void GainStream::inspect_aux(int level, std::stringstream *ss) {
MuStream::inspect_aux(level, ss);
inspect_indent(level, ss);
*ss << "gain() = " << gain() << std::endl;
if (signal_source()) {
inspect_indent(level, ss);
*ss << "signal_source()" << std::endl;
signal_source()->inspect_aux(level+1, ss);
}
if (gain_source()) {
inspect_indent(level, ss);
*ss << "gain_source()" << std::endl;
gain_source()->inspect_aux(level+1, ss);
}
}
GainStream *GainStream::clone() {
GainStream *c = new GainStream();
c->set_gain(gain());
if (signal_source_) c->set_signal_source(signal_source()->clone());
if (gain_source_) c->set_gain_source(gain_source()->clone());
return c;
}
// main program:
int sc_main (int argc, char *argv[])
{
sc_core::sc_set_time_resolution(1.0, sc_core::SC_NS);
sc_core::sc_signal <double> angle;
ab_signal <electrical, parallel> mains;
ab_signal <electrical, series> output;
sc_core::sc_clock pwm("PWM", sc_core::sc_time(0.1, sc_core::SC_MS));
sc_core::sc_trace_file *f = create_tab_trace_file("TRACES", 5e-6);
mains.trace(f, "MAINS");
output.trace(f, "OUTPUT");
generator <double> signal_source("SOURCE1", sine(10, 100, 0, 1024));
signal_source(angle);
source <electrical> supply("GENERATOR1", cfg::across);
supply.input(angle);
supply.port(mains);
mosfet_2p m("M1", 0.75, 2.5);
m(mains, output, pwm);
m.port[0] <<= 2 ohm;
m.port[1] <<= 2 ohm;
R_load r("R1", 2);
r.port <<= 2 ohm;
r(output);
diode_1p d("D1", 0.8, 2);
d.port <<= 2 ohm;
d(-output);
sc_core::sc_start(sc_core::sc_time(10e-3, sc_core::SC_SEC));
close_tab_trace_file(f);
return 0;
}
