mirror of
https://github.com/Lukas0025/YAGS.git
synced 2025-04-04 06:51:33 +01:00
537 lines
21 KiB
PHP
537 lines
21 KiB
PHP
<?php
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function seed($data) {
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/**
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* Create default user
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*/
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$admin = new \DAL\user();
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$admin->userName->set($data["user"]);
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$admin->pass->set($data["pass"]);
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$admin->admin->set(true);
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$admin->commit(); /* commit changes to DB */
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$leoWSatTape = new \DAL\targetType();
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$leoWSatTape->name->set("Weather Satellite");
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$leoWSatTape->commit();
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$nanosatelliteType = new \DAL\targetType();
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$nanosatelliteType->name->set("Nanosatellite");
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$nanosatelliteType->commit();
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$avhrrType = new \DAL\dataType();
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$avhrrType->name->set("AVHRR");
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$avhrrType->commit();
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$msumrType = new \DAL\dataType();
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$msumrType->name->set("MSU-MR");
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$msumrType->commit();
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$beaconType = new \DAL\dataType();
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$beaconType->name->set("Beacon");
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$beaconType->commit();
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$telemetryType = new \DAL\dataType();
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$telemetryType->name->set("Telemetry");
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$telemetryType->commit();
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/**
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* Antennas seeds
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*/
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$yagi = new \DAL\Antenna();
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$yagi->name->set("YAGI");
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$yagi->commit();
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$dish = new \DAL\Antenna();
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$dish->name->set("DISH");
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$dish->commit();
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$qfh = new \DAL\Antenna();
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$qfh->name->set("QFH");
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$qfh->commit();
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$dipole = new \DAL\Antenna();
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$dipole->name->set("Dipole");
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$dipole->commit();
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$noneAnt = new \DAL\Antenna();
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$noneAnt->name->set("none");
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$noneAnt->commit();
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/**
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* First station
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*/
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$myStation = new \DAL\station();
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$myStation->name->set("My first station");
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$myStation->locator->set([
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"gps" => [
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"lat" => $data["lat"],
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"lon" => $data["lon"],
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"alt" => $data["alt"]
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]
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]);
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$myStation->commit();
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$myStationRcv = new \DAL\receiver();
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$myStationRcv->station->set($myStation);
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$myStationRcv->params->set($data["params"]);
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$myStationRcv->antenna->set($noneAnt);
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$myStationRcv->centerFrequency->set(0);
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$myStationRcv->gain->set(0);
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$myStationRcv->commit();
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/*
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$myStation2G = new \DAL\receiver();
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$myStation2G->station->set($myStation);
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$myStation2G->params->set([
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"radio" => "hackrf",
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"amp" => true,
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"bias" => false,
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"lna_gain" => 45,
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"vga_gain" => 10,
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"bias" => true
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]);
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$myStation2G->antenna->set($yagi);
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$myStation2G->centerFrequency->set(1700000000);
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$myStation2G->gain->set(45);
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$myStation2G->commit();
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*/
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/**
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* Modulations
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*/
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$apt = new \DAL\modulation();
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$apt->name->set("APT");
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$apt->commit();
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$bpsk = new \DAL\modulation();
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$bpsk->name->set("BPSK");
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$bpsk->commit();
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$gfsk = new \DAL\modulation();
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$gfsk->name->set("GFSK");
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$gfsk->commit();
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$hrpt = new \DAL\modulation();
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$hrpt->name->set("HRPT");
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$hrpt->commit();
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$dsb = new \DAL\modulation();
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$dsb->name->set("DSB");
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$dsb->commit();
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$lrpt = new \DAL\modulation();
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$lrpt->name->set("LRPT");
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$lrpt->commit();
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$cw = new \DAL\modulation();
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$cw->name->set("CW");
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$cw->commit();
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$lora = new \DAL\modulation();
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$lora->name->set("LORA");
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$lora->commit();
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/**
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* Process pipes
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*/
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$aptPipe = new \DAL\processPipe();
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$aptPipe->name->set("NOAA APT");
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$aptPipe->pipe->set([
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"satdump noaa_apt baseband {baseband} {artefactDir} --samplerate {fs} --satellite_number {targetNum} --start_timestamp {start} --autocrop_wedges --baseband_format s8",
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"baseband_spectogram.py {baseband} {artefactDir}/spectogram.png -fs {fs} -fc {freq}",
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"cp {baseband} {artefactDir}/{dtstart}_{fs}SPS_{freq}Hz.s8"
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]);
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$aptPipe->commit();
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$lrptPipe = new \DAL\processPipe();
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$lrptPipe->name->set("METEOR LRPT");
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$lrptPipe->pipe->set([
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"satdump meteor_m2-x_lrpt baseband {baseband} {artefactDir} --samplerate {fs} --baseband_format s8",
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"baseband_spectogram.py {baseband} {artefactDir}/spectogram.png -fs {fs} -fc {freq}",
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"cp {baseband} {artefactDir}/{dtstart}_{fs}SPS_{freq}Hz.s8"
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]);
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$lrptPipe->commit();
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$spectogramPipe = new \DAL\processPipe();
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$spectogramPipe->name->set("Spectogram");
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$spectogramPipe->pipe->set([
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"baseband_spectogram.py {baseband} {artefactDir}/spectogram.png -fs {fs} -fc {freq}",
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"cp {baseband} {artefactDir}/{dtstart}_{fs}SPS_{freq}Hz.s8",
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]);
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$spectogramPipe->commit();
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$cwPipe = new \DAL\processPipe();
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$cwPipe->name->set("CW Morse");
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$cwPipe->pipe->set([
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"baseband_spectogram.py {baseband} {artefactDir}/spectogram.png -fs {fs} -fc {freq}",
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"cw_morse.py {baseband} {artefactDir}/morse.txt -fs {fs} -fc \"[?]\"",
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"cp {baseband} {artefactDir}/{dtstart}_{fs}SPS_{freq}Hz.s8"
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]);
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$cwPipe->commit();
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$luckyPipe = new \DAL\processPipe();
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$luckyPipe->name->set("Lucky7-UHF");
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$luckyPipe->pipe->set([
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"satdump lucky7_link baseband {baseband} {artefactDir} --samplerate {fs} --dc_block --start_timestamp {start} --enable_doppler --baseband_format s8",
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"baseband_spectogram.py {baseband} {artefactDir}/spectogram.png -fs {fs} -fc {freq}",
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"/decoders/lucky7 {artefactDir}/lucky7_link.frm {start} > {artefactDir}/telemetry.json",
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"cp {baseband} {artefactDir}/{dtstart}_{fs}SPS_{freq}Hz.s8",
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"test -f {artefactDir}/lucky7_link.frm"
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]);
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$luckyPipe->commit();
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$stratosatPipe = new \DAL\processPipe();
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$stratosatPipe->name->set("Stratosat_TK1-UHF");
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$stratosatPipe->pipe->set([
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"satdump stratosat_tk1_uhf baseband {baseband} {artefactDir} --samplerate {fs} --dc_block --start_timestamp {start} --enable_doppler --baseband_format s8",
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"baseband_spectogram.py {baseband} {artefactDir}/spectogram.png -fs {fs} -fc {freq}",
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"cp {baseband} {artefactDir}/{dtstart}_{fs}SPS_{freq}Hz.s8"
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]);
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$stratosatPipe->commit();
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/**
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* NOAA 19
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*/
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$noaa19 = new \DAL\target();
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$noaa19->name->set("NOAA 19");
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$noaa19->type->set($leoWSatTape);
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$noaa19->orbit->set("leo");
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$noaa19->description->set("NOAA 19 is the fifth in a series of five Polar-orbiting Operational Environmental Satellites (POES) with advanced microwave sounding instruments that provide imaging and sounding capabilities.");
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$noaa19->locator->set([
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"tle" => [
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"line1" => "1 33591U 09005A 23243.18101660 .00000207 00000-0 13587-3 0 9998",
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"line2" => "2 33591 99.0938 290.2850 0014342 35.8617 324.3514 14.12812127750532"
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]
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]);
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$noaa19->commit();
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$noaa19APT = new \DAL\transmitter();
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$noaa19APT->target->set($noaa19);
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$noaa19APT->dataType->set($avhrrType);
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$noaa19APT->bandwidth->set(34000);
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$noaa19APT->centerFrequency->set(137100000);
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$noaa19APT->modulation->set($apt);
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$noaa19APT->antenna->set($qfh);
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$noaa19APT->priority->set(2);
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$noaa19APT->processPipe->set($aptPipe);
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$noaa19APT->commit();
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$noaa19DSB = new \DAL\transmitter();
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$noaa19DSB->target->set($noaa19);
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$noaa19DSB->dataType->set($avhrrType);
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$noaa19DSB->bandwidth->set(34000);
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$noaa19DSB->centerFrequency->set(137770000);
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$noaa19DSB->modulation->set($dsb);
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$noaa19DSB->antenna->set($qfh);
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$noaa19DSB->commit();
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$noaa19HRPT = new \DAL\transmitter();
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$noaa19HRPT->target->set($noaa19);
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$noaa19HRPT->dataType->set($avhrrType);
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$noaa19HRPT->bandwidth->set(3000000);
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$noaa19HRPT->centerFrequency->set(1698000000);
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$noaa19HRPT->modulation->set($hrpt);
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$noaa19HRPT->antenna->set($qfh);
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$noaa19HRPT->commit();
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/**
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* NOAA 18
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*/
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$noaa18 = new \DAL\target();
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$noaa18->name->set("NOAA 18");
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$noaa18->type->set($leoWSatTape);
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$noaa18->orbit->set("leo");
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$noaa18->description->set("NOAA 18, known before launch as NOAA-N, is a weather forecasting satellite run by NOAA. NOAA-N (18) was launched into a sun-synchronous orbit at an altitude of 854 km above the Earth, with an orbital period of 102 minutes. It hosts the AMSU-A, MHS, AVHRR, Space Environment Monitor SEM/2 instrument and High Resolution Infrared Radiation Sounder (HIRS) instruments, as well as the SBUV/2 ozone-monitoring instrument.");
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$noaa18->locator->set([
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"tle" => [
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"line1" => "1 28654U 05018A 23250.34978256 .00000271 00000-0 16921-3 0 9997",
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"line2" => "2 28654 98.9045 324.3258 0015006 144.5825 215.6347 14.13000434943172"
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]
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]);
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$noaa18->commit();
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$noaa18APT = new \DAL\transmitter();
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$noaa18APT->target->set($noaa18);
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$noaa18APT->dataType->set($avhrrType);
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$noaa18APT->bandwidth->set(34000);
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$noaa18APT->centerFrequency->set(137912500);
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$noaa18APT->modulation->set($apt);
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$noaa18APT->antenna->set($qfh);
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$noaa18APT->priority->set(1);
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$noaa18APT->processPipe->set($aptPipe);
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$noaa18APT->commit();
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$noaa18DSB = new \DAL\transmitter();
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$noaa18DSB->target->set($noaa18);
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$noaa18DSB->dataType->set($avhrrType);
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$noaa18DSB->bandwidth->set(34000);
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$noaa18DSB->centerFrequency->set(137350000);
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$noaa18DSB->modulation->set($dsb);
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$noaa18DSB->antenna->set($qfh);
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$noaa18DSB->commit();
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$noaa18HRPT = new \DAL\transmitter();
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$noaa18HRPT->target->set($noaa18);
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$noaa18HRPT->dataType->set($avhrrType);
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$noaa18HRPT->bandwidth->set(3000000);
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$noaa18HRPT->centerFrequency->set(1707000000);
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$noaa18HRPT->modulation->set($hrpt);
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$noaa18HRPT->antenna->set($qfh);
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$noaa18HRPT->commit();
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/**
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* NOAA 15
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*/
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$noaa15 = new \DAL\target();
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$noaa15->name->set("NOAA 15");
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$noaa15->type->set($leoWSatTape);
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$noaa15->orbit->set("leo");
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$noaa15->description->set("");
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$noaa15->locator->set([
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"tle" => [
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"line1" => "1 25338U 98030A 23256.05271705 .00000271 00000-0 13068-3 0 9997",
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"line2" => "2 25338 98.6015 283.5892 0011307 61.1013 299.1300 14.26387191317785"
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]
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]);
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$noaa15->commit();
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$noaa15APT = new \DAL\transmitter();
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$noaa15APT->target->set($noaa15);
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$noaa15APT->dataType->set($avhrrType);
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$noaa15APT->bandwidth->set(34000);
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$noaa15APT->centerFrequency->set(137620000);
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$noaa15APT->modulation->set($apt);
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$noaa15APT->antenna->set($qfh);
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$noaa15APT->priority->set(100);
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$noaa15APT->processPipe->set($aptPipe);
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$noaa15APT->commit();
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$noaa15DSB = new \DAL\transmitter();
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$noaa15DSB->target->set($noaa15);
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$noaa15DSB->dataType->set($avhrrType);
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$noaa15DSB->bandwidth->set(34000);
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$noaa15DSB->centerFrequency->set(1377700000);
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$noaa15DSB->modulation->set($dsb);
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$noaa15DSB->antenna->set($qfh);
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$noaa15DSB->commit();
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$noaa15HRPT = new \DAL\transmitter();
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$noaa15HRPT->target->set($noaa15);
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$noaa15HRPT->dataType->set($avhrrType);
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$noaa15HRPT->bandwidth->set(3000000);
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$noaa15HRPT->centerFrequency->set(1702500000);
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$noaa15HRPT->modulation->set($hrpt);
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$noaa15HRPT->antenna->set($qfh);
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$noaa15HRPT->commit();
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/**
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* METEOR M2-3
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*/
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$meteor23 = new \DAL\target();
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$meteor23->name->set("METEOR M2-3");
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$meteor23->type->set($leoWSatTape);
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$meteor23->orbit->set("leo");
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$meteor23->description->set("");
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$meteor23->locator->set([
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"tle" => [
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"line1" => "1 57166U 23091A 23258.09139909 .00000046 00000-0 39414-4 0 9995",
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"line2" => "2 57166 98.7568 309.6443 0003662 194.1864 165.9212 14.23842173 11338"
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]
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]);
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$meteor23->commit();
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$meteor23LRPT1 = new \DAL\transmitter();
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$meteor23LRPT1->target->set($meteor23);
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$meteor23LRPT1->dataType->set($msumrType);
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$meteor23LRPT1->bandwidth->set(120000);
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$meteor23LRPT1->centerFrequency->set(137900000);
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$meteor23LRPT1->modulation->set($lrpt);
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$meteor23LRPT1->antenna->set($qfh);
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$meteor23LRPT1->priority->set(3);
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$meteor23LRPT1->processPipe->set($lrptPipe);
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$meteor23LRPT1->commit();
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$meteor23LRPT2 = new \DAL\transmitter();
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$meteor23LRPT2->target->set($meteor23);
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$meteor23LRPT2->dataType->set($msumrType);
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$meteor23LRPT2->bandwidth->set(120000);
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$meteor23LRPT2->centerFrequency->set(137100000);
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$meteor23LRPT2->modulation->set($lrpt);
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$meteor23LRPT2->antenna->set($qfh);
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$meteor23LRPT2->processPipe->set($lrptPipe);
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$meteor23LRPT2->commit();
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$meteor23HRPT = new \DAL\transmitter();
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$meteor23HRPT->target->set($meteor23);
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$meteor23HRPT->dataType->set($msumrType);
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$meteor23HRPT->bandwidth->set(3000000);
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$meteor23HRPT->centerFrequency->set(1700000000);
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$meteor23HRPT->modulation->set($hrpt);
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$meteor23HRPT->antenna->set($qfh);
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$meteor23HRPT->commit();
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/**
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* METEOR M2-4
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*/
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$meteor24 = new \DAL\target();
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$meteor24->name->set("METEOR M2-4");
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$meteor24->type->set($leoWSatTape);
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$meteor24->orbit->set("leo");
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$meteor24->description->set("");
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$meteor24->locator->set([
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"tle" => [
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"line1" => "1 57166U 23091A 23258.09139909 .00000046 00000-0 39414-4 0 9995",
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"line2" => "2 57166 98.7568 309.6443 0003662 194.1864 165.9212 14.23842173 11338"
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]
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]);
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$meteor24->commit();
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$meteor24LRPT1 = new \DAL\transmitter();
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$meteor24LRPT1->target->set($meteor23);
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$meteor24LRPT1->dataType->set($msumrType);
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$meteor24LRPT1->bandwidth->set(120000);
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$meteor24LRPT1->centerFrequency->set(137900000);
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$meteor24LRPT1->modulation->set($lrpt);
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$meteor24LRPT1->antenna->set($qfh);
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$meteor24LRPT1->priority->set(3);
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$meteor24LRPT1->processPipe->set($lrptPipe);
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$meteor24LRPT1->commit();
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$meteor24LRPT2 = new \DAL\transmitter();
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$meteor24LRPT2->target->set($meteor23);
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$meteor24LRPT2->dataType->set($msumrType);
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$meteor24LRPT2->bandwidth->set(120000);
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$meteor24LRPT2->centerFrequency->set(137100000);
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$meteor24LRPT2->modulation->set($lrpt);
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$meteor24LRPT2->antenna->set($qfh);
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$meteor24LRPT2->processPipe->set($lrptPipe);
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$meteor24LRPT2->commit();
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$meteor24HRPT = new \DAL\transmitter();
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$meteor24HRPT->target->set($meteor23);
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$meteor24HRPT->dataType->set($msumrType);
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$meteor24HRPT->bandwidth->set(3000000);
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$meteor24HRPT->centerFrequency->set(1700000000);
|
||
$meteor24HRPT->modulation->set($hrpt);
|
||
$meteor24HRPT->antenna->set($qfh);
|
||
$meteor24HRPT->commit();
|
||
|
||
/**
|
||
* Max valier sat
|
||
*/
|
||
|
||
$maxvalier = new \DAL\target();
|
||
$maxvalier->name->set("MAX VALIER SAT");
|
||
$maxvalier->type->set($nanosatelliteType);
|
||
$maxvalier->orbit->set("leo");
|
||
$maxvalier->description->set("");
|
||
$maxvalier->locator->set([
|
||
"tle" => [
|
||
"line1" => "1 42778U 17036P 23282.84620820 .00050788 00000-0 10567-2 0 9991",
|
||
"line2" => "2 42778 97.1421 315.3778 0008233 57.6254 302.5791 15.45432755350391"
|
||
]
|
||
]);
|
||
$maxvalier->commit();
|
||
|
||
$maxvalierCW = new \DAL\transmitter();
|
||
$maxvalierCW->target->set($maxvalier);
|
||
$maxvalierCW->dataType->set($beaconType);
|
||
$maxvalierCW->bandwidth->set(120000);
|
||
$maxvalierCW->centerFrequency->set(145960000);
|
||
$maxvalierCW->modulation->set($cw);
|
||
$maxvalierCW->antenna->set($yagi);
|
||
$maxvalierCW->priority->set(0);
|
||
$maxvalierCW->processPipe->set($cwPipe);
|
||
$maxvalierCW->commit();
|
||
|
||
/**
|
||
* Lucky 7
|
||
*/
|
||
|
||
$lucky7 = new \DAL\target();
|
||
$lucky7->name->set("Lucky 7");
|
||
$lucky7->type->set($nanosatelliteType);
|
||
$lucky7->orbit->set("sso");
|
||
$lucky7->description->set("It is a single unit CubeSat with a size of 112×112×113.5 mm, to be easily traceable in space, available by launch cost and compatible with a variety of launch opportunities. Its aim is to test everyday electronics tweaked for deep space or long-lasting missions such as to the Moon, Mars, and beyond. As their lucky number is seven and it is supposed to be the seventh Czech made satellite in a row, they called it simply Lucky-7.");
|
||
$lucky7->locator->set([
|
||
"tle" => [
|
||
"line1" => "1 44406U 19038W 24094.95219425 .00026482 00000-0 71098-3 0 9995",
|
||
"line2" => "2 44406 97.7044 89.1200 0014055 7.8960 352.2502 15.37821998262930"
|
||
]
|
||
]);
|
||
$lucky7->commit();
|
||
|
||
$lucky7Telem = new \DAL\transmitter();
|
||
$lucky7Telem->target->set($lucky7);
|
||
$lucky7Telem->dataType->set($telemetryType);
|
||
$lucky7Telem->bandwidth->set(120000);
|
||
$lucky7Telem->centerFrequency->set(437525000);
|
||
$lucky7Telem->modulation->set($gfsk);
|
||
$lucky7Telem->antenna->set($dipole);
|
||
$lucky7Telem->priority->set(0);
|
||
$lucky7Telem->processPipe->set($luckyPipe);
|
||
$lucky7Telem->commit();
|
||
|
||
/**
|
||
* Stratosat TK-1
|
||
*/
|
||
|
||
$stratosattk = new \DAL\target();
|
||
$stratosattk->name->set("StratoSat TK-1");
|
||
$stratosattk->type->set($nanosatelliteType);
|
||
$stratosattk->orbit->set("sso");
|
||
$stratosattk->description->set("3U Cubesat StratoSat TK-1 is a Stratonautica satellite, created on the basis of a shortened satellite platform Geoscan 3U. One of the three units is a transport container for the delivery of 6 pocketcubes into low Earth orbit (StratoSat TK-1-A, StratoSat TK-1-B, StratoSat TK-1-C, StratoSat TK-1-D, StratoSat TK-1-E, StratoSat TK-1-F). These pico-satellites are intended for educational programs for high school students. Most pocketcubes were made by high school or university students. Each pocketcube operates on an independent power supply system and has radio transmitters and cameras on board. The process of the exit of the satellites from the transport container will be filmed using high-resolution photo and video cameras that are installed on the middle unit. All imagery data taken during the mission will be transmitted to amateurs around the world using open radio-protocol.");
|
||
$stratosattk->locator->set([
|
||
"tle" => [
|
||
"line1" => "1 57167U 23091B 24146.85238156 .00015568 00000+0 91391-3 0 9996",
|
||
"line2" => "2 57167 97.6120 199.9936 0015849 190.6793 169.4102 15.11710813 50186"
|
||
]
|
||
]);
|
||
$stratosattk->commit();
|
||
|
||
$stratosattkTelem = new \DAL\transmitter();
|
||
$stratosattkTelem->target->set($stratosattk);
|
||
$stratosattkTelem->dataType->set($telemetryType);
|
||
$stratosattkTelem->bandwidth->set(120000);
|
||
$stratosattkTelem->centerFrequency->set(435870000);
|
||
$stratosattkTelem->modulation->set($gfsk);
|
||
$stratosattkTelem->antenna->set($dipole);
|
||
$stratosattkTelem->priority->set(0);
|
||
$stratosattkTelem->processPipe->set($stratosatPipe);
|
||
$stratosattkTelem->commit();
|
||
|
||
/**
|
||
* Set autoplans
|
||
*/
|
||
$autoplan = [];
|
||
|
||
foreach ($data["plans"] as $target) {
|
||
if ($target == "noaa19apt") $autoplan[] = $noaa19APT->id->get();
|
||
if ($target == "noaa18apt") $autoplan[] = $noaa18APT->id->get();
|
||
if ($target == "noaa15apt") $autoplan[] = $noaa15APT->id->get();
|
||
if ($target == "meteorm23") $autoplan[] = $meteor23LRPT1->id->get();
|
||
if ($target == "meteorm24") $autoplan[] = $meteor24LRPT1->id->get();
|
||
if ($target == "lucky7") $autoplan[] = $lucky7Telem->id->get();
|
||
if ($target == "stratosat") $autoplan[] = $stratosattkTelem->id->get();
|
||
}
|
||
|
||
$myStationRcv->autoPlan->set($autoplan);
|
||
|
||
$myStationRcv->commit();
|
||
|
||
return [
|
||
"gs" => $myStation->id->get(),
|
||
"apiKey" => $myStation->apiKey->get()
|
||
];
|
||
}
|