MapObj* ObjectNewOnMap(MapObjType *type, const Matrix &matrix, U32 id, Bool zip, Bool complete)
{
ASSERT(type);
// Create the new object
MapObj *newObj = ObjectNew(type, id, complete);
// Set the object transform
newObj->SetSimCurrent(matrix);
// Add to the map
AddToMap(newObj);
// Zip if required
if (zip)
{
newObj->ToggleFootPrint(TRUE);
}
return (newObj);
}
void NonTermContextProperty::ProcessValue(const std::string &value)
{
vector<string> toks;
Tokenize(toks, value);
FactorCollection &fc = FactorCollection::Instance();
size_t numNT = Scan<size_t>(toks[0]);
m_probStores.resize(numNT);
size_t ind = 1;
while (ind < toks.size()) {
vector<const Factor *> factors;
for (size_t nt = 0; nt < numNT; ++nt) {
size_t ntInd = Scan<size_t>(toks[ind]);
assert(nt == ntInd);
++ind;
for (size_t contextInd = 0; contextInd < 4; ++contextInd) {
//cerr << "toks[" << ind << "]=" << toks[ind] << endl;
const Factor *factor = fc.AddFactor(toks[ind], false);
factors.push_back(factor);
++ind;
}
}
// done with the context. Just get the count and put it all into data structures
// cerr << "count=" << toks[ind] << endl;
float count = Scan<float>(toks[ind]);
++ind;
for (size_t i = 0; i < factors.size(); ++i) {
size_t ntInd = i / 4;
size_t contextInd = i % 4;
const Factor *factor = factors[i];
AddToMap(ntInd, contextInd, factor, count);
}
}
}
cBlockIDMap(void)
{
cIniFile Ini("items.ini");
if (!Ini.ReadFile())
{
return;
}
long KeyID = Ini.FindKey("Items");
if (KeyID == cIniFile::noID)
{
return;
}
unsigned NumValues = Ini.GetNumValues(KeyID);
for (unsigned i = 0; i < NumValues; i++)
{
AString Name = Ini.ValueName(KeyID, i);
if (Name.empty())
{
continue;
}
AString Value = Ini.GetValue(KeyID, i);
AddToMap(Name, Value);
} // for i - Ini.Values[]
}
/**
* Add the dir to the g_OpenDirs map.
* @param[in] dir The dir to add to g_OpenDirs.
* @return int The index of the DIR in g_OpenDirs, or -1 if there are too many
* open dirs. */
static int AddDirToMap(DIR* dir) {
return AddToMap((void**)g_OpenDirs, MAX_OPEN_DIRS, dir);
}
/**
* Add the file to the g_OpenFiles map.
* @param[in] file The file to add to g_OpenFiles.
* @return int The index of the FILE in g_OpenFiles, or -1 if there are too many
* open files. */
static int AddFileToMap(FILE* file) {
return AddToMap((void**)g_OpenFiles, MAX_OPEN_FILES, file);
}
int _tmain(int argc, TCHAR** argv)
{
int iFirstParam = 1;
// Turn on the "termination on heap corruption" flag.
(void)HeapSetInformation(NULL, HeapEnableTerminationOnCorruption, NULL, 0);
// generate output for HTML Help format
BOOL fHTMLFormat = FALSE;
// <include.h> filename to be copied
const TCHAR *pszIncludeFilename = NULL;
// additional include path
const TCHAR *pszIncludePath = NULL;
if( argc > 1 && _tcsicmp(argv[1], _T("/h")) == 0 )
{
fHTMLFormat = TRUE;
iFirstParam++;
if( ( argc > 3 ) && _tcsicmp(argv[2], _T("/a")) == 0 ) // copy file operation
{
pszIncludeFilename = argv[3];
iFirstParam += 2;
if( argc > 5 && _tcsicmp(argv[4], _T("/i")) == 0 )
{
pszIncludePath = argv[5];
iFirstParam += 2;
}
}
}
// add symbol mappings to the map.
BOOL fAddedToMap = FALSE;
int i;
for (i = iFirstParam; i < argc && _tcschr(argv[i], _T(',')) != NULL; i++)
{
AddToMap(argv[i]);
fAddedToMap = TRUE;
}
// must only have 1-2 parms left on command line.
if (!fAddedToMap || i < argc-2 || i > argc-1)
{
UsageErr(NULL, NULL);
ASSERT(FALSE);
}
// open input file.
CLineFile fileIn;
fileIn.SafeOpen(argv[i], CLineFile::modeRead);
// open/hook up output file.
CLineFile fileOut;
if (i+1 < argc)
fileOut.SafeOpen(argv[i+1], CLineFile::modeWrite | CLineFile::modeCreate);
else
fileOut.m_pStream = stdout;
// process the file.
CString strLine;
while (fileIn.ReadLine(strLine))
{
if (MapLine(strLine, fHTMLFormat))
{
fileOut.WriteLine(strLine);
}
}
// close input file.
fileIn.Close();
if( pszIncludeFilename != NULL )
{
CString strIncludeFilePath = FindIncludeFile( pszIncludeFilename, pszIncludePath );
if( strIncludeFilePath.IsEmpty() )
{
_ftprintf(stderr, _T("Error: Additional include file %s not found\n\n"), pszIncludeFilename );
fileOut.Close();
exit(1);
}
fileIn.SafeOpen(strIncludeFilePath, CLineFile::modeRead);
while (fileIn.ReadLine(strLine))
{
fileOut.WriteLine(strLine);
}
}
// close output file.
fileOut.Close();
return 0;
}
