from parsec import count
from base import pid, label_as
from parsing import byte
CameraSyncCount = pid(0x37) >> byte
CameraSyncCount >>= label_as('Camera Sync Count')
from base import pid
from parsing import *
from parsec import joint
Gyro = pid(0x10) >> \
joint(
field('X', int16),
field('Y', int16),
field('Z', int16),
field('Temperature', int16)
).bind(to_dict)
Gyro >>= label_as('Gyro')
from parsec import joint
from base import pid, count
from parsing import *
RadFET = pid(0x35) >> joint(field('Status', byte), field(
'Temperature', uint32), field('Voltages', count(uint32, 3))).bind(to_dict)
RadFET >>= label_as('RadFET')
from base import uint16, count, label_as, pid, to_dict, field, joint
Photodiodes = pid(0x33) >> joint(
field('Xn', uint16),
field('Xp', uint16),
field('Yn', uint16),
field('Yp', uint16),
).bind(to_dict)
Photodiodes >>= label_as('Photodiodes')
)
ExperimentalSunSStatus >>= to_dict
SingleALS = count(uint16, 4)
ALSs = count(SingleALS, 3)
Temperatures = joint(
field('Structure', uint16),
field('A', uint16),
field('B', uint16),
field('C', uint16),
field('D', uint16),
).bind(to_dict)
ExperimentalSunSPrimary = pid(0x11) \
>> joint(
field('WhoAmI ', byte),
field('Status', ExperimentalSunSStatus),
field('VisibleLight', ALSs),
field('Temperatures', Temperatures),
).bind(to_dict)
ExperimentalSunSPrimary >>= label_as('ExpSunS.Primary')
ExperimentalSunSSecondary = pid(0x12) \
>> joint(
field('Parameters',
joint(
field('gain', byte),
field('itime', byte)
).bind(to_dict)
from base import pid
from parsing import *
from parsec import joint
Sail = pid(0x18) >> \
joint(
field('Temperature', uint16),
field('Open', boolean)
).bind(to_dict)
Sail >>= label_as('Sail')
from parsec import count, joint
from base import pid, label_as, field, to_dict
from parsing import byte, uint16
from parsec import Parser, Value
from emulator.beacon_parser import eps_controller_a_telemetry_parser, eps_controller_b_telemetry_parser, \
error_counting_telemetry, experiment_telemetry_parser, mcu_temperature_parser
from emulator.beacon_parser.parser import BitArrayParser
from math import ceil
PayloadWhoAmI = pid(0x30) >> count(byte, 1)
PayloadWhoAmI >>= label_as('Payload Who Am I')
PayloadHousekeeping = pid(0x34) >> joint(
field('INT 3V3D', uint16),
field('OBC 3V3D', uint16),
).bind(to_dict)
PayloadHousekeeping >>= label_as('Payload Housekeeping')
##########################################################################
class PayloadOBCTelemetryParser:
def __init__(self):
self.storage = {}
def write(self, category, name, value):
if category not in self.storage.keys():
self.storage[category] = {}
from base import uint16, count, label_as, pid, to_dict, field, joint
AllTemperatures = pid(0x32) >> joint(
field('Supply', uint16),
field('Xn', uint16),
field('Xp', uint16),
field('Yn', uint16),
field('Yp', uint16),
field('SADS', uint16),
field('Sail', uint16),
field('Camera Nadir', uint16),
field('Camera Wing', uint16),
).bind(to_dict)
AllTemperatures >>= label_as('Temperatures')
SupplySADSTemperatures = pid(0x17) >> joint(
field('Supply', uint16),
field('SADS', uint16)
).bind(to_dict)
SupplySADSTemperatures >>= label_as('Temperatures Supply & SADS')
SADSTemperature = pid(0x41) >> uint16
SADSTemperature >>= label_as('SADS Temperature')
from parsec import count
from base import pid, label_as
from parsing import int32, int16
Magnetometer = pid(0x19) >> count(int32, 3)
Magnetometer >>= label_as('Magnetometer')
Dipoles = pid(0x20) >> count(int16, 3)
Dipoles >>= label_as('Dipoles')