Variables | |
| real(c_double) | err = 1.0e-44_C_DOUBLE |
| Small value threshold below this value, isotopics should be set to zero formerly block 4. More... | |
| real(c_double), parameter | avogadro = 6.022140857e+23_C_DOUBLE |
| Avogadro number (same as ScaleUtils/Math/Constants.h) More... | |
| real(c_double), parameter | curie_to_becquerel = 3.7e+10_C_DOUBLE |
| Curies to Becquerels (same as ScaleUtils/Math/Constants.h) More... | |
| real(c_double), parameter | joule_to_mev = 6.24150647996e+12_C_DOUBLE |
| Joules to MeV (same as ScaleUtils/Math/Constants.h) More... | |
| real(c_double), parameter | pi = 3.14159265358979323846_C_DOUBLE |
| Ludolf number. More... | |
| integer(c_size_t), parameter | origen_bad_size_t =HUGE(1_C_SIZE_T) |
| indicates an error in a size_t Because this is an index, and fortran indices add one to C++ indices, it must correspond to C++ Origen::BAD_SIZE_T+1 which has been set to std::numeric_limits<size_t>::max/2+1 More... | |
| real(c_double), parameter | origen_bad_double =HUGE(1_C_DOUBLE) |
| indicates an error in a double More... | |
| real(c_float), parameter | origen_bad_float =HUGE(1_C_FLOAT) |
| indicates an error in a float More... | |
| integer(c_int), parameter | origen_bad_int =HUGE(1_C_INT) |
| indicates an error in an int More... | |
Detailed Description
Variable Documentation
| real(c_double) err = 1.0e-44_C_DOUBLE |
Small value threshold below this value, isotopics should be set to zero formerly block 4.
- Examples:
- tstObiwan.cpp.
Referenced by kernel_matrex::decay(), depletion::depletion_step(), origen_beta::distea(), estrad(), estrav(), origen_output_class::evaluate_rates_and_balances(), origen_alpha_class::get_spectrum(), depletion::powerf(), depletion::powerflux(), origen_output::print_table(), radcor(), LibraryIO_s61::read(), ObiwanTester< T >::SetUp(), slvrad(), kernel_matrex::term(), TEST(), rksuite_90::truerr_r1(), and LibraryIO_s61::write().
| real(c_double), parameter avogadro = 6.022140857e+23_C_DOUBLE |
Avogadro number (same as ScaleUtils/Math/Constants.h)
Referenced by origen_output::convert_concentrations(), origen_beta::distea(), origen_output_class::evaluate_rates_and_balances(), origen_alpha_class::get_spectrum(), origen_neutron::totaln(), and tstmassconservation().
| real(c_double), parameter curie_to_becquerel = 3.7e+10_C_DOUBLE |
Curies to Becquerels (same as ScaleUtils/Math/Constants.h)
Referenced by origen_output::convert_concentrations().
| real(c_double), parameter joule_to_mev = 6.24150647996e+12_C_DOUBLE |
Joules to MeV (same as ScaleUtils/Math/Constants.h)
Referenced by origen_output::convert_concentrations().
| real(c_double), parameter pi = 3.14159265358979323846_C_DOUBLE |
Ludolf number.
Referenced by origen_neutron::totaln().
| integer(c_size_t), parameter origen_bad_size_t =HUGE(1_C_SIZE_T) |
indicates an error in a size_t Because this is an index, and fortran indices add one to C++ indices, it must correspond to C++ Origen::BAD_SIZE_T+1 which has been set to std::numeric_limits<size_t>::max/2+1
| real(c_double), parameter origen_bad_double =HUGE(1_C_DOUBLE) |
indicates an error in a double
| real(c_float), parameter origen_bad_float =HUGE(1_C_FLOAT) |
indicates an error in a float
| integer(c_int), parameter origen_bad_int =HUGE(1_C_INT) |
indicates an error in an int
