StartTime = time.time()
#---------------------------------------------------------------
# Simulate HRM, FE-S, VTX (master device, broadcasting data)
#---------------------------------------------------------------
messages = []
if clv.SimulateTrainer:
if True:
SpeedKmh, PedalEcho, HeartRate, CurrentPower, Cadence, Resistance, CurrentResistance, Buttons, Axis = \
SimulateReceiveFromTrainer (TargetPower, CurrentPower)
else:
Cadence, CurrentPower, SpeedKmh, HeartRate = 98, 234, 35.6, 123 # Always the same, ennoying but predictable
if clv.hrm >= 0:
messages.append(
hrm.BroadcastHeartrateMessage(
devAntDongle, HeartRate))
if clv.fe >= 0:
messages.append(
fe.BroadcastTrainerDataMessage(
devAntDongle, Cadence, CurrentPower, SpeedKmh,
HeartRate))
if clv.vtx >= 0:
EventCounter += 1
if EventCounter == 64: EventCounter = 0
if EventCounter % 64 < 4: # Transmit 4 times (0, 1, 2, 3) Page 3
messages.append ( ant.ComposeMessage (ant.msgID_BroadcastData, \
ant.msgPage03_TacxVortexDataCalibration (ant.channel_VTX, 0, ant.DeviceNumber_VTX)))
else: # Transmit 60 times (4...63) Page 0
#---------------------------------------------------------------
# Simulate HRM, FE-S, VTX (master device, broadcasting data)
#---------------------------------------------------------------
messages = []
if clv.SimulateTrainer:
if False:
raise NotImplementedError
# SpeedKmh, PedalEcho, HeartRate, CurrentPower, Cadence, Resistance, CurrentResistance, Buttons, Axis = \
# SimulateReceiveFromTrainer (TargetPower, CurrentPower)
else:
Cadence, CurrentPower, SpeedKmh, HeartRate = 98, 234, 35.6, 123 # Always the same, ennoying but predictable
if clv.hrm >= 0:
messages.append(
hrm.BroadcastHeartrateMessage(HeartRate))
if clv.fe >= 0:
messages.append(
fe.BroadcastTrainerDataMessage(
Cadence, CurrentPower, SpeedKmh, HeartRate))
if clv.vtx >= 0:
EventCounter += 1
if EventCounter == 64: EventCounter = 0
if EventCounter % 64 < 4: # Transmit 4 times (0, 1, 2, 3) Page 3
messages.append ( ant.ComposeMessage (ant.msgID_BroadcastData, \
ant.msgPage03_TacxVortexDataCalibration (ant.channel_VTX, 0, ant.DeviceNumber_VTX)))
else: # Transmit 60 times (4...63) Page 0
messages.append ( ant.ComposeMessage (ant.msgID_BroadcastData, \
StartTime = time.time()
#---------------------------------------------------------------
# Simulate HRM, FE-S, VTX (master device, broadcasting data)
#---------------------------------------------------------------
messages = []
if clv.SimulateTrainer:
if False:
raise NotImplementedError
# SpeedKmh, PedalEcho, HeartRate, CurrentPower, Cadence, Resistance, CurrentResistance, Buttons, Axis = \
# SimulateReceiveFromTrainer (TargetPower, CurrentPower)
else:
Cadence, CurrentPower, SpeedKmh, HeartRate = 98, 234, 35.6, 123 # Always the same, ennoying but predictable
if clv.hrm >= 0:
messages.append(hrm.BroadcastHeartrateMessage (HeartRate))
if clv.fe >= 0:
messages.append(fe.BroadcastTrainerDataMessage(Cadence, CurrentPower, SpeedKmh, HeartRate))
if clv.vtx >= 0:
EventCounter += 1
if EventCounter == 64: EventCounter = 0
if EventCounter % 64 < 4: # Transmit 4 times (0, 1, 2, 3) Page 3
messages.append ( ant.ComposeMessage (ant.msgID_BroadcastData, \
ant.msgPage03_TacxVortexDataCalibration (ant.channel_VTX, 0, ant.DeviceNumber_VTX)))
else: # Transmit 60 times (4...63) Page 0
messages.append ( ant.ComposeMessage (ant.msgID_BroadcastData, \
ant.msgPage00_TacxVortexDataSpeed (ant.channel_VTX, CurrentPower, SpeedKmh, Cadence)))