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#include "parse_directive.h"
#include "devices/alldevices.h"
#include "directional_coupler.h"
#include "optical_signal.h"
#include "parse_tree.h"
#include "specs.h"
using spx::oa_value_type;
using spx::ea_value_type;
using spx::ed_value_type;
using spx::ed_bus_type;
using spx::oa_signal_type;
using spx::ea_signal_type;
using spx::ed_signal_type;
using spx::ed_bus_type;
void OPTIONSDirective::create() const
{
// Verify number of nodes
assert(args.size() == 0);
// Parse keyword arguments
for (auto &p: kwargs)
{
string kw = p.first;
strutils::toupper(kw);
if (kw == "TRACEALL")
specsGlobalConfig.trace_all_optical_nets = p.second.as_boolean();
else if (kw == "ABSTOL")
specsGlobalConfig.default_abstol = p.second.as_double();
else if (kw == "RELTOL")
specsGlobalConfig.default_reltol = p.second.as_double();
else if (kw == "TS" || kw == "TIMESCALE")
specsGlobalConfig.engine_timescale = (SPECSConfig::EngineTimescale)p.second.as_integer();
else if (kw == "RESOLUTION")
specsGlobalConfig.default_resolution_multiplier = p.second.as_double();
else if (kw == "TRACEALL")
specsGlobalConfig.trace_all_optical_nets = p.second.as_double();
else if (kw == "TEST_VARIABLE")
cout << kw << "(" << p.second.kind() << "): " << p.second.get_str() << endl;
else {
cerr << "Unknown keyword: " << p.first;
cerr << " (value: " << p.second.get_str() << " (" << p.second.kind() << "))" <<endl;
exit(1);
}
}
}
void NODESETDirective::print() const
{
ParseDirective::print();
cout << "{";
for (const auto &x : net_assignments)
{
for (const auto &ass : x.second)
cout << ass.first << "(" << x.first << ") = "
<< ass.second.get_str() << " (" << ass.second.kind() << ") , ";
}
if ( !net_assignments.empty() )
cout << "\b\b";
cout << "}" << endl;
}
void NODESETDirective::create() const
{
cerr << "NODESET is disabled pending bugfixes" << endl;
exit(1);
#if 0
map<string, pair<spx::oa_signal_type *, oa_value_type>> ic_map;
auto &signals = parent->circuit_nets;
for (const auto &x : net_assignments)
{
const auto &key = x.first;
if (signals.count(key) == 0)
{
cerr << "Net not found " << key << endl;
exit(1);
}
if (ic_map.count(key) == 0)
{
//FIXME:
auto sig = dynamic_cast<oa_signal_type *>(signals[key].get());
auto initial_val = sig->read();
auto sig_address = dynamic_cast<oa_signal_type *>(signals[key].get());
pair<oa_signal_type *, oa_value_type> assignment{sig_address, initial_val};
ic_map.emplace(key, assignment);
}
oa_value_type signal_val = ic_map[key].second;
for (const auto &assignment: x.second)
{
string attribute_name = assignment.first;
strutils::toupper(attribute_name);
const Variable &value = assignment.second;
// cout << attribute_name << endl;
if (attribute_name == "P" || attribute_name == "POW" || attribute_name == "POWER")
{
signal_val.m_field = polar(sqrt(value.as_double()), arg(signal_val.m_field));
// cout << "################" << endl;
// cout << signal_val << endl;
}
else if (attribute_name == "PHASE" || attribute_name == "PHI")
{
signal_val.m_field = polar(abs(signal_val.m_field), value.as_double());
// cout << "################" << endl;
// cout << signal_val << endl;
}
else if (attribute_name == "WL" || attribute_name == "LAMBDA" || attribute_name == "WAVELENGTH")
{
signal_val.setWavelength(value.as_double());
// cout << "################" << endl;
// cout << signal_val << endl;
}
else
{
cerr << "Unknown attribute" << endl;
exit(1);
}
}
specsGlobalConfig.nodeset_orders[key] = pair<oa_signal_type *, oa_value_type>(
dynamic_cast<oa_signal_type *>(signals[key].get())
, signal_val);
}
#endif
}
void ICDirective::create() const
{
cerr << "IC directive is not implemented" << endl;
exit(1);
}
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