ALERROR WriteHeader (CTDBCompiler &Ctx, int iGameFile, CDataFile &Out)
{
ALERROR error;
CMemoryWriteStream Stream;
if (error = Stream.Create())
{
Ctx.ReportError(CONSTLIT("Out of memory"));
return error;
}
// Write it
CString sError;
if (!Ctx.WriteHeader(Stream, iGameFile, &sError))
{
Ctx.ReportError(strPatternSubst(CONSTLIT("Unable to write header: %s"), sError));
return ERR_FAIL;
}
// Write out the header
Stream.Close();
CString sData(Stream.GetPointer(), Stream.GetLength(), TRUE);
int iEntry;
if (error = Out.AddEntry(sData, &iEntry))
{
Ctx.ReportError(CONSTLIT("Unable to write header"));
return error;
}
Out.SetDefaultEntry(iEntry);
return NOERROR;
}
ALERROR WriteHeader (int iGameFile, CSymbolTable &Resources, CDataFile &Out)
{
ALERROR error;
CMemoryWriteStream Stream;
DWORD dwSave;
if (error = Stream.Create())
{
printf("Out of memory\n");
return error;
}
// Signature
dwSave = TDB_SIGNATURE;
Stream.Write((char *)&dwSave, sizeof(dwSave));
// Version
dwSave = TDB_VERSION;
Stream.Write((char *)&dwSave, sizeof(dwSave));
// Game file entry
dwSave = iGameFile;
Stream.Write((char *)&dwSave, sizeof(dwSave));
// Game title
CString sGameTitle = CONSTLIT("Transcendence: The March of the Heretic");
sGameTitle.WriteToStream(&Stream);
// Resource map
CString sSave;
if (error = CObject::Flatten(&Resources, &sSave))
{
printf("Unable to flatten resources map\n");
return error;
}
sSave.WriteToStream(&Stream);
// Write out the header
Stream.Close();
CString sData(Stream.GetPointer(), Stream.GetLength(), TRUE);
int iEntry;
if (error = Out.AddEntry(sData, &iEntry))
{
printf("Unable to write out header\n");
return error;
}
Out.SetDefaultEntry(iEntry);
return NOERROR;
}
///////////////////////////////////////////////////////////////////////////////
/// Checks if a key that is supposed in a specific section exists in ini file.
/// If the key does not exists an error message is generated and the programm
/// is quit.
/// @param [in] CfgFile Reference to the loaded ini file.
/// @param [in] key the key that is to be checked.
/// @param [in] section the section in which the key is supposed to be.
///////////////////////////////////////////////////////////////////////////////
bool CheckCfgParameterKeyExist(CDataFile CfgFile, string key, string section)
{
if (CfgFile.GetString(key,section).length() == 0)
return false;
else
return true;
}
ALERROR WriteResource (const CString &sFilename, const CString &sFolder, CSymbolTable &Resources, CDataFile &Out)
{
ALERROR error;
CString sFilespec = pathAddComponent(sFolder, sFilename);
CFileReadBlock theFile(sFilespec);
if (error = theFile.Open())
{
printf("Unable to open '%s'\n", sFilespec.GetASCIIZPointer());
return error;
}
CString sData(theFile.GetPointer(0, -1), theFile.GetLength(), TRUE);
int iEntry;
if (error = Out.AddEntry(sData, &iEntry))
{
printf("Unable to store '%s'\n", sFilespec.GetASCIIZPointer());
return error;
}
Resources.AddEntry(sFilespec, (CObject *)iEntry);
printf(" %s\n", sFilespec.GetASCIIZPointer());
return NOERROR;
}
void getCamPose(const char* pose_cal_file, TomGine::tgPose& camPose){
CDataFile cdfParams;
if(!cdfParams.Load(pose_cal_file)){
char errmsg[128];
sprintf(errmsg, "[utilities::getCamPose] Can not open pose_cal file '%s'", pose_cal_file);
throw std::runtime_error(errmsg);
}
vec3 t, r;
mat3 R;
std::string pose = cdfParams.GetString("pose");
sscanf( pose.c_str(), "[%f %f %f] [%f %f %f]",
&(t.x), &(t.y), &(t.z), &(r.x), &(r.y), &(r.z) );
R.fromRotVector(r);
camPose.SetPose(R,t);
}
void setCameraPose(TomGine::tgCamera::Parameter& camPar, const char* pose_cal_file)
{
CDataFile poseCDF;
if(!poseCDF.Load(pose_cal_file)){
char errmsg[128];
sprintf(errmsg, "[utilities::GetTrackingParameter] Can not open pose_cal file '%s'", pose_cal_file);
throw std::runtime_error(errmsg);
}
// Pose
vec3 p, r;
std::string pose = poseCDF.GetString("pose");
sscanf( pose.c_str(), "[%f %f %f] [%f %f %f]", &(p.x), &(p.y), &(p.z), &(r.x), &(r.y), &(r.z) );
//printf("%s\n", pose.c_str());
//printf("%f %f %f, %f %f %f\n", p.x, p.y, p.z, r.x, r.y, r.z);
camPar.pos.x = p.x;
camPar.pos.y = p.y;
camPar.pos.z = p.z;
camPar.rot.fromRotVector(r);
}
ALERROR WriteResource (CTDBCompiler &Ctx, const CString &sFilename, const CString &sFolder, bool bCompress, CDataFile &Out)
{
ALERROR error;
CString sFilespec = pathAddComponent(sFolder, sFilename);
CFileReadBlock theFile(pathAddComponent(Ctx.GetRootPath(), sFilespec));
if (error = theFile.Open())
{
Ctx.ReportError(strPatternSubst(CONSTLIT("Unable to open '%s'."), sFilespec));
return error;
}
CString sData(theFile.GetPointer(0, -1), theFile.GetLength(), TRUE);
if (bCompress)
{
CBufferReadBlock Input(sData);
CMemoryWriteStream Output;
if (error = Output.Create())
return ERR_FAIL;
CString sError;
if (!zipCompress(Input, compressionZlib, Output, &sError))
{
Ctx.ReportError(sError);
return ERR_FAIL;
}
sData = CString(Output.GetPointer(), Output.GetLength());
}
int iEntry;
if (error = Out.AddEntry(sData, &iEntry))
{
Ctx.ReportError(strPatternSubst(CONSTLIT("Unable to store '%s'."), sFilespec));
return error;
}
Ctx.AddResource(sFilespec, iEntry, bCompress);
printf(" %s\n", sFilespec.GetASCIIZPointer());
return NOERROR;
}
BOOL CDataFile::Init( const char *pFilename, int iRifVer, BOOL bErr )
{
m_iRifVer = iRifVer;
CString strFileName;
if ( ( ! bErr ) && ( ptheApp->m_lpCmdLine[0] ) )
{
TRAP ();
strFileName = ptheApp->m_lpCmdLine;
}
else
strFileName = ptheApp->GetProfileString ("Game", "DataFile", CString (".\\") + pFilename);
CString sPatch = ptheApp->GetProfileString ("Game", "Patch", "data");
if (! sPatch.IsEmpty ())
if (sPatch[sPatch.GetLength()-1] == '\\')
sPatch.ReleaseBuffer (sPatch.GetLength()-1);
// if it's an error we force looking for a new file
if (bErr)
if ( ! GetFileName ( strFileName ) )
return (FALSE);
// open the data file
for (; TRUE; )
{
try
{
theDataFile._Init (strFileName, sPatch, iRifVer);
ptheApp->WriteProfileString ("Game", "DataFile", strFileName);
return (TRUE);
}
catch (...)
{
if ( ! GetFileName ( strFileName ) )
return (FALSE);
}
}
ASSERT (FALSE);
return (FALSE);
}
void GetPlySiftFilenames(const char* ini_file, std::string &ply_file, std::string &sift_file, std::string &model_name)
{
CDataFile iniCDF;
if(!iniCDF.Load(ini_file)){
char errmsg[128];
sprintf(errmsg, "[utilities::GetTrackingParameter] Can not open tracking_ini file '%s'", ini_file);
throw std::runtime_error(errmsg);
}
ply_file = iniCDF.GetString("ModelPath", "ResourcePath");
ply_file.append(iniCDF.GetString("Model", "Files"));
sift_file = iniCDF.GetString("SiftPath", "ResourcePath");
sift_file.append(iniCDF.GetString("SiftModel", "Files"));
model_name = iniCDF.GetString("Model", "Files");
model_name = model_name.substr(0, model_name.find("."));
}
ALERROR WriteGameFile (const CString &sFilespec, CDataFile &Out, int *retiGameFile)
{
ALERROR error;
CFileReadBlock theFile(sFilespec);
if (error = theFile.Open())
{
printf("Unable to open '%s'\n", sFilespec.GetASCIIZPointer());
return error;
}
CString sData(theFile.GetPointer(0, -1), theFile.GetLength(), TRUE);
if (error = Out.AddEntry(sData, retiGameFile))
{
printf("Unable to store '%s'\n", sFilespec.GetASCIIZPointer());
return error;
}
printf("%s\n", sFilespec.GetASCIIZPointer());
return NOERROR;
}
void spliterrorsetVL(CMyAln * pALN) // routine
{
// assign the square errors on the validation set to the leaf nodes of the ALN
double * adblX = (double *) malloc((nDim) * sizeof(double));
double desired = 0;
double predict = 0;
double se = 0; // square error added to LFN DBLSQERRORVAL
ALNNODE* pActiveLFN;
for(int j=0; j<nRowsALNinputValFile; j++) // this is expensive using the whole validation set, but more accurate
{
for(int i=0; i<nDim; i++)
{
adblX[i] = ALNinputValFile.GetAt(j,i,0); // the value at nDim - 1 is used only for desired
}
desired = adblX[nDim - 1];
adblX[nDim - 1] = 0; // not used by QuickEval WWA 2009.10.06
predict = pALN->QuickEval(adblX, &pActiveLFN);
se = (predict - desired) * (predict - desired);
(pActiveLFN->DATA.LFN.pSplit)->nCount++;
(pActiveLFN->DATA.LFN.pSplit)->DBLSQERRORVAL += se;
} // end loop over VLfile
free(adblX);
} // END of spliterrorsetVL
void spliterrorsetTR(CMyAln * pALN) // routine
{
// assign the square errors on the validation set to the leaf nodes of the ALN
double * adblX = (double *) malloc((nDim) * sizeof(double));
double desired = 0;
double predict = 0;
double se = 0; // square error accumulator
ALNNODE* pActiveLFN;
for(int j=0; j<nRowsTR; j++)
{
for(int i=0; i<nDim; i++)
{
adblX[i] = TRfile.GetAt(j,i,0);
}
desired = adblX[nDim - 1]; // get the desired result
adblX[nDim-1] = 0; // not used in evaluation by QuickEval
predict = pALN->QuickEval(adblX, &pActiveLFN);
se = (predict - desired) * (predict - desired);
(pActiveLFN->DATA.LFN.pSplit)->nCount++;
(pActiveLFN->DATA.LFN.pSplit)->dblSqError += se;
} // end loop over TRset
free(adblX);
} // END of spliterrorsetTR
int main(int argc, char** argv) {
CDataFile data;
data.ReadFile("iris3.csv");
std::vector<double> col;
int n = data.GetData("PetalLength",col);
int samples = data.GetNumberOfSamples(1);
int vars = data.GetNumberOfVariables();
std::cout<<"Samples: "<<samples<<" Vars: "<<vars<<"\n";
std::vector<double> row;
for(int i=0; i<samples; i++) {
data.GetSample(i,row);
for(int j=0; j<vars; j++) {
std::cout << row[j]<<"\t";
}
std::cout<<"\n";
}
return 0;
}
bool ReadIniParameters(string szFile, InitialParameter &IniParam)
{
///////////////////////////////////////////////////////////////////////////////
// Section: Define variables
CDataFile CfgFile;
vector<int> chset;
vector<float> windlen;
///////////////////////////////////////////////////////////////////////////////
///////////////////////////////////////////////////////////////////////////////
// Section: Testing input parameters and initialize parameters
if (CfgFile.Load(szFile.c_str()))
{
if (CheckCfgParameterKeyExist(CfgFile,"dir","Initialization"))
IniParam.dir = CfgFile.GetString("dir","Initialization");
else
IniParam.dir = "C:";
if (CheckCfgParameterKeyExist(CfgFile,"decimation_frequency_Hz","Initialization"))
IniParam.Decimation_Frequency = CfgFile.GetInt("decimation_frequency_Hz","Initialization");
else
IniParam.Decimation_Frequency = 20;
if (CheckCfgParameterKeyExist(CfgFile,"spatial_filter","Initialization"))
IniParam.SF = CfgFile.GetInt("spatial_filter","Initialization");
else
IniParam.SF = 1;
if (CheckCfgParameterKeyExist(CfgFile,"penter","Initialization"))
IniParam.penter = CfgFile.GetFloat("penter","Initialization");
else
IniParam.penter = 0.1000f;
if (CheckCfgParameterKeyExist(CfgFile,"premove","Initialization"))
IniParam.premove = CfgFile.GetFloat("premove","Initialization");
else
IniParam.premove = 0.1500f;
if (CheckCfgParameterKeyExist(CfgFile,"maxiter","Initialization"))
IniParam.maxiter = CfgFile.GetInt("maxiter","Initialization");
else
IniParam.maxiter = 60;
if (CheckCfgParameterKeyExist(CfgFile,"channel_set","Initialization"))
{
string channelset = CfgFile.GetValue("channel_set","Initialization");
read_vector(channelset, IniParam.channel_set);
}
else
IniParam.channel_set.push_back(1);
if (CheckCfgParameterKeyExist(CfgFile,"Resp_window_ms","Initialization"))
{
string Resp_window = CfgFile.GetValue("Resp_window_ms","Initialization");
read_vector(Resp_window, IniParam.windlen);
}
else
{
IniParam.windlen.push_back(0);
IniParam.windlen.push_back(800);
}
return true;
}
else
// file does not exist
return false;
}
void GetTrackingParameter( Tracking::Tracker::Parameter& params, const char* ini_file, std::string config_root = ".")
{
CDataFile iniCDF;
if(!iniCDF.Load(ini_file)){
char errmsg[128];
sprintf(errmsg, "[utilities::GetTrackingParameter] Can not open tracking_ini file '%s'", ini_file);
throw std::runtime_error(errmsg);
}
// Tracking
// Constraints
params.variation.r.x = iniCDF.GetFloat("r.x", "Constraints") * Tracking::pi/180.0f;
params.variation.r.y = iniCDF.GetFloat("r.y", "Constraints") * Tracking::pi/180.0f;
params.variation.r.z = iniCDF.GetFloat("r.z", "Constraints") * Tracking::pi/180.0f;
params.variation.t.x = iniCDF.GetFloat("t.x", "Constraints");
params.variation.t.y = iniCDF.GetFloat("t.y", "Constraints");
params.variation.t.z = iniCDF.GetFloat("t.z", "Constraints");
params.variation.z = iniCDF.GetFloat("z", "Constraints");
// Performance
params.num_recursions = iniCDF.GetInt("recursions", "Performance");
params.num_particles = iniCDF.GetInt("particles", "Performance");
params.hypotheses_trials = iniCDF.GetInt("hypotheses", "Performance");
params.convergence = iniCDF.GetInt("convergence", "Performance");
// Resource Path
params.modelPath = pal_blort::addRoot(iniCDF.GetString("ModelPath", "ResourcePath"), config_root);
params.texturePath = pal_blort::addRoot(iniCDF.GetString("TexturePath", "ResourcePath"), config_root);
params.shaderPath = pal_blort::addRoot(iniCDF.GetString("ShaderPath", "ResourcePath"), config_root);
// Other
params.edge_tolerance = iniCDF.GetFloat("EdgeMatchingTolerance", "Other") * Tracking::pi/180.0f;
params.minTexGrabAngle = iniCDF.GetFloat("MinTextureGrabAngle", "Other") * Tracking::pi/180.0f;
params.num_spreadings = iniCDF.GetInt("NumberOfSpreadings", "Other");
params.max_kernel_size = iniCDF.GetInt("MaxKernelSize", "Other");
params.model_sobel_th = iniCDF.GetFloat("ModelSobelThreshold", "Other");
params.image_sobel_th = iniCDF.GetFloat("ImageSobelThreshold", "Other");
params.pred_no_convergence = iniCDF.GetFloat("PredictorNoConvergence", "Other");
params.c_th_base = iniCDF.GetFloat("BaseThreshold", "Qualitative");
params.c_th_min = iniCDF.GetFloat("MinThreshold", "Qualitative");
params.c_th_fair = iniCDF.GetFloat("FairThreshold", "Qualitative");
params.c_th_lost = iniCDF.GetFloat("LostThreshold", "Qualitative");
params.c_mv_not = iniCDF.GetFloat("NoMovementThreshold", "Movement");
params.c_mv_slow = iniCDF.GetFloat("SlowMovementThreshold", "Movement");
}
int main( int /*argc*/, char * /*argv*/[] )
{
// Create a CDataFile object.
CString str;
CMmio *pFile;
dataFile.Init( "test.dat", "." );
pFile = dataFile.OpenAsMMIO( "t1" );
pFile->DescendRiff( 'T','S','T','1' );
pFile->DescendList( 'T','S','T','L' );
pFile->DescendChunk( 'D','A','T','A' );
pFile->ReadString( str );
pFile->AscendChunk();
pFile->DescendChunk( 'D','A','T','A' );
pFile->ReadString( str );
delete pFile;
pFile = dataFile.OpenAsMMIO( "t2" );
pFile->DescendRiff( 'T','S','T','2' );
pFile->DescendChunk( 'D','A','T','A' );
pFile->ReadString( str );
delete pFile;
pFile = dataFile.OpenAsMMIO( "units" );
pFile->DescendRiff( 'U','N','I','T' );
pFile->DescendList( 'T','E','R','N' );
pFile->DescendChunk( 'N','M','B','R' );
short x = ( short )pFile->ReadInt();
delete pFile;
CFile *pNormFile;
pNormFile = dataFile.OpenAsFile( "bk.bat" );
char array[ 64 ];
pNormFile->Read( array, 64 );
delete pNormFile;
CArchive *pArchive;
pArchive = dataFile.OpenAsCArchive( "bk.bat" );
dataFile.CloseCArchive( pArchive );
dataFile.SetCountryCode( 1 );
pFile = dataFile.OpenAsMMIO( NULL );
delete pFile;
dataFile.SetCountryCode( 2 );
pFile = dataFile.OpenAsMMIO( NULL );
delete pFile;
dataFile.SetCountryCode( 12 );
pFile = dataFile.OpenAsMMIO( NULL );
delete pFile;
dataFile.Close();
dataFile.Init( NULL, "." );
pFile = dataFile.OpenAsMMIO( "t1" );
pFile->DescendRiff( 'T','S','T','1' );
pFile->DescendList( 'T','S','T','L' );
pFile->DescendChunk( 'D','A','T','A' );
pFile->ReadString( str );
pFile->AscendChunk();
pFile->DescendChunk( 'D','A','T','A' );
pFile->ReadString( str );
delete pFile;
pNormFile = dataFile.OpenAsFile( "bk2.bat" );
pNormFile->Read( array, 64 );
delete pNormFile;
pArchive = dataFile.OpenAsCArchive( "bk2.bat" );
dataFile.CloseCArchive( pArchive );
dataFile.Close();
return 0;
}
