Seems to be a successful attempt at allowing both:
(a) rig to control GQRX (b) GQRX to control rig There's a 0.5 second hang time whenever a given input is made, to prevent dueling inputs. The key thing appears to be, whenever GQRX sets the frequency, I need to tell the rig, but then also, tell GQRX again, so that it centers up the frequency. Other thing to note is that the frequencies are all negative. I wonder if that is actually necessary.
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44a0db9894
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@ -25,18 +25,80 @@ import time
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DEBUG=True
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DEBUG=True
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usb_if_offset = -2700
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# States
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lsb_if_offset = 2730
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WAITING = 0
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RIG_CMD = 1
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RIG_WAIT = 2
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GQRX_CMD = 3
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GQRX_WAIT = 4
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def calc_lnb_lo(freq, if_freq, is_usb=True):
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delay_secs = 0.5
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if is_usb:
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timeout = 0.0
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usb_if_offset = -2250
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lsb_if_offset = 0
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rs = 0
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gs = 0
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def calc_lnb_lo(freq, ifreq, isusb=True):
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if DEBUG:
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print('Freq: ' + str(freq))
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print('IF Freq: ' + str(ifreq))
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if isusb:
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if DEBUG:
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if DEBUG:
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print('USB IF: ' + str(if_freq + usb_if_offset))
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print('USB IF: ' + str(ifreq + usb_if_offset))
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return freq - (if_freq - usb_if_offset)
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return - freq - (ifreq - usb_if_offset)
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else:
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else:
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if DEBUG:
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if DEBUG:
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print('LSB IF: ' + str(if_freq + lsb_if_offset))
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print('LSB IF: ' + str(ifreq + lsb_if_offset))
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return freq - (if_freq - lsb_if_offset)
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return - freq - (ifreq + lsb_if_offset)
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def get_rig_freq(rs):
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rs.send(b'm\n')
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is_usb = True if rs.recv(1024).splitlines()[0] == "USB" else False
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rs.send(b'f\n')
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return (int(rs.recv(1024)), is_usb)
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def set_rig_freq(rs, gs, freq, ifreq, isusb):
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if DEBUG:
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print('Set Rig freq: {}'.format(freq).encode())
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rs.send(b'F ' + str(freq) + '\n')
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rs.recv(1024)
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lnb = calc_lnb_lo(freq, ifreq, isusb)
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if DEBUG:
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print('Set LNB Freq: {}'.format(lnb).encode())
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gs.send('LNB_LO {}'.format(lnb).encode())
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gs.recv(1024)
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if DEBUG:
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print('Set GQRX Freq: {}'.format(freq).encode())
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gs.send('F {}'.format(-1 * freq).encode())
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gs.recv(1024)
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def get_gqrx_freq(gs):
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gs.send(b'f\n')
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return int(gs.recv(1024)) * -1
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def set_gqrx_freq(gs, freq, ifreq, isusb):
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lnb = calc_lnb_lo(freq, ifreq, isusb)
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if DEBUG:
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print('Set LNB Freq: {}'.format(lnb).encode())
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gs.send('LNB_LO {}'.format(lnb).encode())
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gs.recv(1024)
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if DEBUG:
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print('Set GQRX Freq: {}'.format(freq).encode())
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gs.send('F {}'.format(-1 * freq).encode())
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gs.recv(1024)
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def main():
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def main():
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parser = argparse.ArgumentParser()
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parser = argparse.ArgumentParser()
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@ -70,51 +132,71 @@ def main():
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return 1
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return 1
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try:
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try:
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iffreq = int(args.ifreq * 1e6)
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if_freq = int(args.ifreq * 1e6)
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old_rigfreq = 0
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old_is_usb = True
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old_lnbfreq = 0
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tmp_is_usb = True
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old_gqrxfreq = 0
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old_rig_freq = 0
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old_gqrx_freq = 0
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(rig_freq, is_usb) = get_rig_freq(rs)
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gqrx_freq = get_gqrx_freq(gs)
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state = WAITING
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while True:
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while True:
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if DEBUG:
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old_is_usb = is_usb
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print('--------------------')
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old_rig_freq = rig_freq
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rs.send(b'm\n')
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old_gqrx_freq = gqrx_freq
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is_usb = True if rs.recv(1024).splitlines()[0] == "USB" else False
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rs.send(b'f\n')
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rigfreq = int(rs.recv(1024))
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lnbfreq = calc_lnb_lo(rigfreq, iffreq, is_usb)
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if lnbfreq != old_lnbfreq:
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(rig_freq, is_usb) = get_rig_freq(rs)
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if DEBUG:
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gqrx_freq = get_gqrx_freq(gs)
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print('LNB Freq: {}'.format(lnbfreq).encode())
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gs.send('LNB_LO {}'.format(lnbfreq).encode())
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gs.recv(1024)
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old_lnbfreq = lnbfreq
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if rigfreq != old_rigfreq:
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if state == WAITING:
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if DEBUG:
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if rig_freq != old_rig_freq or is_usb != old_is_usb:
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print('Rig Freq: {}'.format(rigfreq).encode())
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set_gqrx_freq(gs, rig_freq, if_freq, is_usb)
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gs.send('F {}'.format(rigfreq).encode())
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timeout = time.time() + delay_secs
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gs.recv(1024)
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state = RIG_CMD
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old_rigfreq = rigfreq
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if DEBUG:
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old_gqrxfreq = rigfreq
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print("\nNew state: RIG_CMD\n");
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# gs.send(b'f\n')
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elif gqrx_freq != old_gqrx_freq:
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# gqrxfreq = int(gs.recv(1024))
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tmp_is_usb = is_usb
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# if DEBUG:
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set_rig_freq(rs, gs, gqrx_freq, if_freq, tmp_is_usb)
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# print('Gqrx freq: {}'.format(gqrxfreq).encode())
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timeout = time.time() + delay_secs
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# if gqrxfreq != old_gqrxfreq:
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state = GQRX_CMD
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# rs.send(b'F ' + str(gqrxfreq) + '\n')
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if DEBUG:
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# rs.recv(1024)
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print("\nNew state: GQRX_CMD\n");
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# old_gqrxfreq = gqrxfreq
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# old_rigfreq = gqrxfreq
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elif rig_freq != gqrx_freq:
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#
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set_gqrx_freq(gs, rig_freq, if_freq, is_usb)
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# lnbfreq = calc_lnb_lo(rigfreq, iffreq), is_usb)
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timeout = time.time() + delay_secs
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# gs.send('LNB_LO {}'.format(lnbfreq).encode())
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state = RIG_CMD
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# gs.recv(1024)
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if DEBUG:
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# old_lnb_freq = lnbfreq
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print("\nNew state: RIG_CMD\n");
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time.sleep(args.interval / 100.0)
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if state == RIG_CMD:
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if rig_freq != old_rig_freq or is_usb != old_is_usb:
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set_gqrx_freq(gs, rig_freq, if_freq, is_usb)
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timeout = time.time() + delay_secs
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elif time.time() > timeout or rig_freq == gqrx_freq:
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state = WAITING
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if DEBUG:
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print("\nNew state: WAITING\n");
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if state == GQRX_CMD:
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if gqrx_freq != old_gqrx_freq:
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set_rig_freq(rs, gs, gqrx_freq, if_freq, tmp_is_usb)
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timeout = time.time() + delay_secs
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elif time.time() > timeout or rig_freq == gqrx_freq:
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state = WAITING
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if DEBUG:
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print("\nNew state: WAITING\n");
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is_usb = tmp_is_usb
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else:
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pass
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time.sleep(args.interval / 1000.0)
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except KeyboardInterrupt:
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except KeyboardInterrupt:
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pass
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pass
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except Exception as e:
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except Exception as e:
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