void Calibration::SignalPath::set_min_step (Scalar* function, double step)
{
Steps* steps = dynamic_cast<Steps*> (function);
if (!steps)
return;
if (!steps->get_nstep())
{
#ifdef _DEBUG
cerr << "Calibration::SignalPath::set_min_step add step[0]="
<< step << endl;
#endif
steps->add_step( step );
}
else if (step < steps->get_step(0))
{
#ifdef _DEBUG
cerr << "Calibration::SignalPath::set_min_step set step[0]="
<< step << endl;
#endif
if (step_after_cal)
steps->add_step( step);
else
steps->set_step( 0, step );
}
}
void Calibration::SignalPath::add_step (Scalar* function, double step)
{
Steps* steps = dynamic_cast<Steps*> (function);
if (steps)
{
#ifdef _DEBUG
cerr << "Calibration::SignalPath::add_step step=" << step << endl;
#endif
steps->add_step (step);
}
}
void Calibration::SignalPath::add_step (Scalar* function, const MJD& mjd)
{
Steps* steps = dynamic_cast<Steps*> (function);
if (!steps)
throw Error (InvalidState, "Calibration::SignalPath::add_step",
"function is not a Steps");
MJD zero;
if (convert.get_reference_epoch() == zero)
convert.set_reference_epoch ( mjd );
time.set_value (mjd);
double step = convert.get_value();
steps->add_step (step);
}
