Exemplos de PHYSICAL em C++ (Cpp)

Exemplo n.º 1

Arquivo: vdec_verify_file_common.c Projeto: johnnyslt/fxos-for-v967s

BOOL fgReadIdeFile(void* pvAddr, UINT32 u4Size, char *strFileName, UINT32 u4OffSet, UINT32 *pu4RealReadSize, UINT32 *pu4FileLength)
{
    if ((NULL == pvAddr) || (0 == u4Size) || (NULL == strFileName) || (NULL == pu4RealReadSize))
        return FALSE;

    *pu4RealReadSize = 0;

    _DmxIdeSendName(strFileName);
    
#if !CONFIG_DRV_LINUX
    if(!_DmxIdeGetFile((UINT32)pvAddr, 0, pu4RealReadSize))
    {
        vVDecOutputDebugString("\n read fail: %s", strFileName);
        return FALSE;
    }
#else
    if(!_DmxIdeGetFile( PHYSICAL((UINT32)pvAddr), 0, pu4RealReadSize, u4Size))
    {
        vVDecOutputDebugString("\n read fail: %s", strFileName);
        return FALSE;
    }
#endif

    *pu4FileLength = *pu4RealReadSize;

    return TRUE;
}

Exemplo n.º 2

Arquivo: vdec_verify_main.c Projeto: beyondmtk/MT6589_kernel_source

void vDrmaBusyOff (UINT32  u4InstID)
{
    i4VDEC_HAL_Dram_Busy_Off(0, PHYSICAL( (UINT32)(_pucDramBusy[u4InstID]) ), 0x10000);
}

Exemplo n.º 3

Arquivo: MSSM_utilities.cpp Projeto: dylan-harries/CNE6SSM-Spectrum

void MSSM_spectrum_plotter::extract_spectrum(const MSSM_mass_eigenstates& model)
{
   spectrum.clear();
   scale = model.get_scale();

   spectrum.push_back(TParticle("Glu", "\\tilde{g}", to_valarray(PHYSICAL(MGlu))));
   spectrum.push_back(TParticle("Sd", "\\tilde{d}", to_valarray(PHYSICAL(MSd))));
   spectrum.push_back(TParticle("Sv", "\\tilde{\\nu}", to_valarray(PHYSICAL(MSv))));
   spectrum.push_back(TParticle("Su", "\\tilde{u}", to_valarray(PHYSICAL(MSu))));
   spectrum.push_back(TParticle("Se", "\\tilde{e}", to_valarray(PHYSICAL(MSe))));
   spectrum.push_back(TParticle("hh", "h", to_valarray(PHYSICAL(Mhh))));
   spectrum.push_back(TParticle("Ah", "A^0", to_valarray(PHYSICAL(MAh))));
   spectrum.push_back(TParticle("Hpm", "H^-", to_valarray(PHYSICAL(MHpm))));
   spectrum.push_back(TParticle("Chi", "\\tilde{\\chi}^0", to_valarray(PHYSICAL(MChi))));
   spectrum.push_back(TParticle("Cha", "\\tilde{\\chi}^-", to_valarray(PHYSICAL(MCha))));

   if (model.do_calculate_sm_pole_masses()) {
      spectrum.push_back(TParticle("Fd", "d", to_valarray(PHYSICAL(MFd))));
      spectrum.push_back(TParticle("Fe", "e", to_valarray(PHYSICAL(MFe))));
      spectrum.push_back(TParticle("Fu", "u", to_valarray(PHYSICAL(MFu))));
      spectrum.push_back(TParticle("Fv", "\\nu", to_valarray(PHYSICAL(MFv))));
      spectrum.push_back(TParticle("VG", "g", to_valarray(PHYSICAL(MVG))));
      spectrum.push_back(TParticle("VP", "\\gamma", to_valarray(PHYSICAL(MVP))));
      spectrum.push_back(TParticle("VWm", "W^-", to_valarray(PHYSICAL(MVWm))));
      spectrum.push_back(TParticle("VZ", "Z", to_valarray(PHYSICAL(MVZ))));

   }
}