/**
* Execute our iterative initialisation phases.
*/
void Iterative::Execute() {
if (convergence_years_.size() == 0) {
timesteps::Manager& time_step_manager = *model_->managers().time_step();
time_step_manager.ExecuteInitialisation(label_, years_);
} else {
unsigned total_years = 0;
for (unsigned years : convergence_years_) {
timesteps::Manager& time_step_manager = *model_->managers().time_step();
time_step_manager.ExecuteInitialisation(label_, years - (total_years + 1));
total_years += years - (total_years + 1);
if ((total_years + 1) >= years_) {
time_step_manager.ExecuteInitialisation(label_, 1);
break;
}
cached_partition_.BuildCache();
time_step_manager.ExecuteInitialisation(label_, 1);
++total_years;
if (CheckConvergence()) {
LOG_FINEST() << " year Convergence was reached = " << years;
break;
}
LOG_FINEST() << "Initial year = " << years;
}
}
}
/**
* Execute our iterative initialisation phases.
*/
void Iterative::Execute() {
if (convergence_years_.size() == 0) {
timesteps::Manager& time_step_manager = *model_->managers().time_step();
time_step_manager.ExecuteInitialisation(label_, years_);
} else {
unsigned total_years = 0;
for (unsigned years : convergence_years_) {
timesteps::Manager& time_step_manager = *model_->managers().time_step();
time_step_manager.ExecuteInitialisation(label_, years - (total_years + 1));
total_years += years - (total_years + 1);
if ((total_years + 1) >= years_) {
time_step_manager.ExecuteInitialisation(label_, 1);
break;
}
cached_partition_.BuildCache();
time_step_manager.ExecuteInitialisation(label_, 1);
++total_years;
if (CheckConvergence()) {
LOG_FINEST() << " year Convergence was reached = " << years;
break;
}
LOG_FINEST() << "Initial year = " << years;
}
}
/*
* Ignore B0 Length Based Models for now.
LOG_FINEST() << "Number of Beverton-Holt recruitment processes in annual cycle = " << recruitment_process_.size();
LOG_FINEST() << "Number of Beverton-Holt recruitment processes with deviations in annual cycle = " << recruitment_process_with_devs_.size();
// We are at Equilibrium state here
// Check if we have B0 initialised or R0 initialised recruitment
bool B0_intial_recruitment = false;
for (auto recruitment_process : recruitment_process_) {
if (recruitment_process->bo_initialised()) {
LOG_FINEST() << PARAM_B0 << " has been defined for process labelled " << recruitment_process->label();
recruitment_process->ScalePartition();
B0_intial_recruitment = true;
}
}
for (auto recruitment_process_with_devs : recruitment_process_with_devs_) {
if (recruitment_process_with_devs->bo_initialised()) {
LOG_FINEST() << PARAM_B0 << " has been defined for process labelled " << recruitment_process_with_devs->label();
recruitment_process_with_devs->ScalePartition();
B0_intial_recruitment = true;
}
}
if (B0_intial_recruitment) {
// Calculate derived quanitities in the right space if we have a B0 initialised model
timesteps::Manager& time_step_manager = *model_->managers().time_step();
time_step_manager.ExecuteInitialisation(label_, 1);
}
*/
}