Element("parity_dec_a", positions=[63], parser=FixedWordParser(2, 4)),
Element("parity_dec_b", positions=[63], parser=FixedWordParser(2, 5)),
Element("data_present_dec_a", positions=[63], parser=FixedWordParser(2, 2)),
Element("data_present_dec_b", positions=[63], parser=FixedWordParser(2, 3)),
Element("cmd_drivers_dec_a", positions=[63], parser=FixedWordParser(2, 0)),
Element("cmd_drivers_dec_b", positions=[63], parser=FixedWordParser(2, 1)),
Element(
"xpdr_a_lock", positions=[62], parser=FixedWordParser(2, 4), formatter=OptionFormatter(lock_option_text)
), # Docs are wrong, this is correct
Element(
"xpdr_b_lock", positions=[62], parser=FixedWordParser(2, 5), formatter=OptionFormatter(lock_option_text)
), # Docs are wrong, this is correct
Element(
"xpdr_a_signal_str",
positions=SubcomByteOffset(ANALOG_SUBCOM_2, [58]),
formatter=CurveFormatterValidator(curve=res.get_curve(36)),
unit="dBm",
),
Element(
"xpdr_b_signal_str",
positions=SubcomByteOffset(ANALOG_SUBCOM_2, [49]),
formatter=CurveFormatterValidator(curve=res.get_curve(36)),
unit="dBm",
),
Element(
"xpdr_a_static_phase_err",
positions=SubcomByteOffset(ANALOG_SUBCOM_2, [50]),
formatter=CurveFormatterValidator(curve=res.get_curve(36)),
unit="kHz",
),
Element(
# Element('SYNC2', positions=BitOffset(offsets=[utils.num_range(123*8,127*8+7)], lut=gen_lut_fn), formatter=BinaryFormatter()),
#Element('PREV', positions=[[60, -(128-60)]]), # FIXME
#Element('BITS', bits={6: [range(400,404)]}),
Element('spacecraft_clock', positions=[utils.num_range(61,63)], parser=FixedWordParser(0)),
Element('address_dec_a', positions=[63], parser=FixedWordParser(2, 6)),
Element('address_dec_b', positions=[63], parser=FixedWordParser(2, 7)),
Element('parity_dec_a', positions=[63], parser=FixedWordParser(2, 4)),
Element('parity_dec_b', positions=[63], parser=FixedWordParser(2, 5)),
Element('data_present_dec_a', positions=[63], parser=FixedWordParser(2, 2)),
Element('data_present_dec_b', positions=[63], parser=FixedWordParser(2, 3)),
Element('cmd_drivers_dec_a', positions=[63], parser=FixedWordParser(2, 0)),
Element('cmd_drivers_dec_b', positions=[63], parser=FixedWordParser(2, 1)),
Element('xpdr_a_lock', positions=[62], parser=FixedWordParser(2, 4), formatter=OptionFormatter(lock_option_text)), # Docs are wrong, this is correct
Element('xpdr_b_lock', positions=[62], parser=FixedWordParser(2, 5), formatter=OptionFormatter(lock_option_text)), # Docs are wrong, this is correct
Element('xpdr_a_signal_str', positions=SubcomByteOffset(ANALOG_SUBCOM_2, [58]), formatter=CurveFormatterValidator(curve=res.get_curve(36)), unit='dBm'),
Element('xpdr_b_signal_str', positions=SubcomByteOffset(ANALOG_SUBCOM_2, [49]), formatter=CurveFormatterValidator(curve=res.get_curve(36)), unit='dBm'),
Element('xpdr_a_static_phase_err',positions=SubcomByteOffset(ANALOG_SUBCOM_2, [50]), formatter=CurveFormatterValidator(curve=res.get_curve(36)), unit='kHz'),
Element('xpdr_b_static_phase_err',positions=SubcomByteOffset(ANALOG_SUBCOM_2, [51]), formatter=CurveFormatterValidator(curve=res.get_curve(36)), unit='kHz'),
]
def get_elements():
return _tlm_elements
def main():
return 0
if __name__ == '__main__':
main()
return (True, self.fn(*val))
except Exception, e:
return (True, e)
firing_width_option_text = ['invalid', '45 deg', '22.5 deg', '360 deg'];
enabled_option_text = ['disabled', 'enabled']
on_option_text = ['off', 'on']
complete_option_text = ['incomplete', 'complete']
four_level_text = ['off', 'low', 'medium', 'high']
_tlm_elements = [
Element('frame counter', name='Frame counter', desc='Index of minor frame', positions=[60]),
Element('cmd_ctr_b', positions=SubcomByteOffset(DIGITAL_SUBCOM, [20, 52])),
Element('cmd_ctr_a', positions=SubcomByteOffset(DIGITAL_SUBCOM, [21, 53])),
Element('non_ess_current', positions=ModeFilteredByteOffset({MODE_ENG: lut.combine_lut_dicts(lut.gen_lut_dict(85, NUM_MINOR_FRAMES), lut.get_as2_lut(EMF_COLS, 44)), MODE_SCI: lut.get_as2_lut(SCI_COLS, 44)}), formatter=CurveFormatterValidator(curve=res.get_curve(32)), unit='A'),
Element('28v_bus', positions=ModeFilteredByteOffset({MODE_ENG: lut.combine_lut_dicts(lut.gen_lut_dict(86, NUM_MINOR_FRAMES), lut.get_as2_lut(EMF_COLS, 43)), MODE_SCI: lut.get_as2_lut(SCI_COLS, 43)}), formatter=CurveFormatterValidator(curve=res.get_curve(41)), unit='V'),
Element('ess_current', positions=ModeFilteredByteOffset({MODE_ENG: lut.combine_lut_dicts(lut.gen_lut_dict(87, NUM_MINOR_FRAMES), lut.get_as2_lut(EMF_COLS, 45)), MODE_SCI: lut.get_as2_lut(SCI_COLS, 45)}), formatter=CurveFormatterValidator(curve=res.get_curve(31)), unit='A'),
Element('sa_current', positions=ModeFilteredByteOffset({MODE_ENG: lut.combine_lut_dicts(lut.gen_lut_dict(101, NUM_MINOR_FRAMES), lut.get_as2_lut(EMF_COLS, 46)), MODE_SCI: lut.get_as2_lut(SCI_COLS, 46)}), formatter=CurveFormatterValidator(curve=res.get_curve(33)), unit='A'),
Element('shunt_dump_current', positions=SubcomByteOffset(ANALOG_SUBCOM_2, [47]), formatter=CurveFormatterValidator(curve=res.get_curve(32)), unit='A'),
Element('hps_1_thruster_select', positions=SubcomBitOffset(DIGITAL_SUBCOM, [utils.num_range(80,91)]), formatter=BinaryFormatter(fill=12)),
Element('hps_1_sector_initiate', positions=SubcomBitOffset(DIGITAL_SUBCOM, [utils.num_range(92,101)])),
Element('hps_1_sector_width', positions=SubcomBitOffset(DIGITAL_SUBCOM, [utils.num_range(102,103)]), formatter=OptionFormatter(firing_width_option_text)),
Element('hps_1_num_pulses', positions=SubcomBitOffset(DIGITAL_SUBCOM, [utils.num_range(104,110)]), parser=PulseCountParser()),
Element('hps_1_firing_ratio', positions=SubcomBitOffset(DIGITAL_SUBCOM, [utils.num_range(111,114)])),
Element('hps_1_ratio_select', positions=SubcomBitOffset(DIGITAL_SUBCOM, [115]), formatter=OptionFormatter(enabled_option_text)),
Element('hps_1_logic_pwr', positions=SubcomBitOffset(DIGITAL_SUBCOM, [116]), formatter=OptionFormatter(on_option_text)),
Element('hps_1_init_term', positions=SubcomBitOffset(DIGITAL_SUBCOM, [117])), #, formatter=OptionFormatter(binary_status_text)
Element('hps_1_complete', positions=SubcomBitOffset(DIGITAL_SUBCOM, [118]), formatter=OptionFormatter(complete_option_text)),
Element('hps_1_28v_on', positions=SubcomBitOffset(DIGITAL_SUBCOM, [119]), formatter=OptionFormatter(on_option_text)),
_tlm_elements = [
Element('frame counter',
name='Frame counter',
desc='Index of minor frame',
positions=[60]),
Element('cmd_ctr_b', positions=SubcomByteOffset(DIGITAL_SUBCOM, [20, 52])),
Element('cmd_ctr_a', positions=SubcomByteOffset(DIGITAL_SUBCOM, [21, 53])),
Element('non_ess_current',
positions=ModeFilteredByteOffset({
MODE_ENG:
lut.combine_lut_dicts(lut.gen_lut_dict(85, NUM_MINOR_FRAMES),
lut.get_as2_lut(EMF_COLS, 44)),
MODE_SCI:
lut.get_as2_lut(SCI_COLS, 44)
}),
formatter=CurveFormatterValidator(curve=res.get_curve(32)),
unit='A'),
Element('28v_bus',
positions=ModeFilteredByteOffset({
MODE_ENG:
lut.combine_lut_dicts(lut.gen_lut_dict(86, NUM_MINOR_FRAMES),
lut.get_as2_lut(EMF_COLS, 43)),
MODE_SCI:
lut.get_as2_lut(SCI_COLS, 43)
}),
formatter=CurveFormatterValidator(curve=res.get_curve(41)),
unit='V'),
Element('ess_current',
positions=ModeFilteredByteOffset({
MODE_ENG:
lut.combine_lut_dicts(lut.gen_lut_dict(87, NUM_MINOR_FRAMES),