Editing SimTX API/Packets/TransmitterStart (section)

== Examples ==
Complete frames, including the varint length prefix.

'''<code>transmitter_start_station_tracking</code>''' (client to server, 156 bytes):

<syntaxhighlight lang="text">
9A 01                                        frame length 154
62 97 01                                     transmitter_start (TransmitterStart), 151 bytes
  0A 38                                      site (SessionSite), 56 bytes
    0A 36                                    station (StationBinding), 54 bytes
      0A 10 11 11 11 11 …                    station_id = 11111111-2222-4333-8444-555555555555
      12 10 11 11 11 11 …                    antenna_id = 11111111-2222-4333-8444-666666666666
      1A 10 11 11 11 11 …                    rig_id = 11111111-2222-4333-8444-777777777777
  1A 03 55 53 42                             modulation = "USB"
  21 00 00 00 81 76 61 A1 41                 frequency_hz = 145800000.5
  2D 00 00 C8 41                             power_watts = 25
  32 0C 41 55 44 49 4F 5F 53 54 52 45 41 4D  source_type = "AUDIO_STREAM"
  38 80 F7 02                                sample_rate = 48000
  45 00 00 80 3F                             audio_gain = 1
  4D 00 C0 28 45                             bandwidth_hz = 2700
  55 00 00 96 43                             audio_low_cut_hz = 300
  65 00 00 80 3F                             duty_cycle = 1
  6A 0A                                      imperfections (TxImperfections), 10 bytes
    0D 00 00 40 C0                           final_drive_db = -3
    1D 00 00 C0 40                           audio_compression_db = 6
  72 16                                      tracking (Tracking), 22 bytes
    0A 10 99 99 99 99 …                      target_station_id = 99999999-8888-4777-8666-555555555555
    10 01                                    point_antenna = true
    18 01                                    doppler_correct = true
</syntaxhighlight>

'''<code>transmitter_start_adhoc_service</code>''' (client to server, 206 bytes):

<syntaxhighlight lang="text">
CC 01                                     frame length 204
62 C9 01                                  transmitter_start (TransmitterStart), 201 bytes
  0A 44                                   site (SessionSite), 68 bytes
    12 42                                 adhoc (AdhocStation), 66 bytes
      0A 05 53 43 43 2D 31                callsign = "SCC-1"
      12 1B                               location (GeoPoint), 27 bytes
        09 00 00 00 00 00 C0 49 40        latitude_deg = 51.5
        11 B8 1E 85 EB 51 B8 BE BF        longitude_deg = -0.12
        19 00 00 00 00 00 00 3E 40        altitude_meters = 30.0
      1A 1C                               antenna (AntennaConfig), 28 bytes
        0A 06 44 49 50 4F 4C 45           type = "DIPOLE"
        15 00 00 20 41                    height_meters = 10
        1D 00 00 34 42                    azimuth_deg = 45
        25 00 00 80 3F                    feedline_loss_db = 1
        2D 9A 99 21 41                    wire_length_meters = 10.1
  1A 02 43 57                             modulation = "CW"
  21 00 00 00 00 D0 12 63 41              frequency_hz = 10000000.0
  2D 00 00 A0 40                          power_watts = 5
  32 0B 57 48 49 54 45 5F 4E 4F 49 53 45  source_type = "WHITE_NOISE"
  38 C0 3E                                sample_rate = 8000
  45 00 00 80 3F                          audio_gain = 1
  4D 00 00 FA 43                          bandwidth_hz = 500
  5D 00 00 2F 44                          tone_hz = 700
  65 00 00 00 3F                          duty_cycle = 0.5
  6A 4B                                   imperfections (TxImperfections), 75 bytes
    0D 00 00 00 00                        final_drive_db = 0
    15 00 00 40 41                        pa_headroom_db = 12
    1D 00 00 C0 3F                        audio_compression_db = 1.5
    25 33 33 33 40                        pa_softness = 2.8
    2D 00 00 C0 40                        pa_am_pm_deg = 6
    35 00 00 70 42                        carrier_leak_db = 60
    3D 00 00 70 42                        opposite_sideband_suppression_db = 60
    45 00 00 00 00                        frequency_offset_hz = 0
    4D 00 00 F0 42                        mains_hum_db = 120
    55 00 00 00 00                        mains_hum_hz = 0
    5D 9A 99 59 3F                        am_modulation_index = 0.85
    65 00 00 00 00                        pa_supply_sag_db = 0
    6D 00 00 F0 42                        tx_noise_floor_db = 120
    75 00 00 F0 42                        oscillator_phase_noise_db = 120
    7D 00 00 A0 40                        cw_key_rise_ms = 5
</syntaxhighlight>