Evolving surface finite element method
v0.3.0-14-g3598512
Numerical experiments for my papers
|
Public Member Functions | |
Parameter (int argc, char **argv, const std::string ¶meter_file_name) | |
Parameter (const Parameter &)=delete | |
Parameter & | operator= (const Parameter &)=delete |
double | last_step () const |
Step size of the last step. More... | |
double | eps () const noexcept |
Generic precision. | |
File names | |
const std::string & | grid () const noexcept |
const std::string & | error_log () const noexcept |
const std::string & | paraview () const noexcept |
Time control | |
double | start_time () const noexcept |
double | global_timeStep () const noexcept |
Flow control parameter | |
long | max_timeSteps () const |
long | prePattern_timeSteps () const |
long | pattern_timeSteps () const |
BDF coefficients | |
const std::vector< double > & | bdf_alphas () const noexcept |
const std::vector< double > & | bdf_gammas () const noexcept |
Tumor growth PDE data | |
double | tg_a () const noexcept |
double | tg_b () const noexcept |
double | tg_Dc () const noexcept |
double | tg_gamma () const noexcept |
double | velocity_regularization () const noexcept |
double | surface_growthFactor () const noexcept |
double | mcf_regularization () const noexcept |
Tumor growth initial data | |
double | u_hom_value () const noexcept |
double | w_hom_value () const noexcept |
double | u_pertubation () const noexcept |
double | w_pertubation () const noexcept |
const std::string & | u_init_dof () const noexcept |
File name for backup of initial nodal values. | |
const std::string & | w_init_dof () const noexcept |
File name for backup of initial nodal values. | |
Private Attributes | |
std::unique_ptr< Data > | d_ptr |
Friends | |
std::ostream & | operator<< (std::ostream &, const Parameter &) |
Definition at line 29 of file io_parameter.h.
double Esfem::Io::Parameter::last_step | ( | ) | const |
Step size of the last step.
If this is smaller then eps(), you should do nothing.
Definition at line 190 of file io_parameter.cpp.