ModemArgInfoList ModemFMStereo::getSettings() {
ModemArgInfoList args;
ModemArgInfo demphArg;
demphArg.key = "demph";
demphArg.name = "De-emphasis";
demphArg.value = std::to_string(_demph);
demphArg.description = "FM Stereo De-Emphasis, typically 75us in US/Canada, 50us elsewhere.";
demphArg.type = ModemArgInfo::STRING;
std::vector<std::string> demphOptNames;
demphOptNames.push_back("None");
demphOptNames.push_back("10us");
demphOptNames.push_back("25us");
demphOptNames.push_back("32us");
demphOptNames.push_back("50us");
demphOptNames.push_back("75us");
demphArg.optionNames = demphOptNames;
std::vector<std::string> demphOpts;
demphOpts.push_back("0");
demphOpts.push_back("10");
demphOpts.push_back("25");
demphOpts.push_back("32");
demphOpts.push_back("50");
demphOpts.push_back("75");
demphArg.options = demphOpts;
args.push_back(demphArg);
return args;
}
ModemArgInfoList ModemGMSK::getSettings() {
ModemArgInfoList args;
ModemArgInfo fdelayArg;
fdelayArg.key = "fdelay";
fdelayArg.name = "Filter delay";
fdelayArg.value = std::to_string(_fdelay);
fdelayArg.description = "Filter delay in samples";
fdelayArg.type = ModemArgInfo::INT;
fdelayArg.units = "samples";
fdelayArg.range = ModemRange(1,128);
args.push_back(fdelayArg);
ModemArgInfo spsArg;
spsArg.key = "sps";
spsArg.name = "Samples / symbol";
spsArg.value = std::to_string(_sps);
spsArg.description = "Modem samples-per-symbol";
spsArg.type = ModemArgInfo::INT;
spsArg.units = "samples/symbol";
spsArg.range = ModemRange(2,512);
args.push_back(spsArg);
ModemArgInfo ebfArg;
ebfArg.key = "ebf";
ebfArg.name = "Excess bandwidth";
ebfArg.value = std::to_string(_ebf);
ebfArg.description = "Modem excess bandwidth factor";
ebfArg.type = ModemArgInfo::FLOAT;
ebfArg.range = ModemRange(0.1,0.49);
args.push_back(ebfArg);
return args;
}
ModemArgInfoList ModemFSK::getSettings() {
ModemArgInfoList args;
ModemArgInfo bpsArg;
bpsArg.key = "bps";
bpsArg.name = "Bits/symbol";
bpsArg.value = std::to_string(bps);
bpsArg.description = "Modem bits-per-symbol";
bpsArg.type = ModemArgInfo::STRING;
bpsArg.units = "bits";
std::vector<std::string> bpsOpts;
bpsOpts.push_back("1");
bpsOpts.push_back("2");
bpsOpts.push_back("4");
bpsOpts.push_back("8");
bpsOpts.push_back("16");
bpsArg.options = bpsOpts;
args.push_back(bpsArg);
ModemArgInfo spsArg;
spsArg.key = "sps";
spsArg.name = "Symbols/second";
spsArg.value = std::to_string(sps);
spsArg.description = "Modem symbols-per-second";
spsArg.type = ModemArgInfo::INT;
spsArg.range = ModemRange(10,115200);
std::vector<std::string> spsOpts;
args.push_back(spsArg);
ModemArgInfo bwArg;
bwArg.key = "bw";
bwArg.name = "Signal bandwidth";
bwArg.value = std::to_string(bw);
bwArg.description = "Total signal bandwidth";
bwArg.type = ModemArgInfo::FLOAT;
bwArg.range = ModemRange(0.1,0.49);
args.push_back(bwArg);
return args;
}
ModemArgInfoList ModemAPSK::getSettings() {
ModemArgInfoList args;
ModemArgInfo consArg;
consArg.key = "cons";
consArg.name = "Constellation";
consArg.description = "Modem Constellation Pattern";
consArg.value = std::to_string(cons);
consArg.type = ModemArgInfo::STRING;
std::vector<std::string> consOpts;
consOpts.push_back("4");
consOpts.push_back("8");
consOpts.push_back("16");
consOpts.push_back("32");
consOpts.push_back("64");
consOpts.push_back("128");
consOpts.push_back("256");
consArg.options = consOpts;
args.push_back(consArg);
return args;
}