Comments (37)
Berg0162
commented on May 25, 2024
Dear Filippo,
I am not promising anything..... If you are serious, you can start first studying and precisely detailing technical specifications on how Elite connects to Zwift at one side and at the other side to the Elite Rizer. I am convinced that they apply a proprietary protocol (for the last), like they do with the Elite "smart" Steerer, including a challenge-response authentication to protect their investments and deter alternatives! Elite is not an "open" company unless they can benefit!
I look forward to the results!
Beste Wishes,
Jörgen.
from simcline.
cherryphilip74
commented on May 25, 2024
Dear Jörgen!
of course I'm serious ;-)
Only today I was able to work. I received the trainer last thursday and up to yesterday I was busy with my family.
Before to all I did a compare with nRF App between TACX and ELITE code , and with suprise they are similar (same root).
After the nRF check, i modified the ino file "Test_FE-C_over_BLE"
with correct UUID's and here the serial output and display output:
Next step to change the UUID on the main program and let's see how SimCline responds and also SimCline companion App
Regards
Filippo (cherryphilip)
from simcline.
cherryphilip74
commented on May 25, 2024
I tried to change Tacx's UUID with Elite in main program.. unfortunately it not works (not read page 51).
Any suggestions or can I close the issue?
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Berg0162
commented on May 25, 2024
Dear Filippo,
I tried to change Tacx's UUID with Elite in main program..
Did you monitor the Serial Output of the Simcline code? Does it look like
the output of "Test_FE-C_over_BLE" ?
unfortunately it not works (not read page 51).
Do you mean that you do not get a response (from Elite trainer) when the
code sends "request for data page 51". The previous sample output (test
program) did not show a response on the page 51 request...
Any suggestions or can I close the issue?
If they do not have implemented the full FE-C protocol, what about other
(open source) protocols that Elite has implemented? How has Elite
implemented the communication with their Rizer product?
Best wishes,
Jörgen
Op za 8 okt. 2022 om 11:58 schreef cherryphilip ***@***.***>:
… I tried to change Tacx's UUID with Elite in main program.. unfortunately
it not works (not read page 51).
Any suggestions or can I close the issue?
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Berg0162
commented on May 25, 2024
I am curious about your answer and the present status!
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Berg0162
commented on May 25, 2024
After some thought: I suggest that you try the following setup:
- Connect the trainer exclusively over ANT+ with Zwift
- Ride the Volcano route (number 1 in the list), road grade changes quite quickly after the start
- Run the code "Test_FE-C_over_BLE" and
monitor the output for grade information after a request for Page 51
Possibly you tested previously only connecting the Direto over BLE with Zwift. Connecting over ANT+ with Zwift might change the way the Direto code handles and stores information... Testing is knowing!
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cherryphilip74
commented on May 25, 2024
Hello Berg0162,
As I wrote in my first post, I ran the code "Test_FE-C_over_BLE" and then read the serial output (see photo), with no information from page 51.
Probably as you told me I only used the nREF card with the Elite trainer without ZWIFT connection.
Ok I can try as you suggested
BR
Filippo
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stefaandesmet2003
commented on May 25, 2024
Hi,
I have a direto, not direto XR, and it doesn't support FEC over BLE. Page 51 request is typical ANT+ FEC.
Direto does have FTMS (0x1826), CPS (0x1818), CSCS (0x1816). And then DFU for firmware update, and an 'unknown' BLE service, for which I only discovered pedal stroke analysis data, no idea if this service offers anything else. I believe Direto XR will be identical, and may explain why you get no response for ANT+ style commands.
When connecting Zwift over ANT+, Zwift sends page 51 with a simulated slope (and not page 48 for example with the basic resistance level).
No idea what Zwift sends when connecting over BLE. There is a 'set target inclination' command within the BLE FTMS, but on direto it's not supported (read the fitness machine feature characteristic to check on direto XR). So probably Zwift sends a basic resistance command here.
@Berg0162 as I wrote to you separately, you may have to subscribe to the IBD notification on BLE, and pick up the target resistance level, and make a reverse calculation to translate to inclination on the simcline.
Possibly the 'set target inclination' command is implemented on the Elite Rizer.
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Berg0162
commented on May 25, 2024
Dear Filippo,
I would like very much to know somewhat more about the Fitness Machine Feature of your particular Elite Trainer, could you make a screen dump with the Nrf Connect app? Very much like the attached screen dump of a recent Wahoo trainer; notice that you need to activate the Read Icon (arrow down) to get the Features to be shown!
Have a look at the attached Excel file that documents many of the Services and Characteristics that Elite implemented in their Suito product... I am curious to know how your Direto version has expanded since....
Elite_Suito_Services.xlsx
Best,
Jörgen
from simcline.
cherryphilip74
commented on May 25, 2024
Hi Jörgen!
here below all nREF's screenshort of my Direto RX.
I did look at your Elite_Suito Services excel file and it seems of same of the Direto.
Let me know what I have to do
Best,
Filippo
from simcline.
Berg0162
commented on May 25, 2024
Thanks for the very helpful info!
Do not spend any time (anymore) on FE-C over BLE! All Elite trainers support FE-C over ANT+ only (!) and FE-C over BLE is definitely not supported by Elite on any of their trainer products. FE-C over BLE (conforming ANT+) is exclusively supported by TACX. See for a list of supported protocols: https://www.dcrainmaker.com/2020/11/smart-cycle-trainer-recommendations-guide-winter.html
My strategy now is to code a MITM for (open standard) FTMS and use the eavesdropped Grade info, that a trainer app (like Zwift) is sending, to drive the Simcline device up and down. That strategy worked well before with the Wahoo Kickr proprietary protocol.....
It will take an undetermined amount of time, patience and no garanties are given!
I will contact you when I need help and/or additional Elite Direto XR specific info!
Beste wishes,
Jörgen.
from simcline.
cherryphilip74
commented on May 25, 2024
Hi Jorgen!
I understand and it's not easy to implement soon. I did see the DC RAINMAKER post you shared with me and also looked at this related trend on FE-C over ANT+.
laberning/openrowingmonitor#71
Thank you that you will keep me in case of help and / or further specific information on Elite Direto XR!
Best Regards
Filippo
Sent: Tuesday, October 18, 2022 at 11:34 AM
From: "Jörgen van den Berg" ***@***.***>
To: "Berg0162/simcline" ***@***.***>
Cc: "cherryphilip" ***@***.***>, "Author" ***@***.***>
Subject: Re: [Berg0162/simcline] Elite Trainer code (Issue #4)
Thanks for the very helpful info!
Do not spend any time (anymore) on FE-C over BLE! All Elite trainers support FE-C over ANT+ only (!) and FE-C over BLE is definitely not supported by Elite on any of their trainer products. FE-C over BLE (conforming ANT+) is exclusively supported by TACX. See for a list of supported protocols: https://www.dcrainmaker.com/2020/11/smart-cycle-trainer-recommendations-guide-winter.html
My strategy now is to code a MITM for (open standard) FTMS and use the eavesdropped Grade info, that a trainer app (like Zwift) is sending, to drive the Simcline device up and down. That strategy worked well before with the Wahoo Kickr proprietary protocol.....
It will take an undetermined amount of time, patience and no garanties are given!
I will contact you when I need help and/or additional Elite Direto XR specific info!
Beste wishes,
Jörgen.
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Berg0162
commented on May 25, 2024
Dear Filippo,
I have just posted a first Client-side FTMS version in: https://github.com/Berg0162/simcline/tree/master/FTMS%20Enabled
Follow the instructions at the start of the program and show me what is produced on the Serial Monitor output in the first pages. If all goes well the code should run for a longtime...... and only the start is critical!
Good luck!
Best wishes,
Jörgen.
from simcline.
Berg0162
commented on May 25, 2024
Dear Filippo,
Hopefully you received the previous post.....
I very much would appreciate that you test the FTMS_Client_v01 code with your Elite Direto trainer and supply me with the Serial Monitor output during the first minutes....
Beste wishes,
Jörgen.
from simcline.
cherryphilip74
commented on May 25, 2024
Hi Jörgen,I'm sorry for my answer delay. I will check within this Wednesday.At the moment I'm mission for wor and i come back home tomorrow night.Best RegardsFilippo Sent from Android deviceIl 14 nov 2022 10:25, Jörgen van den Berg ***@***.***> ha scritto:
Dear Filippo,
Hopefully you received the previous post.....
I very much would appreciate that you test the FTMS_Client_v01 code with your Elite Direto trainer and supply me with the Serial Monitor output during the first minutes....
Beste wishes,
Jörgen.
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cherryphilip74
commented on May 25, 2024
Hi Jörgen!
Here below the serial monitor output and a simple screenshot of the Zwift app during a workout. I used the Test_FTMS_Client_plus_CPS_CSC_v01.ino
18:48:35.266 -> Feather nRF52 Client/Central: FTMS, CPS and CSC
18:48:35.266 -> ----------------- Version 01 --------------------
18:48:35.266 -> Initialise the Bluefruit nRF52 module: Central
18:48:35.545 -> FTMS and Chars 'initialized'
18:48:35.545 -> CPS and Chars 'initialized'
18:48:35.545 -> CSCS and Chars 'initialized'
18:48:35.545 -> GA and Chars 'initialized'
18:48:35.545 -> DIS and Chars 'initialized'
18:48:35.545 -> Start Scanning for CPS and FTMS!
18:48:36.901 -> Advertising Client with FTM, CPS or CSC is found! ... Raw data packet:
18:48:36.901 -> Timestamp Addr Rssi Data
18:48:36.901 -> 000001638 EE:18:4B:1F:9F:3E -69 03-19-85-04-02-01-06-05-02-26-18-18-18-06-16-26-18-01-20-00-0A-09-44-49-52-45-54-4F-20-58-52
18:48:36.994 -> Discovering Client Cycling Power (CP) Service ... Found it! CPS Max Payload: 20 Data Length: 27
18:48:37.088 -> Discovering Client CP Measurement characteristic ... Found it!
18:48:37.181 -> Discovering Client CP Control Point characteristic ... Found it!
18:48:37.320 -> Discovering Client CP Feature characteristic ... Found it! -> Client Raw CP Feature bytes: [4] [ 0D 02 00 00 ]
18:48:37.460 -> Pedal power balance supported
18:48:37.460 -> Wheel revolution data supported
18:48:37.460 -> Crank revolution data supported
18:48:37.460 -> Offset compensation supported
18:48:37.460 -> Discovering Client CP Sensor Location characteristic ... Found it! -> Client CP Location Sensor: Loc#: 0 Other
18:48:37.555 -> Discovering Cycling Speed and Cadence (CSC) Service ... Found it! CSCS Max Payload: 20 Data Length: 27
18:48:37.601 -> Discovering Client CSC Measurement CHR ... Found it!
18:48:37.694 -> Discovering Client CSC Location CHR ... Found it! -> Client CSC Location Sensor: Loc#: 0 Other
18:48:37.789 -> Discovering Client CSC Feature CHR ... Found it! -> Client Raw CSC Feature bytes: [2] [ 03 00 ]
18:48:37.883 -> Wheel rev supported
18:48:37.883 -> Crank rev supported
18:48:37.930 -> Found Client Generic Access
18:48:38.024 -> Found Device Name: [DIRETO XR]
18:48:38.071 -> Found Appearance: [0485]
18:48:38.211 -> Found Client Device Information:
18:48:38.258 -> Client Manufacturer: Elite
18:48:38.493 -> Client Serial Number: 52687
18:48:38.493 -> Discovering Client Fitness Machine (FTM) Service ... Found it! FTMS Max Payload: 20 Data Length: 27
18:48:38.540 -> Discovering Client FTM Feature Characteristic ... Found it! -> Client Raw FTM Feature bytes: [8] [ 86 50 00 00 0C E0 00 00 ]
18:48:38.632 -> Discovering Client FTM Training Status Characteristic ... Found it!
18:48:38.726 -> Discovering Client FTM Supported Resistance Level Range Characteristic ... Found it! -> Client Raw FTM Supported Resistance Level Range bytes: [6] [ 00 00 C8 00 01 00 ]
18:48:38.863 -> Discovering Client FTM Supported Power Range Characteristic ... Found it! -> Client Raw FTM Supported Power Range bytes: [6] [ 00 00 A0 0F 01 00 ]
18:48:39.000 -> Discovering Client FTM Indoor Bike Data Characteristic ... Found it!
18:48:39.093 -> Discovering Client FTM Control Point Characteristic ... Found it!
18:48:39.280 -> Discovering Client FTM Status Characteristic ... Found it!
18:48:40.028 -> Scanning for CPS and FTMS is stopped!
18:48:40.028 -> Ready to receive Client CP Measurement values
18:48:40.028 -> Ready to receive Client CP Control Point Responses
18:48:40.075 -> Ready to receive Client CSC Measurement values
18:48:40.075 -> Ready to receive Client FTM Training Status values
18:48:40.075 -> Ready to receive Client FTM Indoor Bike Data values
18:48:40.123 -> Ready to receive Client FTM Control Point Response Messages
18:48:40.170 -> Ready to receive Client FTM Status values
18:48:40.170 -> Client is Up and Running!
18:48:40.453 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:48:40.871 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 50 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
18:48:41.436 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:48:41.858 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 51 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
18:48:42.888 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 52 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
18:48:43.165 -> Control Point Data Written: [ 00 00 00 00 00 00 00 00 ]
18:48:43.212 -> Client Control Point Response: [ 80 00 01 ]
18:48:43.399 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:48:43.863 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 53 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
18:48:44.795 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 54 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
18:48:44.934 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:48:45.406 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:48:45.778 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 55 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
18:48:46.199 -> Control Point Data Written: [ 00 00 00 00 00 00 00 00 ]
18:48:46.244 -> Client Control Point Response: [ 80 00 01 ]
18:48:46.759 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 56 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
18:48:47.412 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:48:47.784 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 57 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
18:48:48.672 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:48:48.720 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 58 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
18:48:49.279 -> Control Point Data Written: [ 07 00 00 00 00 00 00 00 ]
18:48:49.279 -> Client Control Point Response: [ 80 07 04 ]
18:48:49.697 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:48:49.697 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 59 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
18:48:50.672 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 5A 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
18:48:50.905 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:48:51.695 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 5B 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
18:48:52.210 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:48:52.303 -> Control Point Data Written: [ 11 00 00 22 01 28 33 00 ]
18:48:52.350 -> Client Control Point Response: [ 80 11 01 ]
18:48:52.350 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 22 01 28 33 ]
18:48:52.631 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 5C 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
18:48:53.198 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:48:53.616 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 5D 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
18:48:54.179 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:48:54.602 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 5E 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
18:48:55.345 -> Control Point Data Written: [ 11 00 00 09 00 28 33 00 ]
18:48:55.439 -> Client Control Point Response: [ 80 11 01 ]
18:48:55.439 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 09 00 28 33 ]
18:48:55.439 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:48:55.578 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 5F 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
18:48:56.556 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 60 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
18:48:56.929 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:48:57.399 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:48:57.539 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 61 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
18:48:58.418 -> Control Point Data Written: [ 11 00 00 00 00 28 33 00 ]
18:48:58.463 -> Client Control Point Response: [ 80 11 01 ]
18:48:58.463 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:48:58.509 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 62 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
18:48:58.695 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:48:58.975 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:48:59.489 -> -> Client Raw FTM IBD Data: [13] [ 54 08 F8 01 00 00 00 00 00 00 00 63 00 ] Instantaneous Cadence: 252 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
18:48:59.678 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:49:00.426 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:49:00.519 -> -> Client Raw FTM IBD Data: [13] [ 54 08 A1 01 00 00 01 00 00 00 00 64 00 ] Instantaneous Cadence: 208 RPM Total Distance: 65536 m Instantaneous Power: 0 Watt Elapsed time: 0 s
18:49:01.406 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:49:01.452 -> -> Client Raw FTM IBD Data: [13] [ 54 08 48 01 00 00 02 00 00 00 00 65 00 ] Instantaneous Cadence: 164 RPM Total Distance: 131072 m Instantaneous Power: 0 Watt Elapsed time: 0 s
18:49:01.452 -> Control Point Data Written: [ 11 00 00 14 00 28 33 00 ]
18:49:01.499 -> Client Control Point Response: [ 80 11 01 ]
18:49:01.499 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 14 00 28 33 ]
18:49:01.728 -> -> Client Raw FTM Training Status Data: [2] [ 00 09 ]
18:49:02.427 -> -> Client Raw FTM IBD Data: [13] [ 54 08 CA 01 00 00 03 00 00 01 00 66 00 ] Instantaneous Cadence: 229 RPM Total Distance: 196608 m Instantaneous Power: 0 Watt Elapsed time: 1 s
18:49:02.658 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:49:03.448 -> -> Client Raw FTM IBD Data: [13] [ 54 08 30 03 00 00 05 00 00 01 00 67 00 ] Instantaneous Cadence: 408 RPM Total Distance: 327680 m Instantaneous Power: 0 Watt Elapsed time: 1 s
18:49:03.448 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:49:04.380 -> -> Client Raw FTM IBD Data: [13] [ 54 08 0C 02 00 00 07 00 00 0A 00 68 00 ] Instantaneous Cadence: 262 RPM Total Distance: 458752 m Instantaneous Power: 0 Watt Elapsed time: 10 s
18:49:04.426 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:49:04.518 -> Control Point Data Written: [ 11 00 00 22 00 28 33 00 ]
18:49:04.564 -> Client Control Point Response: [ 80 11 01 ]
18:49:04.564 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 22 00 28 33 ]
18:49:05.354 -> -> Client Raw FTM IBD Data: [13] [ 54 08 A6 01 00 00 08 00 00 0A 00 69 00 ] Instantaneous Cadence: 211 RPM Total Distance: 524288 m Instantaneous Power: 0 Watt Elapsed time: 10 s
18:49:05.400 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:49:05.960 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:49:06.054 -> -> Client Raw FTM Training Status Data: [2] [ 00 09 ]
18:49:06.333 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 08 00 00 00 00 6A 00 ] Instantaneous Cadence: 0 RPM Total Distance: 524288 m Instantaneous Power: 0 Watt Elapsed time: 0 s
18:49:06.428 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:49:07.312 -> -> Client Raw FTM IBD Data: [13] [ 54 08 01 01 00 00 09 00 00 0F 00 6B 00 ] Instantaneous Cadence: 128 RPM Total Distance: 589824 m Instantaneous Power: 0 Watt Elapsed time: 15 s
18:49:07.548 -> Control Point Data Written: [ 11 00 00 25 00 28 33 00 ]
18:49:07.593 -> Client Control Point Response: [ 80 11 01 ]
18:49:07.593 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 25 00 28 33 ]
18:49:07.686 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
18:49:08.293 -> -> Client Raw FTM IBD Data: [13] [ 54 08 5B 02 00 00 0A 00 00 0F 00 6C 00 ] Instantaneous Cadence: 301 RPM Total Distance: 655360 m Instantaneous Power: 0 Watt Elapsed time: 15 s
18:49:08.432 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:49:09.081 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:49:09.314 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 0B 00 00 00 00 6D 00 ] Instantaneous Cadence: 0 RPM Total Distance: 720896 m Instantaneous Power: 0 Watt Elapsed time: 0 s
18:49:09.362 -> -> Client Raw FTM Training Status Data: [2] [ 00 09 ]
18:49:09.409 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:49:10.252 -> -> Client Raw FTM IBD Data: [13] [ 54 08 10 01 00 00 0B 00 00 00 00 6E 00 ] Instantaneous Cadence: 136 RPM Total Distance: 720896 m Instantaneous Power: 0 Watt Elapsed time: 0 s
18:49:10.252 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:49:10.438 -> -> Client Raw FTM Training Status Data: [2] [ 00 09 ]
18:49:10.578 -> Control Point Data Written: [ 11 00 00 23 00 28 33 00 ]
18:49:10.624 -> Client Control Point Response: [ 80 11 01 ]
18:49:10.624 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 23 00 28 33 ]
18:49:10.671 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:49:11.231 -> -> Client Raw FTM IBD Data: [13] [ 54 08 2A 02 04 00 0C 00 00 0A 00 6F 00 ] Instantaneous Cadence: 277 RPM Total Distance: 786436 m Instantaneous Power: 0 Watt Elapsed time: 10 s
18:49:11.420 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:49:12.215 -> -> Client Raw FTM IBD Data: [13] [ 54 08 66 01 04 00 0D 00 00 0A 00 70 00 ] Instantaneous Cadence: 179 RPM Total Distance: 851972 m Instantaneous Power: 0 Watt Elapsed time: 10 s
18:49:12.728 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:49:13.006 -> -> Client Raw FTM Training Status Data: [2] [ 00 09 ]
18:49:13.193 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 04 00 0D 00 00 00 00 71 00 ] Instantaneous Cadence: 0 RPM Total Distance: 851972 m Instantaneous Power: 0 Watt Elapsed time: 0 s
18:49:13.423 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
18:49:13.654 -> Control Point Data Written: [ 11 00 00 1C 00 28 33 00 ]
18:49:13.701 -> Client Control Point Response: [ 80 11 01 ]
18:49:13.701 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:49:13.701 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 1C 00 28 33 ]
18:49:13.792 -> -> Client Raw FTM Training Status Data: [2] [ 00 09 ]
18:49:14.164 -> -> Client Raw FTM IBD Data: [13] [ 54 08 2A 02 04 00 0E 00 00 11 00 72 00 ] Instantaneous Cadence: 277 RPM Total Distance: 917508 m Instantaneous Power: 0 Watt Elapsed time: 17 s
18:49:14.398 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:49:15.196 -> -> Client Raw FTM IBD Data: [13] [ 54 08 79 01 04 00 0F 00 00 11 00 73 00 ] Instantaneous Cadence: 188 RPM Total Distance: 983044 m Instantaneous Power: 0 Watt Elapsed time: 17 s
18:49:15.429 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
18:49:15.475 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:49:15.753 -> -> Client Raw FTM Training Status Data: [2] [ 00 09 ]
18:49:16.126 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 0F 00 00 00 00 74 00 ] Instantaneous Cadence: 0 RPM Total Distance: 983040 m Instantaneous Power: 0 Watt Elapsed time: 0 s
18:49:16.405 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:49:16.684 -> Control Point Data Written: [ 11 00 00 0F 00 28 33 00 ]
18:49:16.731 -> Client Control Point Response: [ 80 11 01 ]
18:49:16.731 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 0F 00 28 33 ]
18:49:16.919 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:49:17.014 -> -> Client Raw FTM Training Status Data: [2] [ 00 09 ]
18:49:17.106 -> -> Client Raw FTM IBD Data: [13] [ 54 08 CB 01 04 00 0F 00 00 14 00 75 00 ] Instantaneous Cadence: 229 RPM Total Distance: 983044 m Instantaneous Power: 0 Watt Elapsed time: 20 s
18:49:17.666 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:49:18.086 -> -> Client Raw FTM IBD Data: [13] [ 54 08 42 02 04 00 11 00 00 14 00 76 00 ] Instantaneous Cadence: 289 RPM Total Distance: 1114116 m Instantaneous Power: 0 Watt Elapsed time: 20 s
18:49:18.695 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:49:19.069 -> -> Client Raw FTM IBD Data: [13] [ 54 08 FA 00 04 00 12 00 00 38 00 77 00 ] Instantaneous Cadence: 125 RPM Total Distance: 1179652 m Instantaneous Power: 0 Watt Elapsed time: 56 s
18:49:19.678 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
18:49:19.724 -> Control Point Data Written: [ 11 00 00 00 00 28 33 00 ]
18:49:19.770 -> Client Control Point Response: [ 80 11 01 ]
18:49:19.770 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:49:20.046 -> -> Client Raw FTM IBD Data: [13] [ 54 08 F9 01 04 00 13 00 00 38 00 78 00 ] Instantaneous Cadence: 252 RPM Total Distance: 1245188 m Instantaneous Power: 0 Watt Elapsed time: 56 s
18:49:20.655 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
18:49:21.029 -> -> Client Raw FTM IBD Data: [13] [ 54 08 52 01 04 00 14 00 00 38 00 79 00 ] Instantaneous Cadence: 169 RPM Total Distance: 1310724 m Instantaneous Power: 0 Watt Elapsed time: 56 s
18:49:21.309 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:49:21.498 -> -> Client Raw FTM Training Status Data: [2] [ 00 09 ]
18:49:22.008 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 14 00 00 00 00 7A 00 ] Instantaneous Cadence: 0 RPM Total Distance: 1310720 m Instantaneous Power: 0 Watt Elapsed time: 0 s
18:49:22.195 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:49:22.708 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:49:22.754 -> Control Point Data Written: [ 11 00 00 F5 FF 28 33 00 ]
18:49:22.800 -> Client Control Point Response: [ 80 11 01 ]
18:49:22.800 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 F5 FF 28 33 ]
18:49:22.988 -> -> Client Raw FTM IBD Data: [13] [ 54 08 56 01 04 00 15 00 00 07 00 7B 00 ] Instantaneous Cadence: 171 RPM Total Distance: 1376260 m Instantaneous Power: 0 Watt Elapsed time: 7 s
18:49:23.970 -> -> Client Raw FTM IBD Data: [13] [ 54 08 D9 03 04 00 17 00 00 07 00 7C 00 ] Instantaneous Cadence: 492 RPM Total Distance: 1507332 m Instantaneous Power: 0 Watt Elapsed time: 7 s
18:49:24.155 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:49:24.248 -> -> Client Raw FTM Training Status Data: [2] [ 00 09 ]
18:49:24.951 -> -> Client Raw FTM IBD Data: [13] [ 54 08 D9 04 04 00 1A 00 00 26 00 7D 00 ] Instantaneous Cadence: 620 RPM Total Distance: 1703940 m Instantaneous Power: 0 Watt Elapsed time: 38 s
18:49:25.184 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
18:49:25.836 -> Control Point Data Written: [ 11 00 00 E4 FF 28 33 00 ]
18:49:25.881 -> Client Control Point Response: [ 80 11 01 ]
18:49:25.881 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 E4 FF 28 33 ]
18:49:25.928 -> -> Client Raw FTM IBD Data: [13] [ 54 08 0B 04 04 00 1D 00 00 26 00 7E 00 ] Instantaneous Cadence: 517 RPM Total Distance: 1900548 m Instantaneous Power: 0 Watt Elapsed time: 38 s
18:49:26.160 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:49:26.626 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
18:49:26.905 -> -> Client Raw FTM IBD Data: [13] [ 54 08 F6 01 0C 00 1E 00 00 4B 00 7F 00 ] Instantaneous Cadence: 251 RPM Total Distance: 1966092 m Instantaneous Power: 0 Watt Elapsed time: 75 s
18:49:27.418 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:49:27.933 -> -> Client Raw FTM IBD Data: [13] [ 54 08 E5 02 0C 00 20 00 00 4B 00 80 00 ] Instantaneous Cadence: 370 RPM Total Distance: 2097164 m Instantaneous Power: 0 Watt Elapsed time: 75 s
18:49:28.672 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:49:28.859 -> Control Point Data Written: [ 11 00 00 CF FF 28 33 00 ]
18:49:28.905 -> -> Client Raw FTM IBD Data: [13] [ 54 08 E3 04 0C 00 23 00 00 72 00 81 00 ] Instantaneous Cadence: 625 RPM Total Distance: 2293772 m Instantaneous Power: 0 Watt Elapsed time: 114 s
18:49:28.905 -> Client Control Point Response: [ 80 11 01 ]
18:49:28.905 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 CF FF 28 33 ]
18:49:29.691 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
18:49:29.876 -> -> Client Raw FTM IBD Data: [13] [ 54 08 A5 06 16 00 27 00 00 97 00 82 00 ] Instantaneous Cadence: 850 RPM Total Distance: 2555926 m Instantaneous Power: 0 Watt Elapsed time: 151 s
18:49:30.852 -> -> Client Raw FTM IBD Data: [13] [ 54 08 D1 07 2E 00 2C 00 00 9B 00 83 00 ] Instantaneous Cadence: 1000 RPM Total Distance: 2883630 m Instantaneous Power: 0 Watt Elapsed time: 155 s
18:49:31.410 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:49:31.828 -> -> Client Raw FTM IBD Data: [13] [ 54 08 6E 08 42 00 31 00 00 80 00 84 00 ] Instantaneous Cadence: 1079 RPM Total Distance: 3211330 m Instantaneous Power: 0 Watt Elapsed time: 128 s
18:49:31.920 -> Control Point Data Written: [ 11 00 00 A8 FF 28 33 00 ]
18:49:32.013 -> Client Control Point Response: [ 80 11 01 ]
18:49:32.013 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 A8 FF 28 33 ]
18:49:32.807 -> -> Client Raw FTM IBD Data: [13] [ 54 08 C2 08 42 00 37 00 00 71 00 85 00 ] Instantaneous Cadence: 1121 RPM Total Distance: 3604546 m Instantaneous Power: 0 Watt Elapsed time: 113 s
18:49:33.458 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:49:33.787 -> -> Client Raw FTM IBD Data: [13] [ 54 08 D2 08 56 00 3E 00 00 64 00 86 00 ] Instantaneous Cadence: 1129 RPM Total Distance: 4063318 m Instantaneous Power: 0 Watt Elapsed time: 100 s
18:49:34.768 -> -> Client Raw FTM IBD Data: [13] [ 54 08 DA 08 6A 00 44 00 00 56 00 87 00 ] Instantaneous Cadence: 1133 RPM Total Distance: 4456554 m Instantaneous Power: 0 Watt Elapsed time: 86 s
18:49:35.001 -> Control Point Data Written: [ 11 00 00 84 FF 28 33 00 ]
18:49:35.047 -> Client Control Point Response: [ 80 11 01 ]
18:49:35.047 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 84 FF 28 33 ]
18:49:35.187 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:49:35.419 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
18:49:35.744 -> -> Client Raw FTM IBD Data: [13] [ 54 08 0C 09 70 00 4A 00 00 54 00 88 00 ] Instantaneous Cadence: 1158 RPM Total Distance: 4849776 m Instantaneous Power: 0 Watt Elapsed time: 84 s
18:49:36.729 -> -> Client Raw FTM IBD Data: [13] [ 54 08 0C 09 72 00 50 00 00 5A 00 89 00 ] Instantaneous Cadence: 1158 RPM Total Distance: 5242994 m Instantaneous Power: 0 Watt Elapsed time: 90 s
18:49:37.198 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
18:49:37.428 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
18:49:37.664 -> -> Client Raw FTM IBD Data: [13] [ 54 08 FB 08 74 00 56 00 00 54 00 8A 00 ] Instantaneous Cadence: 1149 RPM Total Distance: 5636212 m Instantaneous Power: 0 Watt Elapsed time: 84 s
18:49:38.038 -> Control Point Data Written: [ 11 00 00 67 FF 28 33 00 ]
18:49:38.084 -> Client Control Point Response: [ 80 11 01 ]
18:49:38.084 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 67 FF 28 33 ]
18:49:38.411 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:49:38.691 -> -> Client Raw FTM IBD Data: [13] [ 54 08 EA 08 76 00 5D 00 00 4C 00 8B 00 ] Instantaneous Cadence: 1141 RPM Total Distance: 6094966 m Instantaneous Power: 0 Watt Elapsed time: 76 s
18:49:39.435 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
18:49:39.667 -> -> Client Raw FTM IBD Data: [13] [ 54 08 EA 08 74 00 63 00 00 4B 00 8C 00 ] Instantaneous Cadence: 1141 RPM Total Distance: 6488180 m Instantaneous Power: 0 Watt Elapsed time: 75 s
18:49:40.414 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
18:49:40.646 -> -> Client Raw FTM IBD Data: [13] [ 54 08 E2 08 76 00 69 00 00 4F 00 8D 00 ] Instantaneous Cadence: 1137 RPM Total Distance: 6881398 m Instantaneous Power: 0 Watt Elapsed time: 79 s
18:49:41.064 -> Control Point Data Written: [ 11 00 00 5D FF 28 33 00 ]
18:49:41.111 -> Client Control Point Response: [ 80 11 01 ]
18:49:41.111 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 5D FF 28 33 ]
18:49:41.436 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:49:41.622 -> -> Client Raw FTM IBD Data: [13] [ 54 08 DA 08 74 00 6F 00 00 4F 00 8E 00 ] Instantaneous Cadence: 1133 RPM Total Distance: 7274612 m Instantaneous Power: 0 Watt Elapsed time: 79 s
18:49:42.411 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
18:49:42.596 -> -> Client Raw FTM IBD Data: [13] [ 54 08 D2 08 74 00 75 00 00 4D 00 8F 00 ] Instantaneous Cadence: 1129 RPM Total Distance: 7667828 m Instantaneous Power: 0 Watt Elapsed time: 77 s
18:49:43.436 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:49:43.573 -> -> Client Raw FTM IBD Data: [13] [ 54 08 DA 08 74 00 7B 00 00 4E 00 90 00 ] Instantaneous Cadence: 1133 RPM Total Distance: 8061044 m Instantaneous Power: 0 Watt Elapsed time: 78 s
18:49:44.139 -> Control Point Data Written: [ 11 00 00 5E FF 28 33 00 ]
18:49:44.186 -> Client Control Point Response: [ 80 11 01 ]
18:49:44.186 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 5E FF 28 33 ]
18:49:44.559 -> -> Client Raw FTM IBD Data: [13] [ 54 08 FB 08 74 00 82 00 00 52 00 91 00 ] Instantaneous Cadence: 1149 RPM Total Distance: -8257420 m Instantaneous Power: 0 Watt Elapsed time: 82 s
18:49:45.162 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:49:45.537 -> -> Client Raw FTM IBD Data: [13] [ 54 08 03 09 74 00 88 00 00 5A 00 92 00 ] Instantaneous Cadence: 1153 RPM Total Distance: -7864204 m Instantaneous Power: 0 Watt Elapsed time: 90 s
18:49:45.677 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:49:46.512 -> -> Client Raw FTM IBD Data: [13] [ 54 08 14 09 76 00 8E 00 00 59 00 93 00 ] Instantaneous Cadence: 1162 RPM Total Distance: -7470986 m Instantaneous Power: 0 Watt Elapsed time: 89 s
18:49:46.653 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:49:47.212 -> Control Point Data Written: [ 11 00 00 6F FF 28 33 00 ]
18:49:47.259 -> Client Control Point Response: [ 80 11 01 ]
18:49:47.259 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 6F FF 28 33 ]
18:49:47.491 -> -> Client Raw FTM IBD Data: [13] [ 54 08 25 09 76 00 95 00 00 56 00 94 00 ] Instantaneous Cadence: 1170 RPM Total Distance: -7012234 m Instantaneous Power: 0 Watt Elapsed time: 86 s
18:49:47.913 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:49:48.468 -> -> Client Raw FTM IBD Data: [13] [ 54 08 14 09 76 00 9B 00 00 55 00 95 00 ] Instantaneous Cadence: 1162 RPM Total Distance: -6619018 m Instantaneous Power: 0 Watt Elapsed time: 85 s
18:49:48.561 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:49:48.653 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:49:49.118 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
18:49:49.443 -> -> Client Raw FTM IBD Data: [13] [ 54 08 0C 09 76 00 A1 00 00 4F 00 96 00 ] Instantaneous Cadence: 1158 RPM Total Distance: -6225802 m Instantaneous Power: 0 Watt Elapsed time: 79 s
18:49:49.675 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:49:50.234 -> Control Point Data Written: [ 11 00 00 8A FF 28 33 00 ]
18:49:50.281 -> Client Control Point Response: [ 80 11 01 ]
18:49:50.281 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 8A FF 28 33 ]
18:49:50.420 -> -> Client Raw FTM IBD Data: [13] [ 54 08 03 09 76 00 A8 00 00 4C 00 97 00 ] Instantaneous Cadence: 1153 RPM Total Distance: -5767050 m Instantaneous Power: 0 Watt Elapsed time: 76 s
18:49:50.653 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:49:51.447 -> -> Client Raw FTM IBD Data: [13] [ 54 08 03 09 76 00 AE 00 00 4D 00 98 00 ] Instantaneous Cadence: 1153 RPM Total Distance: -5373834 m Instantaneous Power: 0 Watt Elapsed time: 77 s
18:49:51.679 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:49:52.376 -> -> Client Raw FTM IBD Data: [13] [ 54 08 F3 08 76 00 B4 00 00 4E 00 99 00 ] Instantaneous Cadence: 1145 RPM Total Distance: -4980618 m Instantaneous Power: 0 Watt Elapsed time: 78 s
18:49:52.656 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:49:53.309 -> Control Point Data Written: [ 11 00 00 B8 FF 28 33 00 ]
18:49:53.356 -> Client Control Point Response: [ 80 11 01 ]
18:49:53.356 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 B8 FF 28 33 ]
18:49:53.356 -> -> Client Raw FTM IBD Data: [13] [ 54 08 E2 08 76 00 BA 00 00 4A 00 9A 00 ] Instantaneous Cadence: 1137 RPM Total Distance: -4587402 m Instantaneous Power: 0 Watt Elapsed time: 74 s
18:49:54.329 -> -> Client Raw FTM IBD Data: [13] [ 54 08 DA 08 74 00 C0 00 00 49 00 9B 00 ] Instantaneous Cadence: 1133 RPM Total Distance: -4194188 m Instantaneous Power: 0 Watt Elapsed time: 73 s
18:49:54.423 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
18:49:55.308 -> -> Client Raw FTM IBD Data: [13] [ 54 08 F3 08 74 00 C7 00 00 50 00 9C 00 ] Instantaneous Cadence: 1145 RPM Total Distance: -3735436 m Instantaneous Power: 0 Watt Elapsed time: 80 s
18:49:55.402 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
18:49:55.681 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:49:56.288 -> -> Client Raw FTM IBD Data: [13] [ 54 08 03 09 74 00 CD 00 00 58 00 9D 00 ] Instantaneous Cadence: 1153 RPM Total Distance: -3342220 m Instantaneous Power: 0 Watt Elapsed time: 88 s
18:49:56.334 -> Control Point Data Written: [ 11 00 00 00 00 28 33 00 ]
18:49:56.381 -> Client Control Point Response: [ 80 11 01 ]
18:49:56.381 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:49:56.661 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:49:57.272 -> -> Client Raw FTM IBD Data: [13] [ 54 08 0C 09 74 00 D3 00 00 5A 00 9E 00 ] Instantaneous Cadence: 1158 RPM Total Distance: -2949004 m Instantaneous Power: 0 Watt Elapsed time: 90 s
18:49:57.692 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:49:58.253 -> -> Client Raw FTM IBD Data: [13] [ 54 08 03 09 76 00 D9 00 00 56 00 9F 00 ] Instantaneous Cadence: 1153 RPM Total Distance: -2555786 m Instantaneous Power: 0 Watt Elapsed time: 86 s
18:49:59.235 -> -> Client Raw FTM IBD Data: [13] [ 54 08 0C 09 76 00 E0 00 00 52 00 A0 00 ] Instantaneous Cadence: 1158 RPM Total Distance: -2097034 m Instantaneous Power: 0 Watt Elapsed time: 82 s
18:49:59.373 -> Control Point Data Written: [ 11 00 00 A2 00 28 33 00 ]
18:49:59.419 -> Client Control Point Response: [ 80 11 01 ]
18:49:59.419 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 A2 00 28 33 ]
18:49:59.511 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:49:59.698 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:49:59.698 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
18:50:00.212 -> -> Client Raw FTM IBD Data: [13] [ 54 08 03 09 78 00 E6 00 00 53 00 A1 00 ] Instantaneous Cadence: 1153 RPM Total Distance: -1703816 m Instantaneous Power: 0 Watt Elapsed time: 83 s
18:50:01.194 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:50:01.194 -> -> Client Raw FTM IBD Data: [13] [ 54 08 2E 09 78 00 EC 00 00 59 00 A2 00 ] Instantaneous Cadence: 1175 RPM Total Distance: -1310600 m Instantaneous Power: 0 Watt Elapsed time: 89 s
18:50:01.194 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:50:01.932 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
18:50:01.932 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
18:50:02.167 -> -> Client Raw FTM IBD Data: [13] [ 54 08 51 09 78 00 F3 00 00 61 00 A3 00 ] Instantaneous Cadence: 1192 RPM Total Distance: -851848 m Instantaneous Power: 0 Watt Elapsed time: 97 s
18:50:02.446 -> Control Point Data Written: [ 11 00 00 09 01 28 33 00 ]
18:50:02.493 -> Client Control Point Response: [ 80 11 01 ]
18:50:02.493 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 09 01 28 33 ]
18:50:02.541 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:50:02.680 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:50:03.149 -> -> Client Raw FTM IBD Data: [13] [ 54 08 63 09 78 00 F9 00 00 63 00 A4 00 ] Instantaneous Cadence: 1201 RPM Total Distance: -458632 m Instantaneous Power: 0 Watt Elapsed time: 99 s
18:50:04.131 -> -> Client Raw FTM IBD Data: [13] [ 54 08 76 09 7A 00 00 01 00 61 00 A5 00 ] Instantaneous Cadence: 1211 RPM Total Distance: 122 m Instantaneous Power: 1 Watt Elapsed time: 97 s
18:50:04.411 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:50:05.109 -> -> Client Raw FTM IBD Data: [13] [ 54 08 76 09 7C 00 07 01 00 5D 00 A6 00 ] Instantaneous Cadence: 1211 RPM Total Distance: 458876 m Instantaneous Power: 1 Watt Elapsed time: 93 s
18:50:05.481 -> Control Point Data Written: [ 11 00 00 4F 01 28 33 00 ]
18:50:05.527 -> Client Control Point Response: [ 80 11 01 ]
18:50:05.527 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 4F 01 28 33 ]
18:50:05.902 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:50:06.088 -> -> Client Raw FTM IBD Data: [13] [ 54 08 63 09 7C 00 0D 01 00 58 00 A7 00 ] Instantaneous Cadence: 1201 RPM Total Distance: 852092 m Instantaneous Power: 1 Watt Elapsed time: 88 s
18:50:07.068 -> -> Client Raw FTM IBD Data: [13] [ 54 08 92 09 7C 00 14 01 00 5E 00 A8 00 ] Instantaneous Cadence: 1225 RPM Total Distance: 1310844 m Instantaneous Power: 1 Watt Elapsed time: 94 s
18:50:08.046 -> -> Client Raw FTM IBD Data: [13] [ 54 08 A5 09 7C 00 1A 01 00 6A 00 A9 00 ] Instantaneous Cadence: 1234 RPM Total Distance: 1704060 m Instantaneous Power: 1 Watt Elapsed time: 106 s
18:50:08.514 -> Control Point Data Written: [ 11 00 00 67 01 28 33 00 ]
18:50:08.562 -> Client Control Point Response: [ 80 11 01 ]
18:50:08.562 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 67 01 28 33 ]
18:50:08.935 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:50:09.028 -> -> Client Raw FTM IBD Data: [13] [ 54 08 AE 09 7E 00 21 01 00 66 00 AA 00 ] Instantaneous Cadence: 1239 RPM Total Distance: 2162814 m Instantaneous Power: 1 Watt Elapsed time: 102 s
18:50:09.912 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:50:10.004 -> -> Client Raw FTM IBD Data: [13] [ 54 08 7F 09 7E 00 28 01 00 5B 00 AB 00 ] Instantaneous Cadence: 1215 RPM Total Distance: 2621566 m Instantaneous Power: 1 Watt Elapsed time: 91 s
18:50:10.893 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:50:10.987 -> -> Client Raw FTM IBD Data: [13] [ 54 08 63 09 7C 00 2E 01 00 53 00 AC 00 ] Instantaneous Cadence: 1201 RPM Total Distance: 3014780 m Instantaneous Power: 1 Watt Elapsed time: 83 s
18:50:11.587 -> Control Point Data Written: [ 11 00 00 57 FF 28 33 00 ]
18:50:11.633 -> Client Control Point Response: [ 80 11 01 ]
18:50:11.633 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 57 FF 28 33 ]
18:50:11.633 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
18:50:11.911 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:50:11.957 -> -> Client Raw FTM IBD Data: [13] [ 54 08 5A 09 7C 00 35 01 00 4F 00 AD 00 ] Instantaneous Cadence: 1197 RPM Total Distance: 3473532 m Instantaneous Power: 1 Watt Elapsed time: 79 s
18:50:11.957 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:50:12.925 -> -> Client Raw FTM IBD Data: [13] [ 54 08 51 09 7A 00 3B 01 00 52 00 AE 00 ] Instantaneous Cadence: 1192 RPM Total Distance: 3866746 m Instantaneous Power: 1 Watt Elapsed time: 82 s
18:50:13.158 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:50:13.947 -> -> Client Raw FTM IBD Data: [13] [ 54 08 51 09 7A 00 42 01 00 55 00 AF 00 ] Instantaneous Cadence: 1192 RPM Total Distance: 4325498 m Instantaneous Power: 1 Watt Elapsed time: 85 s
18:50:14.597 -> Control Point Data Written: [ 08 00 00 00 00 00 00 00 ]
18:50:14.690 -> Client Control Point Response: [ 80 08 01 ]
18:50:14.690 -> -> Client Raw FTM Training Status Data: [2] [ 00 01 ]
18:50:14.690 -> -> Client Raw FTM Machine Status Data: [2] [ 02 01 ]
18:50:14.690 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:50:14.690 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
18:50:14.690 -> -> Client Raw FTM Machine Status Data: [1] [ 04 ]
18:50:14.923 -> -> Client Raw FTM IBD Data: [13] [ 54 08 40 09 7A 00 48 01 00 55 00 B0 00 ] Instantaneous Cadence: 1184 RPM Total Distance: 4718714 m Instantaneous Power: 1 Watt Elapsed time: 85 s
18:50:15.155 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:50:15.903 -> -> Client Raw FTM IBD Data: [13] [ 54 08 2E 09 78 00 4E 01 00 53 00 B1 00 ] Instantaneous Cadence: 1175 RPM Total Distance: 5111928 m Instantaneous Power: 1 Watt Elapsed time: 83 s
18:50:16.419 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:50:16.884 -> -> Client Raw FTM IBD Data: [13] [ 54 08 25 09 78 00 55 01 00 51 00 B2 00 ] Instantaneous Cadence: 1170 RPM Total Distance: 5570680 m Instantaneous Power: 1 Watt Elapsed time: 81 s
18:50:17.163 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:50:17.678 -> Control Point Data Written: [ 01 00 00 00 00 00 00 00 ]
18:50:17.723 -> Client Control Point Response: [ 80 01 01 ]
18:50:17.723 -> -> Client Raw FTM Training Status Data: [2] [ 00 01 ]
18:50:17.723 -> -> Client Raw FTM Machine Status Data: [2] [ 02 01 ]
18:50:17.862 -> -> Client Raw FTM IBD Data: [13] [ 54 08 25 09 78 00 00 00 00 54 00 00 00 ] Instantaneous Cadence: 1170 RPM Total Distance: 120 m Instantaneous Power: 0 Watt Elapsed time: 84 s
18:50:18.700 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:50:18.700 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:50:18.700 -> -> Client Raw FTM Machine Status Data: [1] [ 04 ]
18:50:18.700 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
18:50:18.839 -> -> Client Raw FTM IBD Data: [13] [ 54 08 25 09 78 00 07 00 00 55 00 00 00 ] Instantaneous Cadence: 1170 RPM Total Distance: 458872 m Instantaneous Power: 0 Watt Elapsed time: 85 s
18:50:19.440 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:50:19.812 -> -> Client Raw FTM IBD Data: [13] [ 54 08 40 09 78 00 0D 00 00 58 00 01 00 ] Instantaneous Cadence: 1184 RPM Total Distance: 852088 m Instantaneous Power: 0 Watt Elapsed time: 88 s
18:50:20.093 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:50:20.185 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
18:50:20.557 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
18:50:20.698 -> Control Point Data Written: [ 00 00 00 00 00 00 00 00 ]
18:50:20.744 -> Client Control Point Response: [ 80 00 01 ]
18:50:20.791 -> -> Client Raw FTM IBD Data: [13] [ 54 08 48 09 78 00 13 00 00 5B 00 02 00 ] Instantaneous Cadence: 1188 RPM Total Distance: 1245304 m Instantaneous Power: 0 Watt Elapsed time: 91 s
18:50:21.072 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:50:21.163 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
18:50:21.765 -> -> Client Raw FTM IBD Data: [13] [ 54 08 48 09 78 00 1A 00 00 59 00 03 00 ] Instantaneous Cadence: 1188 RPM Total Distance: 1704056 m Instantaneous Power: 0 Watt Elapsed time: 89 s
18:50:22.179 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:50:22.738 -> -> Client Raw FTM IBD Data: [13] [ 54 08 40 09 7A 00 20 00 00 55 00 04 00 ] Instantaneous Cadence: 1184 RPM Total Distance: 2097274 m Instantaneous Power: 0 Watt Elapsed time: 85 s
18:50:23.153 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:50:23.714 -> -> Client Raw FTM IBD Data: [13] [ 54 08 48 09 78 00 27 00 00 52 00 05 00 ] Instantaneous Cadence: 1188 RPM Total Distance: 2556024 m Instantaneous Power: 0 Watt Elapsed time: 82 s
18:50:23.760 -> Control Point Data Written: [ 00 00 00 00 00 00 00 00 ]
18:50:23.806 -> Client Control Point Response: [ 80 00 01 ]
18:50:24.178 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:50:24.689 -> -> Client Raw FTM IBD Data: [13] [ 54 08 40 09 78 00 2D 00 00 56 00 06 00 ] Instantaneous Cadence: 1184 RPM Total Distance: 2949240 m Instantaneous Power: 0 Watt Elapsed time: 86 s
18:50:25.201 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:50:25.669 -> -> Client Raw FTM IBD Data: [13] [ 54 08 1D 09 78 00 34 00 00 53 00 07 00 ] Instantaneous Cadence: 1166 RPM Total Distance: 3407992 m Instantaneous Power: 0 Watt Elapsed time: 83 s
18:50:26.182 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:50:26.646 -> -> Client Raw FTM IBD Data: [13] [ 54 08 03 09 76 00 3A 00 00 4B 00 08 00 ] Instantaneous Cadence: 1153 RPM Total Distance: 3801206 m Instantaneous Power: 0 Watt Elapsed time: 75 s
18:50:26.833 -> Control Point Data Written: [ 07 00 00 00 00 00 00 00 ]
18:50:26.833 -> Client Control Point Response: [ 80 07 01 ]
18:50:27.020 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
18:50:27.673 -> -> Client Raw FTM IBD Data: [13] [ 54 08 E2 08 76 00 40 00 00 4A 00 09 00 ] Instantaneous Cadence: 1137 RPM Total Distance: 4194422 m Instantaneous Power: 0 Watt Elapsed time: 74 s
18:50:28.185 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
18:50:28.606 -> -> Client Raw FTM IBD Data: [13] [ 54 08 D2 08 76 00 46 00 00 4A 00 0A 00 ] Instantaneous Cadence: 1129 RPM Total Distance: 4587638 m Instantaneous Power: 0 Watt Elapsed time: 74 s
18:50:29.168 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
18:50:29.582 -> -> Client Raw FTM IBD Data: [13] [ 54 08 BA 08 74 00 4C 00 00 49 00 0B 00 ] Instantaneous Cadence: 1117 RPM Total Distance: 4980852 m Instantaneous Power: 0 Watt Elapsed time: 73 s
18:50:29.863 -> Control Point Data Written: [ 11 00 00 22 01 28 33 00 ]
18:50:29.910 -> Client Control Point Response: [ 80 11 01 ]
18:50:29.910 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 22 01 28 33 ]
18:50:29.957 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:50:30.192 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:50:30.286 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
18:50:30.568 -> -> Client Raw FTM IBD Data: [13] [ 54 08 9B 08 74 00 52 00 00 46 00 0C 00 ] Instantaneous Cadence: 1101 RPM Total Distance: 5374068 m Instantaneous Power: 0 Watt Elapsed time: 70 s
18:50:31.547 -> -> Client Raw FTM IBD Data: [13] [ 54 08 7D 08 74 00 58 00 00 43 00 0D 00 ] Instantaneous Cadence: 1086 RPM Total Distance: 5767284 m Instantaneous Power: 0 Watt Elapsed time: 67 s
18:50:32.435 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 0F 00 28 33 ]
18:50:32.528 -> -> Client Raw FTM IBD Data: [13] [ 54 08 AB 08 74 00 5E 00 00 47 00 0E 00 ] Instantaneous Cadence: 1109 RPM Total Distance: 6160500 m Instantaneous Power: 0 Watt Elapsed time: 71 s
18:50:32.528 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:50:32.904 -> Control Point Data Written: [ 11 00 00 09 00 28 33 00 ]
18:50:32.950 -> Client Control Point Response: [ 80 11 01 ]
18:50:32.950 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 09 00 28 33 ]
18:50:32.996 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
18:50:33.416 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 12 00 28 33 ]
18:50:33.509 -> -> Client Raw FTM IBD Data: [13] [ 54 08 E2 08 72 00 64 00 00 52 00 0F 00 ] Instantaneous Cadence: 1137 RPM Total Distance: 6553714 m Instantaneous Power: 0 Watt Elapsed time: 82 s
18:50:33.509 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:50:34.439 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 13 00 28 33 ]
18:50:34.486 -> -> Client Raw FTM IBD Data: [13] [ 54 08 FB 08 72 00 6B 00 00 5C 00 10 00 ] Instantaneous Cadence: 1149 RPM Total Distance: 7012466 m Instantaneous Power: 0 Watt Elapsed time: 92 s
18:50:35.418 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 12 00 28 33 ]
18:50:35.464 -> -> Client Raw FTM IBD Data: [13] [ 54 08 F3 08 72 00 71 00 00 5A 00 11 00 ] Instantaneous Cadence: 1145 RPM Total Distance: 7405682 m Instantaneous Power: 0 Watt Elapsed time: 90 s
18:50:35.932 -> Control Point Data Written: [ 11 00 00 00 00 28 33 00 ]
18:50:35.978 -> Client Control Point Response: [ 80 11 01 ]
18:50:35.978 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:50:36.024 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
18:50:36.446 -> -> Client Raw FTM IBD Data: [13] [ 54 08 E2 08 74 00 77 00 00 52 00 12 00 ] Instantaneous Cadence: 1137 RPM Total Distance: 7798900 m Instantaneous Power: 0 Watt Elapsed time: 82 s
18:50:36.680 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 10 00 28 33 ]
18:50:36.728 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:50:37.428 -> -> Client Raw FTM IBD Data: [13] [ 54 08 DA 08 74 00 7D 00 00 50 00 13 00 ] Instantaneous Cadence: 1133 RPM Total Distance: 8192116 m Instantaneous Power: 0 Watt Elapsed time: 80 s
18:50:37.428 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 0C 00 28 33 ]
18:50:38.453 -> -> Client Raw FTM IBD Data: [13] [ 54 08 CA 08 74 00 83 00 00 4E 00 14 00 ] Instantaneous Cadence: 1125 RPM Total Distance: -8191884 m Instantaneous Power: 0 Watt Elapsed time: 78 s
18:50:38.453 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 06 00 28 33 ]
18:50:39.008 -> Control Point Data Written: [ 11 00 00 14 00 28 33 00 ]
18:50:39.054 -> Client Control Point Response: [ 80 11 01 ]
18:50:39.054 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 14 00 28 33 ]
18:50:39.376 -> -> Client Raw FTM IBD Data: [13] [ 54 08 BA 08 74 00 89 00 00 4B 00 15 00 ] Instantaneous Cadence: 1117 RPM Total Distance: -7798668 m Instantaneous Power: 0 Watt Elapsed time: 75 s
18:50:39.422 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
18:50:39.470 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
18:50:40.405 -> -> Client Raw FTM IBD Data: [13] [ 54 08 CA 08 72 00 90 00 00 4E 00 16 00 ] Instantaneous Cadence: 1125 RPM Total Distance: -7339918 m Instantaneous Power: 0 Watt Elapsed time: 78 s
18:50:40.405 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FA FF 28 33 ]
18:50:41.338 -> -> Client Raw FTM IBD Data: [13] [ 54 08 DA 08 74 00 96 00 00 51 00 17 00 ] Instantaneous Cadence: 1133 RPM Total Distance: -6946700 m Instantaneous Power: 0 Watt Elapsed time: 81 s
18:50:41.431 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 F5 FF 28 33 ]
18:50:42.036 -> Control Point Data Written: [ 11 00 00 22 00 28 33 00 ]
18:50:42.082 -> Client Control Point Response: [ 80 11 01 ]
18:50:42.082 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 22 00 28 33 ]
18:50:42.129 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:50:42.317 -> -> Client Raw FTM IBD Data: [13] [ 54 08 E2 08 74 00 9C 00 00 55 00 18 00 ] Instantaneous Cadence: 1137 RPM Total Distance: -6553484 m Instantaneous Power: 0 Watt Elapsed time: 85 s
18:50:43.296 -> -> Client Raw FTM IBD Data: [13] [ 54 08 D2 08 74 00 A2 00 00 53 00 19 00 ] Instantaneous Cadence: 1129 RPM Total Distance: -6160268 m Instantaneous Power: 0 Watt Elapsed time: 83 s
18:50:43.435 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 E3 FF 28 33 ]
18:50:43.482 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
18:50:44.276 -> -> Client Raw FTM IBD Data: [13] [ 54 08 CA 08 74 00 A8 00 00 4F 00 1A 00 ] Instantaneous Cadence: 1125 RPM Total Distance: -5767052 m Instantaneous Power: 0 Watt Elapsed time: 79 s
18:50:45.077 -> Control Point Data Written: [ 11 00 00 25 00 28 33 00 ]
18:50:45.124 -> Client Control Point Response: [ 80 11 01 ]
18:50:45.124 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 25 00 28 33 ]
18:50:45.171 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:50:45.264 -> -> Client Raw FTM IBD Data: [13] [ 54 08 CA 08 74 00 AE 00 00 4E 00 1B 00 ] Instantaneous Cadence: 1125 RPM Total Distance: -5373836 m Instantaneous Power: 0 Watt Elapsed time: 78 s
18:50:45.403 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 BF FF 28 33 ]
18:50:45.451 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
18:50:46.242 -> -> Client Raw FTM IBD Data: [13] [ 54 08 D2 08 74 00 B4 00 00 52 00 1C 00 ] Instantaneous Cadence: 1129 RPM Total Distance: -4980620 m Instantaneous Power: 0 Watt Elapsed time: 82 s
18:50:46.428 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 B3 FF 28 33 ]
18:50:47.221 -> -> Client Raw FTM IBD Data: [13] [ 54 08 DA 08 72 00 BA 00 00 54 00 1D 00 ] Instantaneous Cadence: 1133 RPM Total Distance: -4587406 m Instantaneous Power: 0 Watt Elapsed time: 84 s
18:50:47.692 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 AC FF 28 33 ]
18:50:48.157 -> Control Point Data Written: [ 11 00 00 23 00 28 33 00 ]
18:50:48.157 -> Client Control Point Response: [ 80 11 01 ]
18:50:48.157 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 23 00 28 33 ]
18:50:48.203 -> -> Client Raw FTM IBD Data: [13] [ 54 08 E2 08 74 00 C1 00 00 56 00 1E 00 ] Instantaneous Cadence: 1137 RPM Total Distance: -4128652 m Instantaneous Power: 0 Watt Elapsed time: 86 s
18:50:48.203 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:50:49.183 -> -> Client Raw FTM IBD Data: [13] [ 54 08 EA 08 74 00 C7 00 00 58 00 1F 00 ] Instantaneous Cadence: 1141 RPM Total Distance: -3735436 m Instantaneous Power: 0 Watt Elapsed time: 88 s
18:50:49.183 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 A9 FF 28 33 ]
18:50:49.273 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
18:50:49.690 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 AB FF 28 33 ]
18:50:50.156 -> -> Client Raw FTM IBD Data: [13] [ 54 08 E2 08 74 00 CD 00 00 57 00 20 00 ] Instantaneous Cadence: 1137 RPM Total Distance: -3342220 m Instantaneous Power: 0 Watt Elapsed time: 87 s
18:50:50.668 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 B1 FF 28 33 ]
18:50:51.137 -> -> Client Raw FTM IBD Data: [13] [ 54 08 F3 08 74 00 D3 00 00 55 00 21 00 ] Instantaneous Cadence: 1145 RPM Total Distance: -2949004 m Instantaneous Power: 0 Watt Elapsed time: 85 s
18:50:51.183 -> Control Point Data Written: [ 11 00 00 1C 00 28 33 00 ]
18:50:51.229 -> Client Control Point Response: [ 80 11 01 ]
18:50:51.229 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 1C 00 28 33 ]
18:50:51.229 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:50:51.693 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 BE FF 28 33 ]
18:50:51.693 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
18:50:52.111 -> -> Client Raw FTM IBD Data: [13] [ 54 08 FB 08 74 00 DA 00 00 53 00 22 00 ] Instantaneous Cadence: 1149 RPM Total Distance: -2490252 m Instantaneous Power: 0 Watt Elapsed time: 83 s
18:50:52.668 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 D2 FF 28 33 ]
18:50:53.083 -> -> Client Raw FTM IBD Data: [13] [ 54 08 14 09 76 00 E0 00 00 56 00 23 00 ] Instantaneous Cadence: 1162 RPM Total Distance: -2097034 m Instantaneous Power: 0 Watt Elapsed time: 86 s
18:50:53.688 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 EE FF 28 33 ]
18:50:54.060 -> -> Client Raw FTM IBD Data: [13] [ 54 08 2E 09 76 00 E6 00 00 59 00 24 00 ] Instantaneous Cadence: 1175 RPM Total Distance: -1703818 m Instantaneous Power: 0 Watt Elapsed time: 89 s
18:50:54.201 -> Control Point Data Written: [ 11 00 00 0F 00 28 33 00 ]
18:50:54.249 -> Client Control Point Response: [ 80 11 01 ]
18:50:54.249 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 0F 00 28 33 ]
18:50:54.249 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:50:54.668 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 20 00 28 33 ]
18:50:55.041 -> -> Client Raw FTM IBD Data: [13] [ 54 08 1D 09 76 00 EC 00 00 5A 00 25 00 ] Instantaneous Cadence: 1166 RPM Total Distance: -1310602 m Instantaneous Power: 0 Watt Elapsed time: 90 s
18:50:55.693 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 5D 00 28 33 ]
18:50:56.021 -> -> Client Raw FTM IBD Data: [13] [ 54 08 FB 08 78 00 F3 00 00 54 00 26 00 ] Instantaneous Cadence: 1149 RPM Total Distance: -851848 m Instantaneous Power: 0 Watt Elapsed time: 84 s
18:50:56.673 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 8B 00 28 33 ]
18:50:56.997 -> -> Client Raw FTM IBD Data: [13] [ 54 08 B2 08 78 00 F9 00 00 52 00 27 00 ] Instantaneous Cadence: 1113 RPM Total Distance: -458632 m Instantaneous Power: 0 Watt Elapsed time: 82 s
18:50:57.276 -> Control Point Data Written: [ 11 00 00 00 00 28 33 00 ]
18:50:57.323 -> Client Control Point Response: [ 80 11 01 ]
18:50:57.323 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:50:57.323 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
18:50:57.932 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 A8 00 28 33 ]
18:50:57.979 -> -> Client Raw FTM IBD Data: [13] [ 54 08 8C 08 76 00 FF 00 00 59 00 28 00 ] Instantaneous Cadence: 1094 RPM Total Distance: -65418 m Instantaneous Power: 0 Watt Elapsed time: 89 s
18:50:57.979 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:50:58.678 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 B6 00 28 33 ]
18:50:58.955 -> -> Client Raw FTM IBD Data: [13] [ 54 08 58 08 74 00 05 01 00 5F 00 29 00 ] Instantaneous Cadence: 1068 RPM Total Distance: 327796 m Instantaneous Power: 1 Watt Elapsed time: 95 s
18:50:59.653 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 B8 00 28 33 ]
18:50:59.931 -> -> Client Raw FTM IBD Data: [13] [ 54 08 D1 07 70 00 0A 01 00 63 00 2A 00 ] Instantaneous Cadence: 1000 RPM Total Distance: 655472 m Instantaneous Power: 1 Watt Elapsed time: 99 s
18:51:00.303 -> Control Point Data Written: [ 11 00 00 F5 FF 28 33 00 ]
18:51:00.349 -> Client Control Point Response: [ 80 11 01 ]
18:51:00.349 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 F5 FF 28 33 ]
18:51:00.442 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
18:51:00.673 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 AF 00 28 33 ]
18:51:00.720 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:51:00.908 -> -> Client Raw FTM IBD Data: [13] [ 54 08 B2 07 6E 00 10 01 00 65 00 2B 00 ] Instantaneous Cadence: 985 RPM Total Distance: 1048686 m Instantaneous Power: 1 Watt Elapsed time: 101 s
18:51:01.654 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 9C 00 28 33 ]
18:51:01.933 -> -> Client Raw FTM IBD Data: [13] [ 54 08 7D 07 6A 00 15 01 00 68 00 2C 00 ] Instantaneous Cadence: 958 RPM Total Distance: 1376362 m Instantaneous Power: 1 Watt Elapsed time: 104 s
18:51:02.678 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 80 00 28 33 ]
18:51:02.867 -> -> Client Raw FTM IBD Data: [13] [ 54 08 44 07 66 00 1A 01 00 6A 00 2D 00 ] Instantaneous Cadence: 930 RPM Total Distance: 1704038 m Instantaneous Power: 1 Watt Elapsed time: 106 s
18:51:03.330 -> Control Point Data Written: [ 11 00 00 E4 FF 28 33 00 ]
18:51:03.378 -> Client Control Point Response: [ 80 11 01 ]
18:51:03.423 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 E4 FF 28 33 ]
18:51:03.470 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
18:51:03.841 -> -> Client Raw FTM IBD Data: [13] [ 54 08 A6 07 66 00 1F 01 00 6D 00 2E 00 ] Instantaneous Cadence: 979 RPM Total Distance: 2031718 m Instantaneous Power: 1 Watt Elapsed time: 109 s
18:51:03.936 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 5B 00 28 33 ]
18:51:03.936 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:51:04.866 -> -> Client Raw FTM IBD Data: [13] [ 54 08 CB 07 64 00 25 01 00 73 00 2F 00 ] Instantaneous Cadence: 997 RPM Total Distance: 2424932 m Instantaneous Power: 1 Watt Elapsed time: 115 s
18:51:04.912 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 38 00 28 33 ]
18:51:05.848 -> -> Client Raw FTM IBD Data: [13] [ 54 08 0C 08 62 00 2A 01 00 71 00 30 00 ] Instantaneous Cadence: 1030 RPM Total Distance: 2752610 m Instantaneous Power: 1 Watt Elapsed time: 113 s
18:51:05.893 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 25 00 28 33 ]
18:51:06.362 -> Control Point Data Written: [ 11 00 00 CF FF 28 33 00 ]
18:51:06.455 -> Client Control Point Response: [ 80 11 01 ]
18:51:06.455 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 CF FF 28 33 ]
18:51:06.501 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
18:51:06.829 -> -> Client Raw FTM IBD Data: [13] [ 54 08 58 08 64 00 30 01 00 67 00 31 00 ] Instantaneous Cadence: 1068 RPM Total Distance: 3145828 m Instantaneous Power: 1 Watt Elapsed time: 103 s
18:51:06.924 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 16 00 28 33 ]
18:51:06.971 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:51:07.765 -> -> Client Raw FTM IBD Data: [13] [ 54 08 94 08 68 00 36 01 00 60 00 32 00 ] Instantaneous Cadence: 1098 RPM Total Distance: 3539048 m Instantaneous Power: 1 Watt Elapsed time: 96 s
18:51:07.906 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 09 00 28 33 ]
18:51:07.953 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
18:51:08.746 -> -> Client Raw FTM IBD Data: [13] [ 54 08 A3 08 6A 00 3C 01 00 5A 00 33 00 ] Instantaneous Cadence: 1105 RPM Total Distance: 3932266 m Instantaneous Power: 1 Watt Elapsed time: 90 s
18:51:08.933 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
18:51:09.447 -> Control Point Data Written: [ 11 00 00 A8 FF 28 33 00 ]
18:51:09.493 -> Client Control Point Response: [ 80 11 01 ]
18:51:09.493 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 A8 FF 28 33 ]
18:51:09.724 -> -> Client Raw FTM IBD Data: [13] [ 54 08 B2 08 6E 00 42 01 00 56 00 34 00 ] Instantaneous Cadence: 1113 RPM Total Distance: 4325486 m Instantaneous Power: 1 Watt Elapsed time: 86 s
18:51:09.913 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FB FF 28 33 ]
18:51:10.706 -> -> Client Raw FTM IBD Data: [13] [ 54 08 AB 08 70 00 48 01 00 54 00 35 00 ] Instantaneous Cadence: 1109 RPM Total Distance: 4718704 m Instantaneous Power: 1 Watt Elapsed time: 84 s
18:51:11.170 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 F8 FF 28 33 ]
18:51:11.683 -> -> Client Raw FTM IBD Data: [13] [ 54 08 B2 08 70 00 4E 01 00 51 00 36 00 ] Instantaneous Cadence: 1113 RPM Total Distance: 5111920 m Instantaneous Power: 1 Watt Elapsed time: 81 s
18:51:12.196 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 F6 FF 28 33 ]
18:51:12.474 -> Control Point Data Written: [ 11 00 00 84 FF 28 33 00 ]
18:51:12.520 -> Client Control Point Response: [ 80 11 01 ]
18:51:12.520 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 84 FF 28 33 ]
18:51:12.663 -> -> Client Raw FTM IBD Data: [13] [ 54 08 C2 08 70 00 54 01 00 50 00 37 00 ] Instantaneous Cadence: 1121 RPM Total Distance: 5505136 m Instantaneous Power: 1 Watt Elapsed time: 80 s
18:51:12.898 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 F5 FF 28 33 ]
18:51:13.644 -> -> Client Raw FTM IBD Data: [13] [ 54 08 CA 08 72 00 5A 01 00 50 00 38 00 ] Instantaneous Cadence: 1125 RPM Total Distance: 5898354 m Instantaneous Power: 1 Watt Elapsed time: 80 s
18:51:13.927 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 F5 FF 28 33 ]
18:51:14.627 -> -> Client Raw FTM IBD Data: [13] [ 54 08 CA 08 72 00 60 01 00 4F 00 39 00 ] Instantaneous Cadence: 1125 RPM Total Distance: 6291570 m Instantaneous Power: 1 Watt Elapsed time: 79 s
18:51:14.907 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 F6 FF 28 33 ]
18:51:15.512 -> Control Point Data Written: [ 11 00 00 67 FF 28 33 00 ]
18:51:15.560 -> Client Control Point Response: [ 80 11 01 ]
18:51:15.560 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 67 FF 28 33 ]
18:51:15.606 -> -> Client Raw FTM IBD Data: [13] [ 54 08 14 09 72 00 66 01 00 51 00 3A 00 ] Instantaneous Cadence: 1162 RPM Total Distance: 6684786 m Instantaneous Power: 1 Watt Elapsed time: 81 s
18:51:16.166 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 F9 FF 28 33 ]
18:51:16.589 -> -> Client Raw FTM IBD Data: [13] [ 54 08 40 09 74 00 6D 01 00 5F 00 3B 00 ] Instantaneous Cadence: 1184 RPM Total Distance: 7143540 m Instantaneous Power: 1 Watt Elapsed time: 95 s
18:51:16.916 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
18:51:17.568 -> -> Client Raw FTM IBD Data: [13] [ 54 08 76 09 74 00 73 01 00 69 00 3C 00 ] Instantaneous Cadence: 1211 RPM Total Distance: 7536756 m Instantaneous Power: 1 Watt Elapsed time: 105 s
18:51:17.754 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:51:18.173 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
18:51:18.546 -> -> Client Raw FTM IBD Data: [13] [ 54 08 E0 09 76 00 7A 01 00 6F 00 3D 00 ] Instantaneous Cadence: 1264 RPM Total Distance: 7995510 m Instantaneous Power: 1 Watt Elapsed time: 111 s
18:51:18.593 -> Control Point Data Written: [ 11 00 00 5D FF 28 33 00 ]
18:51:18.640 -> Client Control Point Response: [ 80 11 01 ]
18:51:18.640 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 5D FF 28 33 ]
18:51:18.640 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
18:51:19.153 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:51:19.247 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:51:19.529 -> -> Client Raw FTM IBD Data: [13] [ 54 08 09 0A 78 00 81 01 00 7C 00 3E 00 ] Instantaneous Cadence: 1284 RPM Total Distance: -8322952 m Instantaneous Power: 1 Watt Elapsed time: 124 s
18:51:20.180 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:51:20.507 -> -> Client Raw FTM IBD Data: [13] [ 54 08 A5 09 7C 00 88 01 00 72 00 3F 00 ] Instantaneous Cadence: 1234 RPM Total Distance: -7864196 m Instantaneous Power: 1 Watt Elapsed time: 114 s
18:51:21.161 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:51:21.488 -> -> Client Raw FTM IBD Data: [13] [ 54 08 FB 08 7C 00 8E 01 00 57 00 40 00 ] Instantaneous Cadence: 1149 RPM Total Distance: -7470980 m Instantaneous Power: 1 Watt Elapsed time: 87 s
18:51:21.628 -> Control Point Data Written: [ 11 00 00 5E FF 28 33 00 ]
18:51:21.676 -> Client Control Point Response: [ 80 11 01 ]
18:51:21.676 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 5E FF 28 33 ]
18:51:21.676 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
18:51:22.186 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:51:22.232 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:51:22.468 -> -> Client Raw FTM IBD Data: [13] [ 54 08 58 08 7C 00 94 01 00 3B 00 41 00 ] Instantaneous Cadence: 1068 RPM Total Distance: -7077764 m Instantaneous Power: 1 Watt Elapsed time: 59 s
18:51:23.169 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:51:23.451 -> -> Client Raw FTM IBD Data: [13] [ 54 08 B2 07 7C 00 9A 01 00 20 00 42 00 ] Instantaneous Cadence: 985 RPM Total Distance: -6684548 m Instantaneous Power: 1 Watt Elapsed time: 32 s
18:51:24.154 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:51:24.431 -> -> Client Raw FTM IBD Data: [13] [ 54 08 1F 07 7C 00 9F 01 00 20 00 43 00 ] Instantaneous Cadence: 911 RPM Total Distance: -6356868 m Instantaneous Power: 1 Watt Elapsed time: 32 s
18:51:24.521 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
18:51:24.659 -> Control Point Data Written: [ 11 00 00 6F FF 28 33 00 ]
18:51:24.707 -> Client Control Point Response: [ 80 11 01 ]
18:51:24.707 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 6F FF 28 33 ]
18:51:25.176 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:51:25.406 -> -> Client Raw FTM IBD Data: [13] [ 54 08 8A 06 00 00 A3 01 00 0F 00 44 00 ] Instantaneous Cadence: 837 RPM Total Distance: -6094848 m Instantaneous Power: 1 Watt Elapsed time: 15 s
18:51:26.386 -> -> Client Raw FTM IBD Data: [13] [ 54 08 FC 05 00 00 A8 01 00 0C 00 45 00 ] Instantaneous Cadence: 766 RPM Total Distance: -5767168 m Instantaneous Power: 1 Watt Elapsed time: 12 s
18:51:26.665 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
18:51:27.179 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
18:51:27.363 -> -> Client Raw FTM IBD Data: [13] [ 54 08 75 05 00 00 AC 01 00 0C 00 46 00 ] Instantaneous Cadence: 698 RPM Total Distance: -5505024 m Instantaneous Power: 1 Watt Elapsed time: 12 s
18:51:27.735 -> Control Point Data Written: [ 11 00 00 8A FF 28 33 00 ]
18:51:27.781 -> Client Control Point Response: [ 80 11 01 ]
18:51:27.781 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 8A FF 28 33 ]
18:51:28.154 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:51:28.342 -> -> Client Raw FTM IBD Data: [13] [ 54 08 EF 04 00 00 AF 01 00 0C 00 47 00 ] Instantaneous Cadence: 631 RPM Total Distance: -5308416 m Instantaneous Power: 1 Watt Elapsed time: 12 s
18:51:29.322 -> -> Client Raw FTM IBD Data: [13] [ 54 08 71 04 00 00 B3 01 00 0C 00 48 00 ] Instantaneous Cadence: 568 RPM Total Distance: -5046272 m Instantaneous Power: 1 Watt Elapsed time: 12 s
18:51:29.414 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
18:51:30.161 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:51:30.302 -> -> Client Raw FTM IBD Data: [13] [ 54 08 F7 03 00 00 B5 01 00 0C 00 49 00 ] Instantaneous Cadence: 507 RPM Total Distance: -4915200 m Instantaneous Power: 1 Watt Elapsed time: 12 s
18:51:30.767 -> Control Point Data Written: [ 11 00 00 B8 FF 28 33 00 ]
18:51:30.815 -> Client Control Point Response: [ 80 11 01 ]
18:51:30.815 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 B8 FF 28 33 ]
18:51:31.189 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:51:31.282 -> -> Client Raw FTM IBD Data: [13] [ 54 08 7E 03 00 00 B8 01 00 0C 00 4A 00 ] Instantaneous Cadence: 447 RPM Total Distance: -4718592 m Instantaneous Power: 1 Watt Elapsed time: 12 s
18:51:32.171 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:51:32.265 -> -> Client Raw FTM IBD Data: [13] [ 54 08 0E 03 00 00 BA 01 00 0C 00 4B 00 ] Instantaneous Cadence: 391 RPM Total Distance: -4587520 m Instantaneous Power: 1 Watt Elapsed time: 12 s
18:51:33.152 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:51:33.245 -> -> Client Raw FTM IBD Data: [13] [ 54 08 A0 02 00 00 BC 01 00 0C 00 4C 00 ] Instantaneous Cadence: 336 RPM Total Distance: -4456448 m Instantaneous Power: 1 Watt Elapsed time: 12 s
18:51:33.804 -> Control Point Data Written: [ 11 00 00 00 00 28 33 00 ]
18:51:33.898 -> Client Control Point Response: [ 80 11 01 ]
18:51:33.898 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:51:34.175 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:51:34.222 -> -> Client Raw FTM IBD Data: [13] [ 54 08 39 02 00 00 BE 01 00 0A 00 4D 00 ] Instantaneous Cadence: 284 RPM Total Distance: -4325376 m Instantaneous Power: 1 Watt Elapsed time: 10 s
18:51:35.191 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:51:35.191 -> -> Client Raw FTM IBD Data: [13] [ 54 08 D7 01 00 00 BF 01 00 0A 00 4E 00 ] Instantaneous Cadence: 235 RPM Total Distance: -4259840 m Instantaneous Power: 1 Watt Elapsed time: 10 s
18:51:36.170 -> -> Client Raw FTM IBD Data: [13] [ 54 08 79 01 00 00 C0 01 00 0A 00 4F 00 ] Instantaneous Cadence: 188 RPM Total Distance: -4194304 m Instantaneous Power: 1 Watt Elapsed time: 10 s
18:51:36.170 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:51:36.865 -> Control Point Data Written: [ 11 00 00 A2 00 28 33 00 ]
18:51:36.912 -> Client Control Point Response: [ 80 11 01 ]
18:51:36.912 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 A2 00 28 33 ]
18:51:36.960 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:51:37.144 -> -> Client Raw FTM IBD Data: [13] [ 54 08 27 01 00 00 C1 01 00 0A 00 50 00 ] Instantaneous Cadence: 147 RPM Total Distance: -4128768 m Instantaneous Power: 1 Watt Elapsed time: 10 s
18:51:38.165 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 C2 01 00 00 00 51 00 ] Instantaneous Cadence: 0 RPM Total Distance: -4063232 m Instantaneous Power: 1 Watt Elapsed time: 0 s
18:51:38.351 -> -> Client Raw FTM Training Status Data: [2] [ 00 09 ]
18:51:38.399 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:51:39.141 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 C2 01 00 00 00 52 00 ] Instantaneous Cadence: 0 RPM Total Distance: -4063232 m Instantaneous Power: 1 Watt Elapsed time: 0 s
18:51:39.931 -> Control Point Data Written: [ 11 00 00 09 01 28 33 00 ]
18:51:39.978 -> Client Control Point Response: [ 80 11 01 ]
18:51:39.978 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 09 01 28 33 ]
18:51:40.116 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 C2 01 00 00 00 53 00 ] Instantaneous Cadence: 0 RPM Total Distance: -4063232 m Instantaneous Power: 1 Watt Elapsed time: 0 s
18:51:40.395 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:51:41.087 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 C2 01 00 00 00 54 00 ] Instantaneous Cadence: 0 RPM Total Distance: -4063232 m Instantaneous Power: 1 Watt Elapsed time: 0 s
18:51:41.413 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:51:42.069 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 C2 01 00 00 00 55 00 ] Instantaneous Cadence: 0 RPM Total Distance: -4063232 m Instantaneous Power: 1 Watt Elapsed time: 0 s
18:51:42.673 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:51:42.953 -> Control Point Data Written: [ 11 00 00 4F 01 28 33 00 ]
18:51:43.000 -> Client Control Point Response: [ 80 11 01 ]
18:51:43.000 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 4F 01 28 33 ]
18:51:43.046 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 C2 01 00 00 00 56 00 ] Instantaneous Cadence: 0 RPM Total Distance: -4063232 m Instantaneous Power: 1 Watt Elapsed time: 0 s
18:51:43.929 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
18:51:44.021 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 C2 01 00 00 00 57 00 ] Instantaneous Cadence: 0 RPM Total Distance: -4063232 m Instantaneous Power: 1 Watt Elapsed time: 0 s
18:51:44.395 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
18:51:44.999 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 C2 01 00 00 00 58 00 ] Instantaneous Cadence: 0 RPM Total Distance: -4063232 m Instantaneous Power: 1 Watt Elapsed time: 0 s
18:51:45.418 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:51:45.980 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 C2 01 00 00 00 59 00 ] Instantaneous Cadence: 0 RPM Total Distance: -4063232 m Instantaneous Power: 1 Watt Elapsed time: 0 s
18:51:45.980 -> Control Point Data Written: [ 11 00 00 67 01 28 33 00 ]
18:51:46.026 -> Client Control Point Response: [ 80 11 01 ]
18:51:46.026 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 67 01 28 33 ]
18:51:46.401 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:51:46.959 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 C2 01 00 00 00 5A 00 ] Instantaneous Cadence: 0 RPM Total Distance: -4063232 m Instantaneous Power: 1 Watt Elapsed time: 0 s
18:51:47.661 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:51:47.940 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 C2 01 00 00 00 5B 00 ] Instantaneous Cadence: 0 RPM Total Distance: -4063232 m Instantaneous Power: 1 Watt Elapsed time: 0 s
18:51:48.684 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:51:48.917 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 C2 01 00 00 00 5C 00 ] Instantaneous Cadence: 0 RPM Total Distance: -4063232 m Instantaneous Power: 1 Watt Elapsed time: 0 s
18:51:49.011 -> Control Point Data Written: [ 11 00 00 57 FF 28 33 00 ]
18:51:49.057 -> Client Control Point Response: [ 80 11 01 ]
18:51:49.057 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 57 FF 28 33 ]
18:51:49.663 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:51:49.895 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 C2 01 00 00 00 5D 00 ] Instantaneous Cadence: 0 RPM Total Distance: -4063232 m Instantaneous Power: 1 Watt Elapsed time: 0 s
18:51:50.870 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 C2 01 00 00 00 5E 00 ] Instantaneous Cadence: 0 RPM Total Distance: -4063232 m Instantaneous Power: 1 Watt Elapsed time: 0 s
18:51:51.432 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:51:51.855 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 C2 01 00 00 00 5F 00 ] Instantaneous Cadence: 0 RPM Total Distance: -4063232 m Instantaneous Power: 1 Watt Elapsed time: 0 s
18:51:52.090 -> Control Point Data Written: [ 08 00 00 00 00 00 00 00 ]
18:51:52.136 -> Client Control Point Response: [ 80 08 01 ]
18:51:52.136 -> -> Client Raw FTM Training Status Data: [2] [ 00 01 ]
18:51:52.136 -> -> Client Raw FTM Machine Status Data: [2] [ 02 01 ]
18:51:52.695 -> -> Client Raw FTM Training Status Data: [2] [ 00 09 ]
18:51:52.695 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:51:52.695 -> -> Client Raw FTM Machine Status Data: [1] [ 04 ]
18:51:52.834 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 C2 01 00 00 00 5F 00 ] Instantaneous Cadence: 0 RPM Total Distance: -4063232 m Instantaneous Power: 1 Watt Elapsed time: 0 s
18:51:53.393 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
Best Regards
Filippo
from simcline.
cherryphilip74
commented on May 25, 2024
Hi Jörgen!
Here below the serial monitor output. I used the FTMS_Client_v01.ino
19:02:48.407 -> Feather nRF52 Client/Central: FTMS, CPS and CSC
19:02:48.407 -> ----------------- Version 01 --------------------
19:02:48.407 -> Initialise the Bluefruit nRF52 module: Central
19:02:48.687 -> FTMS and Chars 'initialized'
19:02:48.687 -> CPS and Chars 'initialized'
19:02:48.687 -> CSCS and Chars 'initialized'
19:02:48.687 -> GA and Chars 'initialized'
19:02:48.687 -> DIS and Chars 'initialized'
19:02:48.687 -> Start Scanning for CPS and FTMS!
19:02:49.910 -> Advertising Client with FTMS, CPS or CSC is found! ... Raw data packet:
19:02:49.910 -> Timestamp MAC Address Rssi Data
19:02:49.910 -> 000001526 EE:18:4B:1F:9F:3E -70 03-19-85-04-02-01-06-05-02-26-18-18-18-06-16-26-18-01-20-00-0A-09-44-49-52-45-54-4F-20-58-52
19:02:50.094 -> Feather nRF52 (Central) connected to Trainer (Peripheral) device: [DIRETO XR] MAC Address: EE:18:4B:1F:9F:3E
19:02:50.094 -> Now checking mandatory Client Services and Characteristics!
19:02:50.094 -> Discovering Client Cycling Power (CP) Service ... Found it! CPS Max Payload: 20 Data Length: 27
19:02:50.141 -> Discovering Client CP Measurement characteristic ... Found it!
19:02:50.235 -> Discovering Client CP Control Point characteristic ... Found it!
19:02:50.327 -> Discovering Client CP Feature characteristic ... Found it! -> Client Raw CP Feature bytes: [4] [ 0D 02 00 00 ]
19:02:50.467 -> Pedal power balance supported
19:02:50.467 -> Wheel revolution data supported
19:02:50.467 -> Crank revolution data supported
19:02:50.467 -> Offset compensation supported
19:02:50.467 -> Discovering Client CP Sensor Location characteristic ... Found it! -> Client CP Location Sensor: Loc#: 0 Other
19:02:50.561 -> Discovering Cycling Speed and Cadence (CSC) Service ... Found it! CSCS Max Payload: 20 Data Length: 27
19:02:50.655 -> Discovering Client CSC Measurement CHR ... Found it!
19:02:50.750 -> Discovering Client CSC Location CHR ... Found it! -> Client CSC Location Sensor: Loc#: 0 Other
19:02:50.842 -> Discovering Client CSC Feature CHR ... Found it! -> Client Raw CSC Feature bytes: [2] [ 03 00 ]
19:02:50.936 -> Wheel rev supported
19:02:50.936 -> Crank rev supported
19:02:50.983 -> Found Client Generic Access
19:02:51.076 -> Found Client Device Name: [DIRETO XR]
19:02:51.219 -> Found Client Appearance: [0485]
19:02:51.266 -> Found Client Device Information
19:02:51.359 -> Found Client Manufacturer: [Elite]
19:02:51.592 -> Found Client Serial Number: [52687]
19:02:51.592 -> Discovering Client Fitness Machine (FTM) Service ... Found it! FTMS Max Payload: 20 Data Length: 27
19:02:51.639 -> Discovering Client FTM Feature Characteristic ... Found it! -> Client Raw FTM Feature bytes: [8] [ 86 50 00 00 0C E0 00 00 ]
19:02:51.779 -> Discovering Client FTM Training Status Characteristic ... Found it!
19:02:51.872 -> Discovering Client FTM Supported Resistance Level Range Characteristic ... Found it! -> Client Raw FTM Supported Resistance Level Range bytes: [6] [ 00 00 C8 00 01 00 ]
19:02:52.015 -> Discovering Client FTM Supported Power Range Characteristic ... Found it! -> Client Raw FTM Supported Power Range bytes: [6] [ 00 00 A0 0F 01 00 ]
19:02:52.202 -> Discovering Client FTM Indoor Bike Data Characteristic ... Found it!
19:02:52.342 -> Discovering Client FTM Control Point Characteristic ... Found it!
19:02:52.576 -> Discovering Client FTM Status Characteristic ... Found it!
19:02:53.041 -> Ready to receive Client CP Measurement values
19:02:53.087 -> Ready to receive Client CP Control Point Responses
19:02:53.087 -> Ready to receive Client CSC Measurement values
19:02:53.135 -> Ready to receive Client FTM Training Status values
19:02:53.182 -> Ready to receive Client FTM Indoor Bike Data values
19:02:53.182 -> Ready to receive Client FTM Control Point Response Messages
19:02:53.229 -> Ready to receive Client FTM Status values
19:02:53.229 -> Client is Up and Running!
19:02:53.464 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 47 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
19:02:54.405 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 48 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
19:02:55.390 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 49 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
19:02:56.231 -> Control Point Data Written: [ 00 00 00 00 00 00 00 00 ]
19:02:56.231 -> Client Control Point Response: [ 80 00 01 ]
19:02:56.371 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 4A 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
19:02:57.355 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 4B 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
19:02:58.338 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 4C 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
19:02:59.233 -> Control Point Data Written: [ 00 00 00 00 00 00 00 00 ]
19:02:59.279 -> Client Control Point Response: [ 80 00 01 ]
19:02:59.327 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 4D 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
19:03:00.310 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 4E 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
19:03:01.299 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 4F 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
19:03:02.281 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 50 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
19:03:02.281 -> Control Point Data Written: [ 07 00 00 00 00 00 00 00 ]
19:03:02.328 -> Client Control Point Response: [ 80 07 04 ]
19:03:03.266 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 51 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
19:03:04.296 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 52 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
19:03:05.189 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 53 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
19:03:05.330 -> Control Point Data Written: [ 11 00 00 22 01 28 33 00 ]
19:03:05.377 -> Client Control Point Response: [ 80 11 01 ]
19:03:05.377 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 22 01 28 33 ]
19:03:06.172 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 54 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
19:03:07.158 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 55 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
19:03:08.146 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 56 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
19:03:08.380 -> Control Point Data Written: [ 11 00 00 09 00 28 33 00 ]
19:03:08.427 -> Client Control Point Response: [ 80 11 01 ]
19:03:08.427 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 09 00 28 33 ]
19:03:09.082 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 57 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
19:03:09.502 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
19:03:10.064 -> -> Client Raw FTM IBD Data: [13] [ 54 08 A9 01 00 00 00 00 00 00 00 58 00 ] Instantaneous Cadence: 212 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
19:03:11.093 -> -> Client Raw FTM IBD Data: [13] [ 54 08 49 01 00 00 01 00 00 00 00 59 00 ] Instantaneous Cadence: 164 RPM Total Distance: 65536 m Instantaneous Power: 0 Watt Elapsed time: 0 s
19:03:11.327 -> -> Client Raw FTM Training Status Data: [2] [ 00 09 ]
19:03:11.420 -> Control Point Data Written: [ 11 00 00 00 00 28 33 00 ]
19:03:11.513 -> Client Control Point Response: [ 80 11 01 ]
19:03:11.513 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
19:03:12.027 -> -> Client Raw FTM IBD Data: [13] [ 54 08 FA 00 04 00 02 00 00 01 00 5A 00 ] Instantaneous Cadence: 125 RPM Total Distance: 131076 m Instantaneous Power: 0 Watt Elapsed time: 1 s
19:03:12.543 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
19:03:12.826 -> -> Client Raw FTM Training Status Data: [2] [ 00 09 ]
19:03:13.061 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 04 00 02 00 00 00 00 5B 00 ] Instantaneous Cadence: 0 RPM Total Distance: 131076 m Instantaneous Power: 0 Watt Elapsed time: 0 s
19:03:13.296 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
19:03:14.001 -> -> Client Raw FTM IBD Data: [13] [ 54 08 79 03 04 00 04 00 00 00 00 5C 00 ] Instantaneous Cadence: 444 RPM Total Distance: 262148 m Instantaneous Power: 0 Watt Elapsed time: 0 s
19:03:14.467 -> Control Point Data Written: [ 11 00 00 14 00 28 33 00 ]
19:03:14.515 -> Client Control Point Response: [ 80 11 01 ]
19:03:14.515 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 14 00 28 33 ]
19:03:14.655 -> -> Client Raw FTM Training Status Data: [2] [ 00 09 ]
19:03:14.984 -> -> Client Raw FTM IBD Data: [13] [ 54 08 92 04 04 00 06 00 00 09 00 5D 00 ] Instantaneous Cadence: 585 RPM Total Distance: 393220 m Instantaneous Power: 0 Watt Elapsed time: 9 s
19:03:15.546 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
19:03:15.965 -> -> Client Raw FTM IBD Data: [13] [ 54 08 63 05 0C 00 0A 00 00 16 00 5E 00 ] Instantaneous Cadence: 689 RPM Total Distance: 655372 m Instantaneous Power: 0 Watt Elapsed time: 22 s
19:03:16.956 -> -> Client Raw FTM IBD Data: [13] [ 54 08 32 06 0C 00 0E 00 00 28 00 5F 00 ] Instantaneous Cadence: 793 RPM Total Distance: 917516 m Instantaneous Power: 0 Watt Elapsed time: 40 s
19:03:17.517 -> Control Point Data Written: [ 11 00 00 22 00 28 33 00 ]
19:03:17.657 -> Client Control Point Response: [ 80 11 01 ]
19:03:17.657 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 22 00 28 33 ]
19:03:17.939 -> -> Client Raw FTM IBD Data: [13] [ 54 08 AA 06 1E 00 12 00 00 43 00 60 00 ] Instantaneous Cadence: 853 RPM Total Distance: 1179678 m Instantaneous Power: 0 Watt Elapsed time: 67 s
19:03:18.923 -> -> Client Raw FTM IBD Data: [13] [ 54 08 60 07 34 00 17 00 00 4A 00 61 00 ] Instantaneous Cadence: 944 RPM Total Distance: 1507380 m Instantaneous Power: 0 Watt Elapsed time: 74 s
19:03:19.911 -> -> Client Raw FTM IBD Data: [13] [ 54 08 B8 07 48 00 1C 00 00 50 00 62 00 ] Instantaneous Cadence: 988 RPM Total Distance: 1835080 m Instantaneous Power: 0 Watt Elapsed time: 80 s
19:03:20.611 -> Control Point Data Written: [ 11 00 00 25 00 28 33 00 ]
19:03:20.703 -> Client Control Point Response: [ 80 11 01 ]
19:03:20.703 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 25 00 28 33 ]
19:03:20.749 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
19:03:20.844 -> -> Client Raw FTM IBD Data: [13] [ 54 08 F8 07 48 00 22 00 00 55 00 63 00 ] Instantaneous Cadence: 1020 RPM Total Distance: 2228296 m Instantaneous Power: 0 Watt Elapsed time: 85 s
19:03:21.830 -> -> Client Raw FTM IBD Data: [13] [ 54 08 35 08 5A 00 28 00 00 58 00 64 00 ] Instantaneous Cadence: 1050 RPM Total Distance: 2621530 m Instantaneous Power: 0 Watt Elapsed time: 88 s
19:03:22.812 -> -> Client Raw FTM IBD Data: [13] [ 54 08 43 08 62 00 2D 00 00 53 00 65 00 ] Instantaneous Cadence: 1057 RPM Total Distance: 2949218 m Instantaneous Power: 0 Watt Elapsed time: 83 s
19:03:23.705 -> Control Point Data Written: [ 11 00 00 23 00 28 33 00 ]
19:03:23.753 -> Client Control Point Response: [ 80 11 01 ]
19:03:23.753 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 23 00 28 33 ]
19:03:23.799 -> -> Client Raw FTM IBD Data: [13] [ 54 08 35 08 68 00 33 00 00 4F 00 66 00 ] Instantaneous Cadence: 1050 RPM Total Distance: 3342440 m Instantaneous Power: 0 Watt Elapsed time: 79 s
19:03:24.783 -> -> Client Raw FTM IBD Data: [13] [ 54 08 3C 08 6A 00 39 00 00 4D 00 67 00 ] Instantaneous Cadence: 1054 RPM Total Distance: 3735658 m Instantaneous Power: 0 Watt Elapsed time: 77 s
19:03:25.767 -> -> Client Raw FTM IBD Data: [13] [ 54 08 67 08 6C 00 3F 00 00 4F 00 68 00 ] Instantaneous Cadence: 1075 RPM Total Distance: 4128876 m Instantaneous Power: 0 Watt Elapsed time: 79 s
19:03:26.755 -> -> Client Raw FTM IBD Data: [13] [ 54 08 84 08 6E 00 44 00 00 53 00 69 00 ] Instantaneous Cadence: 1090 RPM Total Distance: 4456558 m Instantaneous Power: 0 Watt Elapsed time: 83 s
19:03:26.755 -> Control Point Data Written: [ 11 00 00 1C 00 28 33 00 ]
19:03:26.801 -> Client Control Point Response: [ 80 11 01 ]
19:03:26.801 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 1C 00 28 33 ]
19:03:27.737 -> -> Client Raw FTM IBD Data: [13] [ 54 08 2E 08 6E 00 4A 00 00 53 00 6A 00 ] Instantaneous Cadence: 1047 RPM Total Distance: 4849774 m Instantaneous Power: 0 Watt Elapsed time: 83 s
19:03:28.721 -> -> Client Raw FTM IBD Data: [13] [ 54 08 43 08 64 00 50 00 00 49 00 6B 00 ] Instantaneous Cadence: 1057 RPM Total Distance: 5242980 m Instantaneous Power: 0 Watt Elapsed time: 73 s
19:03:29.703 -> -> Client Raw FTM IBD Data: [13] [ 54 08 51 08 64 00 56 00 00 4C 00 6C 00 ] Instantaneous Cadence: 1064 RPM Total Distance: 5636196 m Instantaneous Power: 0 Watt Elapsed time: 76 s
19:03:29.796 -> Control Point Data Written: [ 11 00 00 0F 00 28 33 00 ]
19:03:29.843 -> Client Control Point Response: [ 80 11 01 ]
19:03:29.843 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 0F 00 28 33 ]
19:03:29.843 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
19:03:30.686 -> -> Client Raw FTM IBD Data: [13] [ 54 08 75 08 64 00 5C 00 00 51 00 6D 00 ] Instantaneous Cadence: 1082 RPM Total Distance: 6029412 m Instantaneous Power: 0 Watt Elapsed time: 81 s
19:03:31.626 -> -> Client Raw FTM IBD Data: [13] [ 54 08 9B 08 64 00 62 00 00 54 00 6E 00 ] Instantaneous Cadence: 1101 RPM Total Distance: 6422628 m Instantaneous Power: 0 Watt Elapsed time: 84 s
19:03:32.423 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
19:03:32.610 -> -> Client Raw FTM IBD Data: [13] [ 54 08 A3 08 6E 00 67 00 00 53 00 6F 00 ] Instantaneous Cadence: 1105 RPM Total Distance: 6750318 m Instantaneous Power: 0 Watt Elapsed time: 83 s
19:03:32.844 -> Control Point Data Written: [ 11 00 00 00 00 28 33 00 ]
19:03:32.939 -> Client Control Point Response: [ 80 11 01 ]
19:03:32.939 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
19:03:32.986 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
19:03:33.596 -> -> Client Raw FTM IBD Data: [13] [ 54 08 AB 08 6E 00 6D 00 00 51 00 70 00 ] Instantaneous Cadence: 1109 RPM Total Distance: 7143534 m Instantaneous Power: 0 Watt Elapsed time: 81 s
19:03:34.578 -> -> Client Raw FTM IBD Data: [13] [ 54 08 A3 08 70 00 74 00 00 52 00 71 00 ] Instantaneous Cadence: 1105 RPM Total Distance: 7602288 m Instantaneous Power: 0 Watt Elapsed time: 82 s
19:03:35.560 -> -> Client Raw FTM IBD Data: [13] [ 54 08 AB 08 70 00 79 00 00 51 00 72 00 ] Instantaneous Cadence: 1109 RPM Total Distance: 7929968 m Instantaneous Power: 0 Watt Elapsed time: 81 s
19:03:35.888 -> Control Point Data Written: [ 11 00 00 F5 FF 28 33 00 ]
19:03:35.935 -> Client Control Point Response: [ 80 11 01 ]
19:03:35.935 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 F5 FF 28 33 ]
19:03:36.499 -> -> Client Raw FTM IBD Data: [13] [ 54 08 BA 08 70 00 7F 00 00 51 00 73 00 ] Instantaneous Cadence: 1117 RPM Total Distance: 8323184 m Instantaneous Power: 0 Watt Elapsed time: 81 s
19:03:37.480 -> -> Client Raw FTM IBD Data: [13] [ 54 08 CA 08 70 00 86 00 00 53 00 74 00 ] Instantaneous Cadence: 1125 RPM Total Distance: -7995280 m Instantaneous Power: 0 Watt Elapsed time: 83 s
19:03:38.464 -> -> Client Raw FTM IBD Data: [13] [ 54 08 D2 08 72 00 8C 00 00 52 00 75 00 ] Instantaneous Cadence: 1129 RPM Total Distance: -7602062 m Instantaneous Power: 0 Watt Elapsed time: 82 s
19:03:38.971 -> Control Point Data Written: [ 11 00 00 E4 FF 28 33 00 ]
19:03:38.971 -> Client Control Point Response: [ 80 11 01 ]
19:03:38.971 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 E4 FF 28 33 ]
19:03:39.439 -> -> Client Raw FTM IBD Data: [13] [ 54 08 F3 08 72 00 92 00 00 52 00 76 00 ] Instantaneous Cadence: 1145 RPM Total Distance: -7208846 m Instantaneous Power: 0 Watt Elapsed time: 82 s
19:03:40.423 -> -> Client Raw FTM IBD Data: [13] [ 54 08 FB 08 74 00 98 00 00 54 00 77 00 ] Instantaneous Cadence: 1149 RPM Total Distance: -6815628 m Instantaneous Power: 0 Watt Elapsed time: 84 s
19:03:41.406 -> -> Client Raw FTM IBD Data: [13] [ 54 08 FB 08 74 00 9E 00 00 53 00 78 00 ] Instantaneous Cadence: 1149 RPM Total Distance: -6422412 m Instantaneous Power: 0 Watt Elapsed time: 83 s
19:03:41.969 -> Control Point Data Written: [ 11 00 00 CF FF 28 33 00 ]
19:03:42.016 -> Client Control Point Response: [ 80 11 01 ]
19:03:42.016 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 CF FF 28 33 ]
19:03:42.389 -> -> Client Raw FTM IBD Data: [13] [ 54 08 CA 08 74 00 A5 00 00 4C 00 79 00 ] Instantaneous Cadence: 1125 RPM Total Distance: -5963660 m Instantaneous Power: 0 Watt Elapsed time: 76 s
19:03:43.374 -> -> Client Raw FTM IBD Data: [13] [ 54 08 AB 08 74 00 AB 00 00 43 00 7A 00 ] Instantaneous Cadence: 1109 RPM Total Distance: -5570444 m Instantaneous Power: 0 Watt Elapsed time: 67 s
19:03:44.402 -> -> Client Raw FTM IBD Data: [13] [ 54 08 94 08 74 00 B0 00 00 42 00 7B 00 ] Instantaneous Cadence: 1098 RPM Total Distance: -5242764 m Instantaneous Power: 0 Watt Elapsed time: 66 s
19:03:45.011 -> Control Point Data Written: [ 11 00 00 A8 FF 28 33 00 ]
19:03:45.104 -> Client Control Point Response: [ 80 11 01 ]
19:03:45.104 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 A8 FF 28 33 ]
19:03:45.338 -> -> Client Raw FTM IBD Data: [13] [ 54 08 7D 08 72 00 B6 00 00 46 00 7C 00 ] Instantaneous Cadence: 1086 RPM Total Distance: -4849550 m Instantaneous Power: 0 Watt Elapsed time: 70 s
19:03:46.323 -> -> Client Raw FTM IBD Data: [13] [ 54 08 67 08 72 00 BC 00 00 46 00 7D 00 ] Instantaneous Cadence: 1075 RPM Total Distance: -4456334 m Instantaneous Power: 0 Watt Elapsed time: 70 s
19:03:47.308 -> -> Client Raw FTM IBD Data: [13] [ 54 08 67 08 70 00 C2 00 00 43 00 7E 00 ] Instantaneous Cadence: 1075 RPM Total Distance: -4063120 m Instantaneous Power: 0 Watt Elapsed time: 67 s
19:03:48.103 -> Control Point Data Written: [ 11 00 00 84 FF 28 33 00 ]
19:03:48.197 -> Client Control Point Response: [ 80 11 01 ]
19:03:48.197 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 84 FF 28 33 ]
19:03:48.291 -> -> Client Raw FTM IBD Data: [13] [ 54 08 75 08 6E 00 C8 00 00 43 00 7F 00 ] Instantaneous Cadence: 1082 RPM Total Distance: -3669906 m Instantaneous Power: 0 Watt Elapsed time: 67 s
19:03:49.278 -> -> Client Raw FTM IBD Data: [13] [ 54 08 75 08 6E 00 CE 00 00 4B 00 80 00 ] Instantaneous Cadence: 1082 RPM Total Distance: -3276690 m Instantaneous Power: 0 Watt Elapsed time: 75 s
19:03:50.220 -> -> Client Raw FTM IBD Data: [13] [ 54 08 75 08 6E 00 D4 00 00 4E 00 81 00 ] Instantaneous Cadence: 1082 RPM Total Distance: -2883474 m Instantaneous Power: 0 Watt Elapsed time: 78 s
19:03:51.160 -> Control Point Data Written: [ 11 00 00 67 FF 28 33 00 ]
19:03:51.253 -> Client Control Point Response: [ 80 11 01 ]
19:03:51.253 -> -> Client Raw FTM IBD Data: [13] [ 54 08 84 08 6E 00 DA 00 00 4E 00 82 00 ] Instantaneous Cadence: 1090 RPM Total Distance: -2490258 m Instantaneous Power: 0 Watt Elapsed time: 78 s
19:03:51.253 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 67 FF 28 33 ]
19:03:52.185 -> -> Client Raw FTM IBD Data: [13] [ 54 08 94 08 6E 00 E0 00 00 4F 00 83 00 ] Instantaneous Cadence: 1098 RPM Total Distance: -2097042 m Instantaneous Power: 0 Watt Elapsed time: 79 s
19:03:53.216 -> -> Client Raw FTM IBD Data: [13] [ 54 08 84 08 6E 00 E6 00 00 4E 00 84 00 ] Instantaneous Cadence: 1090 RPM Total Distance: -1703826 m Instantaneous Power: 0 Watt Elapsed time: 78 s
19:03:54.160 -> -> Client Raw FTM IBD Data: [13] [ 54 08 75 08 70 00 EC 00 00 46 00 85 00 ] Instantaneous Cadence: 1082 RPM Total Distance: -1310608 m Instantaneous Power: 0 Watt Elapsed time: 70 s
19:03:54.207 -> Control Point Data Written: [ 11 00 00 5D FF 28 33 00 ]
19:03:54.253 -> Client Control Point Response: [ 80 11 01 ]
19:03:54.253 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 5D FF 28 33 ]
19:03:55.143 -> -> Client Raw FTM IBD Data: [13] [ 54 08 6E 08 70 00 F1 00 00 42 00 86 00 ] Instantaneous Cadence: 1079 RPM Total Distance: -982928 m Instantaneous Power: 0 Watt Elapsed time: 66 s
19:03:56.126 -> -> Client Raw FTM IBD Data: [13] [ 54 08 6E 08 70 00 F7 00 00 48 00 87 00 ] Instantaneous Cadence: 1079 RPM Total Distance: -589712 m Instantaneous Power: 0 Watt Elapsed time: 72 s
19:03:57.111 -> -> Client Raw FTM IBD Data: [13] [ 54 08 DA 08 70 00 FD 00 00 58 00 88 00 ] Instantaneous Cadence: 1133 RPM Total Distance: -196496 m Instantaneous Power: 0 Watt Elapsed time: 88 s
19:03:57.251 -> Control Point Data Written: [ 11 00 00 5E FF 28 33 00 ]
19:03:57.297 -> Client Control Point Response: [ 80 11 01 ]
19:03:57.297 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 5E FF 28 33 ]
19:03:58.094 -> -> Client Raw FTM IBD Data: [13] [ 54 08 C2 09 72 00 04 01 00 8B 00 89 00 ] Instantaneous Cadence: 1249 RPM Total Distance: 262258 m Instantaneous Power: 1 Watt Elapsed time: 139 s
19:03:59.081 -> -> Client Raw FTM IBD Data: [13] [ 54 08 75 0A 76 00 0B 01 00 AB 00 8A 00 ] Instantaneous Cadence: 1338 RPM Total Distance: 721014 m Instantaneous Power: 1 Watt Elapsed time: 171 s
19:04:00.019 -> -> Client Raw FTM IBD Data: [13] [ 54 08 11 0B 7A 00 13 01 00 A7 00 8B 00 ] Instantaneous Cadence: 1416 RPM Total Distance: 1245306 m Instantaneous Power: 1 Watt Elapsed time: 167 s
19:04:00.296 -> Control Point Data Written: [ 11 00 00 6F FF 28 33 00 ]
19:04:00.344 -> Client Control Point Response: [ 80 11 01 ]
19:04:00.344 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 6F FF 28 33 ]
19:04:00.999 -> -> Client Raw FTM IBD Data: [13] [ 54 08 6C 0B 8C 00 1A 01 00 B5 00 8C 00 ] Instantaneous Cadence: 1462 RPM Total Distance: 1704076 m Instantaneous Power: 1 Watt Elapsed time: 181 s
19:04:01.984 -> -> Client Raw FTM IBD Data: [13] [ 54 08 51 0B 8E 00 22 01 00 97 00 8D 00 ] Instantaneous Cadence: 1448 RPM Total Distance: 2228366 m Instantaneous Power: 1 Watt Elapsed time: 151 s
19:04:02.967 -> -> Client Raw FTM IBD Data: [13] [ 54 08 BB 0A 8E 00 2A 01 00 76 00 8E 00 ] Instantaneous Cadence: 1373 RPM Total Distance: 2752654 m Instantaneous Power: 1 Watt Elapsed time: 118 s
19:04:03.341 -> Control Point Data Written: [ 11 00 00 8A FF 28 33 00 ]
19:04:03.389 -> Client Control Point Response: [ 80 11 01 ]
19:04:03.389 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 8A FF 28 33 ]
19:04:03.955 -> -> Client Raw FTM IBD Data: [13] [ 54 08 13 0A 82 00 31 01 00 33 00 8F 00 ] Instantaneous Cadence: 1289 RPM Total Distance: 3211394 m Instantaneous Power: 1 Watt Elapsed time: 51 s
19:04:04.941 -> -> Client Raw FTM IBD Data: [13] [ 54 08 63 09 82 00 38 01 00 1D 00 90 00 ] Instantaneous Cadence: 1201 RPM Total Distance: 3670146 m Instantaneous Power: 1 Watt Elapsed time: 29 s
19:04:05.921 -> -> Client Raw FTM IBD Data: [13] [ 54 08 BA 08 82 00 3E 01 00 0F 00 91 00 ] Instantaneous Cadence: 1117 RPM Total Distance: 4063362 m Instantaneous Power: 1 Watt Elapsed time: 15 s
19:04:06.389 -> Control Point Data Written: [ 11 00 00 B8 FF 28 33 00 ]
19:04:06.435 -> Client Control Point Response: [ 80 11 01 ]
19:04:06.435 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 B8 FF 28 33 ]
19:04:06.857 -> -> Client Raw FTM IBD Data: [13] [ 54 08 19 08 82 00 44 01 00 09 00 92 00 ] Instantaneous Cadence: 1036 RPM Total Distance: 4456578 m Instantaneous Power: 1 Watt Elapsed time: 9 s
19:04:07.843 -> -> Client Raw FTM IBD Data: [13] [ 54 08 7D 07 82 00 49 01 00 08 00 93 00 ] Instantaneous Cadence: 958 RPM Total Distance: 4784258 m Instantaneous Power: 1 Watt Elapsed time: 8 s
19:04:08.877 -> -> Client Raw FTM IBD Data: [13] [ 54 08 E7 06 00 00 4E 01 00 08 00 94 00 ] Instantaneous Cadence: 883 RPM Total Distance: 5111808 m Instantaneous Power: 1 Watt Elapsed time: 8 s
19:04:09.438 -> Control Point Data Written: [ 11 00 00 00 00 28 33 00 ]
19:04:09.485 -> Client Control Point Response: [ 80 11 01 ]
19:04:09.485 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
19:04:09.812 -> -> Client Raw FTM IBD Data: [13] [ 54 08 4E 06 00 00 53 01 00 09 00 95 00 ] Instantaneous Cadence: 807 RPM Total Distance: 5439488 m Instantaneous Power: 1 Watt Elapsed time: 9 s
19:04:10.793 -> -> Client Raw FTM IBD Data: [13] [ 54 08 C0 05 00 00 57 01 00 0A 00 96 00 ] Instantaneous Cadence: 736 RPM Total Distance: 5701632 m Instantaneous Power: 1 Watt Elapsed time: 10 s
19:04:11.781 -> -> Client Raw FTM IBD Data: [13] [ 54 08 37 05 00 00 5B 01 00 0A 00 97 00 ] Instantaneous Cadence: 667 RPM Total Distance: 5963776 m Instantaneous Power: 1 Watt Elapsed time: 10 s
19:04:12.481 -> Control Point Data Written: [ 11 00 00 A2 00 28 33 00 ]
19:04:12.576 -> Client Control Point Response: [ 80 11 01 ]
19:04:12.576 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 A2 00 28 33 ]
19:04:12.576 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
19:04:12.762 -> -> Client Raw FTM IBD Data: [13] [ 54 08 AF 04 00 00 5E 01 00 0A 00 98 00 ] Instantaneous Cadence: 599 RPM Total Distance: 6160384 m Instantaneous Power: 1 Watt Elapsed time: 10 s
19:04:13.744 -> -> Client Raw FTM IBD Data: [13] [ 54 08 EF 03 00 00 61 01 00 0A 00 99 00 ] Instantaneous Cadence: 503 RPM Total Distance: 6356992 m Instantaneous Power: 1 Watt Elapsed time: 10 s
19:04:14.732 -> -> Client Raw FTM IBD Data: [13] [ 54 08 2A 03 00 00 64 01 00 0A 00 9A 00 ] Instantaneous Cadence: 405 RPM Total Distance: 6553600 m Instantaneous Power: 1 Watt Elapsed time: 10 s
19:04:15.529 -> Control Point Data Written: [ 11 00 00 09 01 28 33 00 ]
19:04:15.576 -> Client Control Point Response: [ 80 11 01 ]
19:04:15.576 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 09 01 28 33 ]
19:04:15.717 -> -> Client Raw FTM IBD Data: [13] [ 54 08 7B 02 00 00 66 01 00 0A 00 9B 00 ] Instantaneous Cadence: 317 RPM Total Distance: 6684672 m Instantaneous Power: 1 Watt Elapsed time: 10 s
19:04:16.698 -> -> Client Raw FTM IBD Data: [13] [ 54 08 CC 01 00 00 67 01 00 0A 00 9C 00 ] Instantaneous Cadence: 230 RPM Total Distance: 6750208 m Instantaneous Power: 1 Watt Elapsed time: 10 s
19:04:17.638 -> -> Client Raw FTM IBD Data: [13] [ 54 08 35 01 00 00 68 01 00 0A 00 9D 00 ] Instantaneous Cadence: 154 RPM Total Distance: 6815744 m Instantaneous Power: 1 Watt Elapsed time: 10 s
19:04:18.573 -> Control Point Data Written: [ 11 00 00 4F 01 28 33 00 ]
19:04:18.666 -> -> Client Raw FTM Training Status Data: [2] [ 00 09 ]
19:04:18.666 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 68 01 00 00 00 9E 00 ] Instantaneous Cadence: 0 RPM Total Distance: 6815744 m Instantaneous Power: 1 Watt Elapsed time: 0 s
19:04:18.666 -> Client Control Point Response: [ 80 11 01 ]
19:04:18.666 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 4F 01 28 33 ]
19:04:19.646 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 68 01 00 00 00 9F 00 ] Instantaneous Cadence: 0 RPM Total Distance: 6815744 m Instantaneous Power: 1 Watt Elapsed time: 0 s
Best REgards
Filippo
from simcline.
cherryphilip74
commented on May 25, 2024
Hi Jörgen!
After pairing with Zwif, my avatar is moving with more effort in the Zwift world controlled by the nRF52 Feather.
The cranks are hard and I put more force compared to FTMS_Client_v01.
19:16:56.992 -> Feather nRF52 Server/Peripheral: FTMS, CPS and CSC
19:16:56.992 -> ------------------- Version 01 ---------------------
19:16:56.992 -> Initialise the Bluefruit nRF52 module: Peripheral
19:16:57.273 -> Configuring the Server Device Information Service
19:16:57.273 -> Configuring the Server Cycle Power Service
19:16:57.273 -> Configuring the Server Cadence and Speed Service
19:16:57.273 -> Configuring the Server Fitness Machine Service
19:16:57.273 -> Setting up the Server advertising payload(s)
19:16:57.273 -> Setting Server Device Name to: [nRF52 SIM]
19:16:57.273 -> Setting Server Appearance to [1152] Generic: Cycling
19:16:57.273 -> Server is advertising: FTMS, CPS and CSC!
The serial monitor output show only few rows, no futher informatios from it.
Best Regards
Filippo
from simcline.
Berg0162
commented on May 25, 2024
Dear Filippo,
Thank you for all that info...
I have to study the output of FTMS_Client in more detail, since it shows some results I did not expect. You will hear soon and probably get a new version of the Client code!
With respect to the FTMS_Server it is very clear that FTMS_Server did NOT connect to Zwift... The fact that you had resistance on the trainer tells the story: the Elite trainer was connected instead of FTMS_Server..... Next time do not power on the trainer, just connect manually FTMS_server to Zwift. You can easily recognize its device name being very different from your Elite trainer when pairing with Zwift.
I will be back soon,
Best wishes,
Jörgen.
from simcline.
Berg0162
commented on May 25, 2024
Dear Filippo,
I have updated the FTMS_Client_v01 to v011 and you can find it in the Simcline repository. This version is hopefully solving some of the divergent results with the correct decoding of the Indoor Bike Data.... give it a try run!
FTMS_server_v01 is still waiting for a test run but that is less relevant wit respect with to the version of a first Bridge that I have posted in the repository... that is the real McCoy!
Please handle in the indicated order:
- Requirements: Zwift app or alike, Feather nRF52 board and a FTMS/CPS/CSC supporting indoor trainer
-
- Upload and Run this code on the Feather nRF52
-
- Start the Serial Monitor to catch debugging info
-
- Start/Power On the indoor trainer
-
- Feather nRF52 and trainer (with ) will pair as reported in the output
-
- Start Zwift on your computer or tablet and wait....
-
- Search on the Zwift pairing screens for the Feather nRF52 a.k.a. " SIM"
-
- Pair: Power, Cadence and Controllable one after another with " SIM"
-
- Optionally one can pair as well devices for heartrate and/or steering (Sterzo)
-
- Start the default Zwift ride or any ride you wish
-
- Make Serial Monitor output window visible on top of the Zwift window
-
- Hop on the bike: make your avatar move and feel resistance change with the road
-
- Inspect the info presented by Serial Monitor.....
- Your trainer's device is modified by the bridge to " SIM", to allow for a clear distinction
- between the bridge (simulating your trainer) and your original trainer, when advertising the trainer's services!
- You will notice this only when connecting to Zwift on the pairing screens!
Good luck,
Jörgen.
from simcline.
cherryphilip74
commented on May 25, 2024
Dear Jörgen.!
Here my feedback
1. Upload and Run this code on the Feather nRF52
FTMS_Client_v011 Uploaded on Feather nRF52 board
2. Start the Serial Monitor to catch debugging info
17:33:12.585 -> Feather nRF52 Client/Central: FTMS, CPS and CSC
17:33:12.585 -> ---------------- Version 01.1 -------------------
17:33:12.585 -> Initialise the Bluefruit nRF52 module: Central
17:33:12.860 -> FTMS and Chars 'initialized'
17:33:12.860 -> CPS and Chars 'initialized'
17:33:12.860 -> CSCS and Chars 'initialized'
17:33:12.860 -> GA and Chars 'initialized'
17:33:12.860 -> DIS and Chars 'initialized'
17:33:12.860 -> Start Scanning for CPS and FTMS!
17:33:24.136 -> Advertising Client with FTMS, CPS or CSC is found! ... Raw data packet:
17:33:24.136 -> Timestamp MAC Address Rssi Data
17:33:24.184 -> 000011601 CE:94:24:74:D2:A4 -70 03-19-84-04-02-01-06-05-02-18-18-0F-18-11-06-9E-CA-DC-24-0E-E5-A9-E0-93-F3-A3-B5-01-00-40-6E
17:33:24.605 -> Feather nRF52 (Central) connected to Trainer (Peripheral) device: [ASSIOMA36725R] MAC Address: CE:94:24:74:D2:A4
17:33:24.652 -> Now checking mandatory Client Services and Characteristics!
17:33:24.652 -> Discovering Client Cycling Power (CP) Service ... Found it! CPS Max Payload: 20 Data Length: 27
17:33:24.697 -> Discovering Client CP Measurement characteristic ... Found it!
17:33:24.742 -> Discovering Client CP Control Point characteristic ... Found it!
17:33:24.835 -> Discovering Client CP Feature characteristic ... Found it! -> Client Raw CP Feature bytes: [4] [ 08 12 21 00 ]
17:33:24.929 -> Crank revolution data supported
17:33:24.929 -> Offset compensation supported
17:33:24.977 -> Crank length adj. supported
17:33:24.977 -> Sensor measurement context
17:33:24.977 -> Crank rev supported
17:33:24.977 -> Discovering Client CP Sensor Location characteristic ... Found it! -> Client CP Location Sensor: Loc#: 8 Right pedal
17:33:25.113 -> Discovering Cycling Speed and Cadence (CSC) Service ... Not Found and disconnecting!
17:33:25.159 -> CSC Service is mandatory!
17:33:25.205 -> Client Disconnected, reason = 0x16
17:33:27.627 -> Couldn't enable notify for Client CP Measurement Characteristic. Increase DEBUG LEVEL for troubleshooting
17:33:27.627 -> Couldn't enable indicate for Client CP Control Point Characteristic. Increase DEBUG LEVEL for troubleshooting
17:33:27.627 -> Couldn't enable notify for Client CSC Measurement Characteristic. Increase DEBUG LEVEL for troubleshooting
17:33:27.627 -> Couldn't enable notify for Client FTM Training Status Characteristic. Increase DEBUG LEVEL for troubleshooting
17:33:27.627 -> Couldn't enable notify for Client FTM Indoor Bike Data Characteristic. Increase DEBUG LEVEL for troubleshooting
17:33:27.627 -> Couldn't enable notify for Client FTM Control Point Characteristic. Increase DEBUG LEVEL for troubleshooting
17:33:27.627 -> Couldn't enable notify for Client FTM Status Characteristic. Increase DEBUG LEVEL for troubleshooting
17:33:27.627 -> Client is Up and Running!
Trainer not paired with nRF52 due to ASSIOMA power meter connection
3. Start/Power On the indoor trainer
Reset nFR52
17:36:27.119 -> Feather nRF52 Client/Central: FTMS, CPS and CSC
17:36:27.119 -> ---------------- Version 01.1 -------------------
17:36:27.119 -> Initialise the Bluefruit nRF52 module: Central
17:36:27.401 -> FTMS and Chars 'initialized'
17:36:27.401 -> CPS and Chars 'initialized'
17:36:27.401 -> CSCS and Chars 'initialized'
17:36:27.401 -> GA and Chars 'initialized'
17:36:27.401 -> DIS and Chars 'initialized'
17:36:27.401 -> Start Scanning for CPS and FTMS!
17:36:28.242 -> Advertising Client with FTMS, CPS or CSC is found! ... Raw data packet:
17:36:28.242 -> Timestamp MAC Address Rssi Data
17:36:28.242 -> 000001126 EE:18:4B:1F:9F:3E -66 03-19-85-04-02-01-06-05-02-26-18-18-18-06-16-26-18-01-20-00-0A-09-44-49-52-45-54-4F-20-58-52
17:36:28.385 -> Feather nRF52 (Central) connected to Trainer (Peripheral) device: [DIRETO XR] MAC Address: EE:18:4B:1F:9F:3E
17:36:28.433 -> Now checking mandatory Client Services and Characteristics!
17:36:28.433 -> Discovering Client Cycling Power (CP) Service ... Found it! CPS Max Payload: 20 Data Length: 27
17:36:28.480 -> Discovering Client CP Measurement characteristic ... Found it!
17:36:28.574 -> Discovering Client CP Control Point characteristic ... Found it!
17:36:28.714 -> Discovering Client CP Feature characteristic ... Found it! -> Client Raw CP Feature bytes: [4] [ 0D 02 00 00 ]
17:36:28.808 -> Pedal power balance supported
17:36:28.808 -> Wheel revolution data supported
17:36:28.808 -> Crank revolution data supported
17:36:28.808 -> Offset compensation supported
17:36:28.808 -> Discovering Client CP Sensor Location characteristic ... Found it! -> Client CP Location Sensor: Loc#: 0 Other
17:36:28.900 -> Discovering Cycling Speed and Cadence (CSC) Service ... Found it! CSCS Max Payload: 20 Data Length: 27
17:36:28.948 -> Discovering Client CSC Measurement CHR ... Found it!
17:36:29.088 -> Discovering Client CSC Location CHR ... Found it! -> Client CSC Location Sensor: Loc#: 0 Other
17:36:29.181 -> Discovering Client CSC Feature CHR ... Found it! -> Client Raw CSC Feature bytes: [2] [ 03 00 ]
17:36:29.321 -> Wheel rev supported
17:36:29.321 -> Crank rev supported
17:36:29.367 -> Found Client Generic Access
17:36:29.458 -> Found Client Device Name: [DIRETO XR]
17:36:29.505 -> Found Client Appearance: [0485]
17:36:29.599 -> Found Client Device Information
17:36:29.692 -> Found Client Manufacturer: [Elite]
17:36:29.977 -> Found Client Serial Number: [52687]
17:36:29.977 -> Discovering Client Fitness Machine (FTM) Service ... Found it! FTMS Max Payload: 20 Data Length: 27
17:36:30.019 -> Discovering Client FTM Feature Characteristic ... Found it! -> Client Raw FTM Feature bytes: [8] [ 86 50 00 00 0C E0 00 00 ]
17:36:30.112 -> Discovering Client FTM Training Status Characteristic ... Found it!
17:36:30.206 -> Discovering Client FTM Supported Resistance Level Range Characteristic ... Found it! -> Client Raw FTM Supported Resistance Level Range bytes: [6] [ 00 00 C8 00 01 00 ]
17:36:30.394 -> Discovering Client FTM Supported Power Range Characteristic ... Found it! -> Client Raw FTM Supported Power Range bytes: [6] [ 00 00 A0 0F 01 00 ]
17:36:30.537 -> Discovering Client FTM Indoor Bike Data Characteristic ... Found it!
17:36:30.630 -> Discovering Client FTM Control Point Characteristic ... Found it!
17:36:30.816 -> Discovering Client FTM Status Characteristic ... Found it!
17:36:31.375 -> Ready to receive Client CP Measurement values
17:36:31.375 -> Ready to receive Client CP Control Point Responses
17:36:31.422 -> Ready to receive Client CSC Measurement values
17:36:31.422 -> Ready to receive Client FTM Training Status values
17:36:31.422 -> Ready to receive Client FTM Indoor Bike Data values
17:36:31.470 -> Ready to receive Client FTM Control Point Response Messages
17:36:31.516 -> Ready to receive Client FTM Status values
17:36:31.516 -> Client is Up and Running!
17:36:32.267 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 00 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
•
4. Feather nRF52 and trainer (with ) will pair as reported in the output
7:36:31.516 -> Client is Up and Running!
17:36:32.267 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 00 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:36:33.256 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 00 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:36:34.240 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 00 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:36:34.518 -> Control Point Data Written: [ 00 00 00 00 00 00 00 00 ]
17:36:34.566 -> Client Control Point Response: [ 80 00 01 ]
17:36:34.566 -> -> Client Raw FTM Machine Status Data: [1] [ 04 ]
17:36:35.223 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 00 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:36:36.205 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 01 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:36:37.188 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 02 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:36:37.563 -> Control Point Data Written: [ 00 00 00 00 00 00 00 00 ]
17:36:37.563 -> Client Control Point Response: [ 80 00 01 ]
17:36:38.173 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 03 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:36:39.109 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 04 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:36:40.137 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 05 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:36:40.559 -> Control Point Data Written: [ 07 00 00 00 00 00 00 00 ]
17:36:40.654 -> Client Control Point Response: [ 80 07 01 ]
17:36:41.074 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 06 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:36:42.058 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 07 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:36:43.048 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 08 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:36:43.654 -> Control Point Data Written: [ 11 00 00 22 01 28 33 00 ]
17:36:43.701 -> Client Control Point Response: [ 80 11 01 ]
17:36:43.701 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
17:36:43.701 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 22 01 28 33 ]
17:36:43.701 -> -> Client Raw FTM Training Status Data: [2] [ 00 09 ]
17:36:44.026 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 09 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:36:45.013 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 0A 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:36:46.001 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 0B 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:36:46.706 -> Control Point Data Written: [ 11 00 00 09 00 28 33 00 ]
17:36:46.798 -> Client Control Point Response: [ 80 11 01 ]
17:36:46.798 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 09 00 28 33 ]
17:36:46.987 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 0C 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:36:47.965 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 0D 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:36:48.904 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 0E 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:36:49.749 -> Control Point Data Written: [ 11 00 00 00 00 28 33 00 ]
17:36:49.796 -> Client Control Point Response: [ 80 11 01 ]
17:36:49.796 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
17:36:49.890 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 0F 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:36:50.874 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 10 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:36:51.861 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 11 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:36:52.801 -> Control Point Data Written: [ 11 00 00 14 00 28 33 00 ]
17:36:52.847 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 12 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:36:52.847 -> Client Control Point Response: [ 80 11 01 ]
17:36:52.847 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 14 00 28 33 ]
17:36:53.826 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 13 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:36:54.812 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 14 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:36:55.746 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 15 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:36:55.840 -> Control Point Data Written: [ 11 00 00 22 00 28 33 00 ]
17:36:55.888 -> Client Control Point Response: [ 80 11 01 ]
17:36:55.888 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 22 00 28 33 ]
17:36:56.775 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 16 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:36:57.713 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 17 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:36:58.748 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 18 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:36:58.889 -> Control Point Data Written: [ 11 00 00 25 00 28 33 00 ]
17:36:58.982 -> Client Control Point Response: [ 80 11 01 ]
17:36:58.982 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 25 00 28 33 ]
17:36:59.680 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 19 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:00.664 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 1A 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:01.652 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 1B 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:01.982 -> Control Point Data Written: [ 11 00 00 23 00 28 33 00 ]
17:37:01.982 -> Client Control Point Response: [ 80 11 01 ]
17:37:01.982 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 23 00 28 33 ]
17:37:02.634 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 1C 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:03.620 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 1D 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:04.600 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 1E 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:05.021 -> Control Point Data Written: [ 11 00 00 1C 00 28 33 00 ]
17:37:05.068 -> Client Control Point Response: [ 80 11 01 ]
17:37:05.068 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 1C 00 28 33 ]
17:37:05.581 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 1F 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:06.560 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 20 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:07.544 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 21 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:08.058 -> Control Point Data Written: [ 11 00 00 0F 00 28 33 00 ]
17:37:08.105 -> Client Control Point Response: [ 80 11 01 ]
17:37:08.105 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 0F 00 28 33 ]
17:37:08.530 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 22 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:09.512 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 23 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:10.452 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 24 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:11.110 -> Control Point Data Written: [ 11 00 00 00 00 28 33 00 ]
17:37:11.203 -> Client Control Point Response: [ 80 11 01 ]
17:37:11.203 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
17:37:11.437 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 25 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:12.424 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 26 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:13.409 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 27 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:14.202 -> Control Point Data Written: [ 11 00 00 F5 FF 28 33 00 ]
17:37:14.249 -> Client Control Point Response: [ 80 11 01 ]
17:37:14.249 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 F5 FF 28 33 ]
17:37:14.391 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 28 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:15.331 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 29 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:16.309 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 2A 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:17.248 -> Control Point Data Written: [ 11 00 00 E4 FF 28 33 00 ]
17:37:17.294 -> Client Control Point Response: [ 80 11 01 ]
17:37:17.294 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 E4 FF 28 33 ]
17:37:17.294 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 2B 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:18.313 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 2C 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:19.253 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 2D 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:20.290 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 2E 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:20.290 -> Control Point Data Written: [ 11 00 00 CF FF 28 33 00 ]
17:37:20.385 -> Client Control Point Response: [ 80 11 01 ]
17:37:20.385 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 CF FF 28 33 ]
17:37:21.230 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 2F 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:22.215 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 30 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:23.200 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 31 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:23.341 -> Control Point Data Written: [ 11 00 00 A8 FF 28 33 00 ]
17:37:23.388 -> Client Control Point Response: [ 80 11 01 ]
17:37:23.388 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 A8 FF 28 33 ]
17:37:24.187 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 32 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:25.126 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 33 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:26.110 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 34 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:26.393 -> Control Point Data Written: [ 11 00 00 84 FF 28 33 00 ]
17:37:26.440 -> Client Control Point Response: [ 80 11 01 ]
17:37:26.440 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 84 FF 28 33 ]
17:37:27.096 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 35 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:28.129 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 36 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:29.064 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 37 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:29.438 -> Control Point Data Written: [ 11 00 00 67 FF 28 33 00 ]
17:37:29.484 -> Client Control Point Response: [ 80 11 01 ]
17:37:29.484 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 67 FF 28 33 ]
17:37:30.090 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 38 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:31.026 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 39 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:32.011 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 3A 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:32.481 -> Control Point Data Written: [ 11 00 00 5D FF 28 33 00 ]
17:37:32.529 -> Client Control Point Response: [ 80 11 01 ]
17:37:32.529 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 5D FF 28 33 ]
17:37:32.996 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 3B 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:33.981 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 3C 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:34.965 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 3D 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:35.529 -> Control Point Data Written: [ 11 00 00 5E FF 28 33 00 ]
17:37:35.576 -> Client Control Point Response: [ 80 11 01 ]
17:37:35.576 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 5E FF 28 33 ]
17:37:35.905 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 3E 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:36.890 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 3F 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:37.924 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 40 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:38.579 -> Control Point Data Written: [ 11 00 00 6F FF 28 33 00 ]
17:37:38.626 -> Client Control Point Response: [ 80 11 01 ]
17:37:38.626 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 6F FF 28 33 ]
17:37:38.860 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 41 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:39.843 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 42 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:40.825 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 43 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:41.623 -> Control Point Data Written: [ 11 00 00 8A FF 28 33 00 ]
17:37:41.670 -> Client Control Point Response: [ 80 11 01 ]
17:37:41.670 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 8A FF 28 33 ]
17:37:41.811 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 44 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:42.791 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 45 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:43.775 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 46 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:44.658 -> Control Point Data Written: [ 11 00 00 B8 FF 28 33 00 ]
17:37:44.704 -> Client Control Point Response: [ 80 11 01 ]
17:37:44.704 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 B8 FF 28 33 ]
17:37:44.751 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 47 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:45.688 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 48 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:46.670 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 49 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:47.704 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 4A 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:47.704 -> Control Point Data Written: [ 11 00 00 00 00 28 33 00 ]
17:37:47.796 -> Client Control Point Response: [ 80 11 01 ]
17:37:47.796 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
17:37:48.644 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 4B 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:49.617 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 4C 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:50.603 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 4D 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:50.791 -> Control Point Data Written: [ 11 00 00 A2 00 28 33 00 ]
17:37:50.838 -> Client Control Point Response: [ 80 11 01 ]
17:37:50.838 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 A2 00 28 33 ]
17:37:51.589 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 4E 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:52.576 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 4F 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:53.561 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 50 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:53.796 -> Control Point Data Written: [ 11 00 00 09 01 28 33 00 ]
17:37:53.843 -> Client Control Point Response: [ 80 11 01 ]
17:37:53.843 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 09 01 28 33 ]
17:37:54.549 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 51 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:55.486 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 52 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
17:37:56.469 -> -> Client Raw FTM IBD Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 53 00 ] Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
5. Start Zwift on your computer or tablet and wait....
Done
6. Search on the Zwift pairing screens for the Feather nRF52 a.k.a. " SIM"
In Bluetooth mode: Device List on the Zwift when nRF52 is paired with trainer is empty
In Ant+ mode: only trainer is available on device list
7. Pair: Power, Cadence and Controllable one after another with " SIM"
No “SIM” device
8. Optionally one can pair as well devices for heartrate and/or steering (Sterzo)
No “SIM” device
9. Start the default Zwift ride or any ride you wish
No “SIM” device
10. Make Serial Monitor output window visible on top of the Zwift window
_ No “SIM” device
Trainer paired by ANT+
Instantaneous Power: 0 Watt Elapsed time: 364 s (seem to be the Instantaneous Power and not time, so 364s = 354_W)
18:26:01.471 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:26:01.749 -> Control Point Data Written: [ 11 00 00 B8 FF 28 33 00 ]
18:26:01.796 -> Client Control Point Response: [ 80 11 01 ]
18:26:01.796 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 B8 FF 28 33 ]
18:26:01.844 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:26:02.124 -> -> Client Raw FTM IBD Data: [13] [ 54 08 1A 01 00 00 02 00 00 07 00 48 00 ] Instantaneous Cadence: 141 RPM Total Distance: 2 m Instantaneous Power: 0 Watt Elapsed time: 7 s
18:26:02.497 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:26:02.497 -> -> Client Raw FTM Training Status Data: [2] [ 00 09 ]
18:26:03.149 -> -> Client Raw FTM IBD Data: [13] [ 54 08 9E 01 00 00 03 00 00 07 00 49 00 ] Instantaneous Cadence: 207 RPM Total Distance: 3 m Instantaneous Power: 0 Watt Elapsed time: 7 s
18:26:04.085 -> -> Client Raw FTM IBD Data: [13] [ 54 08 C6 02 16 00 05 00 00 0B 00 4A 00 ] Instantaneous Cadence: 355 RPM Total Distance: 1441797 m Instantaneous Power: 0 Watt Elapsed time: 11 s
18:26:04.505 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
18:26:04.505 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
18:26:04.787 -> Control Point Data Written: [ 11 00 00 00 00 28 33 00 ]
18:26:04.834 -> Client Control Point Response: [ 80 11 01 ]
18:26:04.834 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:26:05.067 -> -> Client Raw FTM IBD Data: [13] [ 54 08 5E 02 16 00 06 00 00 14 00 4B 00 ] Instantaneous Cadence: 303 RPM Total Distance: 1441798 m Instantaneous Power: 0 Watt Elapsed time: 20 s
18:26:05.527 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:26:06.043 -> -> Client Raw FTM IBD Data: [13] [ 54 08 2E 03 20 00 08 00 00 24 00 4C 00 ] Instantaneous Cadence: 407 RPM Total Distance: 2097160 m Instantaneous Power: 0 Watt Elapsed time: 36 s
18:26:06.745 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:26:07.027 -> -> Client Raw FTM IBD Data: [13] [ 54 08 A8 04 20 00 0B 00 00 2D 00 4D 00 ] Instantaneous Cadence: 596 RPM Total Distance: 2097163 m Instantaneous Power: 0 Watt Elapsed time: 45 s
18:26:07.494 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:26:07.818 -> Control Point Data Written: [ 11 00 00 A2 00 28 33 00 ]
18:26:07.865 -> Client Control Point Response: [ 80 11 01 ]
18:26:07.865 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 A2 00 28 33 ]
18:26:07.912 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:26:08.007 -> -> Client Raw FTM IBD Data: [13] [ 54 08 C0 05 32 00 0F 00 00 36 00 4E 00 ] Instantaneous Cadence: 736 RPM Total Distance: 3276815 m Instantaneous Power: 0 Watt Elapsed time: 54 s
18:26:08.476 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:26:08.569 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
18:26:08.989 -> -> Client Raw FTM IBD Data: [13] [ 54 08 04 06 32 00 13 00 00 3B 00 4F 00 ] Instantaneous Cadence: 770 RPM Total Distance: 3276819 m Instantaneous Power: 0 Watt Elapsed time: 59 s
18:26:09.967 -> -> Client Raw FTM IBD Data: [13] [ 54 08 3E 06 46 00 17 00 00 3A 00 50 00 ] Instantaneous Cadence: 799 RPM Total Distance: 4587543 m Instantaneous Power: 0 Watt Elapsed time: 58 s
18:26:10.531 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:26:10.856 -> Control Point Data Written: [ 11 00 00 09 01 28 33 00 ]
18:26:10.902 -> Client Control Point Response: [ 80 11 01 ]
18:26:10.902 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 09 01 28 33 ]
18:26:10.950 -> -> Client Raw FTM IBD Data: [13] [ 54 08 6C 06 48 00 1C 00 00 3B 00 51 00 ] Instantaneous Cadence: 822 RPM Total Distance: 4718620 m Instantaneous Power: 0 Watt Elapsed time: 59 s
18:26:10.950 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:26:11.929 -> -> Client Raw FTM IBD Data: [13] [ 54 08 4E 06 54 00 20 00 00 3A 00 52 00 ] Instantaneous Cadence: 807 RPM Total Distance: 5505056 m Instantaneous Power: 0 Watt Elapsed time: 58 s
18:26:12.255 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:26:12.303 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
18:26:12.769 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
18:26:12.909 -> -> Client Raw FTM IBD Data: [13] [ 54 08 0B 06 54 00 25 00 00 3B 00 53 00 ] Instantaneous Cadence: 773 RPM Total Distance: 5505061 m Instantaneous Power: 0 Watt Elapsed time: 59 s
18:26:13.746 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:26:13.886 -> -> Client Raw FTM IBD Data: [13] [ 54 08 9C 06 5A 00 29 00 00 4A 00 54 00 ] Instantaneous Cadence: 846 RPM Total Distance: 5898281 m Instantaneous Power: 0 Watt Elapsed time: 74 s
18:26:13.932 -> Control Point Data Written: [ 11 00 00 4F 01 28 33 00 ]
18:26:13.932 -> Client Control Point Response: [ 80 11 01 ]
18:26:13.932 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 4F 01 28 33 ]
18:26:13.977 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:26:14.865 -> -> Client Raw FTM IBD Data: [13] [ 54 08 9C 06 5C 00 2E 00 00 52 00 55 00 ] Instantaneous Cadence: 846 RPM Total Distance: 6029358 m Instantaneous Power: 0 Watt Elapsed time: 82 s
18:26:15.236 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:26:15.329 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
18:26:15.841 -> -> Client Raw FTM IBD Data: [13] [ 54 08 26 06 5E 00 32 00 00 54 00 56 00 ] Instantaneous Cadence: 787 RPM Total Distance: 6160434 m Instantaneous Power: 0 Watt Elapsed time: 84 s
18:26:16.257 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:26:16.818 -> -> Client Raw FTM IBD Data: [13] [ 54 08 97 06 5E 00 37 00 00 58 00 57 00 ] Instantaneous Cadence: 843 RPM Total Distance: 6160439 m Instantaneous Power: 0 Watt Elapsed time: 88 s
18:26:16.958 -> Control Point Data Written: [ 11 00 00 67 01 28 33 00 ]
18:26:17.006 -> Client Control Point Response: [ 80 11 01 ]
18:26:17.006 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 67 01 28 33 ]
18:26:17.006 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:26:17.239 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:26:17.332 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
18:26:17.796 -> -> Client Raw FTM IBD Data: [13] [ 54 08 0A 07 5E 00 3B 00 00 59 00 58 00 ] Instantaneous Cadence: 901 RPM Total Distance: 6160443 m Instantaneous Power: 0 Watt Elapsed time: 89 s
18:26:18.775 -> -> Client Raw FTM IBD Data: [13] [ 54 08 34 07 60 00 40 00 00 51 00 59 00 ] Instantaneous Cadence: 922 RPM Total Distance: 6291520 m Instantaneous Power: 0 Watt Elapsed time: 81 s
18:26:19.289 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:26:19.758 -> -> Client Raw FTM IBD Data: [13] [ 54 08 2A 07 62 00 45 00 00 44 00 5A 00 ] Instantaneous Cadence: 917 RPM Total Distance: 6422597 m Instantaneous Power: 0 Watt Elapsed time: 68 s
18:26:19.992 -> Control Point Data Written: [ 11 00 00 57 FF 28 33 00 ]
18:26:20.037 -> Client Control Point Response: [ 80 11 01 ]
18:26:20.037 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 57 FF 28 33 ]
18:26:20.782 -> -> Client Raw FTM IBD Data: [13] [ 54 08 3F 07 64 00 4A 00 00 3F 00 5B 00 ] Instantaneous Cadence: 927 RPM Total Distance: 6553674 m Instantaneous Power: 0 Watt Elapsed time: 63 s
18:26:21.486 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:26:21.766 -> -> Client Raw FTM IBD Data: [13] [ 54 08 3F 07 68 00 4F 00 00 39 00 5C 00 ] Instantaneous Cadence: 927 RPM Total Distance: 6815823 m Instantaneous Power: 0 Watt Elapsed time: 57 s
18:26:22.741 -> -> Client Raw FTM IBD Data: [13] [ 54 08 2A 07 6A 00 54 00 00 33 00 5D 00 ] Instantaneous Cadence: 917 RPM Total Distance: 6946900 m Instantaneous Power: 0 Watt Elapsed time: 51 s
18:26:23.066 -> Control Point Data Written: [ 08 00 00 00 00 00 00 00 ]
18:26:23.111 -> Client Control Point Response: [ 80 08 01 ]
18:26:23.111 -> -> Client Raw FTM Training Status Data: [2] [ 00 01 ]
18:26:23.111 -> -> Client Raw FTM Machine Status Data: [2] [ 02 01 ]
18:26:23.252 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
18:26:23.252 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
18:26:23.252 -> -> Client Raw FTM Machine Status Data: [1] [ 04 ]
18:26:23.669 -> -> Client Raw FTM IBD Data: [13] [ 54 08 2F 07 6A 00 59 00 00 34 00 5D 00 ] Instantaneous Cadence: 919 RPM Total Distance: 6946905 m Instantaneous Power: 0 Watt Elapsed time: 52 s
18:26:24.646 -> -> Client Raw FTM IBD Data: [13] [ 54 08 2A 07 6A 00 5E 00 00 38 00 5E 00 ] Instantaneous Cadence: 917 RPM Total Distance: 6946910 m Instantaneous Power: 0 Watt Elapsed time: 56 s
18:26:24.737 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:26:25.486 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:26:25.625 -> -> Client Raw FTM IBD Data: [13] [ 54 08 34 07 6A 00 63 00 00 39 00 5F 00 ] Instantaneous Cadence: 922 RPM Total Distance: 6946915 m Instantaneous Power: 0 Watt Elapsed time: 57 s
18:26:26.090 -> Control Point Data Written: [ 01 00 00 00 00 00 00 00 ]
18:26:26.090 -> Client Control Point Response: [ 80 01 01 ]
18:26:26.136 -> -> Client Raw FTM Training Status Data: [2] [ 00 01 ]
18:26:26.136 -> -> Client Raw FTM Machine Status Data: [2] [ 02 01 ]
18:26:26.601 -> -> Client Raw FTM IBD Data: [13] [ 54 08 2F 07 6A 00 02 00 00 37 00 00 00 ] Instantaneous Cadence: 919 RPM Total Distance: 6946818 m Instantaneous Power: 0 Watt Elapsed time: 55 s
18:26:27.021 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:26:27.021 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
18:26:27.021 -> -> Client Raw FTM Machine Status Data: [1] [ 04 ]
18:26:27.113 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
18:26:27.578 -> -> Client Raw FTM IBD Data: [13] [ 54 08 1A 07 68 00 07 00 00 3B 00 00 00 ] Instantaneous Cadence: 909 RPM Total Distance: 6815751 m Instantaneous Power: 0 Watt Elapsed time: 59 s
18:26:27.767 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:26:28.509 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:26:28.604 -> -> Client Raw FTM IBD Data: [13] [ 54 08 3F 07 6A 00 0C 00 00 3C 00 01 00 ] Instantaneous Cadence: 927 RPM Total Distance: 6946828 m Instantaneous Power: 0 Watt Elapsed time: 60 s
18:26:29.117 -> Control Point Data Written: [ 00 00 00 00 00 00 00 00 ]
18:26:29.165 -> Client Control Point Response: [ 80 00 01 ]
18:26:29.583 -> -> Client Raw FTM IBD Data: [13] [ 54 08 6C 07 6A 00 11 00 00 3F 00 02 00 ] Instantaneous Cadence: 950 RPM Total Distance: 6946833 m Instantaneous Power: 0 Watt Elapsed time: 63 s
18:26:30.000 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:26:30.559 -> -> Client Raw FTM IBD Data: [13] [ 54 08 7D 07 6A 00 16 00 00 42 00 03 00 ] Instantaneous Cadence: 958 RPM Total Distance: 6946838 m Instantaneous Power: 0 Watt Elapsed time: 66 s
18:26:30.746 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:26:31.493 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:26:31.540 -> -> Client Raw FTM IBD Data: [13] [ 54 08 44 07 6A 00 1B 00 00 3E 00 04 00 ] Instantaneous Cadence: 930 RPM Total Distance: 6946843 m Instantaneous Power: 0 Watt Elapsed time: 62 s
18:26:32.146 -> Control Point Data Written: [ 00 00 00 00 00 00 00 00 ]
18:26:32.193 -> Client Control Point Response: [ 80 00 01 ]
18:26:32.516 -> -> Client Raw FTM IBD Data: [13] [ 54 08 4A 08 6E 00 21 00 00 48 00 05 00 ] Instantaneous Cadence: 1061 RPM Total Distance: 7208993 m Instantaneous Power: 0 Watt Elapsed time: 72 s
18:26:32.516 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:26:33.490 -> -> Client Raw FTM IBD Data: [13] [ 54 08 54 0A 76 00 27 00 00 A6 00 06 00 ] Instantaneous Cadence: 1322 RPM Total Distance: 7733287 m Instantaneous Power: 0 Watt Elapsed time: 166 s
18:26:33.490 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:26:34.189 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:26:34.469 -> -> Client Raw FTM IBD Data: [13] [ 54 08 51 0B 80 00 2F 00 00 00 01 07 00 ] Instantaneous Cadence: 1448 RPM Total Distance: -8388561 m Instantaneous Power: 0 Watt Elapsed time: 256 s
18:26:34.469 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:26:35.172 -> Control Point Data Written: [ 07 00 00 00 00 00 00 00 ]
18:26:35.265 -> Client Control Point Response: [ 80 07 01 ]
18:26:35.406 -> -> Client Raw FTM IBD Data: [13] [ 54 08 5E 0B 8E 00 37 00 00 C9 00 08 00 ] Instantaneous Cadence: 1455 RPM Total Distance: -7471049 m Instantaneous Power: 0 Watt Elapsed time: 201 s
18:26:36.253 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:26:36.441 -> -> Client Raw FTM IBD Data: [13] [ 54 08 BB 0A 9E 00 3E 00 00 56 00 09 00 ] Instantaneous Cadence: 1373 RPM Total Distance: -6422466 m Instantaneous Power: 0 Watt Elapsed time: 86 s
18:26:36.764 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:26:37.373 -> -> Client Raw FTM IBD Data: [13] [ 54 08 3E 0A 9E 00 46 00 00 39 00 0A 00 ] Instantaneous Cadence: 1311 RPM Total Distance: -6422458 m Instantaneous Power: 0 Watt Elapsed time: 57 s
18:26:37.467 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
18:26:38.256 -> Control Point Data Written: [ 11 00 00 22 01 28 33 00 ]
18:26:38.303 -> Client Control Point Response: [ 80 11 01 ]
18:26:38.303 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 22 01 28 33 ]
18:26:38.349 -> -> Client Raw FTM IBD Data: [13] [ 54 08 D6 09 9E 00 4D 00 00 3C 00 0B 00 ] Instantaneous Cadence: 1259 RPM Total Distance: -6422451 m Instantaneous Power: 0 Watt Elapsed time: 60 s
18:26:38.769 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
18:26:39.333 -> -> Client Raw FTM IBD Data: [13] [ 54 08 6D 09 9A 00 53 00 00 3D 00 0C 00 ] Instantaneous Cadence: 1206 RPM Total Distance: -6684589 m Instantaneous Power: 0 Watt Elapsed time: 61 s
18:26:39.475 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
18:26:40.311 -> -> Client Raw FTM IBD Data: [13] [ 54 08 25 09 96 00 5A 00 00 40 00 0D 00 ] Instantaneous Cadence: 1170 RPM Total Distance: -6946726 m Instantaneous Power: 0 Watt Elapsed time: 64 s
18:26:40.496 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:26:41.285 -> -> Client Raw FTM IBD Data: [13] [ 54 08 DA 08 8C 00 60 00 00 3D 00 0E 00 ] Instantaneous Cadence: 1133 RPM Total Distance: -7602080 m Instantaneous Power: 0 Watt Elapsed time: 61 s
18:26:41.285 -> Control Point Data Written: [ 11 00 00 09 00 28 33 00 ]
18:26:41.378 -> Client Control Point Response: [ 80 11 01 ]
18:26:41.378 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 09 00 28 33 ]
18:26:42.311 -> -> Client Raw FTM IBD Data: [13] [ 54 08 A3 08 88 00 66 00 00 3B 00 0F 00 ] Instantaneous Cadence: 1105 RPM Total Distance: -7864218 m Instantaneous Power: 0 Watt Elapsed time: 59 s
18:26:42.732 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
18:26:42.779 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
18:26:43.247 -> -> Client Raw FTM IBD Data: [13] [ 54 08 7D 08 84 00 6C 00 00 40 00 10 00 ] Instantaneous Cadence: 1086 RPM Total Distance: -8126356 m Instantaneous Power: 0 Watt Elapsed time: 64 s
18:26:43.760 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:26:44.226 -> -> Client Raw FTM IBD Data: [13] [ 54 08 6A 0A 84 00 73 00 00 69 00 11 00 ] Instantaneous Cadence: 1333 RPM Total Distance: -8126349 m Instantaneous Power: 0 Watt Elapsed time: 105 s
18:26:44.367 -> Control Point Data Written: [ 11 00 00 00 00 28 33 00 ]
18:26:44.413 -> Client Control Point Response: [ 80 11 01 ]
18:26:44.413 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:26:44.786 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:26:45.254 -> -> Client Raw FTM IBD Data: [13] [ 54 08 65 0C 88 00 7B 00 00 42 01 12 00 ] Instantaneous Cadence: 1586 RPM Total Distance: -7864197 m Instantaneous Power: 0 Watt Elapsed time: 322 s
18:26:45.254 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:26:46.233 -> -> Client Raw FTM IBD Data: [13] [ 54 08 8B 0D A4 00 84 00 00 6C 01 13 00 ] Instantaneous Cadence: 1733 RPM Total Distance: -6029180 m Instantaneous Power: 0 Watt Elapsed time: 364 s
18:26:47.165 -> -> Client Raw FTM IBD Data: [13] [ 54 08 66 0D B4 00 8D 00 00 17 01 14 00 ] Instantaneous Cadence: 1715 RPM Total Distance: -4980595 m Instantaneous Power: 0 Watt Elapsed time: 279 s
18:26:47.400 -> Control Point Data Written: [ 11 00 00 14 00 28 33 00 ]
18:26:47.494 -> Client Control Point Response: [ 80 11 01 ]
18:26:47.494 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 14 00 28 33 ]
18:26:48.147 -> -> Client Raw FTM IBD Data: [13] [ 54 08 26 0C BE 00 96 00 00 F5 00 15 00 ] Instantaneous Cadence: 1555 RPM Total Distance: -4325226 m Instantaneous Power: 0 Watt Elapsed time: 245 s
18:26:48.241 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:26:49.126 -> -> Client Raw FTM IBD Data: [13] [ 54 08 D3 0A BE 00 9E 00 00 44 00 16 00 ] Instantaneous Cadence: 1385 RPM Total Distance: -4325218 m Instantaneous Power: 0 Watt Elapsed time: 68 s
18:26:50.106 -> -> Client Raw FTM IBD Data: [13] [ 54 08 D6 09 9E 00 A5 00 00 16 00 17 00 ] Instantaneous Cadence: 1259 RPM Total Distance: -6422363 m Instantaneous Power: 0 Watt Elapsed time: 22 s
18:26:50.246 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:26:50.479 -> Control Point Data Written: [ 11 00 00 22 00 28 33 00 ]
18:26:50.526 -> Client Control Point Response: [ 80 11 01 ]
18:26:50.526 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 22 00 28 33 ]
18:26:51.082 -> -> Client Raw FTM IBD Data: [13] [ 54 08 2E 09 84 00 AB 00 00 18 00 18 00 ] Instantaneous Cadence: 1175 RPM Total Distance: -8126293 m Instantaneous Power: 0 Watt Elapsed time: 24 s
18:26:51.733 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
18:26:52.109 -> -> Client Raw FTM IBD Data: [13] [ 54 08 D2 08 76 00 B2 00 00 29 00 19 00 ] Instantaneous Cadence: 1129 RPM Total Distance: 7733426 m Instantaneous Power: 0 Watt Elapsed time: 41 s
18:26:52.485 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:26:52.765 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
18:26:53.091 -> -> Client Raw FTM IBD Data: [13] [ 54 08 A3 08 66 00 B8 00 00 35 00 1A 00 ] Instantaneous Cadence: 1105 RPM Total Distance: 6684856 m Instantaneous Power: 0 Watt Elapsed time: 53 s
18:26:53.509 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:26:53.509 -> Control Point Data Written: [ 11 00 00 25 00 28 33 00 ]
18:26:53.602 -> Client Control Point Response: [ 80 11 01 ]
18:26:53.602 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 25 00 28 33 ]
18:26:53.649 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:26:54.024 -> -> Client Raw FTM IBD Data: [13] [ 54 08 5F 08 7A 00 BE 00 00 3A 00 1B 00 ] Instantaneous Cadence: 1071 RPM Total Distance: 7995582 m Instantaneous Power: 0 Watt Elapsed time: 58 s
18:26:54.769 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:26:54.816 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
18:26:55.000 -> -> Client Raw FTM IBD Data: [13] [ 54 08 CB 07 7E 00 C3 00 00 36 00 1C 00 ] Instantaneous Cadence: 997 RPM Total Distance: 8257731 m Instantaneous Power: 0 Watt Elapsed time: 54 s
18:26:55.982 -> -> Client Raw FTM IBD Data: [13] [ 54 08 2A 07 7E 00 C8 00 00 36 00 1D 00 ] Instantaneous Cadence: 917 RPM Total Distance: 8257736 m Instantaneous Power: 0 Watt Elapsed time: 54 s
18:26:56.493 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:26:56.586 -> Control Point Data Written: [ 11 00 00 23 00 28 33 00 ]
18:26:56.634 -> Client Control Point Response: [ 80 11 01 ]
18:26:56.634 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 23 00 28 33 ]
18:26:56.679 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:26:57.005 -> -> Client Raw FTM IBD Data: [13] [ 54 08 8E 06 7E 00 CD 00 00 2B 00 1E 00 ] Instantaneous Cadence: 839 RPM Total Distance: 8257741 m Instantaneous Power: 0 Watt Elapsed time: 43 s
18:26:57.976 -> -> Client Raw FTM IBD Data: [13] [ 54 08 F1 05 7E 00 D1 00 00 20 00 1F 00 ] Instantaneous Cadence: 760 RPM Total Distance: 8257745 m Instantaneous Power: 0 Watt Elapsed time: 32 s
18:26:58.488 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:26:58.534 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
18:26:58.951 -> -> Client Raw FTM IBD Data: [13] [ 54 08 60 05 7E 00 D5 00 00 20 00 20 00 ] Instantaneous Cadence: 688 RPM Total Distance: 8257749 m Instantaneous Power: 0 Watt Elapsed time: 32 s
18:26:59.650 -> Control Point Data Written: [ 11 00 00 1C 00 28 33 00 ]
18:26:59.697 -> Client Control Point Response: [ 80 11 01 ]
18:26:59.697 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 1C 00 28 33 ]
18:26:59.930 -> -> Client Raw FTM IBD Data: [13] [ 54 08 D4 04 00 00 D9 00 00 16 00 21 00 ] Instantaneous Cadence: 618 RPM Total Distance: 217 m Instantaneous Power: 0 Watt Elapsed time: 22 s
18:27:00.768 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:27:00.908 -> -> Client Raw FTM IBD Data: [13] [ 54 08 4F 04 00 00 DC 00 00 0E 00 22 00 ] Instantaneous Cadence: 551 RPM Total Distance: 220 m Instantaneous Power: 0 Watt Elapsed time: 14 s
18:27:01.468 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
18:27:01.839 -> -> Client Raw FTM IBD Data: [13] [ 54 08 D1 03 00 00 DF 00 00 0E 00 23 00 ] Instantaneous Cadence: 488 RPM Total Distance: 223 m Instantaneous Power: 0 Watt Elapsed time: 14 s
18:27:02.489 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
18:27:02.675 -> Control Point Data Written: [ 11 00 00 0F 00 28 33 00 ]
18:27:02.720 -> Client Control Point Response: [ 80 11 01 ]
18:27:02.720 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 0F 00 28 33 ]
18:27:02.862 -> -> Client Raw FTM IBD Data: [13] [ 54 08 57 03 00 00 E1 00 00 0E 00 24 00 ] Instantaneous Cadence: 427 RPM Total Distance: 225 m Instantaneous Power: 0 Watt Elapsed time: 14 s
18:27:03.833 -> -> Client Raw FTM IBD Data: [13] [ 54 08 E2 02 00 00 E3 00 00 0D 00 25 00 ] Instantaneous Cadence: 369 RPM Total Distance: 227 m Instantaneous Power: 0 Watt Elapsed time: 13 s
18:27:04.483 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
18:27:04.805 -> -> Client Raw FTM IBD Data: [13] [ 54 08 73 02 00 00 E5 00 00 0D 00 26 00 ] Instantaneous Cadence: 313 RPM Total Distance: 229 m Instantaneous Power: 0 Watt Elapsed time: 13 s
18:27:05.737 -> Control Point Data Written: [ 11 00 00 00 00 28 33 00 ]
18:27:05.831 -> Client Control Point Response: [ 80 11 01 ]
18:27:05.831 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:27:05.831 -> -> Client Raw FTM IBD Data: [13] [ 54 08 08 02 00 00 E7 00 00 0D 00 27 00 ] Instantaneous Cadence: 260 RPM Total Distance: 231 m Instantaneous Power: 0 Watt Elapsed time: 13 s
18:27:06.483 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:27:06.763 -> -> Client Raw FTM IBD Data: [13] [ 54 08 A6 01 00 00 E8 00 00 0D 00 28 00 ] Instantaneous Cadence: 211 RPM Total Distance: 232 m Instantaneous Power: 0 Watt Elapsed time: 13 s
18:27:07.509 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:27:07.743 -> -> Client Raw FTM IBD Data: [13] [ 54 08 4C 01 00 00 E9 00 00 0D 00 29 00 ] Instantaneous Cadence: 166 RPM Total Distance: 233 m Instantaneous Power: 0 Watt Elapsed time: 13 s
18:27:08.487 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:27:08.720 -> -> Client Raw FTM IBD Data: [13] [ 54 08 FE 00 00 00 EA 00 00 0D 00 2A 00 ] Instantaneous Cadence: 127 RPM Total Distance: 234 m Instantaneous Power: 0 Watt Elapsed time: 13 s
11. Hop on the bike: make your avatar move and feel resistance change with the road
No “SIM” device
12. Inspect the info presented by Serial Monitor.....
•
• Your trainer's device is modified by the bridge to " SIM", to allow for a clear distinction
• between the bridge (simulating your trainer) and your original trainer, when advertising the trainer's services!
• You will notice this only when connecting to Zwift on the pairing screens!
--------------------------------------###################-----------------------------------------
1. Second Test with FTMS_Zwift_Bridge_v01.ino
FTMS_Zwift_Bridge_v01.ino Uploaded on Feather nRF52 board
2. Start the Serial Monitor to catch debugging info
3. Start Zwift on your computer or tablet and wait....
Done
4. Search on the Zwift pairing screens for the Feather nRF52 a.k.a. " SIM"
In Bluetooth mode: I found DIRETO XR S57 paired with it
5. Pair: Power, Cadence and Controllable one after another with " SIM"
No “SIM” device but DIRETO XRS57
18:12:04.358 -> Feather nRF52840 MITM supporting: FTMS, CPS and CSC
18:12:04.358 -> ------------------ Version 01 ---------------------
18:12:04.636 -> FTM Service and Chars are 'initialized'
18:12:04.636 -> CP Service and Chars are 'initialized'
18:12:04.636 -> CSC Service and Chars are 'initialized'
18:12:04.636 -> Generic Access Service and Chars are 'initialized'
18:12:04.636 -> Device Information Service and Chars are 'initialized'
18:12:04.636 -> Start Scanning for CPS and FTMS!
18:12:04.823 -> Advertising Client with FTM, CPS or CSC is found! ... Raw data packet:
18:12:04.869 -> Timestamp Addr Rssi Data
18:12:04.869 -> 000000510 EE:18:4B:1F:9F:3E -70 03-19-85-04-02-01-06-05-02-26-18-18-18-06-16-26-18-01-20-00-0A-09-44-49-52-45-54-4F-20-58-52
18:12:04.960 -> Feather nRF52 (Central) connected to Trainer (Peripheral) device: [DIRETO XR] MAC Address: EE:18:4B:1F:9F:3E
18:12:05.006 -> Now checking all mandatory Client Services and Characteristics!
18:12:05.006 -> Discovering Client Cycling Power (CP) Service ... Found it! CPS Max Payload: 20 Data Length: 27
18:12:05.099 -> Discovering Client CP Measurement characteristic ... Found it!
18:12:05.192 -> Discovering Client CP Control Point characteristic ... Found it!
18:12:05.331 -> Discovering Client CP Feature characteristic ... Found it! -> Client Raw CP Feature bytes: [4] [ 0D 02 00 00 ]
18:12:05.423 -> Pedal power balance supported
18:12:05.423 -> Wheel revolution data supported
18:12:05.423 -> Crank revolution data supported
18:12:05.423 -> Offset compensation supported
18:12:05.423 -> Discovering Client CP Sensor Location characteristic ... Found it! -> Client CP Location Sensor: Loc#: 0 Other
18:12:05.564 -> Discovering Cycling Speed and Cadence (CSC) Service ... Found it! CSCS Max Payload: 20 Data Length: 27
18:12:05.612 -> Discovering Client CSC Measurement CHR ... Found it!
18:12:05.750 -> Discovering Client CSC Location CHR ... Found it! -> Client CSC Location Sensor: Loc#: 0 Other
18:12:05.846 -> Discovering Client CSC Feature CHR ... Found it! -> Client Raw CSC Feature bytes: [2] [ 03 00 ]
18:12:05.937 -> Wheel rev supported
18:12:05.937 -> Crank rev supported
18:12:05.937 -> Found Client Generic Access
18:12:06.030 -> Found Device Name: [DIRETO XR]
18:12:06.122 -> Found Appearance: [0485]
18:12:06.169 -> Found Client Device Information:
18:12:06.215 -> Client Manufacturer: Elite
18:12:06.497 -> Client Serial Number: 52687
18:12:06.497 -> Discovering Client Fitness Machine (FTM) Service ... Found it! FTMS Max Payload: 20 Data Length: 27
18:12:06.544 -> Discovering Client FTM Feature Characteristic ... Found it! -> Client Raw FTM Feature bytes: [8] [ 86 50 00 00 0C E0 00 00 ]
18:12:06.637 -> Discovering Client FTM Training Status Characteristic ... Found it!
18:12:06.682 -> Discovering Client FTM Supported Resistance Level Range Characteristic ... Found it! -> Client Raw FTM Supported Resistance Level Range bytes: [6] [ 00 00 C8 00 01 00 ]
18:12:06.870 -> Discovering Client FTM Supported Power Range Characteristic ... Found it! -> Client Raw FTM Supported Power Range bytes: [6] [ 00 00 A0 0F 01 00 ]
18:12:06.963 -> Discovering Client FTM Indoor Bike Data Characteristic ... Found it!
18:12:07.056 -> Discovering Client FTM Control Point Characteristic ... Found it!
18:12:07.289 -> Discovering Client FTM Status Characteristic ... Found it!
18:12:07.946 -> Configuring the Server Device Information Service
18:12:07.946 -> Configuring the Server Cycle Power Service
18:12:07.946 -> Configuring the Server Cadence and Speed Service
18:12:07.946 -> Configuring the Server Fitness Machine Service
18:12:07.946 -> Setting up the Server-side advertising payload(s)
18:12:07.946 -> Setting Server Device Name to: [DIRETO XR SIM] ###### DIRETO XR S57 #######
18:12:07.946 -> Setting Server Appearance to [1157] Generic: Cycling
18:12:07.946 -> Server-side is FTMS, CPS and CSC advertising!
18:15:48.254 -> Server-side stopped advertising! Paired to Zwift?
18:15:48.348 -> Feather nRF52 (Peripheral) connected to Laptop/PC/Tablet (Central) device: [CHERRYPHILIP] MAC Address: 40:23:43:A5:FE:78
18:15:48.348 -> Waiting for Central (Zwift) to set CCCD Notify/Indicate (enable) and start reading....
18:15:51.248 -> Enabled 'Notify' for Client CP Measurement values
18:15:51.295 -> Enabled 'Indicate' for Client CP ControlPoint Responses
18:15:51.295 -> Enabled 'Notify' for Client CSC Measurement values
18:15:51.295 -> Enabled 'Notify' for Client FTM TrainingStatus values
18:15:51.342 -> Enabled 'Notify' for Client FTM IndoorBikeData values
18:15:51.388 -> Enabled 'Indicate' for Client FTM ControlPoint Response Messages
18:15:51.388 -> Enabled 'Notify' for Client FTM Status values
18:15:51.388 -> Client- and Server-side are Up and Running!
18:15:51.388 -> Central Device Updated CCCD to: [1] --> Server CP: Measurement 'Notify' enabled
18:15:51.991 -> Central Device Updated CCCD to: [1] --> Server CSC: Measurement 'Notify' enabled
18:15:53.345 -> Central Device Updated CCCD to: [1] --> Server FTM: IndoorBikeData 'Notify' enabled
18:15:54.888 -> Central Device Updated CCCD to: [1] --> Server FTM: Status 'Notify' enabled
18:16:09.314 -> --> Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
18:16:09.314 -> Request Control of Machine!
18:16:09.406 -> Client Control Point Response: [ 80 00 01 ]
18:16:09.406 -> -> Client Raw FTM Machine Status Data: [1] [ 04 ]
18:16:09.453 -> --> Raw FTM Control Point Data [len: 1] [OpCode: 01] [Values: 00 ]
18:16:09.453 -> Reset Machine!
18:16:09.594 -> Client Control Point Response: [ 80 01 01 ]
18:16:09.594 -> -> Client Raw FTM Machine Status Data: [2] [ 02 01 ]
18:16:09.642 -> --> Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
18:16:09.642 -> Request Control of Machine!
18:16:09.689 -> Client Control Point Response: [ 80 00 01 ]
18:16:09.689 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:16:09.689 -> -> Client Raw FTM Machine Status Data: [1] [ 04 ]
18:16:09.875 -> --> Raw FTM Control Point Data [len: 1] [OpCode: 07] [Values: 00 ]
18:16:09.875 -> Start or Resume Machine!
18:16:09.921 -> Client Control Point Response: [ 80 07 01 ]
18:16:10.808 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 E5 00 28 33 00 ]
18:16:10.808 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 2.29 | Crr (10000): 0.00 | Cw (100): 0.51
18:16:10.900 -> Client Control Point Response: [ 80 11 01 ]
18:16:10.900 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 E5 00 28 33 ]
18:16:10.900 -> -> Client Raw FTM Training Status Data: [2] [ 00 09 ]
18:16:41.378 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 C3 00 28 33 00 ]
18:16:41.378 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 1.95 | Crr (10000): 0.00 | Cw (100): 0.51
18:16:41.425 -> Client Control Point Response: [ 80 11 01 ]
18:16:41.425 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 C3 00 28 33 ]
18:16:42.264 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 00 00 28 33 00 ]
18:16:42.264 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 0.00 | Crr (10000): 0.00 | Cw (100): 0.51
18:16:42.358 -> Client Control Point Response: [ 80 11 01 ]
18:16:42.358 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:16:45.915 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:16:48.527 -> -> Client Raw FTM Training Status Data: [2] [ 00 09 ]
18:16:54.500 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:16:54.829 -> -> Client Raw FTM Training Status Data: [2] [ 00 09 ]
18:17:06.292 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:17:06.386 -> -> Client Raw FTM Training Status Data: [2] [ 00 09 ]
18:17:07.043 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:17:07.229 -> -> Client Raw FTM Training Status Data: [2] [ 00 09 ]
18:17:38.205 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:17:38.392 -> -> Client Raw FTM Training Status Data: [2] [ 00 09 ]
18:17:40.813 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:17:41.141 -> -> Client Raw FTM Training Status Data: [2] [ 00 09 ]
18:17:42.496 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:17:43.988 -> -> Client Raw FTM Training Status Data: [2] [ 00 09 ]
18:17:44.966 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
18:17:53.063 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:17:53.483 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
18:17:54.462 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
18:18:29.151 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
6. Make Serial Monitor output window visible on top of the Zwift window
No further information’s
Best Regards
Filippo
from simcline.
Berg0162
commented on May 25, 2024
Dear Filippo,
Thank you for the yesterday evening delivery....!
After a good night sleep I have hopefully solved the divergent/wrong parsing of the IBData packet that the Direto trainer sends to the Feather nRF52 (in Client mode). Although this is not critical for a perfect functioning of the MITM, any misunderstanding of the Elite-followed-rules is not the right basis for a reliable solution in the end!
I have uploaded a new version of FTMS_Client_v012: (https://github.com/Berg0162/simcline/tree/master/FTMS%20Enabled/FTMS_Client_v012).
This version is supposed to produce output with human understandable values of Cadence, Power, Total Distance and Elapsed Time. As a bonus you get Average Speed as well. The presence of Av. Speed data is not "flagged" but always(?) present. I do not know if this an Elite specific "rule" (added to the FTMS definition) or that I have simply missed its definition.... Whatever, give the new version a try and let me know if you get "readable" and what is more "realistic" data for a change when you are cycling on the trainer and having the Client connected. That is all I would like to know, if it is working fine do not go through all the hassle of copy and paste the whole output...
Beste wishes for the weekend,
Jörgen.
from simcline.
cherryphilip74
commented on May 25, 2024
Hi Jörgen.
The night brings good ideas and so it was!!!
I uploaded the new version of FTMS_Client_v012.
Below you find the serial monitor data without the first part of bluetooth connection side the trainer.
So we have:
- nRF52 has been paired with Elite trainer by Bluetooth.
- Zwift app connected to trainer by ANT+
- I started ride with the serial monitor output window visible on top of the Zwift window
- Avatar moved and I felt resistance change with the road
- Speed, Cadence and Power shown on serial monitor were been matches with Zwift app, but distance is misaligned.
I waiting the next step. Have a nice weekend
Best Regards
Filippo
----------------------------- serial monitor ---------------------------
17:51:55.371 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 22 01 28 33 ]
17:51:55.418 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
17:51:55.887 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FC FF 28 33 ]
17:51:55.935 -> -> Client Raw FTM IBD Data: [13] [ 54 08 67 06 78 00 3D 00 00 2C 00 0C 00 ] Speed: 16 KPH Instantaneous Cadence: 60 RPM Total Distance: 3997696 m Instantaneous Power: 44 Watt Elapsed time: 12 s
17:51:55.935 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
17:51:56.872 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
17:51:56.919 -> -> Client Raw FTM IBD Data: [13] [ 54 08 8E 06 74 00 42 00 00 41 00 0D 00 ] Speed: 16 KPH Instantaneous Cadence: 58 RPM Total Distance: 4325376 m Instantaneous Power: 65 Watt Elapsed time: 13 s
17:51:57.894 -> -> Client Raw FTM IBD Data: [13] [ 54 08 D8 06 8A 00 46 00 00 44 00 0E 00 ] Speed: 17 KPH Instantaneous Cadence: 69 RPM Total Distance: 4587520 m Instantaneous Power: 68 Watt Elapsed time: 14 s
17:51:57.894 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
17:51:58.357 -> Control Point Data Written: [ 11 00 00 09 00 28 33 00 ]
17:51:58.357 -> Client Control Point Response: [ 80 11 01 ]
17:51:58.451 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 09 00 28 33 ]
17:51:58.871 -> -> Client Raw FTM IBD Data: [13] [ 54 08 F6 06 8E 00 4B 00 00 3F 00 0F 00 ] Speed: 17 KPH Instantaneous Cadence: 71 RPM Total Distance: 4915200 m Instantaneous Power: 63 Watt Elapsed time: 15 s
17:51:59.153 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
17:51:59.851 -> -> Client Raw FTM IBD Data: [13] [ 54 08 FB 06 90 00 50 00 00 3B 00 10 00 ] Speed: 17 KPH Instantaneous Cadence: 72 RPM Total Distance: 5242880 m Instantaneous Power: 59 Watt Elapsed time: 16 s
17:52:00.132 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
17:52:00.831 -> -> Client Raw FTM IBD Data: [13] [ 54 08 14 07 92 00 55 00 00 3B 00 11 00 ] Speed: 18 KPH Instantaneous Cadence: 73 RPM Total Distance: 5570560 m Instantaneous Power: 59 Watt Elapsed time: 17 s
17:52:01.389 -> Control Point Data Written: [ 11 00 00 00 00 28 33 00 ]
17:52:01.435 -> Client Control Point Response: [ 80 11 01 ]
17:52:01.435 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
17:52:01.806 -> -> Client Raw FTM IBD Data: [13] [ 54 08 05 07 96 00 5A 00 00 39 00 12 00 ] Speed: 17 KPH Instantaneous Cadence: 75 RPM Total Distance: 5898240 m Instantaneous Power: 57 Watt Elapsed time: 18 s
17:52:02.128 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
17:52:02.783 -> -> Client Raw FTM IBD Data: [13] [ 54 08 3F 07 96 00 5F 00 00 3A 00 13 00 ] Speed: 18 KPH Instantaneous Cadence: 75 RPM Total Distance: 6225920 m Instantaneous Power: 58 Watt Elapsed time: 19 s
17:52:02.876 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
17:52:03.762 -> -> Client Raw FTM IBD Data: [13] [ 54 08 3A 07 96 00 64 00 00 3F 00 14 00 ] Speed: 18 KPH Instantaneous Cadence: 75 RPM Total Distance: 6553600 m Instantaneous Power: 63 Watt Elapsed time: 20 s
17:52:04.136 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
17:52:04.413 -> Control Point Data Written: [ 11 00 00 14 00 28 33 00 ]
17:52:04.461 -> Client Control Point Response: [ 80 11 01 ]
17:52:04.461 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 14 00 28 33 ]
17:52:04.742 -> -> Client Raw FTM IBD Data: [13] [ 54 08 3A 07 98 00 69 00 00 3D 00 15 00 ] Speed: 18 KPH Instantaneous Cadence: 76 RPM Total Distance: 6881280 m Instantaneous Power: 61 Watt Elapsed time: 21 s
17:52:04.881 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
17:52:05.719 -> -> Client Raw FTM IBD Data: [13] [ 54 08 24 07 9A 00 6E 00 00 37 00 16 00 ] Speed: 18 KPH Instantaneous Cadence: 77 RPM Total Distance: 7208960 m Instantaneous Power: 55 Watt Elapsed time: 22 s
17:52:06.744 -> -> Client Raw FTM IBD Data: [13] [ 54 08 44 07 9A 00 73 00 00 39 00 17 00 ] Speed: 18 KPH Instantaneous Cadence: 77 RPM Total Distance: 7536640 m Instantaneous Power: 57 Watt Elapsed time: 23 s
17:52:07.115 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
17:52:07.439 -> Control Point Data Written: [ 11 00 00 22 00 28 33 00 ]
17:52:07.531 -> Client Control Point Response: [ 80 11 01 ]
17:52:07.531 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 22 00 28 33 ]
17:52:07.718 -> -> Client Raw FTM IBD Data: [13] [ 54 08 3A 07 98 00 78 00 00 3B 00 18 00 ] Speed: 18 KPH Instantaneous Cadence: 76 RPM Total Distance: 7864320 m Instantaneous Power: 59 Watt Elapsed time: 24 s
17:52:08.137 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
17:52:08.653 -> -> Client Raw FTM IBD Data: [13] [ 54 08 4A 07 98 00 7D 00 00 3D 00 19 00 ] Speed: 18 KPH Instantaneous Cadence: 76 RPM Total Distance: 8192000 m Instantaneous Power: 61 Watt Elapsed time: 25 s
17:52:09.121 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
17:52:09.630 -> -> Client Raw FTM IBD Data: [13] [ 54 08 60 07 9A 00 82 00 00 3E 00 1A 00 ] Speed: 18 KPH Instantaneous Cadence: 77 RPM Total Distance: -8257536 m Instantaneous Power: 62 Watt Elapsed time: 26 s
17:52:10.516 -> Control Point Data Written: [ 11 00 00 25 00 28 33 00 ]
17:52:10.563 -> Client Control Point Response: [ 80 11 01 ]
17:52:10.563 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 25 00 28 33 ]
17:52:10.656 -> -> Client Raw FTM IBD Data: [13] [ 54 08 77 07 9C 00 87 00 00 41 00 1B 00 ] Speed: 19 KPH Instantaneous Cadence: 78 RPM Total Distance: -7929856 m Instantaneous Power: 65 Watt Elapsed time: 27 s
17:52:10.656 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
17:52:11.123 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
17:52:11.169 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
17:52:11.589 -> -> Client Raw FTM IBD Data: [13] [ 54 08 5B 07 9C 00 8C 00 00 3C 00 1C 00 ] Speed: 18 KPH Instantaneous Cadence: 78 RPM Total Distance: -7602176 m Instantaneous Power: 60 Watt Elapsed time: 28 s
17:52:12.148 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
17:52:12.565 -> -> Client Raw FTM IBD Data: [13] [ 54 08 3A 07 9C 00 91 00 00 36 00 1D 00 ] Speed: 18 KPH Instantaneous Cadence: 78 RPM Total Distance: -7274496 m Instantaneous Power: 54 Watt Elapsed time: 29 s
17:52:13.124 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
17:52:13.545 -> -> Client Raw FTM IBD Data: [13] [ 54 08 66 07 9C 00 96 00 00 39 00 1E 00 ] Speed: 18 KPH Instantaneous Cadence: 78 RPM Total Distance: -6946816 m Instantaneous Power: 57 Watt Elapsed time: 30 s
17:52:13.545 -> Control Point Data Written: [ 11 00 00 23 00 28 33 00 ]
17:52:13.592 -> Client Control Point Response: [ 80 11 01 ]
17:52:13.592 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 23 00 28 33 ]
17:52:13.826 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
17:52:14.151 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
17:52:14.243 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
17:52:14.523 -> -> Client Raw FTM IBD Data: [13] [ 54 08 34 07 9C 00 9C 00 00 3B 00 1F 00 ] Speed: 18 KPH Instantaneous Cadence: 78 RPM Total Distance: -6553600 m Instantaneous Power: 59 Watt Elapsed time: 31 s
17:52:15.129 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
17:52:15.501 -> -> Client Raw FTM IBD Data: [13] [ 54 08 2A 07 98 00 A0 00 00 32 00 20 00 ] Speed: 18 KPH Instantaneous Cadence: 76 RPM Total Distance: -6291456 m Instantaneous Power: 50 Watt Elapsed time: 32 s
17:52:16.108 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
17:52:16.481 -> -> Client Raw FTM IBD Data: [13] [ 54 08 2F 07 98 00 A6 00 00 3D 00 21 00 ] Speed: 18 KPH Instantaneous Cadence: 76 RPM Total Distance: -5898240 m Instantaneous Power: 61 Watt Elapsed time: 33 s
17:52:16.575 -> Control Point Data Written: [ 11 00 00 1C 00 28 33 00 ]
17:52:16.669 -> Client Control Point Response: [ 80 11 01 ]
17:52:16.669 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 1C 00 28 33 ]
17:52:17.368 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
17:52:17.463 -> -> Client Raw FTM IBD Data: [13] [ 54 08 5B 07 98 00 AB 00 00 3F 00 22 00 ] Speed: 18 KPH Instantaneous Cadence: 76 RPM Total Distance: -5570560 m Instantaneous Power: 63 Watt Elapsed time: 34 s
17:52:18.118 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
17:52:18.447 -> -> Client Raw FTM IBD Data: [13] [ 54 08 55 07 9C 00 B0 00 00 40 00 23 00 ] Speed: 18 KPH Instantaneous Cadence: 78 RPM Total Distance: -5242880 m Instantaneous Power: 64 Watt Elapsed time: 35 s
17:52:19.145 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
17:52:19.426 -> -> Client Raw FTM IBD Data: [13] [ 54 08 4A 07 9A 00 B5 00 00 3E 00 24 00 ] Speed: 18 KPH Instantaneous Cadence: 77 RPM Total Distance: -4915200 m Instantaneous Power: 62 Watt Elapsed time: 36 s
17:52:19.659 -> Control Point Data Written: [ 11 00 00 0F 00 28 33 00 ]
17:52:19.705 -> Client Control Point Response: [ 80 11 01 ]
17:52:19.705 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 0F 00 28 33 ]
17:52:20.124 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
17:52:20.405 -> -> Client Raw FTM IBD Data: [13] [ 54 08 50 07 9C 00 BA 00 00 38 00 25 00 ] Speed: 18 KPH Instantaneous Cadence: 78 RPM Total Distance: -4587520 m Instantaneous Power: 56 Watt Elapsed time: 37 s
17:52:21.387 -> -> Client Raw FTM IBD Data: [13] [ 54 08 55 07 9C 00 BF 00 00 3A 00 26 00 ] Speed: 18 KPH Instantaneous Cadence: 78 RPM Total Distance: -4259840 m Instantaneous Power: 58 Watt Elapsed time: 38 s
17:52:21.622 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
17:52:22.133 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
17:52:22.364 -> -> Client Raw FTM IBD Data: [13] [ 54 08 5B 07 9A 00 C4 00 00 3E 00 27 00 ] Speed: 18 KPH Instantaneous Cadence: 77 RPM Total Distance: -3932160 m Instantaneous Power: 62 Watt Elapsed time: 39 s
17:52:22.690 -> Control Point Data Written: [ 11 00 00 00 00 28 33 00 ]
17:52:22.737 -> Client Control Point Response: [ 80 11 01 ]
17:52:22.737 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
17:52:23.152 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
17:52:23.340 -> -> Client Raw FTM IBD Data: [13] [ 54 08 66 07 9C 00 C9 00 00 3F 00 28 00 ] Speed: 18 KPH Instantaneous Cadence: 78 RPM Total Distance: -3604480 m Instantaneous Power: 63 Watt Elapsed time: 40 s
17:52:24.130 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
17:52:24.316 -> -> Client Raw FTM IBD Data: [13] [ 54 08 77 07 9C 00 CE 00 00 3F 00 29 00 ] Speed: 19 KPH Instantaneous Cadence: 78 RPM Total Distance: -3276800 m Instantaneous Power: 63 Watt Elapsed time: 41 s
17:52:25.107 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
17:52:25.292 -> -> Client Raw FTM IBD Data: [13] [ 54 08 55 07 9E 00 D3 00 00 38 00 2A 00 ] Speed: 18 KPH Instantaneous Cadence: 79 RPM Total Distance: -2949120 m Instantaneous Power: 56 Watt Elapsed time: 42 s
17:52:25.709 -> Control Point Data Written: [ 11 00 00 F5 FF 28 33 00 ]
17:52:25.756 -> Client Control Point Response: [ 80 11 01 ]
17:52:25.756 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 F5 FF 28 33 ]
17:52:26.265 -> -> Client Raw FTM IBD Data: [13] [ 54 08 60 07 9C 00 D9 00 00 3A 00 2B 00 ] Speed: 18 KPH Instantaneous Cadence: 78 RPM Total Distance: -2555904 m Instantaneous Power: 58 Watt Elapsed time: 43 s
17:52:26.638 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
17:52:27.242 -> -> Client Raw FTM IBD Data: [13] [ 54 08 55 07 9C 00 DE 00 00 3B 00 2C 00 ] Speed: 18 KPH Instantaneous Cadence: 78 RPM Total Distance: -2228224 m Instantaneous Power: 59 Watt Elapsed time: 44 s
17:52:27.380 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
17:52:28.261 -> -> Client Raw FTM IBD Data: [13] [ 54 08 7D 07 9C 00 E3 00 00 39 00 2D 00 ] Speed: 19 KPH Instantaneous Cadence: 78 RPM Total Distance: -1900544 m Instantaneous Power: 57 Watt Elapsed time: 45 s
17:52:28.774 -> Control Point Data Written: [ 11 00 00 E4 FF 28 33 00 ]
17:52:28.820 -> Client Control Point Response: [ 80 11 01 ]
17:52:28.820 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 E4 FF 28 33 ]
17:52:29.146 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
17:52:29.241 -> -> Client Raw FTM IBD Data: [13] [ 54 08 9A 07 9A 00 E8 00 00 4A 00 2E 00 ] Speed: 19 KPH Instantaneous Cadence: 77 RPM Total Distance: -1572864 m Instantaneous Power: 74 Watt Elapsed time: 46 s
17:52:30.263 -> -> Client Raw FTM IBD Data: [13] [ 54 08 3F 07 9C 00 ED 00 00 3E 00 2F 00 ] Speed: 18 KPH Instantaneous Cadence: 78 RPM Total Distance: -1245184 m Instantaneous Power: 62 Watt Elapsed time: 47 s
17:52:30.357 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
17:52:31.198 -> -> Client Raw FTM IBD Data: [13] [ 54 08 2F 07 9C 00 F2 00 00 28 00 30 00 ] Speed: 18 KPH Instantaneous Cadence: 78 RPM Total Distance: -917504 m Instantaneous Power: 40 Watt Elapsed time: 48 s
17:52:31.617 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
17:52:31.804 -> Control Point Data Written: [ 11 00 00 CF FF 28 33 00 ]
17:52:31.896 -> Client Control Point Response: [ 80 11 01 ]
17:52:31.896 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 CF FF 28 33 ]
17:52:32.175 -> -> Client Raw FTM IBD Data: [13] [ 54 08 1F 07 8E 00 F7 00 00 2B 00 31 00 ] Speed: 18 KPH Instantaneous Cadence: 71 RPM Total Distance: -589824 m Instantaneous Power: 43 Watt Elapsed time: 49 s
17:52:32.645 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
17:52:33.156 -> -> Client Raw FTM IBD Data: [13] [ 54 08 3A 07 8E 00 FC 00 00 3A 00 32 00 ] Speed: 18 KPH Instantaneous Cadence: 71 RPM Total Distance: -262144 m Instantaneous Power: 58 Watt Elapsed time: 50 s
17:52:33.389 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
17:52:34.139 -> -> Client Raw FTM IBD Data: [13] [ 54 08 2F 07 8C 00 01 01 00 3F 00 33 00 ] Speed: 18 KPH Instantaneous Cadence: 70 RPM Total Distance: 65792 m Instantaneous Power: 63 Watt Elapsed time: 51 s
17:52:34.372 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
17:52:34.884 -> Control Point Data Written: [ 11 00 00 A8 FF 28 33 00 ]
17:52:34.930 -> Client Control Point Response: [ 80 11 01 ]
17:52:34.930 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 A8 FF 28 33 ]
17:52:35.116 -> -> Client Raw FTM IBD Data: [13] [ 54 08 50 07 9A 00 06 01 00 3B 00 34 00 ] Speed: 18 KPH Instantaneous Cadence: 77 RPM Total Distance: 393472 m Instantaneous Power: 59 Watt Elapsed time: 52 s
17:52:35.349 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 F8 FF 28 33 ]
17:52:36.095 -> -> Client Raw FTM IBD Data: [13] [ 54 08 34 07 9A 00 0B 01 00 39 00 35 00 ] Speed: 18 KPH Instantaneous Cadence: 77 RPM Total Distance: 721152 m Instantaneous Power: 57 Watt Elapsed time: 53 s
17:52:37.072 -> -> Client Raw FTM IBD Data: [13] [ 54 08 3F 07 9A 00 10 01 00 39 00 36 00 ] Speed: 18 KPH Instantaneous Cadence: 77 RPM Total Distance: 1048832 m Instantaneous Power: 57 Watt Elapsed time: 54 s
17:52:37.629 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 DE FF 28 33 ]
17:52:37.911 -> Control Point Data Written: [ 11 00 00 84 FF 28 33 00 ]
17:52:37.956 -> Client Control Point Response: [ 80 11 01 ]
17:52:37.956 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 84 FF 28 33 ]
17:52:38.003 -> -> Client Raw FTM IBD Data: [13] [ 54 08 34 07 9A 00 15 01 00 3A 00 37 00 ] Speed: 18 KPH Instantaneous Cadence: 77 RPM Total Distance: 1376512 m Instantaneous Power: 58 Watt Elapsed time: 55 s
17:52:38.376 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 E3 FF 28 33 ]
17:52:38.980 -> -> Client Raw FTM IBD Data: [13] [ 54 08 5B 07 9A 00 1A 01 00 3C 00 38 00 ] Speed: 18 KPH Instantaneous Cadence: 77 RPM Total Distance: 1704192 m Instantaneous Power: 60 Watt Elapsed time: 56 s
17:52:39.354 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 2D 00 28 33 ]
17:52:39.401 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
17:52:39.962 -> -> Client Raw FTM IBD Data: [13] [ 54 08 44 07 9A 00 20 01 00 3E 00 39 00 ] Speed: 18 KPH Instantaneous Cadence: 77 RPM Total Distance: 2097408 m Instantaneous Power: 62 Watt Elapsed time: 57 s
17:52:40.380 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 C4 00 28 33 ]
17:52:40.990 -> -> Client Raw FTM IBD Data: [13] [ 54 08 50 07 9A 00 25 01 00 3F 00 3A 00 ] Speed: 18 KPH Instantaneous Cadence: 77 RPM Total Distance: 2425088 m Instantaneous Power: 63 Watt Elapsed time: 58 s
17:52:40.990 -> Control Point Data Written: [ 11 00 00 67 FF 28 33 00 ]
17:52:41.037 -> Client Control Point Response: [ 80 11 01 ]
17:52:41.037 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 67 FF 28 33 ]
17:52:41.037 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
17:52:41.359 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 21 01 28 33 ]
17:52:41.453 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
17:52:41.927 -> -> Client Raw FTM IBD Data: [13] [ 54 08 44 07 9C 00 2A 01 00 4A 00 3B 00 ] Speed: 18 KPH Instantaneous Cadence: 78 RPM Total Distance: 2752768 m Instantaneous Power: 74 Watt Elapsed time: 59 s
17:52:42.386 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 34 01 28 33 ]
17:52:42.899 -> -> Client Raw FTM IBD Data: [13] [ 54 08 9C 06 9A 00 2F 01 00 52 00 3C 00 ] Speed: 16 KPH Instantaneous Cadence: 77 RPM Total Distance: 3080448 m Instantaneous Power: 82 Watt Elapsed time: 60 s
17:52:43.923 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 39 01 28 33 ]
17:52:43.923 -> -> Client Raw FTM IBD Data: [13] [ 54 08 70 06 98 00 33 01 00 63 00 3D 00 ] Speed: 16 KPH Instantaneous Cadence: 76 RPM Total Distance: 3342592 m Instantaneous Power: 99 Watt Elapsed time: 61 s
17:52:44.061 -> Control Point Data Written: [ 11 00 00 5D FF 28 33 00 ]
17:52:44.107 -> Client Control Point Response: [ 80 11 01 ]
17:52:44.107 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 5D FF 28 33 ]
17:52:44.107 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
17:52:44.384 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 38 01 28 33 ]
17:52:44.384 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
17:52:44.891 -> -> Client Raw FTM IBD Data: [13] [ 54 08 A0 06 90 00 38 01 00 8C 00 3E 00 ] Speed: 16 KPH Instantaneous Cadence: 72 RPM Total Distance: 3670272 m Instantaneous Power: 140 Watt Elapsed time: 62 s
17:52:45.359 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 34 01 28 33 ]
17:52:45.871 -> -> Client Raw FTM IBD Data: [13] [ 54 08 5B 06 8E 00 3C 01 00 8A 00 3F 00 ] Speed: 16 KPH Instantaneous Cadence: 71 RPM Total Distance: 3932416 m Instantaneous Power: 138 Watt Elapsed time: 63 s
17:52:46.382 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 31 01 28 33 ]
17:52:46.846 -> -> Client Raw FTM IBD Data: [13] [ 54 08 36 06 8A 00 40 01 00 82 00 40 00 ] Speed: 15 KPH Instantaneous Cadence: 69 RPM Total Distance: 4194560 m Instantaneous Power: 130 Watt Elapsed time: 64 s
17:52:47.081 -> Control Point Data Written: [ 11 00 00 5E FF 28 33 00 ]
17:52:47.174 -> Client Control Point Response: [ 80 11 01 ]
17:52:47.174 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 5E FF 28 33 ]
17:52:47.221 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
17:52:47.360 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 2D 01 28 33 ]
17:52:47.406 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
17:52:47.824 -> -> Client Raw FTM IBD Data: [13] [ 54 08 17 06 88 00 45 01 00 88 00 41 00 ] Speed: 15 KPH Instantaneous Cadence: 68 RPM Total Distance: 4522240 m Instantaneous Power: 136 Watt Elapsed time: 65 s
17:52:48.381 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 24 01 28 33 ]
17:52:48.800 -> -> Client Raw FTM IBD Data: [13] [ 54 08 26 06 86 00 49 01 00 8C 00 42 00 ] Speed: 15 KPH Instantaneous Cadence: 67 RPM Total Distance: 4784384 m Instantaneous Power: 140 Watt Elapsed time: 66 s
17:52:49.357 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 19 01 28 33 ]
17:52:49.778 -> -> Client Raw FTM IBD Data: [13] [ 54 08 4A 06 84 00 4D 01 00 89 00 43 00 ] Speed: 16 KPH Instantaneous Cadence: 66 RPM Total Distance: 5046528 m Instantaneous Power: 137 Watt Elapsed time: 67 s
17:52:50.151 -> Control Point Data Written: [ 11 00 00 6F FF 28 33 00 ]
17:52:50.243 -> Client Control Point Response: [ 80 11 01 ]
17:52:50.243 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 6F FF 28 33 ]
17:52:50.289 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
17:52:50.384 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 0E 01 28 33 ]
17:52:50.432 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
17:52:50.754 -> -> Client Raw FTM IBD Data: [13] [ 54 08 8A 06 84 00 52 01 00 86 00 44 00 ] Speed: 16 KPH Instantaneous Cadence: 66 RPM Total Distance: 5374208 m Instantaneous Power: 134 Watt Elapsed time: 68 s
17:52:51.643 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 FD 00 28 33 ]
17:52:51.736 -> -> Client Raw FTM IBD Data: [13] [ 54 08 5F 06 84 00 56 01 00 83 00 45 00 ] Speed: 16 KPH Instantaneous Cadence: 66 RPM Total Distance: 5636352 m Instantaneous Power: 131 Watt Elapsed time: 69 s
17:52:52.623 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 E8 00 28 33 ]
17:52:52.716 -> -> Client Raw FTM IBD Data: [13] [ 54 08 3E 06 86 00 5B 01 00 77 00 46 00 ] Speed: 15 KPH Instantaneous Cadence: 67 RPM Total Distance: 5964032 m Instantaneous Power: 119 Watt Elapsed time: 70 s
17:52:53.226 -> Control Point Data Written: [ 11 00 00 8A FF 28 33 00 ]
17:52:53.273 -> Client Control Point Response: [ 80 11 01 ]
17:52:53.273 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 8A FF 28 33 ]
17:52:53.273 -> -> Client Raw FTM Training Status Data: [2] [ 00 0A ]
17:52:53.642 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 CD 00 28 33 ]
17:52:53.687 -> -> Client Raw FTM IBD Data: [13] [ 54 08 63 06 86 00 5F 01 00 75 00 47 00 ] Speed: 16 KPH Instantaneous Cadence: 67 RPM Total Distance: 6226176 m Instantaneous Power: 117 Watt Elapsed time: 71 s
17:52:53.687 -> -> Client Raw FTM Training Status Data: [2] [ 00 00 ]
17:52:54.667 -> -> Client Raw FTM IBD Data: [13] [ 54 08 67 06 88 00 63 01 00 70 00 48 00 ] Speed: 16 KPH Instantaneous Cadence: 68 RPM Total Distance: 6488320 m Instantaneous Power: 112 Watt Elapsed time: 72 s
17:52:55.131 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 A9 00 28 33 ]
17:52:55.642 -> -> Client Raw FTM IBD Data: [13] [ 54 08 63 06 88 00 68 01 00 5E 00 49 00 ] Speed: 16 KPH Instantaneous Cadence: 68 RPM Total Distance: 6816000 m Instantaneous Power: 94 Watt Elapsed time: 73 s
17:52:56.111 -> -> Client Raw FTM Machine Status Data: [7] [ 12 00 00 8D 00 28 33 ]
---------------------------------- end -------------------------------
from simcline.
Berg0162
commented on May 25, 2024
Dear Filippo,
It took some time but now I have uploaded version 02 of the test codes!
See: https://github.com/Berg0162/simcline/tree/master/FTMS%20Enabled
You are invited to give all 3 a try and report the different screen outputs.
Notice that FTMS Client should now only connect to a FTMS enabled trainer and not to an extra power meter!
Furthermore MITM needs the Mac Addresses of your trainer and Laptop/PC (with Zwift) to be able to run!
I am particularly interested in how you experience its presence between trainer and Zwift. Afterall it should be transparent so you have to feel (the resistance) with any change in road grade like you would normally experience during indoor cycling!
If the code is doing well we came a lot closer to our final goal...
Thanks in advance and best wishes,
Jörgen.
from simcline.
cherryphilip74
commented on May 25, 2024
Dear Jörgen!
Thanks for your reply. I will can try tomorrow afternoon.
Meanwhile I've downloaded all three *.ino files and I hope to do a fast check this afternoon later.
Best Regards
Filippo
Da: Jörgen van den Berg ***@***.***>
Inviato: domenica 27 novembre 2022 14:31
A: Berg0162/simcline ***@***.***>
Cc: cherryphilip ***@***.***>; Author ***@***.***>
Oggetto: Re: [Berg0162/simcline] Elite Trainer code (Issue #4)
Dear Filippo,
It took some time but now I have uploaded version 02 of the test codes!
See: https://github.com/Berg0162/simcline/tree/master/FTMS%20Enabled
You are invited to give all 3 a try and report the different screen outputs.
Notice that FTMS Client should now only connect to a FTMS enabled trainer and not to an extra power meter!
Furthermore MITM needs the Mac Addresses of your trainer and Laptop/PC (with Zwift) to be able to run!
I am particularly interested in how you experience its presence between trainer and Zwift. Afterall it should be transparent so you have to feel (the resistance) with any change in road grade like you would normally experience during indoor cycling!
If the code is doing well we came a lot closer to our final goal...
Thanks in advance and best wishes,
Jörgen.
—
Reply to this email directly, view it on GitHub <#4 (comment)> , or unsubscribe <https://github.com/notifications/unsubscribe-auth/AEVV6QSRKFQ7ULYMVTAP2B3WKNO7ZANCNFSM6AAAAAAQVE2M7Q> .
You are receiving this because you authored the thread. <https://github.com/notifications/beacon/AEVV6QSC5TB5ZGDCBBJTLFLWKNO7ZA5CNFSM6AAAAAAQVE2M7SWGG33NNVSW45C7OR4XAZNMJFZXG5LFINXW23LFNZ2KUY3PNVWWK3TUL5UWJTSPFNY72.gif> Message ID: ***@***.*** ***@***.***> >
from simcline.
cherryphilip74
commented on May 25, 2024
Hi Jörgen,
here the results from three ino files uploaded.
File 1
FTMS_Client_v02.ino uploaded
Output from serial monitor.
No paired btw Trainer and Feather
19:08:09.902 -> Feather nRF52 Client/Central: CPS, CSC and FTMS
19:08:09.902 -> ----------------- Version 02 --------------------
19:08:09.902 -> Initialise the Bluefruit nRF52 module: Client (Central)
19:08:10.182 -> FTMS and Chars 'initialized'
19:08:10.182 -> CPS and Chars 'initialized'
19:08:10.182 -> CSCS and Chars 'initialized'
19:08:10.182 -> GA and Chars 'initialized'
19:08:10.182 -> DIS and Chars 'initialized'
19:08:10.182 -> Start Scanning for CPS, CSC and FTMS!
File 2
FTMS_Server_v02.ino uploaded
utput from serial monitor.
"nRF52 Sim" not found on trainer list from Zwift app
Zwift app paired with "DIRETO XR S52"
After pairing, I saw power value and rmp speed changing on "paired devices window"
by zwift
Same results with the avatar
Here output from serial monitor.
WARNING grade data btw serial monitor and zwift monitor discrepancy
19:20:04.519 -> Feather nRF52 Server/Peripheral: CPS, CSC and FTMS
19:20:04.519 -> ------------------- Version 02 ---------------------
19:20:04.519 -> Initialise the Bluefruit nRF52 module: Server (Peripheral)
19:20:04.990 -> Configuring the Server Device Information Service
19:20:04.990 -> Configuring the Server Cycle Power Service
19:20:05.036 -> Configuring the Server Cadence and Speed Service
19:20:05.036 -> Configuring the Server Fitness Machine Service
19:20:05.036 -> Configuring the Server NUS Service
19:20:05.036 -> Setting up the Server advertising payload(s)
19:20:05.036 -> Setting Server Device Name to: [nRF52 Sim]
19:20:05.036 -> Setting Server Appearance to [1152] Generic: Cycling
19:20:05.036 -> Server is advertising: CPS, CSC and FTMS
19:20:16.542 -> Feather nRF52 (Peripheral) connected to (Central) device: [CHERRYPHILIP] MAC Address: 40:23:43:A5:FE:78
19:20:16.542 -> Waiting for Central Device to set 'Notify' enabled for relevant Characteristics...
19:20:18.693 -> Server (Peripheral) is Up and Running!
19:20:19.206 -> Central Updated CCCD to: [1] --> Server CP: Measurement 'Notify' enabled
19:20:19.442 -> Central Updated CCCD to: [1] --> Server CSC: Measurement 'Notify' enabled
19:20:19.962 -> Central Updated CCCD to: [1] --> Server FTM: IndoorBikeData 'Notify' enabled
19:20:21.405 -> Central Updated CCCD to: [1] --> Server FTM: FitnessMachineStatus 'Notify' enabled
19:21:22.927 -> --> Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
19:21:23.021 -> Request Control of Machine!
19:21:23.021 -> --> Raw FTM Control Point Data [len: 1] [OpCode: 01] [Values: 00 ]
19:21:23.162 -> Reset Machine!
19:21:23.162 -> --> Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
19:21:23.301 -> Request Control of Machine!
19:21:23.301 -> --> Raw FTM Control Point Data [len: 1] [OpCode: 07] [Values: 00 ]
19:21:23.393 -> Start or Resume Machine!
19:21:24.137 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 7D 00 28 33 00 ]
19:21:24.230 -> Set Indoor Bike Simulation Parameters!
19:21:24.230 -> Wind speed (1000): 0.00 | Grade (100): 1.25 | Crr (10000): 0.00 | Cw (100): 0.51
19:22:19.139 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 C2 FF 28 33 00 ]
19:22:19.281 -> Set Indoor Bike Simulation Parameters!
19:22:19.281 -> Wind speed (1000): 0.00 | Grade (100): -0.62 | Crr (10000): 0.00 | Cw (100): 0.51
19:22:19.980 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 00 00 28 33 00 ]
19:22:20.120 -> Set Indoor Bike Simulation Parameters!
19:22:20.120 -> Wind speed (1000): 0.00 | Grade (100): 0.00 | Crr (10000): 0.00 | Cw (100): 0.51
19:23:13.913 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 0C 00 28 33 00 ]
19:23:14.050 -> Set Indoor Bike Simulation Parameters!
19:23:14.050 -> Wind speed (1000): 0.00 | Grade (100): 0.12 | Crr (10000): 0.00 | Cw (100): 0.51
19:23:14.748 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 11 00 28 33 00 ]
19:23:14.886 -> Set Indoor Bike Simulation Parameters!
19:23:14.886 -> Wind speed (1000): 0.00 | Grade (100): 0.17 | Crr (10000): 0.00 | Cw (100): 0.51
19:23:15.672 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 13 00 28 33 00 ]
19:23:15.765 -> Set Indoor Bike Simulation Parameters!
19:23:15.765 -> Wind speed (1000): 0.00 | Grade (100): 0.19 | Crr (10000): 0.00 | Cw (100): 0.51
19:23:17.299 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 11 00 28 33 00 ]
19:23:17.393 -> Set Indoor Bike Simulation Parameters!
19:23:17.393 -> Wind speed (1000): 0.00 | Grade (100): 0.17 | Crr (10000): 0.00 | Cw (100): 0.51
19:23:18.137 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 0C 00 28 33 00 ]
19:23:18.231 -> Set Indoor Bike Simulation Parameters!
19:23:18.231 -> Wind speed (1000): 0.00 | Grade (100): 0.12 | Crr (10000): 0.00 | Cw (100): 0.51
19:23:18.978 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 06 00 28 33 00 ]
19:23:19.072 -> Set Indoor Bike Simulation Parameters!
19:23:19.072 -> Wind speed (1000): 0.00 | Grade (100): 0.06 | Crr (10000): 0.00 | Cw (100): 0.51
19:23:19.861 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 00 00 28 33 00 ]
19:23:19.997 -> Set Indoor Bike Simulation Parameters!
19:23:19.997 -> Wind speed (1000): 0.00 | Grade (100): 0.00 | Crr (10000): 0.00 | Cw (100): 0.51
19:23:20.696 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 FA FF 28 33 00 ]
19:23:20.836 -> Set Indoor Bike Simulation Parameters!
19:23:20.836 -> Wind speed (1000): 0.00 | Grade (100): -0.06 | Crr (10000): 0.00 | Cw (100): 0.51
19:23:21.528 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 F3 FF 28 33 00 ]
19:23:21.669 -> Set Indoor Bike Simulation Parameters!
19:23:21.669 -> Wind speed (1000): 0.00 | Grade (100): -0.13 | Crr (10000): 0.00 | Cw (100): 0.51
19:23:22.371 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 EA FF 28 33 00 ]
19:23:22.511 -> Set Indoor Bike Simulation Parameters!
19:23:22.511 -> Wind speed (1000): 0.00 | Grade (100): -0.22 | Crr (10000): 0.00 | Cw (100): 0.51
19:23:23.213 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 DD FF 28 33 00 ]
19:23:23.353 -> Set Indoor Bike Simulation Parameters!
19:23:23.353 -> Wind speed (1000): 0.00 | Grade (100): -0.35 | Crr (10000): 0.00 | Cw (100): 0.51
19:23:24.054 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 C8 FF 28 33 00 ]
19:23:24.193 -> Set Indoor Bike Simulation Parameters!
19:23:24.193 -> Wind speed (1000): 0.00 | Grade (100): -0.56 | Crr (10000): 0.00 | Cw (100): 0.51
19:23:24.894 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 BA FF 28 33 00 ]
19:23:25.033 -> Set Indoor Bike Simulation Parameters!
19:23:25.033 -> Wind speed (1000): 0.00 | Grade (100): -0.70 | Crr (10000): 0.00 | Cw (100): 0.51
19:23:25.729 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 B0 FF 28 33 00 ]
19:23:25.869 -> Set Indoor Bike Simulation Parameters!
19:23:25.869 -> Wind speed (1000): 0.00 | Grade (100): -0.80 | Crr (10000): 0.00 | Cw (100): 0.51
19:23:26.571 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 AB FF 28 33 00 ]
19:23:26.711 -> Set Indoor Bike Simulation Parameters!
19:23:26.711 -> Wind speed (1000): 0.00 | Grade (100): -0.85 | Crr (10000): 0.00 | Cw (100): 0.51
19:23:28.197 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 AE FF 28 33 00 ]
19:23:28.337 -> Set Indoor Bike Simulation Parameters!
19:23:28.337 -> Wind speed (1000): 0.00 | Grade (100): -0.82 | Crr (10000): 0.00 | Cw (100): 0.51
19:23:29.037 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 B8 FF 28 33 00 ]
19:23:29.175 -> Set Indoor Bike Simulation Parameters!
19:23:29.175 -> Wind speed (1000): 0.00 | Grade (100): -0.72 | Crr (10000): 0.00 | Cw (100): 0.51
19:23:29.878 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 C7 FF 28 33 00 ]
19:23:30.017 -> Set Indoor Bike Simulation Parameters!
19:23:30.017 -> Wind speed (1000): 0.00 | Grade (100): -0.57 | Crr (10000): 0.00 | Cw (100): 0.51
19:23:30.712 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 DE FF 28 33 00 ]
19:23:30.851 -> Set Indoor Bike Simulation Parameters!
19:23:30.851 -> Wind speed (1000): 0.00 | Grade (100): -0.34 | Crr (10000): 0.00 | Cw (100): 0.51
19:23:31.553 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 FE FF 28 33 00 ]
19:23:31.694 -> Set Indoor Bike Simulation Parameters!
19:23:31.694 -> Wind speed (1000): 0.00 | Grade (100): -0.02 | Crr (10000): 0.00 | Cw (100): 0.51
19:23:32.387 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 3B 00 28 33 00 ]
19:23:32.526 -> Set Indoor Bike Simulation Parameters!
19:23:32.526 -> Wind speed (1000): 0.00 | Grade (100): 0.59 | Crr (10000): 0.00 | Cw (100): 0.51
19:23:33.227 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 70 00 28 33 00 ]
19:23:33.364 -> Set Indoor Bike Simulation Parameters!
19:23:33.364 -> Wind speed (1000): 0.00 | Grade (100): 1.12 | Crr (10000): 0.00 | Cw (100): 0.51
19:23:34.063 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 96 00 28 33 00 ]
19:23:34.204 -> Set Indoor Bike Simulation Parameters!
19:23:34.204 -> Wind speed (1000): 0.00 | Grade (100): 1.50 | Crr (10000): 0.00 | Cw (100): 0.51
19:23:34.904 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 B0 00 28 33 00 ]
19:23:35.042 -> Set Indoor Bike Simulation Parameters!
19:23:35.042 -> Wind speed (1000): 0.00 | Grade (100): 1.76 | Crr (10000): 0.00 | Cw (100): 0.51
19:23:35.740 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 BD 00 28 33 00 ]
19:23:35.881 -> Set Indoor Bike Simulation Parameters!
19:23:35.881 -> Wind speed (1000): 0.00 | Grade (100): 1.89 | Crr (10000): 0.00 | Cw (100): 0.51
19:23:36.673 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 BE 00 28 33 00 ]
19:23:36.767 -> Set Indoor Bike Simulation Parameters!
19:23:36.767 -> Wind speed (1000): 0.00 | Grade (100): 1.90 | Crr (10000): 0.00 | Cw (100): 0.51
19:23:37.509 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 B2 00 28 33 00 ]
19:23:37.603 -> Set Indoor Bike Simulation Parameters!
19:23:37.603 -> Wind speed (1000): 0.00 | Grade (100): 1.78 | Crr (10000): 0.00 | Cw (100): 0.51
19:23:38.399 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 9B 00 28 33 00 ]
19:23:38.540 -> Set Indoor Bike Simulation Parameters!
19:23:38.540 -> Wind speed (1000): 0.00 | Grade (100): 1.55 | Crr (10000): 0.00 | Cw (100): 0.51
19:23:39.236 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 78 00 28 33 00 ]
19:23:39.377 -> Set Indoor Bike Simulation Parameters!
19:23:39.377 -> Wind speed (1000): 0.00 | Grade (100): 1.20 | Crr (10000): 0.00 | Cw (100): 0.51
19:23:40.073 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 4E 00 28 33 00 ]
19:23:40.212 -> Set Indoor Bike Simulation Parameters!
19:23:40.212 -> Wind speed (1000): 0.00 | Grade (100): 0.78 | Crr (10000): 0.00 | Cw (100): 0.51
19:23:40.910 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 33 00 28 33 00 ]
19:23:41.048 -> Set Indoor Bike Simulation Parameters!
19:23:41.048 -> Wind speed (1000): 0.00 | Grade (100): 0.51 | Crr (10000): 0.00 | Cw (100): 0.51
19:23:41.746 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 1F 00 28 33 00 ]
19:23:41.887 -> Set Indoor Bike Simulation Parameters!
19:23:41.887 -> Wind speed (1000): 0.00 | Grade (100): 0.31 | Crr (10000): 0.00 | Cw (100): 0.51
19:23:42.590 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 10 00 28 33 00 ]
19:23:42.729 -> Set Indoor Bike Simulation Parameters!
19:23:42.729 -> Wind speed (1000): 0.00 | Grade (100): 0.16 | Crr (10000): 0.00 | Cw (100): 0.51
19:23:43.431 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 04 00 28 33 00 ]
19:23:43.571 -> Set Indoor Bike Simulation Parameters!
19:23:43.571 -> Wind speed (1000): 0.00 | Grade (100): 0.04 | Crr (10000): 0.00 | Cw (100): 0.51
19:23:44.272 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 FE FF 28 33 00 ]
19:23:44.411 -> Set Indoor Bike Simulation Parameters!
19:23:44.411 -> Wind speed (1000): 0.00 | Grade (100): -0.02 | Crr (10000): 0.00 | Cw (100): 0.51
19:23:45.103 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 FB FF 28 33 00 ]
19:23:45.242 -> Set Indoor Bike Simulation Parameters!
19:23:45.242 -> Wind speed (1000): 0.00 | Grade (100): -0.05 | Crr (10000): 0.00 | Cw (100): 0.51
19:23:45.982 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 F8 FF 28 33 00 ]
19:23:46.075 -> Set Indoor Bike Simulation Parameters!
19:23:46.075 -> Wind speed (1000): 0.00 | Grade (100): -0.08 | Crr (10000): 0.00 | Cw (100): 0.51
19:23:46.869 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 F7 FF 28 33 00 ]
19:23:46.961 -> Set Indoor Bike Simulation Parameters!
19:23:46.961 -> Wind speed (1000): 0.00 | Grade (100): -0.09 | Crr (10000): 0.00 | Cw (100): 0.51
19:23:47.701 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 F6 FF 28 33 00 ]
19:23:47.841 -> Set Indoor Bike Simulation Parameters!
19:23:47.841 -> Wind speed (1000): 0.00 | Grade (100): -0.10 | Crr (10000): 0.00 | Cw (100): 0.51
19:23:48.585 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 F7 FF 28 33 00 ]
19:23:48.723 -> Set Indoor Bike Simulation Parameters!
19:23:48.723 -> Wind speed (1000): 0.00 | Grade (100): -0.09 | Crr (10000): 0.00 | Cw (100): 0.51
19:23:49.419 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 F9 FF 28 33 00 ]
19:23:49.561 -> Set Indoor Bike Simulation Parameters!
19:23:49.561 -> Wind speed (1000): 0.00 | Grade (100): -0.07 | Crr (10000): 0.00 | Cw (100): 0.51
19:23:50.259 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 FD FF 28 33 00 ]
19:23:50.398 -> Set Indoor Bike Simulation Parameters!
19:23:50.398 -> Wind speed (1000): 0.00 | Grade (100): -0.03 | Crr (10000): 0.00 | Cw (100): 0.51
19:23:51.141 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 00 00 28 33 00 ]
19:23:51.234 -> Set Indoor Bike Simulation Parameters!
19:23:51.234 -> Wind speed (1000): 0.00 | Grade (100): 0.00 | Crr (10000): 0.00 | Cw (100): 0.51
19:24:18.264 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 F1 FF 28 33 00 ]
19:24:18.356 -> Set Indoor Bike Simulation Parameters!
19:24:18.356 -> Wind speed (1000): 0.00 | Grade (100): -0.15 | Crr (10000): 0.00 | Cw (100): 0.51
19:24:19.099 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 E0 FF 28 33 00 ]
19:24:19.192 -> Set Indoor Bike Simulation Parameters!
19:24:19.192 -> Wind speed (1000): 0.00 | Grade (100): -0.32 | Crr (10000): 0.00 | Cw (100): 0.51
19:24:19.983 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 E3 FF 28 33 00 ]
19:24:20.123 -> Set Indoor Bike Simulation Parameters!
19:24:20.123 -> Wind speed (1000): 0.00 | Grade (100): -0.29 | Crr (10000): 0.00 | Cw (100): 0.51
19:24:20.822 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 20 00 28 33 00 ]
19:24:20.962 -> Set Indoor Bike Simulation Parameters!
19:24:20.962 -> Wind speed (1000): 0.00 | Grade (100): 0.32 | Crr (10000): 0.00 | Cw (100): 0.51
19:24:21.659 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 A6 00 28 33 00 ]
19:24:21.798 -> Set Indoor Bike Simulation Parameters!
19:24:21.798 -> Wind speed (1000): 0.00 | Grade (100): 1.66 | Crr (10000): 0.00 | Cw (100): 0.51
19:24:22.500 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 14 01 28 33 00 ]
19:24:22.640 -> Set Indoor Bike Simulation Parameters!
19:24:22.640 -> Wind speed (1000): 0.00 | Grade (100): 2.76 | Crr (10000): 0.00 | Cw (100): 0.51
19:24:23.339 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 33 01 28 33 00 ]
19:24:23.480 -> Set Indoor Bike Simulation Parameters!
19:24:23.480 -> Wind speed (1000): 0.00 | Grade (100): 3.07 | Crr (10000): 0.00 | Cw (100): 0.51
19:24:24.179 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 39 01 28 33 00 ]
19:24:24.318 -> Set Indoor Bike Simulation Parameters!
19:24:24.318 -> Wind speed (1000): 0.00 | Grade (100): 3.13 | Crr (10000): 0.00 | Cw (100): 0.51
19:24:25.013 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 37 01 28 33 00 ]
19:24:25.151 -> Set Indoor Bike Simulation Parameters!
19:24:25.151 -> Wind speed (1000): 0.00 | Grade (100): 3.11 | Crr (10000): 0.00 | Cw (100): 0.51
19:24:25.851 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 2F 01 28 33 00 ]
19:24:25.990 -> Set Indoor Bike Simulation Parameters!
19:24:25.990 -> Wind speed (1000): 0.00 | Grade (100): 3.03 | Crr (10000): 0.00 | Cw (100): 0.51
19:24:26.689 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 21 01 28 33 00 ]
19:24:26.829 -> Set Indoor Bike Simulation Parameters!
19:24:26.829 -> Wind speed (1000): 0.00 | Grade (100): 2.89 | Crr (10000): 0.00 | Cw (100): 0.51
19:24:27.522 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 0C 01 28 33 00 ]
19:24:27.662 -> Set Indoor Bike Simulation Parameters!
19:24:27.662 -> Wind speed (1000): 0.00 | Grade (100): 2.68 | Crr (10000): 0.00 | Cw (100): 0.51
19:24:28.364 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 EB 00 28 33 00 ]
19:24:28.502 -> Set Indoor Bike Simulation Parameters!
19:24:28.502 -> Wind speed (1000): 0.00 | Grade (100): 2.35 | Crr (10000): 0.00 | Cw (100): 0.51
19:24:29.203 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 B5 00 28 33 00 ]
19:24:29.340 -> Set Indoor Bike Simulation Parameters!
19:24:29.340 -> Wind speed (1000): 0.00 | Grade (100): 1.81 | Crr (10000): 0.00 | Cw (100): 0.51
19:24:30.042 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 7D 00 28 33 00 ]
19:24:30.182 -> Set Indoor Bike Simulation Parameters!
19:24:30.182 -> Wind speed (1000): 0.00 | Grade (100): 1.25 | Crr (10000): 0.00 | Cw (100): 0.51
19:24:30.880 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 48 00 28 33 00 ]
19:24:31.022 -> Set Indoor Bike Simulation Parameters!
19:24:31.022 -> Wind speed (1000): 0.00 | Grade (100): 0.72 | Crr (10000): 0.00 | Cw (100): 0.51
19:24:31.814 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 0D 00 28 33 00 ]
19:24:31.906 -> Set Indoor Bike Simulation Parameters!
19:24:31.906 -> Wind speed (1000): 0.00 | Grade (100): 0.13 | Crr (10000): 0.00 | Cw (100): 0.51
19:24:32.697 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 F1 FF 28 33 00 ]
19:24:32.837 -> Set Indoor Bike Simulation Parameters!
19:24:32.837 -> Wind speed (1000): 0.00 | Grade (100): -0.15 | Crr (10000): 0.00 | Cw (100): 0.51
19:24:33.534 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 E4 FF 28 33 00 ]
19:24:33.674 -> Set Indoor Bike Simulation Parameters!
19:24:33.674 -> Wind speed (1000): 0.00 | Grade (100): -0.28 | Crr (10000): 0.00 | Cw (100): 0.51
19:24:34.376 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 E1 FF 28 33 00 ]
19:24:34.517 -> Set Indoor Bike Simulation Parameters!
19:24:34.517 -> Wind speed (1000): 0.00 | Grade (100): -0.31 | Crr (10000): 0.00 | Cw (100): 0.51
19:24:35.261 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 E8 FF 28 33 00 ]
19:24:35.400 -> Set Indoor Bike Simulation Parameters!
19:24:35.400 -> Wind speed (1000): 0.00 | Grade (100): -0.24 | Crr (10000): 0.00 | Cw (100): 0.51
19:24:36.143 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 F7 FF 28 33 00 ]
19:24:36.236 -> Set Indoor Bike Simulation Parameters!
19:24:36.236 -> Wind speed (1000): 0.00 | Grade (100): -0.09 | Crr (10000): 0.00 | Cw (100): 0.51
19:24:36.938 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 00 00 28 33 00 ]
19:24:37.076 -> Set Indoor Bike Simulation Parameters!
19:24:37.076 -> Wind speed (1000): 0.00 | Grade (100): 0.00 | Crr (10000): 0.00 | Cw (100): 0.51
File 3
FTMS_Zwift_Bridge_v02.ino uploaded
Output from serial monitor.
No paired btw Trainer and Feather
only DIRETO XR 212
Avatar moved according to trainer, but no feedback from serial monitor
19:54:18.845 -> Feather nRF52840 MITM supporting: CPS, CSC and FTMS
19:54:18.845 -> ------------------ Version 02 ---------------------
19:54:19.114 -> FTM Service and Chars are 'initialized'
19:54:19.114 -> CP Service and Chars are 'initialized'
19:54:19.114 -> CSC Service and Chars are 'initialized'
19:54:19.114 -> Generic Access Service and Chars are 'initialized'
19:54:19.114 -> Device Information Service and Chars are 'initialized'
19:54:19.114 -> Start Client-side Scanning for CPS, CSC and FTMS!
Best Regards
Filippo
from simcline.
Berg0162
commented on May 25, 2024
Dear Filippo,
I made a mistake in the routine that checks for the presence of FTMS with the trainer (FTMS_Client and FTMS_Zwift_Bridge)...
It failed always(!) in case of the Direto, so the two never got connected and were never visible in the "Cercando" screens! Sorry for the inconvenience, hope you will give the two programs another try. Do not forget to set again the Mac Addresses in the Bridge code!
WARNING grade data btw serial monitor and zwift monitor discrepancy
Please notice that Zwift always presents road grades on the screen in whole numbers ( -3, -2, -1, 0, 1, 2, 3) (units of 1) while the indoor bike data (i.c. grade) is specified in units of 0.01 . So if you look at the two in real time you have to round the printed numbers (Serial Monitor) before comparison with what you see on the screen. It is my experience that the Zwift screen value is updated even later than the value of the transmitted data indicate!
Best wishes,
Jörgen.
from simcline.
cherryphilip74
commented on May 25, 2024
Hi Jörgen,!
I tried both ino files and as made last time on FTMS_Zwift_Bridge_v02 I put PC and DIRETO MAC addresses.
- Feedback from FTMS_Client serial monitor:
Trainer paired with nRF52, i moved the trainer pedals, but didn't feel changes in resistance... I tried over 5 minutes
I think that client receive info from trainer, but nRF52 is not able to manage the trainer.
10:07:43.146 -> Feather nRF52 Client/Central: CPS, CSC and FTMS
20:07:43.146 -> ----------------- Version 02 --------------------
20:07:43.146 -> Initialise the Bluefruit nRF52 module: Client (Central)
20:07:43.387 -> FTMS and Chars 'initialized'
20:07:43.387 -> CPS and Chars 'initialized'
20:07:43.387 -> CSCS and Chars 'initialized'
20:07:43.387 -> GA and Chars 'initialized'
20:07:43.387 -> DIS and Chars 'initialized'
20:07:43.387 -> Start Scanning for CPS, CSC and FTMS!
20:07:43.468 -> Peripheral device (Trainer) found that has FTMS [1826] enabled!
20:07:43.468 -> Advertising Peripheral with CPS or CSC or FTMS, see the Raw Data packet:
20:07:43.468 -> Timestamp MAC Address Rssi Data
20:07:43.468 -> 000000339 EE:18:4B:1F:9F:3E -61 03-19-85-04-02-01-06-05-02-26-18-18-18-06-16-26-18-01-20-00-0A-09-44-49-52-45-54-4F-20-58-52
20:07:43.748 -> Feather nRF52 (Central) connected to Trainer (Peripheral) device: [DIRETO XR] MAC Address: EE:18:4B:1F:9F:3E
20:07:43.748 -> Now checking mandatory Client Services and Characteristics!
20:07:43.789 -> Discovering Client Cycling Power (CP) Service ... Found it! CPS Max Payload: 20 Data Length: 27
20:07:43.829 -> Discovering Client CP Measurement characteristic ... Found it!
20:07:43.949 -> Discovering Client CP Control Point characteristic ... Found it!
20:07:44.069 -> Discovering Client CP Feature characteristic ... Found it!
20:07:44.149 -> -> Client Reads Raw CP Feature bytes: [4] [ 0D 02 00 00 ]
20:07:44.149 -> Pedal power balance supported
20:07:44.149 -> Wheel revolution data supported
20:07:44.149 -> Crank revolution data supported
20:07:44.189 -> Offset compensation supported
20:07:44.189 -> Discovering Client CP Sensor Location characteristic ... Found it!
20:07:44.269 -> -> Client Reads CP Location Sensor: Loc#: 0 Other
20:07:44.269 -> Discovering Cycling Speed and Cadence (CSC) Service ... Found it! CSCS Max Payload: 20 Data Length: 27
20:07:44.349 -> Discovering Client CSC Measurement CHR ... Found it!
20:07:44.429 -> Discovering Client CSC Location CHR ... Found it!
20:07:44.509 -> -> Client Reads CSC Location Sensor: Loc#: 0 Other
20:07:44.509 -> Discovering Client CSC Feature CHR ... Found it!
20:07:44.589 -> -> Client Reads Raw CSC Feature bytes: [2] [ 03 00 ]
20:07:44.629 -> Wheel rev supported
20:07:44.629 -> Crank rev supported
20:07:44.629 -> Found Client Generic Access
20:07:44.749 -> -> Client Reads Device Name: [DIRETO XR]
20:07:44.870 -> -> Client Reads Appearance: [1157]
20:07:44.950 -> Found Client Device Information
20:07:45.071 -> -> Client Reads Manufacturer: [Elite]
20:07:45.271 -> -> Client Reads Serial Number: [52687]
20:07:45.271 -> Discovering Client Fitness Machine (FTM) Service ... Found it! FTMS Max Payload: 20 Data Length: 27
20:07:45.351 -> Discovering Client FTM Feature Characteristic ... Found it!
20:07:45.431 -> -> Client Reads Raw FTM Feature bytes: [8] [ 86 50 00 00 0C E0 00 00 ]
20:07:45.472 -> Discovering Client FTM Training Status Characteristic ... Found it!
20:07:45.592 -> Discovering Client FTM Supported Resistance Level Range Characteristic ... Found it!
20:07:45.712 -> -> Client Reads Raw FTM Supported Resistance Level Range bytes: [6] [ 00 00 C8 00 01 00 ]
20:07:45.712 -> Discovering Client FTM Supported Power Range Characteristic ... Found it!
20:07:45.873 -> -> Client Reads Raw FTM Supported Power Range bytes: [6] [ 00 00 A0 0F 01 00 ]
20:07:45.873 -> Discovering Client FTM Indoor Bike Data Characteristic ... Found it!
20:07:45.953 -> Discovering Client FTM Control Point Characteristic ... Found it!
20:07:46.153 -> Discovering Client FTM Status Characteristic ... Ready to receive Client CP Measurement values
20:07:46.234 -> Ready to receive Client CP Control Point Responses
20:07:46.234 -> Ready to receive Client CSC Measurement values
20:07:46.274 -> Found it!
20:07:46.274 -> Ready to receive Client FTM Training Status values
20:07:46.274 -> Ready to receive Client FTM Indoor Bike Data values
20:07:46.314 -> Ready to receive Client FTM Control Point Response Messages
20:07:46.354 -> Ready to receive Client FTM Status values
20:07:46.354 -> Client (Central) is Up and Running!
20:07:47.115 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 0A 03 00 00 00 68 03 ]
20:07:47.115 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 167968768 m Instantaneous Power: 0 Watt Elapsed time: 872 s
20:07:48.081 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 0A 03 00 00 00 69 03 ]
20:07:48.081 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 167968768 m Instantaneous Power: 0 Watt Elapsed time: 873 s
20:07:48.362 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 00 00 00 00 00 00 00 00 ]
20:07:49.092 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 0A 03 00 00 00 6A 03 ]
20:07:49.092 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 167968768 m Instantaneous Power: 0 Watt Elapsed time: 874 s
20:07:50.056 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 0A 03 00 00 00 6B 03 ]
20:07:50.056 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 167968768 m Instantaneous Power: 0 Watt Elapsed time: 875 s
20:07:50.397 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 00 00 00 00 00 00 00 00 ]
20:07:51.018 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 0A 03 00 00 00 6C 03 ]
20:07:51.018 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 167968768 m Instantaneous Power: 0 Watt Elapsed time: 876 s
20:07:52.023 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 0A 03 00 00 00 6D 03 ]
20:07:52.023 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 167968768 m Instantaneous Power: 0 Watt Elapsed time: 877 s
20:07:52.386 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 07 00 00 00 00 00 00 00 ]
20:07:52.992 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 0A 03 00 00 00 6E 03 ]
20:07:52.992 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 167968768 m Instantaneous Power: 0 Watt Elapsed time: 878 s
20:07:53.957 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 0A 03 00 00 00 6F 03 ]
20:07:53.957 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 167968768 m Instantaneous Power: 0 Watt Elapsed time: 879 s
20:07:54.399 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 22 01 28 33 00 ]
20:07:54.960 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 0A 03 00 00 00 70 03 ]
20:07:54.960 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 167968768 m Instantaneous Power: 0 Watt Elapsed time: 880 s
20:07:55.925 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 0A 03 00 00 00 71 03 ]
20:07:55.925 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 167968768 m Instantaneous Power: 0 Watt Elapsed time: 881 s
20:07:56.406 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 09 00 28 33 00 ]
20:07:56.887 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 0A 03 00 00 00 72 03 ]
20:07:56.887 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 167968768 m Instantaneous Power: 0 Watt Elapsed time: 882 s
20:07:57.892 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 0A 03 00 00 00 73 03 ]
20:07:57.892 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 167968768 m Instantaneous Power: 0 Watt Elapsed time: 883 s
20:07:58.415 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 00 00 28 33 00 ]
20:07:58.856 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 0A 03 00 00 00 74 03 ]
20:07:58.856 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 167968768 m Instantaneous Power: 0 Watt Elapsed time: 884 s
20:07:59.861 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 0A 03 00 00 00 75 03 ]
20:07:59.861 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 167968768 m Instantaneous Power: 0 Watt Elapsed time: 885 s
20:08:00.422 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 14 00 28 33 00 ]
20:08:00.824 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 0A 03 00 00 00 76 03 ]
20:08:00.824 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 167968768 m Instantaneous Power: 0 Watt Elapsed time: 886 s
20:08:01.789 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 0A 03 00 00 00 77 03 ]
20:08:01.789 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 167968768 m Instantaneous Power: 0 Watt Elapsed time: 887 s
20:08:02.431 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 22 00 28 33 00 ]
20:08:02.752 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 0A 03 00 00 00 78 03 ]
20:08:02.752 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 167968768 m Instantaneous Power: 0 Watt Elapsed time: 888 s
20:08:03.757 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 0A 03 00 00 00 79 03 ]
20:08:03.757 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 167968768 m Instantaneous Power: 0 Watt Elapsed time: 889 s
20:08:04.439 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 25 00 28 33 00 ]
20:08:04.720 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 0A 03 00 00 00 7A 03 ]
20:08:04.720 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 167968768 m Instantaneous Power: 0 Watt Elapsed time: 890 s
20:08:05.725 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 0A 03 00 00 00 7B 03 ]
20:08:05.725 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 167968768 m Instantaneous Power: 0 Watt Elapsed time: 891 s
20:08:06.448 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 23 00 28 33 00 ]
20:08:06.689 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 0A 03 00 00 00 7C 03 ]
20:08:06.689 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 167968768 m Instantaneous Power: 0 Watt Elapsed time: 892 s
20:08:07.251 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 00 ]
20:08:07.652 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 F7 02 00 00 0B 03 00 00 00 7D 03 ]
20:08:07.652 -> Speed: 7 KPH Instantaneous Cadence: 0 RPM Total Distance: 184745984 m Instantaneous Power: 0 Watt Elapsed time: 893 s
20:08:08.134 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 09 ]
20:08:08.456 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 1C 00 28 33 00 ]
20:08:08.656 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 01 04 00 00 0E 03 00 0A 00 7E 03 ]
20:08:08.656 -> Speed: 10 KPH Instantaneous Cadence: 0 RPM Total Distance: 235077632 m Instantaneous Power: 10 Watt Elapsed time: 894 s
20:08:08.737 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 0A ]
20:08:09.662 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 63 04 1C 00 11 03 00 1F 00 7F 03 ]
20:08:09.662 -> Speed: 11 KPH Instantaneous Cadence: 14 RPM Total Distance: 285409280 m Instantaneous Power: 31 Watt Elapsed time: 895 s
20:08:10.465 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 0F 00 28 33 00 ]
20:08:10.625 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 95 04 3A 00 14 03 00 27 00 80 03 ]
20:08:10.625 -> Speed: 11 KPH Instantaneous Cadence: 29 RPM Total Distance: 335740928 m Instantaneous Power: 39 Watt Elapsed time: 896 s
20:08:11.589 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 B3 04 5A 00 17 03 00 21 00 81 03 ]
20:08:11.589 -> Speed: 12 KPH Instantaneous Cadence: 45 RPM Total Distance: 386072576 m Instantaneous Power: 33 Watt Elapsed time: 897 s
20:08:12.473 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 00 00 28 33 00 ]
20:08:12.553 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 C6 04 78 00 1A 03 00 21 00 82 03 ]
20:08:12.553 -> Speed: 12 KPH Instantaneous Cadence: 60 RPM Total Distance: 436404224 m Instantaneous Power: 33 Watt Elapsed time: 898 s
20:08:13.558 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 CF 04 7E 00 1E 03 00 1F 00 83 03 ]
20:08:13.558 -> Speed: 12 KPH Instantaneous Cadence: 63 RPM Total Distance: 503513088 m Instantaneous Power: 31 Watt Elapsed time: 899 s
20:08:14.481 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 F5 FF 28 33 00 ]
20:08:14.521 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 DE 04 80 00 21 03 00 1F 00 84 03 ]
20:08:14.521 -> Speed: 12 KPH Instantaneous Cadence: 64 RPM Total Distance: 553844736 m Instantaneous Power: 31 Watt Elapsed time: 900 s
20:08:15.522 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 F0 04 82 00 24 03 00 20 00 85 03 ]
20:08:15.522 -> Speed: 12 KPH Instantaneous Cadence: 65 RPM Total Distance: 604176384 m Instantaneous Power: 32 Watt Elapsed time: 901 s
20:08:16.485 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 FF 04 84 00 28 03 00 22 00 86 03 ]
20:08:16.485 -> Speed: 12 KPH Instantaneous Cadence: 66 RPM Total Distance: 671285248 m Instantaneous Power: 34 Watt Elapsed time: 902 s
20:08:16.485 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 E4 FF 28 33 00 ]
20:08:17.448 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 4D 05 8A 00 2C 03 00 29 00 87 03 ]
20:08:17.448 -> Speed: 13 KPH Instantaneous Cadence: 69 RPM Total Distance: 738394112 m Instantaneous Power: 41 Watt Elapsed time: 903 s
20:08:18.452 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 3F 05 8A 00 2F 03 00 27 00 88 03 ]
20:08:18.452 -> Speed: 13 KPH Instantaneous Cadence: 69 RPM Total Distance: 788725760 m Instantaneous Power: 39 Watt Elapsed time: 904 s
20:08:18.492 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 CF FF 28 33 00 ]
20:08:19.415 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 3F 05 8E 00 33 03 00 22 00 89 03 ]
20:08:19.415 -> Speed: 13 KPH Instantaneous Cadence: 71 RPM Total Distance: 855834624 m Instantaneous Power: 34 Watt Elapsed time: 905 s
20:08:20.419 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 56 05 8E 00 36 03 00 26 00 8A 03 ]
20:08:20.419 -> Speed: 13 KPH Instantaneous Cadence: 71 RPM Total Distance: 906166272 m Instantaneous Power: 38 Watt Elapsed time: 906 s
20:08:20.500 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 A8 FF 28 33 00 ]
20:08:21.383 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 56 05 90 00 3A 03 00 26 00 8B 03 ]
20:08:21.383 -> Speed: 13 KPH Instantaneous Cadence: 72 RPM Total Distance: 973275136 m Instantaneous Power: 38 Watt Elapsed time: 907 s
20:08:22.348 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 3C 05 90 00 3E 03 00 23 00 8C 03 ]
20:08:22.348 -> Speed: 13 KPH Instantaneous Cadence: 72 RPM Total Distance: 1040384000 m Instantaneous Power: 35 Watt Elapsed time: 908 s
20:08:22.509 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 84 FF 28 33 00 ]
20:08:23.353 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 36 05 90 00 42 03 00 1F 00 8D 03 ]
20:08:23.353 -> Speed: 13 KPH Instantaneous Cadence: 72 RPM Total Distance: 1107492864 m Instantaneous Power: 31 Watt Elapsed time: 909 s
20:08:24.317 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 3F 05 90 00 45 03 00 1F 00 8E 03 ]
20:08:24.317 -> Speed: 13 KPH Instantaneous Cadence: 72 RPM Total Distance: 1157824512 m Instantaneous Power: 31 Watt Elapsed time: 910 s
20:08:24.517 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 67 FF 28 33 00 ]
20:08:25.319 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 66 05 90 00 49 03 00 29 00 8F 03 ]
20:08:25.319 -> Speed: 13 KPH Instantaneous Cadence: 72 RPM Total Distance: 1224933376 m Instantaneous Power: 41 Watt Elapsed time: 911 s
20:08:26.283 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 7F 05 92 00 4D 03 00 2C 00 90 03 ]
20:08:26.283 -> Speed: 14 KPH Instantaneous Cadence: 73 RPM Total Distance: 1292042240 m Instantaneous Power: 44 Watt Elapsed time: 912 s
20:08:26.565 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 5D FF 28 33 00 ]
20:08:27.289 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 92 05 94 00 51 03 00 29 00 91 03 ]
20:08:27.289 -> Speed: 14 KPH Instantaneous Cadence: 74 RPM Total Distance: 1359151104 m Instantaneous Power: 41 Watt Elapsed time: 913 s
20:08:28.213 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 A2 05 96 00 54 03 00 28 00 92 03 ]
20:08:28.213 -> Speed: 14 KPH Instantaneous Cadence: 75 RPM Total Distance: 1409482752 m Instantaneous Power: 40 Watt Elapsed time: 914 s
20:08:28.574 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 5E FF 28 33 00 ]
20:08:29.216 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 7F 05 96 00 58 03 00 26 00 93 03 ]
20:08:29.216 -> Speed: 14 KPH Instantaneous Cadence: 75 RPM Total Distance: 1476591616 m Instantaneous Power: 38 Watt Elapsed time: 915 s
20:08:30.181 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 6F 05 96 00 5C 03 00 22 00 94 03 ]
20:08:30.181 -> Speed: 13 KPH Instantaneous Cadence: 75 RPM Total Distance: 1543700480 m Instantaneous Power: 34 Watt Elapsed time: 916 s
20:08:30.544 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 6F FF 28 33 00 ]
20:08:31.146 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 69 05 96 00 60 03 00 23 00 95 03 ]
20:08:31.146 -> Speed: 13 KPH Instantaneous Cadence: 75 RPM Total Distance: 1610809344 m Instantaneous Power: 35 Watt Elapsed time: 917 s
20:08:32.150 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 6F 05 96 00 64 03 00 26 00 96 03 ]
20:08:32.150 -> Speed: 13 KPH Instantaneous Cadence: 75 RPM Total Distance: 1677918208 m Instantaneous Power: 38 Watt Elapsed time: 918 s
20:08:32.591 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 8A FF 28 33 00 ]
20:08:33.112 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 56 05 96 00 67 03 00 21 00 97 03 ]
20:08:33.112 -> Speed: 13 KPH Instantaneous Cadence: 75 RPM Total Distance: 1728249856 m Instantaneous Power: 33 Watt Elapsed time: 919 s
20:08:34.117 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 31 05 92 00 6B 03 00 20 00 98 03 ]
20:08:34.117 -> Speed: 13 KPH Instantaneous Cadence: 73 RPM Total Distance: 1795358720 m Instantaneous Power: 32 Watt Elapsed time: 920 s
20:08:34.598 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 B8 FF 28 33 00 ]
20:08:35.081 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 20 05 84 00 6F 03 00 20 00 99 03 ]
20:08:35.081 -> Speed: 13 KPH Instantaneous Cadence: 66 RPM Total Distance: 1862467584 m Instantaneous Power: 32 Watt Elapsed time: 921 s
20:08:36.045 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 25 05 84 00 72 03 00 22 00 9A 03 ]
20:08:36.045 -> Speed: 13 KPH Instantaneous Cadence: 66 RPM Total Distance: 1912799232 m Instantaneous Power: 34 Watt Elapsed time: 922 s
20:08:36.607 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 00 00 28 33 00 ]
20:08:37.049 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 4D 05 82 00 76 03 00 28 00 9B 03 ]
20:08:37.049 -> Speed: 13 KPH Instantaneous Cadence: 65 RPM Total Distance: 1979908096 m Instantaneous Power: 40 Watt Elapsed time: 923 s
20:08:38.014 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 3F 05 84 00 7A 03 00 24 00 9C 03 ]
20:08:38.014 -> Speed: 13 KPH Instantaneous Cadence: 66 RPM Total Distance: 2047016960 m Instantaneous Power: 36 Watt Elapsed time: 924 s
20:08:38.617 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 A2 00 28 33 00 ]
20:08:39.018 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 51 05 90 00 7D 03 00 24 00 9D 03 ]
20:08:39.018 -> Speed: 13 KPH Instantaneous Cadence: 72 RPM Total Distance: 2097348608 m Instantaneous Power: 36 Watt Elapsed time: 925 s
20:08:39.982 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 6C 05 8E 00 81 03 00 28 00 9E 03 ]
20:08:39.982 -> Speed: 13 KPH Instantaneous Cadence: 71 RPM Total Distance: -2130509824 m Instantaneous Power: 40 Watt Elapsed time: 926 s
20:08:40.624 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 09 01 28 33 00 ]
20:08:40.945 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 3F 05 90 00 85 03 00 24 00 9F 03 ]
20:08:40.945 -> Speed: 13 KPH Instantaneous Cadence: 72 RPM Total Distance: -2063400960 m Instantaneous Power: 36 Watt Elapsed time: 927 s
20:08:41.991 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 9C 05 92 00 89 03 00 27 00 A0 03 ]
20:08:41.991 -> Speed: 14 KPH Instantaneous Cadence: 73 RPM Total Distance: -1996292096 m Instantaneous Power: 39 Watt Elapsed time: 928 s
20:08:42.633 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 4F 01 28 33 00 ]
20:08:42.914 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 95 05 92 00 8C 03 00 2E 00 A1 03 ]
20:08:42.914 -> Speed: 14 KPH Instantaneous Cadence: 73 RPM Total Distance: -1945960448 m Instantaneous Power: 46 Watt Elapsed time: 929 s
20:08:43.918 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 1D 05 94 00 90 03 00 25 00 A2 03 ]
20:08:43.918 -> Speed: 13 KPH Instantaneous Cadence: 74 RPM Total Distance: -1878851584 m Instantaneous Power: 37 Watt Elapsed time: 930 s
20:08:44.640 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 67 01 28 33 00 ]
20:08:44.881 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 95 04 94 00 93 03 00 25 00 A3 03 ]
20:08:44.881 -> Speed: 11 KPH Instantaneous Cadence: 74 RPM Total Distance: -1828519936 m Instantaneous Power: 37 Watt Elapsed time: 931 s
20:08:45.845 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 A3 04 7A 00 97 03 00 1E 00 A4 03 ]
20:08:45.845 -> Speed: 11 KPH Instantaneous Cadence: 61 RPM Total Distance: -1761411072 m Instantaneous Power: 30 Watt Elapsed time: 932 s
20:08:46.649 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 57 FF 28 33 00 ]
20:08:46.850 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 EB 04 72 00 9A 03 00 1A 00 A5 03 ]
20:08:46.850 -> Speed: 12 KPH Instantaneous Cadence: 57 RPM Total Distance: -1711079424 m Instantaneous Power: 26 Watt Elapsed time: 933 s
20:08:47.815 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 3F 05 6E 00 9D 03 00 28 00 A6 03 ]
20:08:47.815 -> Speed: 13 KPH Instantaneous Cadence: 55 RPM Total Distance: -1660747776 m Instantaneous Power: 40 Watt Elapsed time: 934 s
20:08:48.651 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 08 00 00 00 00 00 00 00 ]
20:08:48.811 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 63 05 6E 00 A1 03 00 2E 00 A7 03 ]
20:08:48.811 -> Speed: 13 KPH Instantaneous Cadence: 55 RPM Total Distance: -1593638912 m Instantaneous Power: 46 Watt Elapsed time: 935 s
20:08:49.777 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 88 05 7E 00 A5 03 00 2B 00 A8 03 ]
20:08:49.777 -> Speed: 14 KPH Instantaneous Cadence: 63 RPM Total Distance: -1526530048 m Instantaneous Power: 43 Watt Elapsed time: 936 s
20:08:50.664 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 01 00 00 00 00 00 00 00 ]
20:08:50.744 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 78 05 84 00 A9 03 00 2A 00 A9 03 ]
20:08:50.744 -> Speed: 14 KPH Instantaneous Cadence: 66 RPM Total Distance: -1459421184 m Instantaneous Power: 42 Watt Elapsed time: 937 s
20:08:51.748 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 75 05 88 00 AD 03 00 23 00 AA 03 ]
20:08:51.748 -> Speed: 13 KPH Instantaneous Cadence: 68 RPM Total Distance: -1392312320 m Instantaneous Power: 35 Watt Elapsed time: 938 s
20:08:52.672 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 00 00 00 00 00 00 00 00 ]
20:08:52.712 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 72 05 96 00 B0 03 00 24 00 AB 03 ]
20:08:52.712 -> Speed: 13 KPH Instantaneous Cadence: 75 RPM Total Distance: -1341980672 m Instantaneous Power: 36 Watt Elapsed time: 939 s
20:08:53.674 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 5A 05 96 00 B4 03 00 23 00 AC 03 ]
20:08:53.674 -> Speed: 13 KPH Instantaneous Cadence: 75 RPM Total Distance: -1274871808 m Instantaneous Power: 35 Watt Elapsed time: 940 s
20:08:54.678 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 6F 05 94 00 B8 03 00 24 00 AD 03 ]
20:08:54.678 -> Speed: 13 KPH Instantaneous Cadence: 74 RPM Total Distance: -1207762944 m Instantaneous Power: 36 Watt Elapsed time: 941 s
20:08:54.678 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 00 00 00 00 00 00 00 00 ]
MAC Address: EE:18:4B:1F:9F:3E
15:59:52.654 -> Now checking mandatory Client Services and Characteristics!
15:59:52.654 -> Discovering Client Cycling Power (CP) Service ... Not Found!
15:59:52.654 -> Disconnecting since Client Cyling Power Service is mandatory!
15:59:52.654 -> Client Disconnected, reason = 0x3E
15:59:52.654 -> Peripheral device (Trainer) found that has FTMS [1826] enabled!
15:59:52.654 -> Advertising Peripheral with CPS or CSC or FTMS, see the Raw Data packet:
15:59:52.654 -> Timestamp MAC Address Rssi Data
15:59:52.654 -> 000001821 EE:18:4B:1F:9F:3E -64 03-19-85-04-02-01-06-05-02-26-18-18-18-06-16-26-18-01-20-00-0A-09-44-49-52-45-54-4F-20-58-52
15:59:52.935 -> Feather nRF52 (Central) connected to Trainer (Peripheral) device: [DIRETO XR] MAC Address: EE:18:4B:1F:9F:3E
15:59:52.981 -> Now checking mandatory Client Services and Characteristics!
15:59:52.981 -> Discovering Client Cycling Power (CP) Service ... Found it! CPS Max Payload: 20 Data Length: 27
15:59:53.028 -> Discovering Client CP Measurement characteristic ... Found it!
15:59:53.122 -> Discovering Client CP Control Point characteristic ... Found it!
15:59:53.261 -> Discovering Client CP Feature characteristic ... Found it!
15:59:53.402 -> -> Client Reads Raw CP Feature bytes: [4] [ 0D 02 00 00 ]
15:59:53.402 -> Pedal power balance supported
15:59:53.402 -> Wheel revolution data supported
15:59:53.402 -> Crank revolution data supported
15:59:53.402 -> Offset compensation supported
15:59:53.450 -> Discovering Client CP Sensor Location characteristic ... Found it!
15:59:53.542 -> -> Client Reads CP Location Sensor: Loc#: 0 Other
15:59:53.542 -> Discovering Cycling Speed and Cadence (CSC) Service ... Found it! CSCS Max Payload: 20 Data Length: 27
15:59:53.588 -> Discovering Client CSC Measurement CHR ... Found it!
15:59:53.683 -> Discovering Client CSC Location CHR ... Found it!
15:59:53.823 -> -> Client Reads CSC Location Sensor: Loc#: 0 Other
15:59:53.823 -> Discovering Client CSC Feature CHR ... Found it!
15:59:53.916 -> -> Client Reads Raw CSC Feature bytes: [2] [ 03 00 ]
15:59:53.916 -> Wheel rev supported
15:59:53.916 -> Crank rev supported
15:59:53.962 -> Found Client Generic Access
15:59:54.056 -> -> Client Reads Device Name: [DIRETO XR]
15:59:54.198 -> -> Client Reads Appearance: [1157]
15:59:54.244 -> Found Client Device Information
15:59:54.383 -> -> Client Reads Manufacturer: [Elite]
15:59:54.618 -> Ready to receive Client CP Measurement values
15:59:54.665 -> -> Client Reads Serial Number: [52687]
15:59:54.665 -> Discovering Client Fitness Machine (FTM) Service ... Ready to receive Client CP Control Point Responses
15:59:54.710 -> Ready to receive Client CSC Measurement values
15:59:54.710 -> Couldn't enable notify for Client FTM Training Status Characteristic. Increase DEBUG LEVEL for troubleshooting
15:59:54.710 -> Couldn't enable notify for Client FTM Indoor Bike Data Characteristic. Increase DEBUG LEVEL for troubleshootingFound it! FTMS Max Payload: 20 Data Length: 27
15:59:54.710 -> Discovering Client FTM Feature Characteristic ...
15:59:54.710 -> Couldn't enable notify for Client FTM Control Point Characteristic. Increase DEBUG LEVEL for troubleshooting
15:59:54.710 -> Couldn't enable notify for Client FTM Status Characteristic. Increase DEBUG LEVEL for troubleshooting
15:59:54.710 -> Client (Central) is Up and Running!
15:59:54.757 -> Found it!
15:59:54.804 -> -> Client Reads Raw FTM Feature bytes: [8] [ 86 50 00 00 0C E0 00 00 ]
15:59:54.804 -> Discovering Client FTM Training Status Characteristic ... Found it!
15:59:54.897 -> Discovering Client FTM Supported Resistance Level Range Characteristic ... Found it!
15:59:55.037 -> -> Client Reads Raw FTM Supported Resistance Level Range bytes: [6] [ 00 00 C8 00 01 00 ]
15:59:55.037 -> Discovering Client FTM Supported Power Range Characteristic ... Found it!
15:59:55.177 -> -> Client Reads Raw FTM Supported Power Range bytes: [6] [ 00 00 A0 0F 01 00 ]
15:59:55.177 -> Discovering Client FTM Indoor Bike Data Characteristic ... Found it!
15:59:55.270 -> Discovering Client FTM Control Point Characteristic ... Found it!
15:59:55.457 -> Discovering Client FTM Status Characteristic ... Found it!
15:59:56.721 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 00 00 00 00 00 00 00 00 ]
15:59:58.737 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 00 00 00 00 00 00 00 00 ]
16:00:00.779 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 07 00 00 00 00 00 00 00 ]
16:00:02.758 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 22 01 28 33 00 ]
16:00:04.772 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 09 00 28 33 00 ]
16:00:06.783 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 00 00 28 33 00 ]
16:00:08.795 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 14 00 28 33 00 ]
16:00:10.815 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 22 00 28 33 00 ]
16:00:12.824 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 25 00 28 33 00 ]
16:00:14.835 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 23 00 28 33 00 ]
16:00:16.843 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 1C 00 28 33 00 ]
16:00:18.851 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 0F 00 28 33 00 ]
16:00:20.856 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 00 00 28 33 00 ]
16:00:22.859 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 F5 FF 28 33 00 ]
16:00:24.863 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 E4 FF 28 33 00 ]
16:00:26.867 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 CF FF 28 33 00 ]
16:00:28.906 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 A8 FF 28 33 00 ]
16:00:30.902 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 84 FF 28 33 00 ]
16:00:32.908 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 67 FF 28 33 00 ]
16:00:34.916 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 5D FF 28 33 00 ]
16:00:36.923 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 5E FF 28 33 00 ]
16:00:38.932 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 6F FF 28 33 00 ]
16:00:40.939 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 8A FF 28 33 00 ]
16:00:42.949 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 B8 FF 28 33 00 ]
16:00:44.958 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 00 00 28 33 00 ]
16:00:46.966 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 A2 00 28 33 00 ]
16:00:48.974 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 09 01 28 33 00 ]
16:00:51.023 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 4F 01 28 33 00 ]
16:00:53.032 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 67 01 28 33 00 ]
16:00:55.038 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 57 FF 28 33 00 ]
2) Feedback from FTMS_Zwift_Bridge_v02 serial monitor:
from App Zwift i see only DIRETO XR S12 by BLE, then I loaded the volcano road and I started the ride, but i didn't see any information from serial monitor.
19:49:03.382 -> Feather nRF52840 MITM supporting: CPS, CSC and FTMS
19:49:03.382 -> ------------------ Version 02 ---------------------
19:49:03.661 -> FTM Service and Chars are 'initialized'
19:49:03.661 -> CP Service and Chars are 'initialized'
19:49:03.661 -> CSC Service and Chars are 'initialized'
19:49:03.661 -> Generic Access Service and Chars are 'initialized'
19:49:03.661 -> Device Information Service and Chars are 'initialized'
19:49:03.661 -> Start Client-side Scanning for CPS, CSC and FTMS!
19:49:03.661 -> Peripheral device (Trainer) found that has FTMS [1826] enabled!
Let me know the next step
Best Regards
Filipppo
from simcline.
Berg0162
commented on May 25, 2024
Dear Filippo,
2) Feedback from FTMS_Zwift_Bridge_v02 serial monitor:
from App Zwift i see only DIRETO XR S12 by BLE, then I loaded the volcano road and I started the ride, but i didn't see any information from serial monitor.
19:49:03.382 -> Feather nRF52840 MITM supporting: CPS, CSC and FTMS
19:49:03.382 -> ------------------ Version 02 ---------------------
19:49:03.661 -> FTM Service and Chars are 'initialized'
19:49:03.661 -> CP Service and Chars are 'initialized'
19:49:03.661 -> CSC Service and Chars are 'initialized'
19:49:03.661 -> Generic Access Service and Chars are 'initialized'
19:49:03.661 -> Device Information Service and Chars are 'initialized'
19:49:03.661 -> Start Client-side Scanning for CPS, CSC and FTMS!
19:49:03.661 -> Peripheral device (Trainer) found that has FTMS [1826] enabled!
Please check the Mac Addresses of Trainer and Laptop --> did you make a typo when entering these in the program code ???
The program checks at this spot the trainer mac address and compares it with what has been entered by you --> NOT equal -> keep scanning.... --> never finds one....
Best wishes,
Jörgen.
from simcline.
cherryphilip74
commented on May 25, 2024
Dear Jörgen!
my fault, I put a wrong MAC address (last two codes).
Here the serial monitor output data.
No resistance when the road grade changes
I used Zwift and Rouvy apps for this test.
In Zwift i found DIRETO XR S57
In Rouvy I found DIRETO XR Sim
17:38:15.675 -> Feather nRF52840 MITM supporting: CPS, CSC and FTMS
17:38:15.675 -> ------------------ Version 02 ---------------------
17:38:15.957 -> FTM Service and Chars are 'initialized'
17:38:15.957 -> CP Service and Chars are 'initialized'
17:38:15.957 -> CSC Service and Chars are 'initialized'
17:38:15.957 -> Generic Access Service and Chars are 'initialized'
17:38:15.957 -> Device Information Service and Chars are 'initialized'
17:38:15.957 -> Start Client-side Scanning for CPS, CSC and FTMS!
17:38:16.096 -> Peripheral device (Trainer) found that has FTMS [1826] enabled!
17:38:16.096 -> Advertising Peripheral with FTMS, CPS and CSC is found! See Raw data packet:
17:38:16.096 -> Timestamp Addr Rssi Data
17:38:16.096 -> 000000424 EE:18:4B:1F:9F:3E -67 03-19-85-04-02-01-06-05-02-26-18-18-18-06-16-26-18-01-20-00-0A-09-44-49-52-45-54-4F-20-58-52
17:38:16.190 -> Feather nRF52 (Central) connected to Trainer (Peripheral) device: [DIRETO XR] MAC Address: EE:18:4B:1F:9F:3E
17:38:16.190 -> Now checking all mandatory Client Services and Characteristics!
17:38:16.190 -> Discovering Client Cycling Power (CP) Service ... Found it! CPS Max Payload: 20 Data Length: 27
17:38:16.237 -> Discovering Client CP Measurement characteristic ... Found it!
17:38:16.331 -> Discovering Client CP Control Point characteristic ... Found it!
17:38:16.517 -> Discovering Client CP Feature characteristic ... Found it!
17:38:16.658 -> -> Client Reads Raw CP Feature bytes: [4] [ 0D 02 00 00 ]
17:38:16.658 -> Pedal power balance supported
17:38:16.658 -> Wheel revolution data supported
17:38:16.658 -> Crank revolution data supported
17:38:16.658 -> Offset compensation supported
17:38:16.658 -> Discovering Client CP Sensor Location characteristic ... Found it!
17:38:16.705 -> -> Client Reads CP Location Sensor: Loc#: 0 Other
17:38:16.705 -> Discovering Cycling Speed and Cadence (CSC) Service ... Found it! CSCS Max Payload: 20 Data Length: 27
17:38:16.800 -> Discovering Client CSC Measurement CHR ... Found it!
17:38:16.891 -> Discovering Client CSC Location CHR ... Found it!
17:38:16.985 -> -> Client Reads CSC Location Sensor: Loc#: 0 Other
17:38:16.985 -> Discovering Client CSC Feature CHR ... Found it!
17:38:17.079 -> -> Client Reads Raw CSC Feature bytes: [2] [ 03 00 ]
17:38:17.079 -> Wheel rev supported
17:38:17.079 -> Crank rev supported
17:38:17.125 -> Found Client Generic Access
17:38:17.218 -> Found Device Name: [DIRETO XR]
17:38:17.310 -> Found Appearance: [1157]
17:38:17.357 -> Found Client Device Information:
17:38:17.499 -> Client Manufacturer: Elite
17:38:17.781 -> Client Serial Number: 52687
17:38:17.781 -> Discovering Client Fitness Machine (FTM) Service ... Found it! FTMS Max Payload: 20 Data Length: 27
17:38:17.829 -> Discovering Client FTM Feature Characteristic ... Found it!
17:38:17.922 -> -> Client Reads Raw FTM Feature bytes: [8] [ 86 50 00 00 0C E0 00 00 ]
17:38:17.922 -> Discovering Client FTM Training Status Characteristic ... Found it!
17:38:18.017 -> Discovering Client FTM Supported Resistance Level Range Characteristic ... Found it!
17:38:18.157 -> -> Client Reads Raw FTM Supported Resistance Level Range bytes: [6] [ 00 00 C8 00 01 00 ]
17:38:18.157 -> Discovering Client FTM Supported Power Range Characteristic ... Found it!
17:38:18.295 -> -> Client Reads Raw FTM Supported Power Range bytes: [6] [ 00 00 A0 0F 01 00 ]
17:38:18.295 -> Discovering Client FTM Indoor Bike Data Characteristic ... Found it!
17:38:18.389 -> Discovering Client FTM Control Point Characteristic ... Configuring the Server Device Information Service
17:38:18.576 -> Configuring the Server Cycle Power Service
17:38:18.576 -> Configuring the Server Cadence and Speed Service
17:38:18.576 -> Configuring the Server Fitness Machine Service
17:38:18.623 -> Configuring the Server NUS ServiceFound it!
17:38:18.623 -> Discovering Client FTM Status Characteristic ...
17:38:18.623 -> Setting up the Server-side advertising payload(s)
17:38:18.623 -> Setting Server Device Name to: [DIRETO XR Sim]
17:38:18.623 -> Setting Server Appearance to: [1157]
17:38:18.623 -> Server-side is CPS, CSC and FTMS advertising!
17:38:18.810 -> Found it!
17:39:40.266 -> Feather nRF52 (Peripheral) connected to Central device: [DESK-CHERRYPHIL] MAC Address: 40:23:43:A5:FE:78
17:39:40.266 -> Enabled 'Notify' for Client CP Measurement values
17:39:40.266 -> Enabled 'Indicate' for Client CP ControlPoint Responses
17:39:40.266 -> Enabled 'Notify' for Client CSC Measurement values
17:39:40.313 -> Enabled 'Notify' for Client FTM TrainingStatus values
17:39:40.313 -> Enabled 'Notify' for Client FTM IndoorBikeData values
17:39:40.361 -> Enabled 'Indicate' for Client FTM ControlPoint Response Messages
17:39:40.407 -> Enabled 'Notify' for Client FTM Status values
17:39:40.407 -> Waiting for Central (Zwift) to set CCCD Notify/Indicate (enable) and start....
17:39:42.649 -> Client- and Server-side are Up and Running!
17:39:43.026 -> Central Device Updated CCCD to: [1] --> Server CP: Measurement 'Notify' enabled
17:39:43.120 -> Central Device Updated CCCD to: [2] --> Server CP: ControlPoint 'Indicate' enabled
17:39:43.294 -> Central Device Updated CCCD to: [1] --> Server CSC: Measurement 'Notify' enabled
17:39:43.520 -> Central Device Updated CCCD to: [1] --> Server FTM: IndoorBikeData 'Notify' enabled
17:39:43.660 -> Central Device Updated CCCD to: [1] --> Server FTM: Status 'Notify' enabled
17:40:17.369 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
17:40:17.369 -> Request Control of Machine!
17:40:20.373 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
17:40:20.373 -> Request Control of Machine!
17:40:23.447 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
17:40:23.447 -> Request Control of Machine!
17:40:26.473 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
17:40:26.473 -> Request Control of Machine!
17:40:29.472 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
17:40:29.472 -> Request Control of Machine!
17:40:32.455 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
17:40:32.455 -> Request Control of Machine!
17:40:39.893 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
17:40:39.893 -> Request Control of Machine!
17:40:42.883 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
17:40:42.883 -> Request Control of Machine!
17:40:46.010 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
17:40:46.010 -> Request Control of Machine!
17:40:46.290 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 00 ]
17:40:48.920 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 09 ]
17:40:48.968 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
17:40:48.968 -> Request Control of Machine!
17:40:49.719 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 00 ]
17:40:51.964 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
17:40:51.964 -> Request Control of Machine!
17:40:54.963 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
17:40:54.963 -> Request Control of Machine!
17:40:57.950 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
17:40:57.950 -> Request Control of Machine!
17:41:00.990 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
17:41:00.990 -> Request Control of Machine!
17:41:04.014 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
17:41:04.014 -> Request Control of Machine!
17:41:07.006 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
17:41:07.006 -> Request Control of Machine!
17:41:10.088 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
17:41:10.088 -> Request Control of Machine!
17:41:13.077 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
17:41:13.077 -> Request Control of Machine!
17:41:16.066 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
17:41:16.066 -> Request Control of Machine!
17:41:19.053 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
17:41:19.053 -> Request Control of Machine!
17:41:22.136 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
17:41:22.136 -> Request Control of Machine!
17:41:25.120 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
17:41:25.120 -> Request Control of Machine!
17:41:28.116 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
17:41:28.116 -> Request Control of Machine!
17:41:31.145 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
17:41:31.145 -> Request Control of Machine!
17:41:34.138 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
17:41:34.138 -> Request Control of Machine!
17:41:37.181 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
17:41:37.181 -> Request Control of Machine!
17:41:40.178 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
17:41:40.178 -> Request Control of Machine!
17:41:43.176 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
17:41:43.176 -> Request Control of Machine!
17:41:46.264 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
17:41:46.264 -> Request Control of Machine!
17:41:49.251 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
17:41:49.251 -> Request Control of Machine!
17:41:52.231 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
17:41:52.231 -> Request Control of Machine!
17:41:55.265 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
17:41:55.265 -> Request Control of Machine!
17:41:58.308 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
17:41:58.308 -> Request Control of Machine!
17:42:01.356 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
17:42:01.356 -> Request Control of Machine!
17:42:04.302 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
17:42:04.302 -> Request Control of Machine!
17:42:07.303 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
17:42:07.303 -> Request Control of Machine!
17:42:10.302 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
17:42:10.302 -> Request Control of Machine!
17:42:10.820 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 09 ]
17:42:13.290 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
17:42:13.290 -> Request Control of Machine!
17:42:16.375 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
17:42:16.375 -> Request Control of Machine!
17:42:19.364 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
17:42:19.364 -> Request Control of Machine!
17:42:22.349 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
17:42:22.349 -> Request Control of Machine!
17:42:25.380 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
17:42:25.380 -> Request Control of Machine!
17:42:28.417 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
17:42:28.417 -> Request Control of Machine!
17:42:31.452 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
17:42:31.452 -> Request Control of Machine!
17:42:34.447 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
17:42:34.447 -> Request Control of Machine!
17:42:41.790 -> Central Device Updated CCCD to: [0] --> Server CP: Measurement 'Notify' disabled
17:42:41.930 -> Central Device Updated CCCD to: [0] --> Server CP: ControlPoint 'Indicate' disabled
17:42:42.070 -> Central Device Updated CCCD to: [0] --> Server CSC: Measurement 'Notify' disabled
17:42:42.163 -> Central Device Updated CCCD to: [0] --> Server FTM: IndoorBikeData 'Notify' disabled
17:42:42.305 -> Central Device Updated CCCD to: [0] --> Server FTM: Status 'Notify' disabled
17:42:45.579 -> Server disconnected from Central (Laptop): [DESK-CHERRYPHIL], reason: [13]
Sorry again for my wrong mac address informations
Best Regards
Filippo
from simcline.
Berg0162
commented on May 25, 2024
Daar Filippo,
All signs are green but the data exchange does not start after Zwift sends
a "request for machine control"...
Please retry and run the Bridge again with Zwift. You can easily see in the
ouput when the exchange succesfully starts!
In addition you can run it with Rouvy for testing, that should work as
well...
Success!
Jörgen.
Op za 3 dec. 2022 17:53 schreef cherryphilip ***@***.***>:
… Dear Jörgen!
*my fault, I* put a *wrong MAC address* (last two codes).
Here the serial monitor output data.
No resistance when the road grade changes
I used Zwift and Rouvy apps for this test.
In Zwift i found *DIRETO XR S57*
In Rouvy I found *DIRETO XR Sim*
[image: image]
<https://user-images.githubusercontent.com/19619650/205452085-30b629a1-4eee-463f-acad-d3029a5c451b.png>
17:38:15.675 -> Feather nRF52840 MITM supporting: CPS, CSC and FTMS
17:38:15.675 -> ------------------ Version 02 ---------------------
17:38:15.957 -> FTM Service and Chars are 'initialized'
17:38:15.957 -> CP Service and Chars are 'initialized'
17:38:15.957 -> CSC Service and Chars are 'initialized'
17:38:15.957 -> Generic Access Service and Chars are 'initialized'
17:38:15.957 -> Device Information Service and Chars are 'initialized'
17:38:15.957 -> Start Client-side Scanning for CPS, CSC and FTMS!
17:38:16.096 -> Peripheral device (Trainer) found that has FTMS [1826]
enabled!
17:38:16.096 -> Advertising Peripheral with FTMS, CPS and CSC is found!
See Raw data packet:
17:38:16.096 -> Timestamp Addr Rssi Data
17:38:16.096 -> 000000424 EE:18:4B:1F:9F:3E -67
03-19-85-04-02-01-06-05-02-26-18-18-18-06-16-26-18-01-20-00-0A-09-44-49-52-45-54-4F-20-58-52
17:38:16.190 -> Feather nRF52 (Central) connected to Trainer (Peripheral)
device: [DIRETO XR] MAC Address: EE:18:4B:1F:9F:3E
17:38:16.190 -> Now checking all mandatory Client Services and
Characteristics!
17:38:16.190 -> Discovering Client Cycling Power (CP) Service ... Found
it! CPS Max Payload: 20 Data Length: 27
17:38:16.237 -> Discovering Client CP Measurement characteristic ... Found
it!
17:38:16.331 -> Discovering Client CP Control Point characteristic ...
Found it!
17:38:16.517 -> Discovering Client CP Feature characteristic ... Found it!
17:38:16.658 -> -> Client Reads Raw CP Feature bytes: [4] [ 0D 02 00 00 ]
17:38:16.658 -> Pedal power balance supported
17:38:16.658 -> Wheel revolution data supported
17:38:16.658 -> Crank revolution data supported
17:38:16.658 -> Offset compensation supported
17:38:16.658 -> Discovering Client CP Sensor Location characteristic ...
Found it!
17:38:16.705 -> -> Client Reads CP Location Sensor: Loc#: 0 Other
17:38:16.705 -> Discovering Cycling Speed and Cadence (CSC) Service ...
Found it! CSCS Max Payload: 20 Data Length: 27
17:38:16.800 -> Discovering Client CSC Measurement CHR ... Found it!
17:38:16.891 -> Discovering Client CSC Location CHR ... Found it!
17:38:16.985 -> -> Client Reads CSC Location Sensor: Loc#: 0 Other
17:38:16.985 -> Discovering Client CSC Feature CHR ... Found it!
17:38:17.079 -> -> Client Reads Raw CSC Feature bytes: [2] [ 03 00 ]
17:38:17.079 -> Wheel rev supported
17:38:17.079 -> Crank rev supported
17:38:17.125 -> Found Client Generic Access
17:38:17.218 -> Found Device Name: [DIRETO XR]
17:38:17.310 -> Found Appearance: [1157]
17:38:17.357 -> Found Client Device Information:
17:38:17.499 -> Client Manufacturer: Elite
17:38:17.781 -> Client Serial Number: 52687
17:38:17.781 -> Discovering Client Fitness Machine (FTM) Service ... Found
it! FTMS Max Payload: 20 Data Length: 27
17:38:17.829 -> Discovering Client FTM Feature Characteristic ... Found it!
17:38:17.922 -> -> Client Reads Raw FTM Feature bytes: [8] [ 86 50 00 00
0C E0 00 00 ]
17:38:17.922 -> Discovering Client FTM Training Status Characteristic ...
Found it!
17:38:18.017 -> Discovering Client FTM Supported Resistance Level Range
Characteristic ... Found it!
17:38:18.157 -> -> Client Reads Raw FTM Supported Resistance Level Range
bytes: [6] [ 00 00 C8 00 01 00 ]
17:38:18.157 -> Discovering Client FTM Supported Power Range
Characteristic ... Found it!
17:38:18.295 -> -> Client Reads Raw FTM Supported Power Range bytes: [6] [
00 00 A0 0F 01 00 ]
17:38:18.295 -> Discovering Client FTM Indoor Bike Data Characteristic ...
Found it!
17:38:18.389 -> Discovering Client FTM Control Point Characteristic ...
Configuring the Server Device Information Service
17:38:18.576 -> Configuring the Server Cycle Power Service
17:38:18.576 -> Configuring the Server Cadence and Speed Service
17:38:18.576 -> Configuring the Server Fitness Machine Service
17:38:18.623 -> Configuring the Server NUS ServiceFound it!
17:38:18.623 -> Discovering Client FTM Status Characteristic ...
17:38:18.623 -> Setting up the Server-side advertising payload(s)
17:38:18.623 -> Setting Server Device Name to: [DIRETO XR Sim]
17:38:18.623 -> Setting Server Appearance to: [1157]
17:38:18.623 -> Server-side is CPS, CSC and FTMS advertising!
17:38:18.810 -> Found it!
17:39:40.266 -> Feather nRF52 (Peripheral) connected to Central device:
[DESK-CHERRYPHIL] MAC Address: 40:23:43:A5:FE:78
17:39:40.266 -> Enabled 'Notify' for Client CP Measurement values
17:39:40.266 -> Enabled 'Indicate' for Client CP ControlPoint Responses
17:39:40.266 -> Enabled 'Notify' for Client CSC Measurement values
17:39:40.313 -> Enabled 'Notify' for Client FTM TrainingStatus values
17:39:40.313 -> Enabled 'Notify' for Client FTM IndoorBikeData values
17:39:40.361 -> Enabled 'Indicate' for Client FTM ControlPoint Response
Messages
17:39:40.407 -> Enabled 'Notify' for Client FTM Status values
17:39:40.407 -> Waiting for Central (Zwift) to set CCCD Notify/Indicate
(enable) and start....
17:39:42.649 -> Client- and Server-side are Up and Running!
17:39:43.026 -> Central Device Updated CCCD to: [1] --> Server CP:
Measurement 'Notify' enabled
17:39:43.120 -> Central Device Updated CCCD to: [2] --> Server CP:
ControlPoint 'Indicate' enabled
17:39:43.294 -> Central Device Updated CCCD to: [1] --> Server CSC:
Measurement 'Notify' enabled
17:39:43.520 -> Central Device Updated CCCD to: [1] --> Server FTM:
IndoorBikeData 'Notify' enabled
17:39:43.660 -> Central Device Updated CCCD to: [1] --> Server FTM: Status
'Notify' enabled
17:40:17.369 -> -> Server Rec'd Raw FTM Control Point Data [len: 1]
[OpCode: 00] [Values: 00 ]
17:40:17.369 -> Request Control of Machine!
17:40:20.373 -> -> Server Rec'd Raw FTM Control Point Data [len: 1]
[OpCode: 00] [Values: 00 ]
17:40:20.373 -> Request Control of Machine!
17:40:23.447 -> -> Server Rec'd Raw FTM Control Point Data [len: 1]
[OpCode: 00] [Values: 00 ]
17:40:23.447 -> Request Control of Machine!
17:40:26.473 -> -> Server Rec'd Raw FTM Control Point Data [len: 1]
[OpCode: 00] [Values: 00 ]
17:40:26.473 -> Request Control of Machine!
17:40:29.472 -> -> Server Rec'd Raw FTM Control Point Data [len: 1]
[OpCode: 00] [Values: 00 ]
17:40:29.472 -> Request Control of Machine!
17:40:32.455 -> -> Server Rec'd Raw FTM Control Point Data [len: 1]
[OpCode: 00] [Values: 00 ]
17:40:32.455 -> Request Control of Machine!
17:40:39.893 -> -> Server Rec'd Raw FTM Control Point Data [len: 1]
[OpCode: 00] [Values: 00 ]
17:40:39.893 -> Request Control of Machine!
17:40:42.883 -> -> Server Rec'd Raw FTM Control Point Data [len: 1]
[OpCode: 00] [Values: 00 ]
17:40:42.883 -> Request Control of Machine!
17:40:46.010 -> -> Server Rec'd Raw FTM Control Point Data [len: 1]
[OpCode: 00] [Values: 00 ]
17:40:46.010 -> Request Control of Machine!
17:40:46.290 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 00 ]
17:40:48.920 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 09 ]
17:40:48.968 -> -> Server Rec'd Raw FTM Control Point Data [len: 1]
[OpCode: 00] [Values: 00 ]
17:40:48.968 -> Request Control of Machine!
17:40:49.719 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 00 ]
17:40:51.964 -> -> Server Rec'd Raw FTM Control Point Data [len: 1]
[OpCode: 00] [Values: 00 ]
17:40:51.964 -> Request Control of Machine!
17:40:54.963 -> -> Server Rec'd Raw FTM Control Point Data [len: 1]
[OpCode: 00] [Values: 00 ]
17:40:54.963 -> Request Control of Machine!
17:40:57.950 -> -> Server Rec'd Raw FTM Control Point Data [len: 1]
[OpCode: 00] [Values: 00 ]
17:40:57.950 -> Request Control of Machine!
17:41:00.990 -> -> Server Rec'd Raw FTM Control Point Data [len: 1]
[OpCode: 00] [Values: 00 ]
17:41:00.990 -> Request Control of Machine!
17:41:04.014 -> -> Server Rec'd Raw FTM Control Point Data [len: 1]
[OpCode: 00] [Values: 00 ]
17:41:04.014 -> Request Control of Machine!
17:41:07.006 -> -> Server Rec'd Raw FTM Control Point Data [len: 1]
[OpCode: 00] [Values: 00 ]
17:41:07.006 -> Request Control of Machine!
17:41:10.088 -> -> Server Rec'd Raw FTM Control Point Data [len: 1]
[OpCode: 00] [Values: 00 ]
17:41:10.088 -> Request Control of Machine!
17:41:13.077 -> -> Server Rec'd Raw FTM Control Point Data [len: 1]
[OpCode: 00] [Values: 00 ]
17:41:13.077 -> Request Control of Machine!
17:41:16.066 -> -> Server Rec'd Raw FTM Control Point Data [len: 1]
[OpCode: 00] [Values: 00 ]
17:41:16.066 -> Request Control of Machine!
17:41:19.053 -> -> Server Rec'd Raw FTM Control Point Data [len: 1]
[OpCode: 00] [Values: 00 ]
17:41:19.053 -> Request Control of Machine!
17:41:22.136 -> -> Server Rec'd Raw FTM Control Point Data [len: 1]
[OpCode: 00] [Values: 00 ]
17:41:22.136 -> Request Control of Machine!
17:41:25.120 -> -> Server Rec'd Raw FTM Control Point Data [len: 1]
[OpCode: 00] [Values: 00 ]
17:41:25.120 -> Request Control of Machine!
17:41:28.116 -> -> Server Rec'd Raw FTM Control Point Data [len: 1]
[OpCode: 00] [Values: 00 ]
17:41:28.116 -> Request Control of Machine!
17:41:31.145 -> -> Server Rec'd Raw FTM Control Point Data [len: 1]
[OpCode: 00] [Values: 00 ]
17:41:31.145 -> Request Control of Machine!
17:41:34.138 -> -> Server Rec'd Raw FTM Control Point Data [len: 1]
[OpCode: 00] [Values: 00 ]
17:41:34.138 -> Request Control of Machine!
17:41:37.181 -> -> Server Rec'd Raw FTM Control Point Data [len: 1]
[OpCode: 00] [Values: 00 ]
17:41:37.181 -> Request Control of Machine!
17:41:40.178 -> -> Server Rec'd Raw FTM Control Point Data [len: 1]
[OpCode: 00] [Values: 00 ]
17:41:40.178 -> Request Control of Machine!
17:41:43.176 -> -> Server Rec'd Raw FTM Control Point Data [len: 1]
[OpCode: 00] [Values: 00 ]
17:41:43.176 -> Request Control of Machine!
17:41:46.264 -> -> Server Rec'd Raw FTM Control Point Data [len: 1]
[OpCode: 00] [Values: 00 ]
17:41:46.264 -> Request Control of Machine!
17:41:49.251 -> -> Server Rec'd Raw FTM Control Point Data [len: 1]
[OpCode: 00] [Values: 00 ]
17:41:49.251 -> Request Control of Machine!
17:41:52.231 -> -> Server Rec'd Raw FTM Control Point Data [len: 1]
[OpCode: 00] [Values: 00 ]
17:41:52.231 -> Request Control of Machine!
17:41:55.265 -> -> Server Rec'd Raw FTM Control Point Data [len: 1]
[OpCode: 00] [Values: 00 ]
17:41:55.265 -> Request Control of Machine!
17:41:58.308 -> -> Server Rec'd Raw FTM Control Point Data [len: 1]
[OpCode: 00] [Values: 00 ]
17:41:58.308 -> Request Control of Machine!
17:42:01.356 -> -> Server Rec'd Raw FTM Control Point Data [len: 1]
[OpCode: 00] [Values: 00 ]
17:42:01.356 -> Request Control of Machine!
17:42:04.302 -> -> Server Rec'd Raw FTM Control Point Data [len: 1]
[OpCode: 00] [Values: 00 ]
17:42:04.302 -> Request Control of Machine!
17:42:07.303 -> -> Server Rec'd Raw FTM Control Point Data [len: 1]
[OpCode: 00] [Values: 00 ]
17:42:07.303 -> Request Control of Machine!
17:42:10.302 -> -> Server Rec'd Raw FTM Control Point Data [len: 1]
[OpCode: 00] [Values: 00 ]
17:42:10.302 -> Request Control of Machine!
17:42:10.820 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 09 ]
17:42:13.290 -> -> Server Rec'd Raw FTM Control Point Data [len: 1]
[OpCode: 00] [Values: 00 ]
17:42:13.290 -> Request Control of Machine!
17:42:16.375 -> -> Server Rec'd Raw FTM Control Point Data [len: 1]
[OpCode: 00] [Values: 00 ]
17:42:16.375 -> Request Control of Machine!
17:42:19.364 -> -> Server Rec'd Raw FTM Control Point Data [len: 1]
[OpCode: 00] [Values: 00 ]
17:42:19.364 -> Request Control of Machine!
17:42:22.349 -> -> Server Rec'd Raw FTM Control Point Data [len: 1]
[OpCode: 00] [Values: 00 ]
17:42:22.349 -> Request Control of Machine!
17:42:25.380 -> -> Server Rec'd Raw FTM Control Point Data [len: 1]
[OpCode: 00] [Values: 00 ]
17:42:25.380 -> Request Control of Machine!
17:42:28.417 -> -> Server Rec'd Raw FTM Control Point Data [len: 1]
[OpCode: 00] [Values: 00 ]
17:42:28.417 -> Request Control of Machine!
17:42:31.452 -> -> Server Rec'd Raw FTM Control Point Data [len: 1]
[OpCode: 00] [Values: 00 ]
17:42:31.452 -> Request Control of Machine!
17:42:34.447 -> -> Server Rec'd Raw FTM Control Point Data [len: 1]
[OpCode: 00] [Values: 00 ]
17:42:34.447 -> Request Control of Machine!
17:42:41.790 -> Central Device Updated CCCD to: [0] --> Server CP:
Measurement 'Notify' disabled
17:42:41.930 -> Central Device Updated CCCD to: [0] --> Server CP:
ControlPoint 'Indicate' disabled
17:42:42.070 -> Central Device Updated CCCD to: [0] --> Server CSC:
Measurement 'Notify' disabled
17:42:42.163 -> Central Device Updated CCCD to: [0] --> Server FTM:
IndoorBikeData 'Notify' disabled
17:42:42.305 -> Central Device Updated CCCD to: [0] --> Server FTM: Status
'Notify' disabled
17:42:45.579 -> Server disconnected from Central (Laptop):
[DESK-CHERRYPHIL], reason: [13]
Sorry again for my wrong mac address informations
Best Regards
Filippo
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Berg0162
commented on May 25, 2024
Dear Filippo,
I have uploaded the latest versions (v022) of all 3 programs. Incorporated are all the findings that resulted from your testing data and some new insights.
Have also a look at:
https://github.com/Berg0162/simcline/blob/master/FTMS%20Enabled/README.md#cleanup-zwift-devices-from-the-past
That will help you get rid off all the confusing names on the pairing screens!
I look forward to hear how these versions are functioning...
Best wishes,
Jörgen.
from simcline.
cherryphilip74
commented on May 25, 2024
Dear Jörgen!
starting for this I will send other two reports one for each ino file.
FTMS_CLIENT_V022 <<<<<<<<<<<<<
With this v022 version, I felt resistance increased during the pedal (change of slope of the road) in two different moments and intensity.
light - hard - light - not very hard - light, again with next cycle
In bold highlighted when resistance changed
18:13:14.949 -> Feather nRF52 Client/Central: CPS, CSC and FTMS
18:13:14.949 -> ----------------- Version 02.2 ------------------
18:13:14.949 -> Initialise the Bluefruit nRF52 module: Client (Central)
18:13:15.227 -> FTMS and Chars 'initialized'
18:13:15.227 -> CPS and Chars 'initialized'
18:13:15.227 -> CSCS and Chars 'initialized'
18:13:15.227 -> GA and Chars 'initialized'
18:13:15.227 -> DIS and Chars 'initialized'
18:13:15.227 -> Start Scanning for CPS, CSC and FTMS!
18:13:15.460 -> Found advertising Peripheral with FTMS service!, see the Raw Data packet:
18:13:15.460 -> Timestamp MAC Address Rssi Data
18:13:15.460 -> 000000533 EE:18:4B:1F:9F:3E -66 03-19-85-04-02-01-06-05-02-26-18-18-18-06-16-26-18-01-20-00-0A-09-44-49-52-45-54-4F-20-58-52
18:13:15.647 -> Feather nRF52 (Central) connected to Trainer (Peripheral) device: [DIRETO XR] MAC Address: EE:18:4B:1F:9F:3E
18:13:15.647 -> Now checking mandatory Client Services and Characteristics!
18:13:15.647 -> Discovering Client Cycling Power (CP) Service ... Found it! CPS Max Payload: 20 Data Length: 27
18:13:15.741 -> Discovering Client CP Measurement characteristic ... Found it!
18:13:15.835 -> Discovering Client CP Control Point characteristic ... Found it!
18:13:15.928 -> Discovering Client CP Feature characteristic ... Found it!
18:13:16.069 -> -> Client Reads Raw CP Feature bytes: [4] [ 0D 02 00 00 ]
18:13:16.069 -> Pedal power balance supported
18:13:16.117 -> Wheel revolution data supported
18:13:16.117 -> Crank revolution data supported
18:13:16.117 -> Offset compensation supported
18:13:16.117 -> Discovering Client CP Sensor Location characteristic ... Found it!
18:13:16.255 -> -> Client Reads CP Location Sensor: Loc#: 0 Other
18:13:16.255 -> Discovering Cycling Speed and Cadence (CSC) Service ... Found it! CSCS Max Payload: 20 Data Length: 27
18:13:16.303 -> Discovering Client CSC Measurement CHR ... Found it!
18:13:16.397 -> Discovering Client CSC Location CHR ... Found it!
18:13:16.489 -> -> Client Reads CSC Location Sensor: Loc#: 0 Other
18:13:16.489 -> Discovering Client CSC Feature CHR ... Found it!
18:13:16.583 -> -> Client Reads Raw CSC Feature bytes: [2] [ 03 00 ]
18:13:16.583 -> Wheel rev supported
18:13:16.583 -> Crank rev supported
18:13:16.583 -> Found Client Generic Access
18:13:16.721 -> -> Client Reads Device Name: [DIRETO XR]
18:13:16.769 -> -> Client Reads Appearance: [1157]
18:13:16.816 -> Found Client Device Information
18:13:16.957 -> -> Client Reads Manufacturer: [Elite]
18:13:17.142 -> -> Client Reads Serial Number: [52687]
18:13:17.186 -> Discovering Client Fitness Machine (FTM) Service ... Found it! FTMS Max Payload: 20 Data Length: 27
18:13:17.232 -> Discovering Client FTM Feature Characteristic ... Found it!
18:13:17.323 -> -> Client Reads Raw FTM Feature bytes: [8] [ 86 50 00 00 0C E0 00 00 ]
18:13:17.323 -> Discovering Client FTM Training Status Characteristic ... Found it!
18:13:17.370 -> Discovering Client FTM Supported Resistance Level Range Characteristic ... Found it!
18:13:17.510 -> -> Client Reads Raw FTM Supported Resistance Level Range bytes: [6] [ 00 00 C8 00 01 00 ]
18:13:17.556 -> Discovering Client FTM Supported Power Range Characteristic ... Found it!
18:13:17.744 -> -> Client Reads Raw FTM Supported Power Range bytes: [6] [ 00 00 A0 0F 01 00 ]
18:13:17.744 -> Discovering Client FTM Indoor Bike Data Characteristic ... Found it!
18:13:17.790 -> Discovering Client FTM Control Point Characteristic ... Found it!
18:13:18.050 -> Discovering Client FTM Status Characteristic ... Ready to receive Client CP Measurement values
18:13:18.103 -> Ready to receive Client CP Control Point Responses
18:13:18.145 -> Found it!
18:13:18.145 -> Ready to receive Client CSC Measurement values
18:13:18.145 -> Ready to receive Client FTM Training Status values
18:13:18.187 -> Ready to receive Client FTM Indoor Bike Data values
18:13:18.226 -> Ready to receive Client FTM Control Point Response Messages
18:13:18.226 -> Ready to receive Client FTM Status values
18:13:18.226 -> Client (Central) is Up and Running!
18:13:18.489 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 00 00 ]
18:13:18.489 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
18:13:19.472 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 00 00 ]
18:13:19.472 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
18:13:20.220 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 00 00 00 00 00 00 00 00 ]
18:13:20.266 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 00 01 ]
18:13:20.266 -> -> Client Rec'd Raw FTM Machine Status Data: [1] [ 04 ]
18:13:20.453 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 00 00 ]
18:13:20.453 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
18:13:21.438 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 01 00 ]
18:13:21.438 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 1 s
18:13:22.276 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 00 00 00 00 00 00 00 00 ]
18:13:22.322 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 00 01 ]
18:13:22.416 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 02 00 ]
18:13:22.416 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 2 s
18:13:23.401 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 03 00 ]
18:13:23.401 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 3 s
18:13:24.291 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 07 00 00 00 00 00 00 00 ]
18:13:24.386 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 07 01 ]
18:13:24.386 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 04 00 ]
18:13:24.386 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 4 s
18:13:25.369 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 05 00 ]
18:13:25.369 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 5 s
18:13:26.353 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 06 00 ]
18:13:26.353 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 6 s
18:13:26.353 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 22 01 28 33 00 ]
18:13:26.400 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:13:26.400 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 00 ]
18:13:26.400 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 22 01 28 33 ]
18:13:26.400 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 09 ]
18:13:27.293 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 07 00 ]
18:13:27.293 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 7 s
18:13:28.277 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 08 00 ]
18:13:28.277 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 8 s
18:13:28.419 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 09 00 28 33 00 ]
18:13:28.465 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:13:28.465 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 09 00 28 33 ]
18:13:29.264 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 09 00 ]
18:13:29.264 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 9 s
18:13:30.245 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 0A 00 ]
18:13:30.245 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 10 s
18:13:30.433 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 00 00 28 33 00 ]
18:13:30.480 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:13:30.480 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:13:30.995 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 00 ]
18:13:31.229 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 FA 00 00 00 00 00 00 00 00 0B 00 ]
18:13:31.229 -> Speed: 2 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 11 s
18:13:31.789 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 09 ]
18:13:32.212 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 0C 00 ]
18:13:32.212 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 12 s
18:13:32.493 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 14 00 28 33 00 ]
18:13:32.539 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:13:32.539 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 14 00 28 33 ]
18:13:33.192 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 0D 00 ]
18:13:33.192 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 13 s
18:13:33.566 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 00 ]
18:13:34.173 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 0C 02 00 00 01 00 00 00 00 0E 00 ]
18:13:34.173 -> Speed: 5 KPH Instantaneous Cadence: 0 RPM Total Distance: 1 m Instantaneous Power: 0 Watt Elapsed time: 14 s
18:13:34.550 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 22 00 28 33 00 ]
18:13:34.550 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:13:34.550 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 22 00 28 33 ]
18:13:35.158 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 B2 02 00 00 02 00 00 00 00 0F 00 ]
18:13:35.158 -> Speed: 6 KPH Instantaneous Cadence: 0 RPM Total Distance: 2 m Instantaneous Power: 0 Watt Elapsed time: 15 s
18:13:35.815 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 09 ]
18:13:36.095 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 B4 02 00 00 04 00 00 03 00 10 00 ]
18:13:36.095 -> Speed: 6 KPH Instantaneous Cadence: 0 RPM Total Distance: 4 m Instantaneous Power: 3 Watt Elapsed time: 16 s
18:13:36.565 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 25 00 28 33 00 ]
18:13:36.613 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:13:36.658 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 25 00 28 33 ]
18:13:37.078 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 01 03 00 00 06 00 00 09 00 11 00 ]
18:13:37.078 -> Speed: 7 KPH Instantaneous Cadence: 0 RPM Total Distance: 6 m Instantaneous Power: 9 Watt Elapsed time: 17 s
18:13:37.078 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 00 ]
18:13:38.110 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 88 03 00 00 09 00 00 09 00 12 00 ]
18:13:38.110 -> Speed: 9 KPH Instantaneous Cadence: 0 RPM Total Distance: 9 m Instantaneous Power: 9 Watt Elapsed time: 18 s
18:13:38.251 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 0A ]
18:13:38.627 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 23 00 28 33 00 ]
18:13:38.674 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:13:38.674 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 23 00 28 33 ]
18:13:39.090 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 34 04 00 00 0C 00 00 15 00 13 00 ]
18:13:39.090 -> Speed: 10 KPH Instantaneous Cadence: 0 RPM Total Distance: 12 m Instantaneous Power: 21 Watt Elapsed time: 19 s
18:13:40.031 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 59 04 0E 00 0F 00 00 21 00 14 00 ]
18:13:40.031 -> Speed: 11 KPH Instantaneous Cadence: 7 RPM Total Distance: 15 m Instantaneous Power: 33 Watt Elapsed time: 20 s
18:13:40.640 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 1C 00 28 33 00 ]
18:13:40.733 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:13:40.733 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 1C 00 28 33 ]
18:13:41.016 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 B0 04 1E 00 12 00 00 27 00 15 00 ]
18:13:41.016 -> Speed: 12 KPH Instantaneous Cadence: 15 RPM Total Distance: 18 m Instantaneous Power: 39 Watt Elapsed time: 21 s
18:13:42.002 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 E8 04 1E 00 15 00 00 25 00 16 00 ]
18:13:42.002 -> Speed: 12 KPH Instantaneous Cadence: 15 RPM Total Distance: 21 m Instantaneous Power: 37 Watt Elapsed time: 22 s
18:13:42.704 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 0F 00 28 33 00 ]
18:13:42.751 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:13:42.751 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 0F 00 28 33 ]
18:13:42.983 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 54 05 34 00 19 00 00 22 00 17 00 ]
18:13:42.983 -> Speed: 13 KPH Instantaneous Cadence: 26 RPM Total Distance: 25 m Instantaneous Power: 34 Watt Elapsed time: 23 s
18:13:43.971 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 DA 05 4C 00 1D 00 00 2D 00 18 00 ]
18:13:43.971 -> Speed: 14 KPH Instantaneous Cadence: 38 RPM Total Distance: 29 m Instantaneous Power: 45 Watt Elapsed time: 24 s
18:13:44.768 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 00 00 28 33 00 ]
18:13:44.768 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:13:44.768 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:13:44.957 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 0A 06 5E 00 21 00 00 35 00 19 00 ]
18:13:44.957 -> Speed: 15 KPH Instantaneous Cadence: 47 RPM Total Distance: 33 m Instantaneous Power: 53 Watt Elapsed time: 25 s
18:13:45.945 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 2A 06 6C 00 25 00 00 35 00 1A 00 ]
18:13:45.945 -> Speed: 15 KPH Instantaneous Cadence: 54 RPM Total Distance: 37 m Instantaneous Power: 53 Watt Elapsed time: 26 s
18:13:46.785 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 F5 FF 28 33 00 ]
18:13:46.832 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:13:46.832 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 F5 FF 28 33 ]
18:13:46.879 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 36 06 78 00 29 00 00 34 00 1B 00 ]
18:13:46.879 -> Speed: 15 KPH Instantaneous Cadence: 60 RPM Total Distance: 41 m Instantaneous Power: 52 Watt Elapsed time: 27 s
18:13:47.861 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 53 06 80 00 2E 00 00 32 00 1C 00 ]
18:13:47.861 -> Speed: 16 KPH Instantaneous Cadence: 64 RPM Total Distance: 46 m Instantaneous Power: 50 Watt Elapsed time: 28 s
18:13:48.841 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 68 06 86 00 32 00 00 30 00 1D 00 ]
18:13:48.841 -> Speed: 16 KPH Instantaneous Cadence: 67 RPM Total Distance: 50 m Instantaneous Power: 48 Watt Elapsed time: 29 s
18:13:48.841 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 E4 FF 28 33 00 ]
18:13:48.889 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:13:48.889 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 E4 FF 28 33 ]
18:13:49.822 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 64 06 88 00 37 00 00 31 00 1E 00 ]
18:13:49.822 -> Speed: 16 KPH Instantaneous Cadence: 68 RPM Total Distance: 55 m Instantaneous Power: 49 Watt Elapsed time: 30 s
18:13:50.804 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 68 06 8A 00 3B 00 00 32 00 1F 00 ]
18:13:50.804 -> Speed: 16 KPH Instantaneous Cadence: 69 RPM Total Distance: 59 m Instantaneous Power: 50 Watt Elapsed time: 31 s
18:13:50.899 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 CF FF 28 33 00 ]
18:13:50.944 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:13:50.944 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 CF FF 28 33 ]
18:13:51.789 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 7E 06 8A 00 40 00 00 33 00 20 00 ]
18:13:51.789 -> Speed: 16 KPH Instantaneous Cadence: 69 RPM Total Distance: 64 m Instantaneous Power: 51 Watt Elapsed time: 32 s
18:13:52.767 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 5F 06 8A 00 44 00 00 33 00 21 00 ]
18:13:52.767 -> Speed: 16 KPH Instantaneous Cadence: 69 RPM Total Distance: 68 m Instantaneous Power: 51 Watt Elapsed time: 33 s
18:13:52.955 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 A8 FF 28 33 00 ]
18:13:53.002 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:13:53.002 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 A8 FF 28 33 ]
18:13:53.753 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 42 06 8C 00 48 00 00 2D 00 22 00 ]
18:13:53.753 -> Speed: 16 KPH Instantaneous Cadence: 70 RPM Total Distance: 72 m Instantaneous Power: 45 Watt Elapsed time: 34 s
18:13:54.737 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 46 06 8A 00 4D 00 00 2C 00 23 00 ]
18:13:54.737 -> Speed: 16 KPH Instantaneous Cadence: 69 RPM Total Distance: 77 m Instantaneous Power: 44 Watt Elapsed time: 35 s
18:13:54.971 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 84 FF 28 33 00 ]
18:13:55.018 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:13:55.018 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 84 FF 28 33 ]
18:13:55.714 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 57 06 88 00 51 00 00 2C 00 24 00 ]
18:13:55.714 -> Speed: 16 KPH Instantaneous Cadence: 68 RPM Total Distance: 81 m Instantaneous Power: 44 Watt Elapsed time: 36 s
18:13:56.654 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 57 06 88 00 56 00 00 2E 00 25 00 ]
18:13:56.654 -> Speed: 16 KPH Instantaneous Cadence: 68 RPM Total Distance: 86 m Instantaneous Power: 46 Watt Elapsed time: 37 s
18:13:57.029 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 67 FF 28 33 00 ]
18:13:57.076 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:13:57.076 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 67 FF 28 33 ]
18:13:57.683 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 4A 06 88 00 5A 00 00 2F 00 26 00 ]
18:13:57.683 -> Speed: 16 KPH Instantaneous Cadence: 68 RPM Total Distance: 90 m Instantaneous Power: 47 Watt Elapsed time: 38 s
18:13:58.617 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 46 06 8A 00 5E 00 00 2F 00 27 00 ]
18:13:58.617 -> Speed: 16 KPH Instantaneous Cadence: 69 RPM Total Distance: 94 m Instantaneous Power: 47 Watt Elapsed time: 39 s
18:13:59.086 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 5D FF 28 33 00 ]
18:13:59.180 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:13:59.180 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 5D FF 28 33 ]
18:13:59.597 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 57 06 88 00 63 00 00 2F 00 28 00 ]
18:13:59.597 -> Speed: 16 KPH Instantaneous Cadence: 68 RPM Total Distance: 99 m Instantaneous Power: 47 Watt Elapsed time: 40 s
18:14:00.579 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 53 06 86 00 67 00 00 2E 00 29 00 ]
18:14:00.579 -> Speed: 16 KPH Instantaneous Cadence: 67 RPM Total Distance: 103 m Instantaneous Power: 46 Watt Elapsed time: 41 s
18:14:01.188 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 5E FF 28 33 00 ]
18:14:01.234 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:14:01.234 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 5E FF 28 33 ]
18:14:01.561 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 4E 06 8A 00 6C 00 00 2F 00 2A 00 ]
18:14:01.561 -> Speed: 16 KPH Instantaneous Cadence: 69 RPM Total Distance: 108 m Instantaneous Power: 47 Watt Elapsed time: 42 s
18:14:02.544 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 46 06 88 00 70 00 00 30 00 2B 00 ]
18:14:02.544 -> Speed: 16 KPH Instantaneous Cadence: 68 RPM Total Distance: 112 m Instantaneous Power: 48 Watt Elapsed time: 43 s
18:14:03.243 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 6F FF 28 33 00 ]
18:14:03.291 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:14:03.291 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 6F FF 28 33 ]
18:14:03.524 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 57 06 88 00 74 00 00 2C 00 2C 00 ]
18:14:03.524 -> Speed: 16 KPH Instantaneous Cadence: 68 RPM Total Distance: 116 m Instantaneous Power: 44 Watt Elapsed time: 44 s
18:14:04.503 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 57 06 8A 00 79 00 00 2D 00 2D 00 ]
18:14:04.503 -> Speed: 16 KPH Instantaneous Cadence: 69 RPM Total Distance: 121 m Instantaneous Power: 45 Watt Elapsed time: 45 s
18:14:05.246 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 8A FF 28 33 00 ]
18:14:05.294 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:14:05.294 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 8A FF 28 33 ]
18:14:05.483 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 4A 06 86 00 7D 00 00 2F 00 2E 00 ]
18:14:05.483 -> Speed: 16 KPH Instantaneous Cadence: 67 RPM Total Distance: 125 m Instantaneous Power: 47 Watt Elapsed time: 46 s
18:14:06.471 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 46 06 8A 00 81 00 00 2E 00 2F 00 ]
18:14:06.471 -> Speed: 16 KPH Instantaneous Cadence: 69 RPM Total Distance: 129 m Instantaneous Power: 46 Watt Elapsed time: 47 s
18:14:07.314 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 B8 FF 28 33 00 ]
18:14:07.360 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:14:07.360 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 B8 FF 28 33 ]
18:14:07.454 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 64 06 88 00 86 00 00 2F 00 30 00 ]
18:14:07.454 -> Speed: 16 KPH Instantaneous Cadence: 68 RPM Total Distance: 134 m Instantaneous Power: 47 Watt Elapsed time: 48 s
18:14:08.436 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 68 06 8A 00 8A 00 00 32 00 31 00 ]
18:14:08.436 -> Speed: 16 KPH Instantaneous Cadence: 69 RPM Total Distance: 138 m Instantaneous Power: 50 Watt Elapsed time: 49 s
18:14:09.324 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 00 00 28 33 00 ]
18:14:09.371 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:14:09.371 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:14:09.417 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 5F 06 8A 00 8F 00 00 33 00 32 00 ]
18:14:09.417 -> Speed: 16 KPH Instantaneous Cadence: 69 RPM Total Distance: 143 m Instantaneous Power: 51 Watt Elapsed time: 50 s
18:14:10.397 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 75 06 88 00 93 00 00 32 00 33 00 ]
18:14:10.397 -> Speed: 16 KPH Instantaneous Cadence: 68 RPM Total Distance: 147 m Instantaneous Power: 50 Watt Elapsed time: 51 s
18:14:11.333 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 87 06 8A 00 98 00 00 31 00 34 00 ]
18:14:11.333 -> Speed: 16 KPH Instantaneous Cadence: 69 RPM Total Distance: 152 m Instantaneous Power: 49 Watt Elapsed time: 52 s
18:14:11.378 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 A2 00 28 33 00 ]
18:14:11.423 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:14:11.423 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 A2 00 28 33 ]
18:14:11.423 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 00 ]
18:14:12.357 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 32 06 8C 00 9C 00 00 30 00 35 00 ]
18:14:12.357 -> Speed: 15 KPH Instantaneous Cadence: 70 RPM Total Distance: 156 m Instantaneous Power: 48 Watt Elapsed time: 53 s
18:14:13.335 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 0A 06 8C 00 A0 00 00 3B 00 36 00 ]
18:14:13.335 -> Speed: 15 KPH Instantaneous Cadence: 70 RPM Total Distance: 160 m Instantaneous Power: 59 Watt Elapsed time: 54 s
18:14:13.429 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 09 01 28 33 00 ]
18:14:13.476 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:14:13.476 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 09 01 28 33 ]
18:14:14.317 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 26 06 88 00 A5 00 00 5E 00 37 00 ]
18:14:14.317 -> Speed: 15 KPH Instantaneous Cadence: 68 RPM Total Distance: 165 m Instantaneous Power: 94 Watt Elapsed time: 55 s
18:14:15.297 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 2A 06 86 00 A9 00 00 7A 00 38 00 ]
18:14:15.297 -> Speed: 15 KPH Instantaneous Cadence: 67 RPM Total Distance: 169 m Instantaneous Power: 122 Watt Elapsed time: 56 s
18:14:15.484 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 4F 01 28 33 00 ]
18:14:15.532 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:14:15.532 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 4F 01 28 33 ]
18:14:16.237 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 E9 05 84 00 AD 00 00 82 00 39 00 ]
18:14:16.237 -> Speed: 15 KPH Instantaneous Cadence: 66 RPM Total Distance: 173 m Instantaneous Power: 130 Watt Elapsed time: 57 s
18:14:17.221 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 B7 05 82 00 B1 00 00 8B 00 3A 00 ]
18:14:17.221 -> Speed: 14 KPH Instantaneous Cadence: 65 RPM Total Distance: 177 m Instantaneous Power: 139 Watt Elapsed time: 58 s
18:14:17.503 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 67 01 28 33 00 ]
18:14:17.551 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:14:17.551 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 67 01 28 33 ]
18:14:18.203 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 92 05 80 00 B5 00 00 99 00 3B 00 ]
18:14:18.203 -> Speed: 14 KPH Instantaneous Cadence: 64 RPM Total Distance: 181 m Instantaneous Power: 153 Watt Elapsed time: 59 s
18:14:19.234 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 99 05 7C 00 B9 00 00 A8 00 3C 00 ]
18:14:19.234 -> Speed: 14 KPH Instantaneous Cadence: 62 RPM Total Distance: 185 m Instantaneous Power: 168 Watt Elapsed time: 60 s
18:14:19.560 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 57 FF 28 33 00 ]
18:14:19.607 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:14:19.607 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 57 FF 28 33 ]
18:14:19.702 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 0A ]
18:14:20.172 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 E5 05 7A 00 BD 00 00 B2 00 3D 00 ]
18:14:20.172 -> Speed: 15 KPH Instantaneous Cadence: 61 RPM Total Distance: 189 m Instantaneous Power: 178 Watt Elapsed time: 61 s
18:14:21.159 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 B9 06 7A 00 C1 00 00 AF 00 3E 00 ]
18:14:21.159 -> Speed: 17 KPH Instantaneous Cadence: 61 RPM Total Distance: 193 m Instantaneous Power: 175 Watt Elapsed time: 62 s
18:14:21.627 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 08 00 00 00 00 00 00 00 ]
18:14:21.673 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 08 01 ]
18:14:21.673 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 01 ]
18:14:21.673 -> -> Client Rec'd Raw FTM Machine Status Data: [2] [ 02 01 ]
18:14:22.140 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 1E 07 7E 00 C6 00 00 6E 00 3E 00 ]
18:14:22.140 -> Speed: 18 KPH Instantaneous Cadence: 63 RPM Total Distance: 198 m Instantaneous Power: 110 Watt Elapsed time: 62 s
18:14:23.123 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 24 07 88 00 CB 00 00 4B 00 3E 00 ]
18:14:23.123 -> Speed: 18 KPH Instantaneous Cadence: 68 RPM Total Distance: 203 m Instantaneous Power: 75 Watt Elapsed time: 62 s
18:14:23.639 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 01 00 00 00 00 00 00 00 ]
18:14:23.687 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 01 01 ]
18:14:24.111 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 3F 07 98 00 02 00 00 3C 00 00 00 ]
18:14:24.111 -> Speed: 18 KPH Instantaneous Cadence: 76 RPM Total Distance: 2 m Instantaneous Power: 60 Watt Elapsed time: 0 s
18:14:25.096 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 1E 07 9A 00 07 00 00 3D 00 00 00 ]
18:14:25.096 -> Speed: 18 KPH Instantaneous Cadence: 77 RPM Total Distance: 7 m Instantaneous Power: 61 Watt Elapsed time: 0 s
18:14:25.706 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 00 00 00 00 00 00 00 00 ]
18:14:25.753 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 00 01 ]
18:14:25.753 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 00 ]
18:14:25.753 -> -> Client Rec'd Raw FTM Machine Status Data: [1] [ 04 ]
18:14:26.033 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 04 07 9C 00 0B 00 00 2E 00 00 00 ]
18:14:26.033 -> Speed: 17 KPH Instantaneous Cadence: 78 RPM Total Distance: 11 m Instantaneous Power: 46 Watt Elapsed time: 0 s
18:14:27.019 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 FF 06 9A 00 10 00 00 2E 00 01 00 ]
18:14:27.019 -> Speed: 17 KPH Instantaneous Cadence: 77 RPM Total Distance: 16 m Instantaneous Power: 46 Watt Elapsed time: 1 s
18:14:27.770 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 00 00 00 00 00 00 00 00 ]
18:14:27.817 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 00 01 ]
18:14:28.003 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 0E 07 98 00 15 00 00 3B 00 02 00 ]
18:14:28.003 -> Speed: 18 KPH Instantaneous Cadence: 76 RPM Total Distance: 21 m Instantaneous Power: 59 Watt Elapsed time: 2 s
18:14:28.987 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 FA 06 94 00 1A 00 00 3A 00 03 00 ]
18:14:28.987 -> Speed: 17 KPH Instantaneous Cadence: 74 RPM Total Distance: 26 m Instantaneous Power: 58 Watt Elapsed time: 3 s
18:14:29.830 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 07 00 00 00 00 00 00 00 ]
18:14:29.877 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 07 01 ]
18:14:29.971 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 24 07 9A 00 1F 00 00 3A 00 04 00 ]
18:14:29.971 -> Speed: 18 KPH Instantaneous Cadence: 77 RPM Total Distance: 31 m Instantaneous Power: 58 Watt Elapsed time: 4 s
18:14:30.954 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 1E 07 9A 00 24 00 00 3D 00 05 00 ]
18:14:30.954 -> Speed: 18 KPH Instantaneous Cadence: 77 RPM Total Distance: 36 m Instantaneous Power: 61 Watt Elapsed time: 5 s
18:14:31.845 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 22 01 28 33 00 ]
18:14:31.938 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:14:31.938 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 22 01 28 33 ]
18:14:31.938 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 29 07 9C 00 29 00 00 3C 00 06 00 ]
18:14:31.938 -> Speed: 18 KPH Instantaneous Cadence: 78 RPM Total Distance: 41 m Instantaneous Power: 60 Watt Elapsed time: 6 s
18:14:32.923 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 A7 06 98 00 2E 00 00 38 00 07 00 ]
18:14:32.923 -> Speed: 17 KPH Instantaneous Cadence: 76 RPM Total Distance: 46 m Instantaneous Power: 56 Watt Elapsed time: 7 s
18:14:33.858 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 4A 06 98 00 32 00 00 47 00 08 00 ]
18:14:33.858 -> Speed: 16 KPH Instantaneous Cadence: 76 RPM Total Distance: 50 m Instantaneous Power: 71 Watt Elapsed time: 8 s
18:14:33.905 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 09 00 28 33 00 ]
18:14:33.952 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:14:33.952 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 09 00 28 33 ]
18:14:33.952 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 0A ]
18:14:34.885 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 B0 06 94 00 37 00 00 70 00 09 00 ]
18:14:34.885 -> Speed: 17 KPH Instantaneous Cadence: 74 RPM Total Distance: 55 m Instantaneous Power: 112 Watt Elapsed time: 9 s
18:14:35.820 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 EF 06 92 00 3B 00 00 79 00 0A 00 ]
18:14:35.820 -> Speed: 17 KPH Instantaneous Cadence: 73 RPM Total Distance: 59 m Instantaneous Power: 121 Watt Elapsed time: 10 s
18:14:35.962 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 00 00 28 33 00 ]
18:14:36.008 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:14:36.008 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:14:36.798 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 14 07 8E 00 40 00 00 49 00 0B 00 ]
18:14:36.798 -> Speed: 18 KPH Instantaneous Cadence: 71 RPM Total Distance: 64 m Instantaneous Power: 73 Watt Elapsed time: 11 s
18:14:37.781 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 09 07 92 00 45 00 00 3E 00 0C 00 ]
18:14:37.781 -> Speed: 18 KPH Instantaneous Cadence: 73 RPM Total Distance: 69 m Instantaneous Power: 62 Watt Elapsed time: 12 s
18:14:37.968 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 14 00 28 33 00 ]
18:14:38.061 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:14:38.061 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 14 00 28 33 ]
18:14:38.811 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 1E 07 96 00 4A 00 00 3A 00 0D 00 ]
18:14:38.811 -> Speed: 18 KPH Instantaneous Cadence: 75 RPM Total Distance: 74 m Instantaneous Power: 58 Watt Elapsed time: 13 s
18:14:39.744 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 09 07 9A 00 4F 00 00 38 00 0E 00 ]
18:14:39.744 -> Speed: 18 KPH Instantaneous Cadence: 77 RPM Total Distance: 79 m Instantaneous Power: 56 Watt Elapsed time: 14 s
18:14:40.027 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 22 00 28 33 00 ]
18:14:40.120 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:14:40.120 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 22 00 28 33 ]
18:14:40.120 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 00 ]
18:14:40.727 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 24 07 9A 00 54 00 00 3A 00 0F 00 ]
18:14:40.727 -> Speed: 18 KPH Instantaneous Cadence: 77 RPM Total Distance: 84 m Instantaneous Power: 58 Watt Elapsed time: 15 s
18:14:41.713 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 0E 07 9A 00 59 00 00 3B 00 10 00 ]
18:14:41.713 -> Speed: 18 KPH Instantaneous Cadence: 77 RPM Total Distance: 89 m Instantaneous Power: 59 Watt Elapsed time: 16 s
18:14:42.090 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 25 00 28 33 00 ]
18:14:42.137 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:14:42.137 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 25 00 28 33 ]
18:14:42.698 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 29 07 98 00 5E 00 00 3A 00 11 00 ]
18:14:42.698 -> Speed: 18 KPH Instantaneous Cadence: 76 RPM Total Distance: 94 m Instantaneous Power: 58 Watt Elapsed time: 17 s
18:14:43.682 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 24 07 98 00 63 00 00 3D 00 12 00 ]
18:14:43.682 -> Speed: 18 KPH Instantaneous Cadence: 76 RPM Total Distance: 99 m Instantaneous Power: 61 Watt Elapsed time: 18 s
18:14:44.151 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 23 00 28 33 00 ]
18:14:44.198 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:14:44.198 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 23 00 28 33 ]
18:14:44.666 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 3F 07 9A 00 68 00 00 41 00 13 00 ]
18:14:44.666 -> Speed: 18 KPH Instantaneous Cadence: 77 RPM Total Distance: 104 m Instantaneous Power: 65 Watt Elapsed time: 19 s
18:14:45.652 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 29 07 9C 00 6D 00 00 3B 00 14 00 ]
18:14:45.652 -> Speed: 18 KPH Instantaneous Cadence: 78 RPM Total Distance: 109 m Instantaneous Power: 59 Watt Elapsed time: 20 s
18:14:46.215 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 1C 00 28 33 00 ]
18:14:46.260 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:14:46.260 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 1C 00 28 33 ]
18:14:46.307 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 0A ]
18:14:46.635 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 2E 07 9E 00 72 00 00 39 00 15 00 ]
18:14:46.635 -> Speed: 18 KPH Instantaneous Cadence: 79 RPM Total Distance: 114 m Instantaneous Power: 57 Watt Elapsed time: 21 s
18:14:47.623 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 44 07 9E 00 77 00 00 3F 00 16 00 ]
18:14:47.623 -> Speed: 18 KPH Instantaneous Cadence: 79 RPM Total Distance: 119 m Instantaneous Power: 63 Watt Elapsed time: 22 s
18:14:48.233 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 0F 00 28 33 00 ]
18:14:48.279 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:14:48.279 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 0F 00 28 33 ]
18:14:48.563 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 24 07 9C 00 7C 00 00 3E 00 17 00 ]
18:14:48.563 -> Speed: 18 KPH Instantaneous Cadence: 78 RPM Total Distance: 124 m Instantaneous Power: 62 Watt Elapsed time: 23 s
18:14:49.546 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 3F 07 9C 00 81 00 00 36 00 18 00 ]
18:14:49.546 -> Speed: 18 KPH Instantaneous Cadence: 78 RPM Total Distance: 129 m Instantaneous Power: 54 Watt Elapsed time: 24 s
18:14:50.292 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 00 00 28 33 00 ]
18:14:50.339 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:14:50.339 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:14:50.527 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 39 07 9C 00 86 00 00 3F 00 19 00 ]
18:14:50.527 -> Speed: 18 KPH Instantaneous Cadence: 78 RPM Total Distance: 134 m Instantaneous Power: 63 Watt Elapsed time: 25 s
18:14:51.509 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 4A 07 9C 00 8B 00 00 3F 00 1A 00 ]
18:14:51.509 -> Speed: 18 KPH Instantaneous Cadence: 78 RPM Total Distance: 139 m Instantaneous Power: 63 Watt Elapsed time: 26 s
18:14:52.353 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 F5 FF 28 33 00 ]
18:14:52.400 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:14:52.400 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 F5 FF 28 33 ]
18:14:52.493 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 66 07 9E 00 90 00 00 3F 00 1B 00 ]
18:14:52.493 -> Speed: 18 KPH Instantaneous Cadence: 79 RPM Total Distance: 144 m Instantaneous Power: 63 Watt Elapsed time: 27 s
18:14:53.473 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 5B 07 9E 00 95 00 00 41 00 1C 00 ]
18:14:53.473 -> Speed: 18 KPH Instantaneous Cadence: 79 RPM Total Distance: 149 m Instantaneous Power: 65 Watt Elapsed time: 28 s
18:14:54.411 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 E4 FF 28 33 00 ]
18:14:54.458 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:14:54.458 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 E4 FF 28 33 ]
18:14:54.458 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 6C 07 A0 00 9A 00 00 3D 00 1D 00 ]
18:14:54.458 -> Speed: 19 KPH Instantaneous Cadence: 80 RPM Total Distance: 154 m Instantaneous Power: 61 Watt Elapsed time: 29 s
18:14:55.398 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 66 07 9E 00 A0 00 00 3E 00 1E 00 ]
18:14:55.398 -> Speed: 18 KPH Instantaneous Cadence: 79 RPM Total Distance: 160 m Instantaneous Power: 62 Watt Elapsed time: 30 s
18:14:56.387 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 60 07 A0 00 A5 00 00 3E 00 1F 00 ]
18:14:56.387 -> Speed: 18 KPH Instantaneous Cadence: 80 RPM Total Distance: 165 m Instantaneous Power: 62 Watt Elapsed time: 31 s
18:14:56.433 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 CF FF 28 33 00 ]
18:14:56.479 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:14:56.479 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 CF FF 28 33 ]
18:14:57.376 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 6C 07 A0 00 AA 00 00 3B 00 20 00 ]
18:14:57.376 -> Speed: 19 KPH Instantaneous Cadence: 80 RPM Total Distance: 170 m Instantaneous Power: 59 Watt Elapsed time: 32 s
18:14:58.355 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 6C 07 A0 00 AF 00 00 42 00 21 00 ]
18:14:58.355 -> Speed: 19 KPH Instantaneous Cadence: 80 RPM Total Distance: 175 m Instantaneous Power: 66 Watt Elapsed time: 33 s
18:14:58.449 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 A8 FF 28 33 00 ]
18:14:58.542 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:14:58.542 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 A8 FF 28 33 ]
18:14:59.337 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 66 07 A2 00 B4 00 00 40 00 22 00 ]
18:14:59.337 -> Speed: 18 KPH Instantaneous Cadence: 81 RPM Total Distance: 180 m Instantaneous Power: 64 Watt Elapsed time: 34 s
18:15:00.324 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 72 07 A0 00 B9 00 00 3A 00 23 00 ]
18:15:00.324 -> Speed: 19 KPH Instantaneous Cadence: 80 RPM Total Distance: 185 m Instantaneous Power: 58 Watt Elapsed time: 35 s
18:15:00.508 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 84 FF 28 33 00 ]
18:15:00.601 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:15:00.601 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 84 FF 28 33 ]
18:15:01.299 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 66 07 A0 00 BF 00 00 42 00 24 00 ]
18:15:01.299 -> Speed: 18 KPH Instantaneous Cadence: 80 RPM Total Distance: 191 m Instantaneous Power: 66 Watt Elapsed time: 36 s
18:15:02.281 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 66 07 A0 00 C4 00 00 3B 00 25 00 ]
18:15:02.281 -> Speed: 18 KPH Instantaneous Cadence: 80 RPM Total Distance: 196 m Instantaneous Power: 59 Watt Elapsed time: 37 s
18:15:02.609 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 67 FF 28 33 00 ]
18:15:02.609 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:15:02.609 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 67 FF 28 33 ]
18:15:03.265 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 78 07 A2 00 C9 00 00 3E 00 26 00 ]
18:15:03.265 -> Speed: 19 KPH Instantaneous Cadence: 81 RPM Total Distance: 201 m Instantaneous Power: 62 Watt Elapsed time: 38 s
18:15:04.251 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 78 07 A0 00 CE 00 00 44 00 27 00 ]
18:15:04.251 -> Speed: 19 KPH Instantaneous Cadence: 80 RPM Total Distance: 206 m Instantaneous Power: 68 Watt Elapsed time: 39 s
18:15:04.625 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 5D FF 28 33 00 ]
18:15:04.673 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:15:04.673 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 5D FF 28 33 ]
18:15:05.235 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 7E 07 9E 00 D3 00 00 3D 00 28 00 ]
18:15:05.235 -> Speed: 19 KPH Instantaneous Cadence: 79 RPM Total Distance: 211 m Instantaneous Power: 61 Watt Elapsed time: 40 s
18:15:06.222 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 78 07 A2 00 D8 00 00 3D 00 29 00 ]
18:15:06.222 -> Speed: 19 KPH Instantaneous Cadence: 81 RPM Total Distance: 216 m Instantaneous Power: 61 Watt Elapsed time: 41 s
18:15:06.646 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 5E FF 28 33 00 ]
18:15:06.739 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:15:06.739 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 5E FF 28 33 ]
18:15:07.159 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 72 07 A2 00 DE 00 00 40 00 2A 00 ]
18:15:07.159 -> Speed: 19 KPH Instantaneous Cadence: 81 RPM Total Distance: 222 m Instantaneous Power: 64 Watt Elapsed time: 42 s
18:15:08.144 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 78 07 A4 00 E3 00 00 3F 00 2B 00 ]
18:15:08.144 -> Speed: 19 KPH Instantaneous Cadence: 82 RPM Total Distance: 227 m Instantaneous Power: 63 Watt Elapsed time: 43 s
18:15:08.711 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 6F FF 28 33 00 ]
18:15:08.758 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:15:08.758 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 6F FF 28 33 ]
18:15:09.134 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 7E 07 A2 00 E8 00 00 3E 00 2C 00 ]
18:15:09.134 -> Speed: 19 KPH Instantaneous Cadence: 81 RPM Total Distance: 232 m Instantaneous Power: 62 Watt Elapsed time: 44 s
18:15:10.118 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 7E 07 A2 00 ED 00 00 43 00 2D 00 ]
18:15:10.118 -> Speed: 19 KPH Instantaneous Cadence: 81 RPM Total Distance: 237 m Instantaneous Power: 67 Watt Elapsed time: 45 s
18:15:10.775 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 8A FF 28 33 00 ]
18:15:10.822 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:15:10.822 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 8A FF 28 33 ]
18:15:11.106 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 89 07 A2 00 F2 00 00 3E 00 2E 00 ]
18:15:11.106 -> Speed: 19 KPH Instantaneous Cadence: 81 RPM Total Distance: 242 m Instantaneous Power: 62 Watt Elapsed time: 46 s
18:15:12.095 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 72 07 A0 00 F8 00 00 3B 00 2F 00 ]
18:15:12.095 -> Speed: 19 KPH Instantaneous Cadence: 80 RPM Total Distance: 248 m Instantaneous Power: 59 Watt Elapsed time: 47 s
18:15:12.844 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 B8 FF 28 33 00 ]
18:15:12.891 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:15:12.891 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 B8 FF 28 33 ]
18:15:13.080 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 66 07 A4 00 FD 00 00 3D 00 30 00 ]
18:15:13.080 -> Speed: 18 KPH Instantaneous Cadence: 82 RPM Total Distance: 253 m Instantaneous Power: 61 Watt Elapsed time: 48 s
18:15:14.019 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 95 07 A2 00 02 01 00 3E 00 31 00 ]
18:15:14.019 -> Speed: 19 KPH Instantaneous Cadence: 81 RPM Total Distance: 258 m Instantaneous Power: 62 Watt Elapsed time: 49 s
18:15:14.862 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 00 00 28 33 00 ]
18:15:14.910 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:15:14.910 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:15:15.004 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 89 07 A2 00 07 01 00 44 00 32 00 ]
18:15:15.004 -> Speed: 19 KPH Instantaneous Cadence: 81 RPM Total Distance: 263 m Instantaneous Power: 68 Watt Elapsed time: 50 s
18:15:15.979 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 6C 07 A0 00 0C 01 00 42 00 33 00 ]
18:15:15.979 -> Speed: 19 KPH Instantaneous Cadence: 80 RPM Total Distance: 268 m Instantaneous Power: 66 Watt Elapsed time: 51 s
18:15:16.916 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 A2 00 28 33 00 ]
18:15:16.963 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:15:16.963 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 A2 00 28 33 ]
18:15:16.963 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 95 07 A4 00 12 01 00 3B 00 34 00 ]
18:15:16.963 -> Speed: 19 KPH Instantaneous Cadence: 82 RPM Total Distance: 274 m Instantaneous Power: 59 Watt Elapsed time: 52 s
18:15:16.963 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 00 ]
18:15:17.946 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 34 07 A2 00 17 01 00 44 00 35 00 ]
18:15:17.946 -> Speed: 18 KPH Instantaneous Cadence: 81 RPM Total Distance: 279 m Instantaneous Power: 68 Watt Elapsed time: 53 s
18:15:18.930 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 CD 06 A0 00 1C 01 00 46 00 36 00 ]
18:15:18.930 -> Speed: 17 KPH Instantaneous Cadence: 80 RPM Total Distance: 284 m Instantaneous Power: 70 Watt Elapsed time: 54 s
18:15:18.930 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 09 01 28 33 00 ]
18:15:19.023 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:15:19.023 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 09 01 28 33 ]
18:15:19.871 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 A2 06 9A 00 20 01 00 55 00 37 00 ]
18:15:19.871 -> Speed: 16 KPH Instantaneous Cadence: 77 RPM Total Distance: 288 m Instantaneous Power: 85 Watt Elapsed time: 55 s
18:15:20.858 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 AB 06 92 00 25 01 00 8A 00 38 00 ]
18:15:20.858 -> Speed: 17 KPH Instantaneous Cadence: 73 RPM Total Distance: 293 m Instantaneous Power: 138 Watt Elapsed time: 56 s
18:15:20.998 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 4F 01 28 33 00 ]
18:15:21.045 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:15:21.045 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 4F 01 28 33 ]
18:15:21.891 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 64 06 8C 00 2A 01 00 9A 00 39 00 ]
18:15:21.891 -> Speed: 16 KPH Instantaneous Cadence: 70 RPM Total Distance: 298 m Instantaneous Power: 154 Watt Elapsed time: 57 s
18:15:22.825 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 42 06 84 00 2E 01 00 A1 00 3A 00 ]
18:15:22.825 -> Speed: 16 KPH Instantaneous Cadence: 66 RPM Total Distance: 302 m Instantaneous Power: 161 Watt Elapsed time: 58 s
18:15:23.058 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 67 01 28 33 00 ]
18:15:23.105 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:15:23.105 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 67 01 28 33 ]
18:15:23.808 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 53 06 80 00 32 01 00 BD 00 3B 00 ]
18:15:23.808 -> Speed: 16 KPH Instantaneous Cadence: 64 RPM Total Distance: 306 m Instantaneous Power: 189 Watt Elapsed time: 59 s
18:15:24.794 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 4A 06 7E 00 37 01 00 D3 00 3C 00 ]
18:15:24.794 -> Speed: 16 KPH Instantaneous Cadence: 63 RPM Total Distance: 311 m Instantaneous Power: 211 Watt Elapsed time: 60 s
18:15:25.075 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 57 FF 28 33 00 ]
18:15:25.122 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:15:25.122 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 57 FF 28 33 ]
18:15:25.215 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 0A ]
18:15:25.777 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 C3 06 7C 00 3B 01 00 CE 00 3D 00 ]
18:15:25.777 -> Speed: 17 KPH Instantaneous Cadence: 62 RPM Total Distance: 315 m Instantaneous Power: 206 Watt Elapsed time: 61 s
18:15:26.761 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 95 07 7C 00 40 01 00 B8 00 3E 00 ]
18:15:26.761 -> Speed: 19 KPH Instantaneous Cadence: 62 RPM Total Distance: 320 m Instantaneous Power: 184 Watt Elapsed time: 62 s
18:15:27.134 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 08 00 00 00 00 00 00 00 ]
18:15:27.181 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 08 01 ]
18:15:27.181 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 01 ]
18:15:27.181 -> -> Client Rec'd Raw FTM Machine Status Data: [2] [ 02 01 ]
18:15:27.746 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 C1 07 80 00 46 01 00 86 00 3E 00 ]
18:15:27.746 -> Speed: 19 KPH Instantaneous Cadence: 64 RPM Total Distance: 326 m Instantaneous Power: 134 Watt Elapsed time: 62 s
18:15:28.730 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 F5 07 8E 00 4B 01 00 52 00 3E 00 ]
18:15:28.730 -> Speed: 20 KPH Instantaneous Cadence: 71 RPM Total Distance: 331 m Instantaneous Power: 82 Watt Elapsed time: 62 s
18:15:29.153 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 01 00 00 00 00 00 00 00 ]
18:15:29.199 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 01 01 ]
18:15:29.717 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 FB 07 94 00 02 00 00 50 00 00 00 ]
18:15:29.717 -> Speed: 20 KPH Instantaneous Cadence: 74 RPM Total Distance: 2 m Instantaneous Power: 80 Watt Elapsed time: 0 s
18:15:30.654 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 10 08 9A 00 08 00 00 49 00 00 00 ]
18:15:30.654 -> Speed: 20 KPH Instantaneous Cadence: 77 RPM Total Distance: 8 m Instantaneous Power: 73 Watt Elapsed time: 0 s
18:15:31.215 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 00 00 00 00 00 00 00 00 ]
18:15:31.261 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 00 01 ]
18:15:31.261 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 00 ]
18:15:31.261 -> -> Client Rec'd Raw FTM Machine Status Data: [1] [ 04 ]
18:15:31.681 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 FB 07 9C 00 0D 00 00 44 00 00 00 ]
18:15:31.681 -> Speed: 20 KPH Instantaneous Cadence: 78 RPM Total Distance: 13 m Instantaneous Power: 68 Watt Elapsed time: 0 s
18:15:32.616 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 02 08 9A 00 13 00 00 46 00 01 00 ]
18:15:32.616 -> Speed: 20 KPH Instantaneous Cadence: 77 RPM Total Distance: 19 m Instantaneous Power: 70 Watt Elapsed time: 1 s
18:15:33.268 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 00 00 00 00 00 00 00 00 ]
18:15:33.315 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 00 01 ]
18:15:33.597 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 EE 07 9C 00 18 00 00 43 00 02 00 ]
18:15:33.597 -> Speed: 20 KPH Instantaneous Cadence: 78 RPM Total Distance: 24 m Instantaneous Power: 67 Watt Elapsed time: 2 s
18:15:34.582 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 02 08 9C 00 1E 00 00 42 00 03 00 ]
18:15:34.582 -> Speed: 20 KPH Instantaneous Cadence: 78 RPM Total Distance: 30 m Instantaneous Power: 66 Watt Elapsed time: 3 s
18:15:35.288 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 07 00 00 00 00 00 00 00 ]
18:15:35.336 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 07 01 ]
18:15:35.567 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 FB 07 9A 00 24 00 00 48 00 04 00 ]
18:15:35.567 -> Speed: 20 KPH Instantaneous Cadence: 77 RPM Total Distance: 36 m Instantaneous Power: 72 Watt Elapsed time: 4 s
18:15:36.550 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 FB 07 9A 00 29 00 00 45 00 05 00 ]
18:15:36.550 -> Speed: 20 KPH Instantaneous Cadence: 77 RPM Total Distance: 41 m Instantaneous Power: 69 Watt Elapsed time: 5 s
18:15:37.344 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 22 01 28 33 00 ]
18:15:37.389 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:15:37.389 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 22 01 28 33 ]
18:15:37.530 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 24 08 9A 00 2F 00 00 4B 00 06 00 ]
18:15:37.530 -> Speed: 20 KPH Instantaneous Cadence: 77 RPM Total Distance: 47 m Instantaneous Power: 75 Watt Elapsed time: 6 s
18:15:38.516 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 89 07 9E 00 34 00 00 4A 00 07 00 ]
18:15:38.516 -> Speed: 19 KPH Instantaneous Cadence: 79 RPM Total Distance: 52 m Instantaneous Power: 74 Watt Elapsed time: 7 s
18:15:39.405 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 09 00 28 33 00 ]
18:15:39.405 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:15:39.405 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 09 00 28 33 ]
18:15:39.501 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 29 07 98 00 39 00 00 5D 00 08 00 ]
18:15:39.501 -> Speed: 18 KPH Instantaneous Cadence: 76 RPM Total Distance: 57 m Instantaneous Power: 93 Watt Elapsed time: 8 s
18:15:39.501 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 0A ]
18:15:40.440 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 83 07 96 00 3E 00 00 88 00 09 00 ]
18:15:40.440 -> Speed: 19 KPH Instantaneous Cadence: 75 RPM Total Distance: 62 m Instantaneous Power: 136 Watt Elapsed time: 9 s
18:15:41.424 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 A2 07 90 00 44 00 00 74 00 0A 00 ]
18:15:41.424 -> Speed: 19 KPH Instantaneous Cadence: 72 RPM Total Distance: 68 m Instantaneous Power: 116 Watt Elapsed time: 10 s
18:15:41.424 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 00 00 28 33 00 ]
18:15:41.471 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:15:41.471 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:15:42.405 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 E1 07 8E 00 49 00 00 52 00 0B 00 ]
18:15:42.405 -> Speed: 20 KPH Instantaneous Cadence: 71 RPM Total Distance: 73 m Instantaneous Power: 82 Watt Elapsed time: 11 s
18:15:43.386 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 E1 07 90 00 4E 00 00 4B 00 0C 00 ]
18:15:43.386 -> Speed: 20 KPH Instantaneous Cadence: 72 RPM Total Distance: 78 m Instantaneous Power: 75 Watt Elapsed time: 12 s
18:15:43.479 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 14 00 28 33 00 ]
18:15:43.525 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:15:43.525 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 14 00 28 33 ]
18:15:43.619 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 00 ]
18:15:44.370 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 FB 07 96 00 54 00 00 4C 00 0D 00 ]
18:15:44.370 -> Speed: 20 KPH Instantaneous Cadence: 75 RPM Total Distance: 84 m Instantaneous Power: 76 Watt Elapsed time: 13 s
18:15:45.352 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 02 08 98 00 5A 00 00 4D 00 0E 00 ]
18:15:45.352 -> Speed: 20 KPH Instantaneous Cadence: 76 RPM Total Distance: 90 m Instantaneous Power: 77 Watt Elapsed time: 14 s
18:15:45.541 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 22 00 28 33 00 ]
18:15:45.588 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:15:45.588 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 22 00 28 33 ]
18:15:46.334 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 2B 08 9A 00 5F 00 00 4F 00 0F 00 ]
18:15:46.334 -> Speed: 20 KPH Instantaneous Cadence: 77 RPM Total Distance: 95 m Instantaneous Power: 79 Watt Elapsed time: 15 s
18:15:47.322 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 1D 08 9C 00 65 00 00 4D 00 10 00 ]
18:15:47.322 -> Speed: 20 KPH Instantaneous Cadence: 78 RPM Total Distance: 101 m Instantaneous Power: 77 Watt Elapsed time: 16 s
18:15:47.602 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 25 00 28 33 00 ]
18:15:47.649 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:15:47.649 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 25 00 28 33 ]
18:15:48.305 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 02 08 9E 00 6A 00 00 4A 00 11 00 ]
18:15:48.305 -> Speed: 20 KPH Instantaneous Cadence: 79 RPM Total Distance: 106 m Instantaneous Power: 74 Watt Elapsed time: 17 s
18:15:49.285 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 10 08 A0 00 70 00 00 47 00 12 00 ]
18:15:49.285 -> Speed: 20 KPH Instantaneous Cadence: 80 RPM Total Distance: 112 m Instantaneous Power: 71 Watt Elapsed time: 18 s
18:15:49.659 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 23 00 28 33 00 ]
18:15:49.751 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:15:49.751 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 23 00 28 33 ]
18:15:50.269 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 F5 07 9E 00 75 00 00 48 00 13 00 ]
18:15:50.269 -> Speed: 20 KPH Instantaneous Cadence: 79 RPM Total Distance: 117 m Instantaneous Power: 72 Watt Elapsed time: 19 s
18:15:51.251 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 EE 07 9A 00 7B 00 00 4B 00 14 00 ]
18:15:51.251 -> Speed: 20 KPH Instantaneous Cadence: 77 RPM Total Distance: 123 m Instantaneous Power: 75 Watt Elapsed time: 20 s
18:15:51.720 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 1C 00 28 33 00 ]
18:15:51.766 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:15:51.766 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 1C 00 28 33 ]
18:15:52.236 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 E7 07 9A 00 81 00 00 4D 00 15 00 ]
18:15:52.236 -> Speed: 20 KPH Instantaneous Cadence: 77 RPM Total Distance: 129 m Instantaneous Power: 77 Watt Elapsed time: 21 s
18:15:53.221 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 24 08 9A 00 86 00 00 56 00 16 00 ]
18:15:53.221 -> Speed: 20 KPH Instantaneous Cadence: 77 RPM Total Distance: 134 m Instantaneous Power: 86 Watt Elapsed time: 22 s
18:15:53.787 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 0F 00 28 33 00 ]
18:15:53.881 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:15:53.881 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 0F 00 28 33 ]
18:15:53.881 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 0A ]
18:15:54.160 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 10 08 9A 00 8C 00 00 53 00 17 00 ]
18:15:54.160 -> Speed: 20 KPH Instantaneous Cadence: 77 RPM Total Distance: 140 m Instantaneous Power: 83 Watt Elapsed time: 23 s
18:15:55.143 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 24 08 9A 00 91 00 00 4F 00 18 00 ]
18:15:55.143 -> Speed: 20 KPH Instantaneous Cadence: 77 RPM Total Distance: 145 m Instantaneous Power: 79 Watt Elapsed time: 24 s
18:15:55.331 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 00 ]
18:15:55.705 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 0A ]
18:15:55.845 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 00 00 28 33 00 ]
18:15:55.893 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:15:55.893 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:15:56.127 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 1D 08 9C 00 97 00 00 48 00 19 00 ]
18:15:56.127 -> Speed: 20 KPH Instantaneous Cadence: 78 RPM Total Distance: 151 m Instantaneous Power: 72 Watt Elapsed time: 25 s
18:15:57.112 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 41 08 9C 00 9D 00 00 4C 00 1A 00 ]
18:15:57.112 -> Speed: 21 KPH Instantaneous Cadence: 78 RPM Total Distance: 157 m Instantaneous Power: 76 Watt Elapsed time: 26 s
18:15:57.907 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 F5 FF 28 33 00 ]
18:15:57.953 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:15:57.953 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 F5 FF 28 33 ]
18:15:58.092 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 3A 08 A0 00 A2 00 00 4E 00 1B 00 ]
18:15:58.092 -> Speed: 21 KPH Instantaneous Cadence: 80 RPM Total Distance: 162 m Instantaneous Power: 78 Watt Elapsed time: 27 s
18:15:59.075 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 1D 08 9E 00 A8 00 00 43 00 1C 00 ]
18:15:59.075 -> Speed: 20 KPH Instantaneous Cadence: 79 RPM Total Distance: 168 m Instantaneous Power: 67 Watt Elapsed time: 28 s
18:15:59.969 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 E4 FF 28 33 00 ]
18:16:00.015 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:16:00.015 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 E4 FF 28 33 ]
18:16:00.062 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 3A 08 9E 00 AE 00 00 45 00 1D 00 ]
18:16:00.062 -> Speed: 21 KPH Instantaneous Cadence: 79 RPM Total Distance: 174 m Instantaneous Power: 69 Watt Elapsed time: 29 s
18:16:01.042 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 2B 08 9C 00 B3 00 00 46 00 1E 00 ]
18:16:01.042 -> Speed: 20 KPH Instantaneous Cadence: 78 RPM Total Distance: 179 m Instantaneous Power: 70 Watt Elapsed time: 30 s
18:16:02.029 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 17 08 9C 00 B9 00 00 48 00 1F 00 ]
18:16:02.029 -> Speed: 20 KPH Instantaneous Cadence: 78 RPM Total Distance: 185 m Instantaneous Power: 72 Watt Elapsed time: 31 s
18:16:02.029 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 CF FF 28 33 00 ]
18:16:02.076 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:16:02.076 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 CF FF 28 33 ]
18:16:02.965 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 56 08 A0 00 BF 00 00 4A 00 20 00 ]
18:16:02.965 -> Speed: 21 KPH Instantaneous Cadence: 80 RPM Total Distance: 191 m Instantaneous Power: 74 Watt Elapsed time: 32 s
18:16:03.948 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 32 08 A0 00 C5 00 00 4D 00 21 00 ]
18:16:03.948 -> Speed: 20 KPH Instantaneous Cadence: 80 RPM Total Distance: 197 m Instantaneous Power: 77 Watt Elapsed time: 33 s
18:16:04.087 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 A8 FF 28 33 00 ]
18:16:04.087 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:16:04.087 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 A8 FF 28 33 ]
18:16:04.929 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 24 08 A0 00 CA 00 00 46 00 22 00 ]
18:16:04.929 -> Speed: 20 KPH Instantaneous Cadence: 80 RPM Total Distance: 202 m Instantaneous Power: 70 Watt Elapsed time: 34 s
18:16:05.915 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 2B 08 9E 00 D0 00 00 43 00 23 00 ]
18:16:05.915 -> Speed: 20 KPH Instantaneous Cadence: 79 RPM Total Distance: 208 m Instantaneous Power: 67 Watt Elapsed time: 35 s
18:16:06.104 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 84 FF 28 33 00 ]
18:16:06.151 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:16:06.151 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 84 FF 28 33 ]
18:16:06.901 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 24 08 9E 00 D6 00 00 47 00 24 00 ]
18:16:06.901 -> Speed: 20 KPH Instantaneous Cadence: 79 RPM Total Distance: 214 m Instantaneous Power: 71 Watt Elapsed time: 36 s
18:16:07.882 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 2B 08 9E 00 DB 00 00 48 00 25 00 ]
18:16:07.882 -> Speed: 20 KPH Instantaneous Cadence: 79 RPM Total Distance: 219 m Instantaneous Power: 72 Watt Elapsed time: 37 s
18:16:08.161 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 67 FF 28 33 00 ]
18:16:08.209 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:16:08.209 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 67 FF 28 33 ]
18:16:08.862 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 1D 08 9E 00 E1 00 00 48 00 26 00 ]
18:16:08.862 -> Speed: 20 KPH Instantaneous Cadence: 79 RPM Total Distance: 225 m Instantaneous Power: 72 Watt Elapsed time: 38 s
18:16:09.848 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 41 08 9E 00 E7 00 00 4B 00 27 00 ]
18:16:09.848 -> Speed: 21 KPH Instantaneous Cadence: 79 RPM Total Distance: 231 m Instantaneous Power: 75 Watt Elapsed time: 39 s
18:16:10.220 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 5D FF 28 33 00 ]
18:16:10.268 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:16:10.268 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 5D FF 28 33 ]
18:16:10.829 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 4F 08 A0 00 EC 00 00 4E 00 28 00 ]
18:16:10.829 -> Speed: 21 KPH Instantaneous Cadence: 80 RPM Total Distance: 236 m Instantaneous Power: 78 Watt Elapsed time: 40 s
18:16:11.812 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 41 08 9E 00 F2 00 00 4E 00 29 00 ]
18:16:11.812 -> Speed: 21 KPH Instantaneous Cadence: 79 RPM Total Distance: 242 m Instantaneous Power: 78 Watt Elapsed time: 41 s
18:16:12.280 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 5E FF 28 33 00 ]
18:16:12.280 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:16:12.327 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 5E FF 28 33 ]
18:16:12.794 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 5E 08 A0 00 F8 00 00 4B 00 2A 00 ]
18:16:12.794 -> Speed: 21 KPH Instantaneous Cadence: 80 RPM Total Distance: 248 m Instantaneous Power: 75 Watt Elapsed time: 42 s
18:16:13.733 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 5E 08 A0 00 FE 00 00 4F 00 2B 00 ]
18:16:13.733 -> Speed: 21 KPH Instantaneous Cadence: 80 RPM Total Distance: 254 m Instantaneous Power: 79 Watt Elapsed time: 43 s
18:16:14.298 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 6F FF 28 33 00 ]
18:16:14.345 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:16:14.345 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 6F FF 28 33 ]
18:16:14.767 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 65 08 A2 00 04 01 00 50 00 2C 00 ]
18:16:14.767 -> Speed: 21 KPH Instantaneous Cadence: 81 RPM Total Distance: 260 m Instantaneous Power: 80 Watt Elapsed time: 44 s
18:16:15.702 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 8B 08 A2 00 09 01 00 51 00 2D 00 ]
18:16:15.702 -> Speed: 21 KPH Instantaneous Cadence: 81 RPM Total Distance: 265 m Instantaneous Power: 81 Watt Elapsed time: 45 s
18:16:16.357 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 8A FF 28 33 00 ]
18:16:16.406 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:16:16.406 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 8A FF 28 33 ]
18:16:16.733 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 74 08 A4 00 0F 01 00 4C 00 2E 00 ]
18:16:16.733 -> Speed: 21 KPH Instantaneous Cadence: 82 RPM Total Distance: 271 m Instantaneous Power: 76 Watt Elapsed time: 46 s
18:16:17.672 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 4F 08 A2 00 15 01 00 46 00 2F 00 ]
18:16:17.672 -> Speed: 21 KPH Instantaneous Cadence: 81 RPM Total Distance: 277 m Instantaneous Power: 70 Watt Elapsed time: 47 s
18:16:18.373 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 B8 FF 28 33 00 ]
18:16:18.419 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:16:18.419 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 B8 FF 28 33 ]
18:16:18.652 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 6D 08 A2 00 1B 01 00 46 00 30 00 ]
18:16:18.652 -> Speed: 21 KPH Instantaneous Cadence: 81 RPM Total Distance: 283 m Instantaneous Power: 70 Watt Elapsed time: 48 s
18:16:19.629 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 65 08 A2 00 21 01 00 4F 00 31 00 ]
18:16:19.629 -> Speed: 21 KPH Instantaneous Cadence: 81 RPM Total Distance: 289 m Instantaneous Power: 79 Watt Elapsed time: 49 s
18:16:20.425 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 00 00 28 33 00 ]
18:16:20.472 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:16:20.472 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:16:20.610 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 3A 08 A4 00 27 01 00 44 00 32 00 ]
18:16:20.610 -> Speed: 21 KPH Instantaneous Cadence: 82 RPM Total Distance: 295 m Instantaneous Power: 68 Watt Elapsed time: 50 s
18:16:21.590 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 5E 08 A2 00 2C 01 00 43 00 33 00 ]
18:16:21.590 -> Speed: 21 KPH Instantaneous Cadence: 81 RPM Total Distance: 300 m Instantaneous Power: 67 Watt Elapsed time: 51 s
18:16:22.481 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 A2 00 28 33 00 ]
18:16:22.528 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:16:22.528 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 A2 00 28 33 ]
18:16:22.573 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 56 08 A2 00 32 01 00 4D 00 34 00 ]
18:16:22.573 -> Speed: 21 KPH Instantaneous Cadence: 81 RPM Total Distance: 306 m Instantaneous Power: 77 Watt Elapsed time: 52 s
18:16:22.573 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 00 ]
18:16:23.547 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 4F 08 A0 00 38 01 00 4F 00 35 00 ]
18:16:23.547 -> Speed: 21 KPH Instantaneous Cadence: 80 RPM Total Distance: 312 m Instantaneous Power: 79 Watt Elapsed time: 53 s
18:16:24.529 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 83 08 A2 00 3E 01 00 4B 00 36 00 ]
18:16:24.529 -> Speed: 21 KPH Instantaneous Cadence: 81 RPM Total Distance: 318 m Instantaneous Power: 75 Watt Elapsed time: 54 s
18:16:24.529 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 09 01 28 33 00 ]
18:16:24.623 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:16:24.623 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 09 01 28 33 ]
18:16:25.509 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 6D 08 A2 00 44 01 00 4B 00 37 00 ]
18:16:25.509 -> Speed: 21 KPH Instantaneous Cadence: 81 RPM Total Distance: 324 m Instantaneous Power: 75 Watt Elapsed time: 55 s
18:16:26.495 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 7E 07 A2 00 49 01 00 4B 00 38 00 ]
18:16:26.495 -> Speed: 19 KPH Instantaneous Cadence: 81 RPM Total Distance: 329 m Instantaneous Power: 75 Watt Elapsed time: 56 s
18:16:26.589 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 4F 01 28 33 00 ]
18:16:26.635 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:16:26.635 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 4F 01 28 33 ]
18:16:27.431 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 EF 06 A0 00 4E 01 00 6E 00 39 00 ]
18:16:27.431 -> Speed: 17 KPH Instantaneous Cadence: 80 RPM Total Distance: 334 m Instantaneous Power: 110 Watt Elapsed time: 57 s
18:16:28.462 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 7E 06 98 00 53 01 00 8C 00 3A 00 ]
18:16:28.462 -> Speed: 16 KPH Instantaneous Cadence: 76 RPM Total Distance: 339 m Instantaneous Power: 140 Watt Elapsed time: 58 s
18:16:28.647 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 67 01 28 33 00 ]
18:16:28.695 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:16:28.695 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 67 01 28 33 ]
18:16:29.394 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 32 06 8E 00 57 01 00 97 00 3B 00 ]
18:16:29.394 -> Speed: 15 KPH Instantaneous Cadence: 71 RPM Total Distance: 343 m Instantaneous Power: 151 Watt Elapsed time: 59 s
18:16:30.420 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 EC 05 84 00 5C 01 00 9D 00 3C 00 ]
18:16:30.420 -> Speed: 15 KPH Instantaneous Cadence: 66 RPM Total Distance: 348 m Instantaneous Power: 157 Watt Elapsed time: 60 s
18:16:30.701 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 57 FF 28 33 00 ]
18:16:30.747 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:16:30.747 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 57 FF 28 33 ]
18:16:30.794 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 0A ]
18:16:31.356 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 2E 06 7C 00 60 01 00 A8 00 3D 00 ]
18:16:31.356 -> Speed: 15 KPH Instantaneous Cadence: 62 RPM Total Distance: 352 m Instantaneous Power: 168 Watt Elapsed time: 61 s
18:16:32.388 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 E1 06 78 00 64 01 00 A4 00 3E 00 ]
18:16:32.388 -> Speed: 17 KPH Instantaneous Cadence: 60 RPM Total Distance: 356 m Instantaneous Power: 164 Watt Elapsed time: 62 s
18:16:32.761 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 08 00 00 00 00 00 00 00 ]
18:16:32.808 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 08 01 ]
18:16:32.808 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 01 ]
18:16:32.808 -> -> Client Rec'd Raw FTM Machine Status Data: [2] [ 02 01 ]
18:16:33.369 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 B5 06 78 00 69 01 00 6A 00 3E 00 ]
18:16:33.369 -> Speed: 17 KPH Instantaneous Cadence: 60 RPM Total Distance: 361 m Instantaneous Power: 106 Watt Elapsed time: 62 s
18:16:34.299 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 22 06 78 00 6E 01 00 6A 00 3E 00 ]
18:16:34.299 -> Speed: 15 KPH Instantaneous Cadence: 60 RPM Total Distance: 366 m Instantaneous Power: 106 Watt Elapsed time: 62 s
18:16:34.811 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 01 00 00 00 00 00 00 00 ]
18:16:34.858 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 01 01 ]
18:16:35.277 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 95 05 78 00 01 00 00 6A 00 00 00 ]
18:16:35.277 -> Speed: 14 KPH Instantaneous Cadence: 60 RPM Total Distance: 1 m Instantaneous Power: 106 Watt Elapsed time: 0 s
18:16:36.258 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 0D 05 78 00 05 00 00 25 00 00 00 ]
18:16:36.258 -> Speed: 12 KPH Instantaneous Cadence: 60 RPM Total Distance: 5 m Instantaneous Power: 37 Watt Elapsed time: 0 s
18:16:36.866 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 00 00 00 00 00 00 00 00 ]
18:16:36.915 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 00 01 ]
18:16:36.915 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 00 ]
18:16:36.915 -> -> Client Rec'd Raw FTM Machine Status Data: [1] [ 04 ]
18:16:37.244 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 8C 04 78 00 08 00 00 25 00 00 00 ]
18:16:37.244 -> Speed: 11 KPH Instantaneous Cadence: 60 RPM Total Distance: 8 m Instantaneous Power: 37 Watt Elapsed time: 0 s
18:16:38.228 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 0E 04 00 00 0B 00 00 25 00 01 00 ]
18:16:38.228 -> Speed: 10 KPH Instantaneous Cadence: 0 RPM Total Distance: 11 m Instantaneous Power: 37 Watt Elapsed time: 1 s
18:16:38.889 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 00 00 00 00 00 00 00 00 ]
18:16:38.982 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 00 01 ]
18:16:39.216 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 94 03 00 00 0E 00 00 13 00 02 00 ]
18:16:39.216 -> Speed: 9 KPH Instantaneous Cadence: 0 RPM Total Distance: 14 m Instantaneous Power: 19 Watt Elapsed time: 2 s
18:16:40.200 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 21 03 00 00 10 00 00 13 00 03 00 ]
18:16:40.200 -> Speed: 8 KPH Instantaneous Cadence: 0 RPM Total Distance: 16 m Instantaneous Power: 19 Watt Elapsed time: 3 s
18:16:40.947 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 07 00 00 00 00 00 00 00 ]
18:16:40.993 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 07 01 ]
18:16:41.179 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 B4 02 00 00 12 00 00 09 00 04 00 ]
18:16:41.179 -> Speed: 6 KPH Instantaneous Cadence: 0 RPM Total Distance: 18 m Instantaneous Power: 9 Watt Elapsed time: 4 s
18:16:42.155 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 49 02 00 00 14 00 00 09 00 05 00 ]
18:16:42.155 -> Speed: 5 KPH Instantaneous Cadence: 0 RPM Total Distance: 20 m Instantaneous Power: 9 Watt Elapsed time: 5 s
18:16:42.998 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 22 01 28 33 00 ]
18:16:43.043 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:16:43.043 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 22 01 28 33 ]
18:16:43.137 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 E9 01 00 00 15 00 00 09 00 06 00 ]
18:16:43.137 -> Speed: 4 KPH Instantaneous Cadence: 0 RPM Total Distance: 21 m Instantaneous Power: 9 Watt Elapsed time: 6 s
18:16:44.125 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 7B 01 00 00 16 00 00 09 00 07 00 ]
18:16:44.125 -> Speed: 3 KPH Instantaneous Cadence: 0 RPM Total Distance: 22 m Instantaneous Power: 9 Watt Elapsed time: 7 s
18:16:45.064 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 09 00 28 33 00 ]
18:16:45.112 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 02 01 00 00 17 00 00 09 00 08 00 ]
18:16:45.112 -> Speed: 2 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 9 Watt Elapsed time: 8 s
18:16:45.112 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:16:45.112 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 09 00 28 33 ]
18:16:45.159 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 0A ]
18:16:45.437 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 00 ]
18:16:45.764 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 09 ]
18:16:46.092 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 09 00 ]
18:16:46.092 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 9 s
18:16:47.072 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 0A 00 ]
18:16:47.072 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 10 s
18:16:47.119 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 00 00 28 33 00 ]
18:16:47.165 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:16:47.165 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:16:48.002 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 0B 00 ]
18:16:48.002 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 11 s
18:16:48.979 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 0C 00 ]
18:16:48.979 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 12 s
18:16:49.168 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 14 00 28 33 00 ]
18:16:49.214 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:16:49.214 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 14 00 28 33 ]
18:16:49.962 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 0D 00 ]
18:16:49.962 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 13 s
18:16:50.951 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 0E 00 ]
18:16:50.951 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 14 s
18:16:51.230 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 22 00 28 33 00 ]
18:16:51.277 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:16:51.277 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 22 00 28 33 ]
18:16:51.930 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 0F 00 ]
18:16:51.930 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 15 s
18:16:52.910 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 10 00 ]
18:16:52.910 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 16 s
18:16:53.284 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 25 00 28 33 00 ]
18:16:53.284 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:16:53.284 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 25 00 28 33 ]
18:16:53.894 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 11 00 ]
18:16:53.894 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 17 s
18:16:54.880 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 12 00 ]
18:16:54.880 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 18 s
18:16:55.299 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 23 00 28 33 00 ]
18:16:55.345 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:16:55.345 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 23 00 28 33 ]
18:16:55.860 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 13 00 ]
18:16:55.860 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 19 s
18:16:56.840 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 14 00 ]
18:16:56.840 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 20 s
18:16:57.352 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 1C 00 28 33 00 ]
18:16:57.397 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:16:57.397 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 1C 00 28 33 ]
18:16:57.821 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 15 00 ]
18:16:57.821 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 21 s
18:16:58.802 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 16 00 ]
18:16:58.802 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 22 s
18:16:59.364 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 0F 00 28 33 00 ]
18:16:59.459 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:16:59.459 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 0F 00 28 33 ]
18:16:59.788 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 17 00 ]
18:16:59.788 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 23 s
18:17:00.771 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 18 00 ]
18:17:00.771 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 24 s
18:17:01.423 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 00 00 28 33 00 ]
18:17:01.469 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:17:01.469 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:17:01.750 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 19 00 ]
18:17:01.750 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 25 s
18:17:02.734 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 1A 00 ]
18:17:02.734 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 26 s
18:17:03.484 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 F5 FF 28 33 00 ]
18:17:03.530 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:17:03.530 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 F5 FF 28 33 ]
18:17:03.718 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 1B 00 ]
18:17:03.718 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 27 s
18:17:04.650 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 1C 00 ]
18:17:04.650 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 28 s
18:17:05.539 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 E4 FF 28 33 00 ]
18:17:05.586 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:17:05.586 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 E4 FF 28 33 ]
18:17:05.632 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 1D 00 ]
18:17:05.632 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 29 s
18:17:06.614 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 1E 00 ]
18:17:06.614 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 30 s
18:17:07.549 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 CF FF 28 33 00 ]
18:17:07.595 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:17:07.642 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 1F 00 ]
18:17:07.642 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 31 s
18:17:07.642 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 CF FF 28 33 ]
18:17:08.572 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 20 00 ]
18:17:08.572 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 32 s
18:17:09.552 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 21 00 ]
18:17:09.552 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 33 s
18:17:09.599 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 A8 FF 28 33 00 ]
18:17:09.645 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:17:09.645 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 A8 FF 28 33 ]
18:17:10.532 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 22 00 ]
18:17:10.532 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 34 s
18:17:11.520 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 23 00 ]
18:17:11.520 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 35 s
18:17:11.660 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 84 FF 28 33 00 ]
18:17:11.707 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:17:11.707 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 84 FF 28 33 ]
18:17:12.505 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 24 00 ]
18:17:12.505 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 36 s
18:17:13.487 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 25 00 ]
18:17:13.487 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 37 s
18:17:13.722 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 67 FF 28 33 00 ]
18:17:13.769 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:17:13.769 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 67 FF 28 33 ]
18:17:14.471 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 26 00 ]
18:17:14.471 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 38 s
18:17:15.450 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 27 00 ]
18:17:15.450 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 39 s
18:17:15.777 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 5D FF 28 33 00 ]
18:17:15.823 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:17:15.823 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 5D FF 28 33 ]
18:17:16.430 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 28 00 ]
18:17:16.430 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 40 s
18:17:17.419 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 29 00 ]
18:17:17.419 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 41 s
18:17:17.794 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 5E FF 28 33 00 ]
18:17:17.839 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:17:17.839 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 5E FF 28 33 ]
18:17:18.351 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 2A 00 ]
18:17:18.351 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 42 s
18:17:19.386 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 2B 00 ]
18:17:19.386 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 43 s
18:17:19.851 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 6F FF 28 33 00 ]
18:17:19.897 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:17:19.897 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 6F FF 28 33 ]
18:17:20.316 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 2C 00 ]
18:17:20.316 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 44 s
18:17:21.307 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 2D 00 ]
18:17:21.307 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 45 s
18:17:21.913 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 8A FF 28 33 00 ]
18:17:21.960 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:17:21.960 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 8A FF 28 33 ]
18:17:22.283 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 2E 00 ]
18:17:22.283 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 46 s
18:17:23.268 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 2F 00 ]
18:17:23.268 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 47 s
18:17:23.970 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 B8 FF 28 33 00 ]
18:17:24.018 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:17:24.018 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 B8 FF 28 33 ]
18:17:24.252 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 30 00 ]
18:17:24.252 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 48 s
18:17:25.237 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 31 00 ]
18:17:25.237 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 49 s
18:17:25.989 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 00 00 28 33 00 ]
18:17:26.037 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:17:26.037 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:17:26.222 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 32 00 ]
18:17:26.222 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 50 s
18:17:27.197 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 33 00 ]
18:17:27.197 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 51 s
18:17:28.042 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 A2 00 28 33 00 ]
18:17:28.088 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:17:28.088 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 A2 00 28 33 ]
18:17:28.183 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 34 00 ]
18:17:28.183 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 52 s
18:17:29.168 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 35 00 ]
18:17:29.168 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 53 s
18:17:30.105 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 09 01 28 33 00 ]
18:17:30.152 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:17:30.152 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 36 00 ]
18:17:30.152 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 54 s
18:17:30.152 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 09 01 28 33 ]
18:17:31.129 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 37 00 ]
18:17:31.129 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 55 s
18:17:32.113 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 38 00 ]
18:17:32.113 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 56 s
18:17:32.159 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 4F 01 28 33 00 ]
18:17:32.207 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:17:32.207 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 4F 01 28 33 ]
18:17:33.048 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 39 00 ]
18:17:33.048 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 57 s
18:17:34.033 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 3A 00 ]
18:17:34.033 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 58 s
18:17:34.216 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 67 01 28 33 00 ]
18:17:34.263 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:17:34.263 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 67 01 28 33 ]
18:17:35.014 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 3B 00 ]
18:17:35.014 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 59 s
18:17:35.999 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 3C 00 ]
18:17:35.999 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 60 s
18:17:36.231 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 57 FF 28 33 00 ]
18:17:36.278 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:17:36.278 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 57 FF 28 33 ]
18:17:36.981 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 3D 00 ]
18:17:36.981 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 61 s
18:17:37.966 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 3E 00 ]
18:17:37.966 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 62 s
18:17:38.292 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 08 00 00 00 00 00 00 00 ]
18:17:38.339 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 08 01 ]
18:17:38.339 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 01 ]
18:17:38.339 -> -> Client Rec'd Raw FTM Machine Status Data: [2] [ 02 01 ]
18:17:38.945 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 3E 00 ]
18:17:38.945 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 62 s
18:17:39.934 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 17 00 00 00 00 3E 00 ]
18:17:39.934 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 23 m Instantaneous Power: 0 Watt Elapsed time: 62 s
18:17:40.311 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 01 00 00 00 00 00 00 00 ]
18:17:40.358 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 01 01 ]
18:17:40.869 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 00 00 ]
18:17:40.869 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
18:17:41.894 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 00 00 ]
18:17:41.894 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
18:17:42.362 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 00 00 00 00 00 00 00 00 ]
18:17:42.456 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 00 01 ]
18:17:42.456 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 00 ]
18:17:42.456 -> -> Client Rec'd Raw FTM Machine Status Data: [1] [ 04 ]
18:17:42.877 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 00 00 ]
18:17:42.877 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
18:17:43.812 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 01 00 ]
18:17:43.812 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 1 s
18:17:44.422 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 00 00 00 00 00 00 00 00 ]
18:17:44.468 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 00 01 ]
18:17:44.794 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 02 00 ]
18:17:44.794 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 2 s
18:17:45.777 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 03 00 ]
18:17:45.777 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 3 s
18:17:46.477 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 07 00 00 00 00 00 00 00 ]
18:17:46.525 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 07 01 ]
18:17:46.762 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 04 00 ]
18:17:46.762 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 4 s
18:17:47.748 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 05 00 ]
18:17:47.748 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 5 s
18:17:48.543 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 22 01 28 33 00 ]
18:17:48.543 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:17:48.543 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 22 01 28 33 ]
18:17:48.635 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 09 ]
18:17:48.776 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 06 00 ]
18:17:48.776 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 6 s
18:17:49.711 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 07 00 ]
18:17:49.711 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 7 s
18:17:50.554 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 09 00 28 33 00 ]
18:17:50.605 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:17:50.605 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 09 00 28 33 ]
18:17:50.694 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 08 00 ]
18:17:50.694 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 8 s
18:17:51.674 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 09 00 ]
18:17:51.674 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 9 s
18:17:52.613 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 00 00 28 33 00 ]
18:17:52.660 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 0A 00 ]
18:17:52.660 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 10 s
18:17:52.660 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:17:52.660 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:17:53.642 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 0B 00 ]
18:17:53.642 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 11 s
18:17:54.629 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 0C 00 ]
18:17:54.629 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 12 s
18:17:54.675 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 14 00 28 33 00 ]
18:17:54.721 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:17:54.721 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 14 00 28 33 ]
18:17:55.609 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 0D 00 ]
18:17:55.609 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 13 s
18:17:56.590 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 0E 00 ]
18:17:56.590 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 14 s
18:17:56.731 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 22 00 28 33 00 ]
18:17:56.777 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:17:56.777 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 22 00 28 33 ]
18:17:57.572 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 0F 00 ]
18:17:57.572 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 15 s
18:17:58.511 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 10 00 ]
18:17:58.511 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 16 s
18:17:58.745 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 25 00 28 33 00 ]
18:17:58.839 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:17:58.839 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 25 00 28 33 ]
18:17:59.491 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 11 00 ]
18:17:59.491 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 17 s
18:18:00.474 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 12 00 ]
18:18:00.474 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 18 s
18:18:00.802 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 23 00 28 33 00 ]
18:18:00.896 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:18:00.896 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 23 00 28 33 ]
18:18:01.462 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 13 00 ]
18:18:01.462 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 19 s
18:18:02.448 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 14 00 ]
18:18:02.448 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 20 s
18:18:02.869 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 1C 00 28 33 00 ]
18:18:02.963 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:18:02.963 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 1C 00 28 33 ]
18:18:03.431 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 15 00 ]
18:18:03.431 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 21 s
18:18:04.367 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 16 00 ]
18:18:04.367 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 22 s
18:18:04.928 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 0F 00 28 33 00 ]
18:18:05.022 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:18:05.022 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 0F 00 28 33 ]
18:18:05.393 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 17 00 ]
18:18:05.393 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 23 s
18:18:06.329 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 18 00 ]
18:18:06.329 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 24 s
18:18:06.979 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 00 00 28 33 00 ]
18:18:07.072 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:18:07.072 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:18:07.350 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 19 00 ]
18:18:07.350 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 25 s
18:18:08.333 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 1A 00 ]
18:18:08.333 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 26 s
18:18:09.083 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 F5 FF 28 33 00 ]
18:18:09.083 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:18:09.083 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 F5 FF 28 33 ]
18:18:09.267 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 1B 00 ]
18:18:09.267 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 27 s
18:18:10.251 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 1C 00 ]
18:18:10.251 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 28 s
18:18:11.091 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 E4 FF 28 33 00 ]
18:18:11.138 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:18:11.138 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 E4 FF 28 33 ]
18:18:11.230 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 1D 00 ]
18:18:11.230 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 29 s
18:18:12.209 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 1E 00 ]
18:18:12.209 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 30 s
18:18:13.147 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 CF FF 28 33 00 ]
18:18:13.195 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:18:13.195 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 CF FF 28 33 ]
18:18:13.195 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 1F 00 ]
18:18:13.195 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 31 s
18:18:14.177 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 20 00 ]
18:18:14.177 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 32 s
18:18:15.164 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 21 00 ]
18:18:15.164 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 33 s
18:18:15.164 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 A8 FF 28 33 00 ]
18:18:15.209 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:18:15.209 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 A8 FF 28 33 ]
18:18:16.195 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 22 00 ]
18:18:16.195 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 34 s
18:18:17.129 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 23 00 ]
18:18:17.129 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 35 s
18:18:17.222 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 84 FF 28 33 00 ]
18:18:17.270 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:18:17.270 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 84 FF 28 33 ]
18:18:18.116 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 24 00 ]
18:18:18.116 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 36 s
18:18:19.099 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 25 00 ]
18:18:19.099 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 37 s
18:18:19.286 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 67 FF 28 33 00 ]
18:18:19.333 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:18:19.333 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 67 FF 28 33 ]
18:18:20.085 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 26 00 ]
18:18:20.085 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 38 s
18:18:21.071 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 27 00 ]
18:18:21.071 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 39 s
18:18:21.305 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 5D FF 28 33 00 ]
18:18:21.400 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:18:21.400 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 5D FF 28 33 ]
18:18:22.010 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 28 00 ]
18:18:22.010 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 40 s
18:18:22.992 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 29 00 ]
18:18:22.992 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 41 s
18:18:23.365 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 5E FF 28 33 00 ]
18:18:23.459 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:18:23.459 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 5E FF 28 33 ]
18:18:23.973 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 2A 00 ]
18:18:23.973 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 42 s
18:18:24.960 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 2B 00 ]
18:18:24.960 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 43 s
18:18:25.425 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 6F FF 28 33 00 ]
18:18:25.471 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:18:25.471 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 6F FF 28 33 ]
18:18:25.939 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 2C 00 ]
18:18:25.939 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 44 s
18:18:26.919 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 2D 00 ]
18:18:26.919 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 45 s
18:18:27.481 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 8A FF 28 33 00 ]
18:18:27.575 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:18:27.575 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 8A FF 28 33 ]
18:18:27.903 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 2E 00 ]
18:18:27.903 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 46 s
18:18:28.888 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 2F 00 ]
18:18:28.888 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 47 s
18:18:29.541 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 B8 FF 28 33 00 ]
18:18:29.589 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:18:29.589 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 B8 FF 28 33 ]
18:18:29.866 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 30 00 ]
18:18:29.866 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 48 s
18:18:30.852 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 31 00 ]
18:18:30.852 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 49 s
18:18:31.604 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 00 00 28 33 00 ]
18:18:31.651 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:18:31.651 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:18:31.792 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 32 00 ]
18:18:31.792 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 50 s
18:18:32.773 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 33 00 ]
18:18:32.773 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 51 s
18:18:33.660 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 A2 00 28 33 00 ]
18:18:33.707 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:18:33.707 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 A2 00 28 33 ]
18:18:33.752 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 34 00 ]
18:18:33.752 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 52 s
18:18:34.732 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 35 00 ]
18:18:34.732 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 53 s
18:18:35.754 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 36 00 ]
18:18:35.754 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 54 s
18:18:35.754 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 09 01 28 33 00 ]
18:18:35.801 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:18:35.801 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 09 01 28 33 ]
18:18:36.689 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 37 00 ]
18:18:36.689 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 55 s
18:18:37.673 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 38 00 ]
18:18:37.673 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 56 s
18:18:37.768 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 4F 01 28 33 00 ]
18:18:37.814 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:18:37.814 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 4F 01 28 33 ]
18:18:38.660 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 39 00 ]
18:18:38.660 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 57 s
18:18:39.643 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 3A 00 ]
18:18:39.643 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 58 s
18:18:39.831 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 67 01 28 33 00 ]
18:18:39.878 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:18:39.878 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 67 01 28 33 ]
18:18:40.628 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 3B 00 ]
18:18:40.628 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 59 s
18:18:41.608 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 3C 00 ]
18:18:41.608 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 60 s
18:18:41.842 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 57 FF 28 33 00 ]
18:18:41.890 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:18:41.890 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 57 FF 28 33 ]
18:18:42.588 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 3D 00 ]
18:18:42.588 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 61 s
18:18:43.567 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 3E 00 ]
18:18:43.567 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 62 s
18:18:43.897 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 08 00 00 00 00 00 00 00 ]
18:18:43.990 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 08 01 ]
18:18:43.990 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 01 ]
18:18:43.990 -> -> Client Rec'd Raw FTM Machine Status Data: [2] [ 02 01 ]
18:18:44.547 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 3E 00 ]
18:18:44.547 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 62 s
18:18:45.572 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 3E 00 ]
18:18:45.572 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 62 s
18:18:45.947 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 01 00 00 00 00 00 00 00 ]
18:18:45.995 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 01 01 ]
18:18:46.510 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 00 00 ]
18:18:46.510 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
18:18:47.491 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 00 00 ]
18:18:47.491 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
18:18:48.002 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 00 00 00 00 00 00 00 00 ]
18:18:48.050 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 00 01 ]
18:18:48.050 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 00 ]
18:18:48.050 -> -> Client Rec'd Raw FTM Machine Status Data: [1] [ 04 ]
18:18:48.472 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 00 00 ]
18:18:48.472 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 0 s
18:18:49.458 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 01 00 ]
18:18:49.458 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 1 s
18:18:50.063 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 00 00 00 00 00 00 00 00 ]
18:18:50.110 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 00 01 ]
18:18:50.391 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 02 00 ]
18:18:50.391 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 2 s
18:18:51.378 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 03 00 ]
18:18:51.378 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 3 s
18:18:52.126 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 07 00 00 00 00 00 00 00 ]
18:18:52.173 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 07 01 ]
18:18:52.359 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 04 00 ]
18:18:52.359 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 4 s
18:18:53.338 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 05 00 ]
18:18:53.338 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 5 s
18:18:54.179 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 22 01 28 33 00 ]
18:18:54.225 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:18:54.225 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 22 01 28 33 ]
18:18:54.225 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 09 ]
18:18:54.319 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 06 00 ]
18:18:54.319 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 6 s
18:18:55.298 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 07 00 ]
18:18:55.298 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 7 s
18:18:56.186 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 09 00 28 33 00 ]
18:18:56.232 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:18:56.232 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 09 00 28 33 ]
18:18:56.278 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 08 00 ]
18:18:56.278 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 8 s
18:18:57.309 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 09 00 ]
18:18:57.309 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 9 s
18:18:58.247 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 0A 00 ]
18:18:58.247 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 10 s
18:18:58.247 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 00 00 28 33 00 ]
18:18:58.339 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:18:58.339 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:18:59.227 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 0B 00 ]
18:18:59.227 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 11 s
18:19:00.214 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 0C 00 ]
18:19:00.214 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 12 s
18:19:00.307 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 14 00 28 33 00 ]
18:19:00.401 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:19:00.401 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 14 00 28 33 ]
18:19:01.193 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 0D 00 ]
18:19:01.193 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 13 s
18:19:02.175 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 0E 00 ]
18:19:02.175 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 14 s
18:19:02.360 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 22 00 28 33 00 ]
18:19:02.453 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:19:02.453 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 22 00 28 33 ]
18:19:03.151 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 0F 00 ]
18:19:03.151 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 15 s
18:19:04.134 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 10 00 ]
18:19:04.134 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 16 s
18:19:04.463 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 25 00 28 33 00 ]
18:19:04.510 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:19:04.510 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 25 00 28 33 ]
18:19:05.113 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 11 00 ]
18:19:05.113 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 17 s
18:19:06.098 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 12 00 ]
18:19:06.098 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 18 s
18:19:06.519 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 23 00 28 33 00 ]
18:19:06.566 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:19:06.566 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 23 00 28 33 ]
18:19:07.080 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 13 00 ]
18:19:07.080 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 19 s
18:19:08.060 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 14 00 ]
18:19:08.060 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 20 s
18:19:08.574 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 1C 00 28 33 00 ]
18:19:08.621 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:19:08.621 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 1C 00 28 33 ]
18:19:09.041 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 15 00 ]
18:19:09.041 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 21 s
18:19:10.038 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 16 00 ]
18:19:10.038 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 22 s
18:19:10.596 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 0F 00 28 33 00 ]
18:19:10.688 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:19:10.688 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 0F 00 28 33 ]
18:19:10.969 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 17 00 ]
18:19:10.969 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 23 s
18:19:11.948 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 18 00 ]
18:19:11.948 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 24 s
18:19:12.697 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 00 00 28 33 00 ]
18:19:12.743 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:19:12.743 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:19:12.932 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 19 00 ]
18:19:12.932 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 25 s
18:19:13.912 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 1A 00 ]
18:19:13.912 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 26 s
18:19:14.709 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 F5 FF 28 33 00 ]
18:19:14.803 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:19:14.803 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 F5 FF 28 33 ]
18:19:14.896 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 1B 00 ]
18:19:14.896 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 27 s
18:19:15.867 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 1C 00 ]
18:19:15.867 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 28 s
18:19:16.796 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 E4 FF 28 33 00 ]
18:19:16.844 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:19:16.844 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 E4 FF 28 33 ]
18:19:16.891 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 1D 00 ]
18:19:16.891 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 29 s
18:19:17.819 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 1E 00 ]
18:19:17.819 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 30 s
18:19:18.790 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 1F 00 ]
18:19:18.790 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 31 s
18:19:18.831 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 CF FF 28 33 00 ]
18:19:18.871 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:19:18.871 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 CF FF 28 33 ]
18:19:19.786 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 20 00 ]
18:19:19.786 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 32 s
18:19:20.755 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 21 00 ]
18:19:20.755 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 33 s
18:19:20.874 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 A8 FF 28 33 00 ]
18:19:20.914 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:19:20.914 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 A8 FF 28 33 ]
18:19:21.755 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 22 00 ]
18:19:21.755 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 34 s
18:19:22.753 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 23 00 ]
18:19:22.753 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 35 s
18:19:22.914 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 84 FF 28 33 00 ]
18:19:22.955 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:19:22.955 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 84 FF 28 33 ]
18:19:23.695 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 24 00 ]
18:19:23.695 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 36 s
18:19:24.703 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 25 00 ]
18:19:24.703 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 37 s
18:19:24.980 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 67 FF 28 33 00 ]
18:19:25.027 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:19:25.027 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 67 FF 28 33 ]
18:19:25.679 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 26 00 ]
18:19:25.679 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 38 s
18:19:26.662 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 27 00 ]
18:19:26.662 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 39 s
18:19:27.036 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 5D FF 28 33 00 ]
18:19:27.083 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:19:27.083 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 5D FF 28 33 ]
18:19:27.648 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 28 00 ]
18:19:27.648 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 40 s
18:19:28.625 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 29 00 ]
18:19:28.625 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 41 s
18:19:29.043 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 5E FF 28 33 00 ]
18:19:29.090 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:19:29.090 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 5E FF 28 33 ]
18:19:29.605 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 2A 00 ]
18:19:29.605 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 42 s
18:19:30.588 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 2B 00 ]
18:19:30.588 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 43 s
18:19:31.104 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 6F FF 28 33 00 ]
18:19:31.104 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:19:31.104 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 6F FF 28 33 ]
18:19:31.529 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 2C 00 ]
18:19:31.529 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 44 s
18:19:32.510 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 2D 00 ]
18:19:32.510 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 45 s
18:19:33.120 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 8A FF 28 33 00 ]
18:19:33.167 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:19:33.167 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 8A FF 28 33 ]
18:19:33.492 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 2E 00 ]
18:19:33.492 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 46 s
18:19:34.478 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 2F 00 ]
18:19:34.478 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 47 s
18:19:35.183 -> Client sends Indoor Bike Simulation Parameters to Trainer's FTM Control Point: [ 11 00 00 B8 FF 28 33 00 ]
18:19:35.230 -> -> Client Rec'd Raw FTM Control Point Response Data: [ 80 11 01 ]
18:19:35.230 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 B8 FF 28 33 ]
18:19:35.465 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 30 00 ]
18:19:35.465 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 48 s
18:19:36.449 -> -> Client Rec'd Raw FTM Indoor Bike Data: [13] [ 54 08 00 00 00 00 00 00 00 00 00 31 00 ]
18:19:36.449 -> Speed: 0 KPH Instantaneous Cadence: 0 RPM Total Distance: 0 m Instantaneous Power: 0 Watt Elapsed time: 49 s
Next report; FTMS_SERVER_V022
Best Regards
Filippo
from simcline.
cherryphilip74
commented on May 25, 2024
Dear Jörgen!
Second report.
>>>>>>>>>>>>>>FTMS_SERVER_V022 <<<<<<<<<<<<<
Same as V02 version. After pairing Zwift with DIRETO XR S52, power, cadence and speed changing automatically
18:42:44.131 -> Feather nRF52 Server/Peripheral: CPS, CSC and FTMS
18:42:44.131 -> ------------------- Version 02.2 ---------------------
18:42:44.131 -> Initialise the Bluefruit nRF52 module: Server (Peripheral)
18:42:44.407 -> Configuring the Server Device Information Service
18:42:44.407 -> Configuring the Server Cycle Power Service
18:42:44.407 -> Configuring the Server Cadence and Speed Service
18:42:44.407 -> Configuring the Server Fitness Machine Service
18:42:44.407 -> Configuring the Server NUS Service
18:42:44.407 -> Setting up the Server advertising payload(s)
18:42:44.407 -> Setting Server Device Name to: [Sim nRF52]
18:42:44.407 -> Setting Server Appearance to [1152] Generic: Cycling
18:42:44.407 -> Server is advertising: CPS, CSC and FTMS
18:44:09.970 -> Feather nRF52 (Peripheral) connected to (Central) device: [DESK-CHERRYPHIL] MAC Address: 40:23:43:A5:FE:78
18:44:09.970 -> Waiting for Central Device to set 'Notify' enabled for relevant Characteristics...
18:44:12.347 -> Server (Peripheral) is Up and Running!
18:44:12.861 -> Central Updated CCCD to: [1] --> Server CP: Measurement 'Notify' enabled
18:44:13.096 -> Central Updated CCCD to: [1] --> Server CSC: Measurement 'Notify' enabled
18:44:13.841 -> Central Updated CCCD to: [1] --> Server FTM: IndoorBikeData 'Notify' enabled
18:44:15.287 -> Central Updated CCCD to: [1] --> Server FTM: FitnessMachineStatus 'Notify' enabled
18:44:26.187 -> --> Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
18:44:26.279 -> Request Control of Machine!
18:44:26.372 -> --> Raw FTM Control Point Data [len: 1] [OpCode: 01] [Values: 00 ]
18:44:26.467 -> Reset Machine!
18:44:26.610 -> --> Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
18:44:26.658 -> Request Control of Machine!
18:44:26.658 -> --> Raw FTM Control Point Data [len: 1] [OpCode: 07] [Values: 00 ]
18:44:26.797 -> Start or Resume Machine!
18:44:27.587 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 C3 00 28 33 00 ]
18:44:27.679 -> Set Indoor Bike Simulation Parameters!
18:44:27.679 -> Wind speed (1000): 0.00 | Grade (100): 1.95 | Crr (10000): 0.00 | Cw (100): 0.51
18:45:15.155 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 E4 FF 28 33 00 ]
18:45:15.250 -> Set Indoor Bike Simulation Parameters!
18:45:15.250 -> Wind speed (1000): 0.00 | Grade (100): -0.28 | Crr (10000): 0.00 | Cw (100): 0.51
18:45:15.999 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 00 00 28 33 00 ]
18:45:16.092 -> Set Indoor Bike Simulation Parameters!
18:45:16.092 -> Wind speed (1000): 0.00 | Grade (100): 0.00 | Crr (10000): 0.00 | Cw (100): 0.51
18:46:00.367 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 08 00 28 33 00 ]
18:46:00.504 -> Set Indoor Bike Simulation Parameters!
18:46:00.504 -> Wind speed (1000): 0.00 | Grade (100): 0.08 | Crr (10000): 0.00 | Cw (100): 0.51
18:46:01.235 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 10 00 28 33 00 ]
18:46:01.373 -> Set Indoor Bike Simulation Parameters!
18:46:01.373 -> Wind speed (1000): 0.00 | Grade (100): 0.16 | Crr (10000): 0.00 | Cw (100): 0.51
18:46:02.106 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 13 00 28 33 00 ]
18:46:02.245 -> Set Indoor Bike Simulation Parameters!
18:46:02.245 -> Wind speed (1000): 0.00 | Grade (100): 0.19 | Crr (10000): 0.00 | Cw (100): 0.51
18:46:03.734 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 12 00 28 33 00 ]
18:46:03.869 -> Set Indoor Bike Simulation Parameters!
18:46:03.869 -> Wind speed (1000): 0.00 | Grade (100): 0.18 | Crr (10000): 0.00 | Cw (100): 0.51
18:46:04.574 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 0F 00 28 33 00 ]
18:46:04.713 -> Set Indoor Bike Simulation Parameters!
18:46:04.713 -> Wind speed (1000): 0.00 | Grade (100): 0.15 | Crr (10000): 0.00 | Cw (100): 0.51
18:46:05.412 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 0B 00 28 33 00 ]
18:46:05.552 -> Set Indoor Bike Simulation Parameters!
18:46:05.552 -> Wind speed (1000): 0.00 | Grade (100): 0.11 | Crr (10000): 0.00 | Cw (100): 0.51
18:46:06.345 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 04 00 28 33 00 ]
18:46:06.437 -> Set Indoor Bike Simulation Parameters!
18:46:06.437 -> Wind speed (1000): 0.00 | Grade (100): 0.04 | Crr (10000): 0.00 | Cw (100): 0.51
18:46:07.182 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 FF FF 28 33 00 ]
18:46:07.274 -> Set Indoor Bike Simulation Parameters!
18:46:07.274 -> Wind speed (1000): 0.00 | Grade (100): -0.01 | Crr (10000): 0.00 | Cw (100): 0.51
18:46:08.020 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 FA FF 28 33 00 ]
18:46:08.115 -> Set Indoor Bike Simulation Parameters!
18:46:08.115 -> Wind speed (1000): 0.00 | Grade (100): -0.06 | Crr (10000): 0.00 | Cw (100): 0.51
18:46:08.910 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 F3 FF 28 33 00 ]
18:46:09.050 -> Set Indoor Bike Simulation Parameters!
18:46:09.050 -> Wind speed (1000): 0.00 | Grade (100): -0.13 | Crr (10000): 0.00 | Cw (100): 0.51
18:46:09.752 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 EA FF 28 33 00 ]
18:46:09.891 -> Set Indoor Bike Simulation Parameters!
18:46:09.891 -> Wind speed (1000): 0.00 | Grade (100): -0.22 | Crr (10000): 0.00 | Cw (100): 0.51
18:46:10.587 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 DD FF 28 33 00 ]
18:46:10.775 -> Set Indoor Bike Simulation Parameters!
18:46:10.775 -> Wind speed (1000): 0.00 | Grade (100): -0.35 | Crr (10000): 0.00 | Cw (100): 0.51
18:46:11.427 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 CA FF 28 33 00 ]
18:46:11.566 -> Set Indoor Bike Simulation Parameters!
18:46:11.566 -> Wind speed (1000): 0.00 | Grade (100): -0.54 | Crr (10000): 0.00 | Cw (100): 0.51
18:46:12.266 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 BB FF 28 33 00 ]
18:46:12.406 -> Set Indoor Bike Simulation Parameters!
18:46:12.406 -> Wind speed (1000): 0.00 | Grade (100): -0.69 | Crr (10000): 0.00 | Cw (100): 0.51
18:46:13.111 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 B1 FF 28 33 00 ]
18:46:13.251 -> Set Indoor Bike Simulation Parameters!
18:46:13.251 -> Wind speed (1000): 0.00 | Grade (100): -0.79 | Crr (10000): 0.00 | Cw (100): 0.51
18:46:13.995 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 AC FF 28 33 00 ]
18:46:14.136 -> Set Indoor Bike Simulation Parameters!
18:46:14.136 -> Wind speed (1000): 0.00 | Grade (100): -0.84 | Crr (10000): 0.00 | Cw (100): 0.51
18:46:14.839 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 AA FF 28 33 00 ]
18:46:14.979 -> Set Indoor Bike Simulation Parameters!
18:46:14.979 -> Wind speed (1000): 0.00 | Grade (100): -0.86 | Crr (10000): 0.00 | Cw (100): 0.51
18:46:15.676 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 AE FF 28 33 00 ]
18:46:15.816 -> Set Indoor Bike Simulation Parameters!
18:46:15.816 -> Wind speed (1000): 0.00 | Grade (100): -0.82 | Crr (10000): 0.00 | Cw (100): 0.51
18:46:16.514 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 B6 FF 28 33 00 ]
18:46:16.655 -> Set Indoor Bike Simulation Parameters!
18:46:16.655 -> Wind speed (1000): 0.00 | Grade (100): -0.74 | Crr (10000): 0.00 | Cw (100): 0.51
18:46:17.355 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 C4 FF 28 33 00 ]
18:46:17.541 -> Set Indoor Bike Simulation Parameters!
18:46:17.541 -> Wind speed (1000): 0.00 | Grade (100): -0.60 | Crr (10000): 0.00 | Cw (100): 0.51
18:46:18.290 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 DA FF 28 33 00 ]
18:46:18.384 -> Set Indoor Bike Simulation Parameters!
18:46:18.384 -> Wind speed (1000): 0.00 | Grade (100): -0.38 | Crr (10000): 0.00 | Cw (100): 0.51
18:46:19.084 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 F8 FF 28 33 00 ]
18:46:19.223 -> Set Indoor Bike Simulation Parameters!
18:46:19.223 -> Wind speed (1000): 0.00 | Grade (100): -0.08 | Crr (10000): 0.00 | Cw (100): 0.51
18:46:19.971 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 30 00 28 33 00 ]
18:46:20.063 -> Set Indoor Bike Simulation Parameters!
18:46:20.063 -> Wind speed (1000): 0.00 | Grade (100): 0.48 | Crr (10000): 0.00 | Cw (100): 0.51
18:46:20.806 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 63 00 28 33 00 ]
18:46:20.899 -> Set Indoor Bike Simulation Parameters!
18:46:20.899 -> Wind speed (1000): 0.00 | Grade (100): 0.99 | Crr (10000): 0.00 | Cw (100): 0.51
18:46:21.695 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 8F 00 28 33 00 ]
18:46:21.788 -> Set Indoor Bike Simulation Parameters!
18:46:21.788 -> Wind speed (1000): 0.00 | Grade (100): 1.43 | Crr (10000): 0.00 | Cw (100): 0.51
18:46:22.535 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 AB 00 28 33 00 ]
18:46:22.628 -> Set Indoor Bike Simulation Parameters!
18:46:22.628 -> Wind speed (1000): 0.00 | Grade (100): 1.71 | Crr (10000): 0.00 | Cw (100): 0.51
18:46:23.421 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 BB 00 28 33 00 ]
18:46:23.559 -> Set Indoor Bike Simulation Parameters!
18:46:23.559 -> Wind speed (1000): 0.00 | Grade (100): 1.87 | Crr (10000): 0.00 | Cw (100): 0.51
18:46:24.307 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 BF 00 28 33 00 ]
18:46:24.450 -> Set Indoor Bike Simulation Parameters!
18:46:24.450 -> Wind speed (1000): 0.00 | Grade (100): 1.91 | Crr (10000): 0.00 | Cw (100): 0.51
18:46:25.104 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 B7 00 28 33 00 ]
18:46:25.289 -> Set Indoor Bike Simulation Parameters!
18:46:25.289 -> Wind speed (1000): 0.00 | Grade (100): 1.83 | Crr (10000): 0.00 | Cw (100): 0.51
18:46:26.078 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 A3 00 28 33 00 ]
18:46:26.172 -> Set Indoor Bike Simulation Parameters!
18:46:26.172 -> Wind speed (1000): 0.00 | Grade (100): 1.63 | Crr (10000): 0.00 | Cw (100): 0.51
18:46:26.917 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 87 00 28 33 00 ]
18:46:27.007 -> Set Indoor Bike Simulation Parameters!
18:46:27.007 -> Wind speed (1000): 0.00 | Grade (100): 1.35 | Crr (10000): 0.00 | Cw (100): 0.51
18:46:27.757 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 64 00 28 33 00 ]
18:46:27.847 -> Set Indoor Bike Simulation Parameters!
18:46:27.847 -> Wind speed (1000): 0.00 | Grade (100): 1.00 | Crr (10000): 0.00 | Cw (100): 0.51
18:46:28.639 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 3D 00 28 33 00 ]
18:46:28.781 -> Set Indoor Bike Simulation Parameters!
18:46:28.781 -> Wind speed (1000): 0.00 | Grade (100): 0.61 | Crr (10000): 0.00 | Cw (100): 0.51
18:46:29.482 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 28 00 28 33 00 ]
18:46:29.622 -> Set Indoor Bike Simulation Parameters!
18:46:29.622 -> Wind speed (1000): 0.00 | Grade (100): 0.40 | Crr (10000): 0.00 | Cw (100): 0.51
18:46:30.410 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 17 00 28 33 00 ]
18:46:30.503 -> Set Indoor Bike Simulation Parameters!
18:46:30.503 -> Wind speed (1000): 0.00 | Grade (100): 0.23 | Crr (10000): 0.00 | Cw (100): 0.51
18:46:31.299 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 0A 00 28 33 00 ]
18:46:31.392 -> Set Indoor Bike Simulation Parameters!
18:46:31.392 -> Wind speed (1000): 0.00 | Grade (100): 0.10 | Crr (10000): 0.00 | Cw (100): 0.51
18:46:32.185 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 00 00 28 33 00 ]
18:46:32.325 -> Set Indoor Bike Simulation Parameters!
18:46:32.325 -> Wind speed (1000): 0.00 | Grade (100): 0.00 | Crr (10000): 0.00 | Cw (100): 0.51
18:46:33.022 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 FC FF 28 33 00 ]
18:46:33.161 -> Set Indoor Bike Simulation Parameters!
18:46:33.161 -> Wind speed (1000): 0.00 | Grade (100): -0.04 | Crr (10000): 0.00 | Cw (100): 0.51
18:46:33.905 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 F9 FF 28 33 00 ]
18:46:34.046 -> Set Indoor Bike Simulation Parameters!
18:46:34.046 -> Wind speed (1000): 0.00 | Grade (100): -0.07 | Crr (10000): 0.00 | Cw (100): 0.51
18:46:34.746 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 F7 FF 28 33 00 ]
18:46:34.885 -> Set Indoor Bike Simulation Parameters!
18:46:34.885 -> Wind speed (1000): 0.00 | Grade (100): -0.09 | Crr (10000): 0.00 | Cw (100): 0.51
18:46:35.628 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 F6 FF 28 33 00 ]
18:46:35.720 -> Set Indoor Bike Simulation Parameters!
18:46:35.720 -> Wind speed (1000): 0.00 | Grade (100): -0.10 | Crr (10000): 0.00 | Cw (100): 0.51
18:46:37.211 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 F7 FF 28 33 00 ]
18:46:37.351 -> Set Indoor Bike Simulation Parameters!
18:46:37.351 -> Wind speed (1000): 0.00 | Grade (100): -0.09 | Crr (10000): 0.00 | Cw (100): 0.51
18:46:38.045 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 FA FF 28 33 00 ]
18:46:38.185 -> Set Indoor Bike Simulation Parameters!
18:46:38.185 -> Wind speed (1000): 0.00 | Grade (100): -0.06 | Crr (10000): 0.00 | Cw (100): 0.51
18:46:38.886 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 FE FF 28 33 00 ]
18:46:39.025 -> Set Indoor Bike Simulation Parameters!
18:46:39.025 -> Wind speed (1000): 0.00 | Grade (100): -0.02 | Crr (10000): 0.00 | Cw (100): 0.51
18:46:39.769 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 00 00 28 33 00 ]
18:46:39.862 -> Set Indoor Bike Simulation Parameters!
18:46:39.862 -> Wind speed (1000): 0.00 | Grade (100): 0.00 | Crr (10000): 0.00 | Cw (100): 0.51
18:47:00.754 -> --> Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 D1 FF 28 33 00 ]
18:47:00.849 -> Set Indoor Bike Simulation Parameters!
18:47:00.849 -> Wind speed (1000): 0.00 | Grade (100): -0.47 | Crr (10000): 0.00 | Cw (100): 0.51
Next report; FTMS_ZWIFT_BRIDGE_V022
Best Regards
Filippo
from simcline.
cherryphilip74
commented on May 25, 2024
Dear Jörgen!
third and last report.
>>>>>>>>>>>>>>FTMS_ZWIFT_BRIDGE_V022 <<<<<<<<<<<<<
Paired with DIRETO XR S52
I felt resistance change as I pedaled. Max slope reached is 6%, but this value not found on serial monitor
18:53:43.671 -> Feather nRF52840 MITM supporting: CPS, CSC and FTMS
18:53:43.671 -> ------------------ Version 02.2 ---------------------
18:53:43.949 -> FTM Service and Chars are 'initialized'
18:53:43.949 -> CP Service and Chars are 'initialized'
18:53:43.949 -> CSC Service and Chars are 'initialized'
18:53:43.949 -> Generic Access Service and Chars are 'initialized'
18:53:43.949 -> Device Information Service and Chars are 'initialized'
18:53:43.949 -> Start Client-side Scanning for CPS, CSC and FTMS!
18:54:09.511 -> Found advertising Peripheral with FTMS enabled! See Raw data packet:
18:54:09.511 -> Timestamp Addr Rssi Data
18:54:09.511 -> 000025831 EE:18:4B:1F:9F:3E -68 03-19-85-04-02-01-06-05-02-26-18-18-18-06-16-26-18-01-20-00-0A-09-44-49-52-45-54-4F-20-58-52
18:54:09.557 -> Feather nRF52 (Central) connected to Trainer (Peripheral) device: [DIRETO XR] MAC Address: EE:18:4B:1F:9F:3E
18:54:09.557 -> Now checking all mandatory Client Services and Characteristics!
18:54:09.557 -> Discovering Client Cycling Power (CP) Service ... Found it! CPS Max Payload: 20 Data Length: 27
18:54:09.602 -> Discovering Client CP Measurement characteristic ... Found it!
18:54:09.649 -> Discovering Client CP Control Point characteristic ... Found it!
18:54:09.790 -> Discovering Client CP Feature characteristic ... Found it!
18:54:09.929 -> -> Client Reads Raw CP Feature bytes: [4] [ 0D 02 00 00 ]
18:54:09.929 -> Pedal power balance supported
18:54:09.929 -> Wheel revolution data supported
18:54:09.929 -> Crank revolution data supported
18:54:09.929 -> Offset compensation supported
18:54:09.929 -> Discovering Client CP Sensor Location characteristic ... Found it!
18:54:09.978 -> -> Client Reads CP Location Sensor: Loc#: 0 Other
18:54:09.978 -> Discovering Cycling Speed and Cadence (CSC) Service ... Found it! CSCS Max Payload: 20 Data Length: 27
18:54:10.070 -> Discovering Client CSC Measurement CHR ... Found it!
18:54:10.164 -> Discovering Client CSC Location CHR ... Found it!
18:54:10.256 -> -> Client Reads CSC Location Sensor: Loc#: 0 Other
18:54:10.256 -> Discovering Client CSC Feature CHR ... Found it!
18:54:10.395 -> -> Client Reads Raw CSC Feature bytes: [2] [ 03 00 ]
18:54:10.395 -> Wheel rev supported
18:54:10.395 -> Crank rev supported
18:54:10.395 -> Found Client Generic Access
18:54:10.486 -> Found Device Name: [DIRETO XR]
18:54:10.580 -> Found Appearance: [1157]
18:54:10.626 -> Found Client Device Information:
18:54:10.718 -> Client Manufacturer: Elite
18:54:10.949 -> Client Serial Number: 52687
18:54:10.949 -> Discovering Client Fitness Machine (FTM) Service ... Found it! FTMS Max Payload: 20 Data Length: 27
18:54:10.995 -> Discovering Client FTM Feature Characteristic ... Found it!
18:54:11.087 -> -> Client Reads Raw FTM Feature bytes: [8] [ 86 50 00 00 0C E0 00 00 ]
18:54:11.087 -> Discovering Client FTM Training Status Characteristic ... Found it!
18:54:11.180 -> Discovering Client FTM Supported Resistance Level Range Characteristic ... Found it!
18:54:11.367 -> -> Client Reads Raw FTM Supported Resistance Level Range bytes: [6] [ 00 00 C8 00 01 00 ]
18:54:11.367 -> Discovering Client FTM Supported Power Range Characteristic ... Found it!
18:54:11.507 -> -> Client Reads Raw FTM Supported Power Range bytes: [6] [ 00 00 A0 0F 01 00 ]
18:54:11.507 -> Discovering Client FTM Indoor Bike Data Characteristic ... Found it!
18:54:11.601 -> Discovering Client FTM Control Point Characteristic ... Found it!
18:54:11.788 -> Discovering Client FTM Status Characteristic ... Found it!
18:54:11.977 -> Configuring the Server Device Information Service
18:54:11.977 -> Configuring the Server Cycle Power Service
18:54:11.977 -> Configuring the Server Cadence and Speed Service
18:54:11.977 -> Configuring the Server Fitness Machine Service
18:54:12.024 -> Configuring the Server NUS Service
18:54:12.024 -> Setting up the Server-side advertising payload(s)
18:54:12.024 -> Setting Server Device Name to: [Sim DIRETO]
18:54:12.024 -> Setting Server Appearance to: [1157]
18:54:12.024 -> Server-side is CPS, CSC and FTMS advertising!
18:55:03.160 -> Feather nRF52 (Peripheral) connected to Central device: [DESK-CHERRYPHIL] MAC Address: 40:23:43:A5:FE:78
18:55:03.160 -> Enabled 'Notify' for Client CP Measurement values
18:55:03.207 -> Enabled 'Indicate' for Client CP ControlPoint Responses
18:55:03.253 -> Enabled 'Notify' for Client CSC Measurement values
18:55:03.253 -> Enabled 'Notify' for Client FTM TrainingStatus values
18:55:03.301 -> Enabled 'Notify' for Client FTM IndoorBikeData values
18:55:03.347 -> Enabled 'Indicate' for Client FTM ControlPoint Response Messages
18:55:03.347 -> Enabled 'Notify' for Client FTM Status values
18:55:03.347 -> Waiting for Central (Zwift) to set CCCD Notify/Indicate (enable) and start....
18:55:05.588 -> Client- and Server-side are Up and Running!
18:55:06.382 -> Central Device Updated CCCD to: [1] --> Server CP: Measurement 'Notify' enabled
18:55:07.081 -> Central Device Updated CCCD to: [1] --> Server CSC: Measurement 'Notify' enabled
18:55:08.387 -> Central Device Updated CCCD to: [1] --> Server FTM: IndoorBikeData 'Notify' enabled
18:55:09.840 -> Central Device Updated CCCD to: [1] --> Server FTM: Status 'Notify' enabled
18:55:20.078 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
18:55:20.078 -> Request Control of Machine!
18:55:20.171 -> -> Client Rec'd Control Point Response: [ 80 00 01 ]
18:55:20.171 -> -> Client Rec'd Raw FTM Machine Status Data: [1] [ 04 ]
18:55:20.218 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 01] [Values: 00 ]
18:55:20.218 -> Reset Machine!
18:55:20.312 -> -> Client Rec'd Control Point Response: [ 80 01 01 ]
18:55:20.312 -> -> Client Rec'd Raw FTM Machine Status Data: [2] [ 02 01 ]
18:55:20.360 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 00] [Values: 00 ]
18:55:20.360 -> Request Control of Machine!
18:55:20.593 -> -> Client Rec'd Control Point Response: [ 80 00 01 ]
18:55:20.593 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 00 ]
18:55:20.593 -> -> Client Rec'd Raw FTM Machine Status Data: [1] [ 04 ]
18:55:20.593 -> -> Server Rec'd Raw FTM Control Point Data [len: 1] [OpCode: 07] [Values: 00 ]
18:55:20.593 -> Start or Resume Machine!
18:55:20.688 -> -> Client Rec'd Control Point Response: [ 80 07 01 ]
18:55:21.484 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 D8 00 28 33 00 ]
18:55:21.484 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 2.16 | Crr (10000): 0.00 | Cw (100): 0.51
18:55:21.577 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:55:21.577 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 D8 00 28 33 ]
18:55:21.577 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 09 ]
18:55:43.243 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 A9 00 28 33 00 ]
18:55:43.243 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 1.69 | Crr (10000): 0.00 | Cw (100): 0.51
18:55:43.336 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:55:43.336 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 A9 00 28 33 ]
18:55:44.078 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 00 00 28 33 00 ]
18:55:44.078 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 0.00 | Crr (10000): 0.00 | Cw (100): 0.51
18:55:44.217 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:55:44.217 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:56:07.226 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 00 ]
18:56:09.323 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 09 ]
18:56:11.888 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 0A ]
18:56:12.540 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 00 ]
18:56:12.816 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 09 ]
18:56:13.329 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 00 ]
18:56:14.170 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 09 ]
18:56:15.378 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 0A ]
18:57:29.013 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 01 00 28 33 00 ]
18:57:29.013 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 0.01 | Crr (10000): 0.00 | Cw (100): 0.51
18:57:29.151 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:57:29.151 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 01 00 28 33 ]
18:57:29.904 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 0B 00 28 33 00 ]
18:57:29.904 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 0.11 | Crr (10000): 0.00 | Cw (100): 0.51
18:57:30.044 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:57:30.044 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 0B 00 28 33 ]
18:57:30.044 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 00 ]
18:57:30.880 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 10 00 28 33 00 ]
18:57:30.880 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 0.16 | Crr (10000): 0.00 | Cw (100): 0.51
18:57:30.974 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:57:30.974 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 10 00 28 33 ]
18:57:31.803 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 13 00 28 33 00 ]
18:57:31.803 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 0.19 | Crr (10000): 0.00 | Cw (100): 0.51
18:57:31.896 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:57:31.896 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 13 00 28 33 ]
18:57:34.177 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 11 00 28 33 00 ]
18:57:34.177 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 0.17 | Crr (10000): 0.00 | Cw (100): 0.51
18:57:34.316 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:57:34.316 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 11 00 28 33 ]
18:57:35.153 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 0F 00 28 33 00 ]
18:57:35.153 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 0.15 | Crr (10000): 0.00 | Cw (100): 0.51
18:57:35.294 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:57:35.294 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 0F 00 28 33 ]
18:57:36.124 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 0B 00 28 33 00 ]
18:57:36.124 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 0.11 | Crr (10000): 0.00 | Cw (100): 0.51
18:57:36.218 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:57:36.218 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 0B 00 28 33 ]
18:57:37.104 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 05 00 28 33 00 ]
18:57:37.104 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 0.05 | Crr (10000): 0.00 | Cw (100): 0.51
18:57:37.196 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:57:37.196 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 05 00 28 33 ]
18:57:37.196 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 0A ]
18:57:37.944 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 00 00 28 33 00 ]
18:57:37.944 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 0.00 | Crr (10000): 0.00 | Cw (100): 0.51
18:57:38.130 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:57:38.130 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:57:38.921 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 FC FF 28 33 00 ]
18:57:38.921 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): -0.04 | Crr (10000): 0.00 | Cw (100): 0.51
18:57:39.109 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:57:39.109 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 FC FF 28 33 ]
18:57:39.903 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 F6 FF 28 33 00 ]
18:57:39.903 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): -0.10 | Crr (10000): 0.00 | Cw (100): 0.51
18:57:39.997 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:57:39.997 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 F6 FF 28 33 ]
18:57:40.787 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 F0 FF 28 33 00 ]
18:57:40.787 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): -0.16 | Crr (10000): 0.00 | Cw (100): 0.51
18:57:40.925 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:57:40.925 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 F0 FF 28 33 ]
18:57:41.668 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 E8 FF 28 33 00 ]
18:57:41.668 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): -0.24 | Crr (10000): 0.00 | Cw (100): 0.51
18:57:41.808 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:57:41.808 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 E8 FF 28 33 ]
18:57:42.643 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 DC FF 28 33 00 ]
18:57:42.643 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): -0.36 | Crr (10000): 0.00 | Cw (100): 0.51
18:57:42.783 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:57:42.783 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 DC FF 28 33 ]
18:57:43.575 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 CB FF 28 33 00 ]
18:57:43.575 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): -0.53 | Crr (10000): 0.00 | Cw (100): 0.51
18:57:43.669 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:57:43.669 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 CB FF 28 33 ]
18:57:44.458 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 BD FF 28 33 00 ]
18:57:44.458 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): -0.67 | Crr (10000): 0.00 | Cw (100): 0.51
18:57:44.550 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:57:44.550 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 BD FF 28 33 ]
18:57:45.386 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 B3 FF 28 33 00 ]
18:57:45.386 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): -0.77 | Crr (10000): 0.00 | Cw (100): 0.51
18:57:45.529 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:57:45.529 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 B3 FF 28 33 ]
18:57:46.321 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 AD FF 28 33 00 ]
18:57:46.321 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): -0.83 | Crr (10000): 0.00 | Cw (100): 0.51
18:57:46.508 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:57:46.508 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 AD FF 28 33 ]
18:57:47.251 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 AA FF 28 33 00 ]
18:57:47.251 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): -0.86 | Crr (10000): 0.00 | Cw (100): 0.51
18:57:47.391 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:57:47.391 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 AA FF 28 33 ]
18:57:48.180 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 AB FF 28 33 00 ]
18:57:48.180 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): -0.85 | Crr (10000): 0.00 | Cw (100): 0.51
18:57:48.272 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:57:48.272 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 AB FF 28 33 ]
18:57:49.114 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 B1 FF 28 33 00 ]
18:57:49.114 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): -0.79 | Crr (10000): 0.00 | Cw (100): 0.51
18:57:49.208 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:57:49.208 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 B1 FF 28 33 ]
18:57:49.952 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 BA FF 28 33 00 ]
18:57:49.952 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): -0.70 | Crr (10000): 0.00 | Cw (100): 0.51
18:57:50.093 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:57:50.093 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 BA FF 28 33 ]
18:57:50.882 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 C8 FF 28 33 00 ]
18:57:50.882 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): -0.56 | Crr (10000): 0.00 | Cw (100): 0.51
18:57:50.975 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:57:50.975 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 C8 FF 28 33 ]
18:57:51.757 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 DC FF 28 33 00 ]
18:57:51.757 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): -0.36 | Crr (10000): 0.00 | Cw (100): 0.51
18:57:51.894 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:57:51.894 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 DC FF 28 33 ]
18:57:52.642 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 F7 FF 28 33 00 ]
18:57:52.642 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): -0.09 | Crr (10000): 0.00 | Cw (100): 0.51
18:57:52.829 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:57:52.829 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 F7 FF 28 33 ]
18:57:53.761 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 2D 00 28 33 00 ]
18:57:53.761 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 0.45 | Crr (10000): 0.00 | Cw (100): 0.51
18:57:53.855 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:57:53.855 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 2D 00 28 33 ]
18:57:53.855 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 00 ]
18:57:54.691 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 62 00 28 33 00 ]
18:57:54.691 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 0.98 | Crr (10000): 0.00 | Cw (100): 0.51
18:57:54.832 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:57:54.832 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 62 00 28 33 ]
18:57:55.757 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 8D 00 28 33 00 ]
18:57:55.757 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 1.41 | Crr (10000): 0.00 | Cw (100): 0.51
18:57:55.849 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:57:55.849 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 8D 00 28 33 ]
18:57:56.732 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 A9 00 28 33 00 ]
18:57:56.732 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 1.69 | Crr (10000): 0.00 | Cw (100): 0.51
18:57:56.824 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:57:56.824 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 A9 00 28 33 ]
18:57:57.663 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 B9 00 28 33 00 ]
18:57:57.663 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 1.85 | Crr (10000): 0.00 | Cw (100): 0.51
18:57:57.757 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:57:57.757 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 B9 00 28 33 ]
18:57:58.639 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 BF 00 28 33 00 ]
18:57:58.639 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 1.91 | Crr (10000): 0.00 | Cw (100): 0.51
18:57:58.733 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:57:58.733 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 BF 00 28 33 ]
18:57:59.478 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 BB 00 28 33 00 ]
18:57:59.478 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 1.87 | Crr (10000): 0.00 | Cw (100): 0.51
18:57:59.711 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:57:59.711 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 BB 00 28 33 ]
18:58:00.459 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 AD 00 28 33 00 ]
18:58:00.459 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 1.73 | Crr (10000): 0.00 | Cw (100): 0.51
18:58:00.646 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:58:00.646 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 AD 00 28 33 ]
18:58:01.441 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 98 00 28 33 00 ]
18:58:01.441 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 1.52 | Crr (10000): 0.00 | Cw (100): 0.51
18:58:01.534 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:58:01.534 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 98 00 28 33 ]
18:58:02.324 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 7B 00 28 33 00 ]
18:58:02.324 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 1.23 | Crr (10000): 0.00 | Cw (100): 0.51
18:58:02.463 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:58:02.463 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 7B 00 28 33 ]
18:58:03.257 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 58 00 28 33 00 ]
18:58:03.257 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 0.88 | Crr (10000): 0.00 | Cw (100): 0.51
18:58:03.349 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:58:03.349 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 58 00 28 33 ]
18:58:04.141 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 3A 00 28 33 00 ]
18:58:04.141 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 0.58 | Crr (10000): 0.00 | Cw (100): 0.51
18:58:04.233 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:58:04.233 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 3A 00 28 33 ]
18:58:05.075 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 27 00 28 33 00 ]
18:58:05.075 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 0.39 | Crr (10000): 0.00 | Cw (100): 0.51
18:58:05.169 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:58:05.169 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 27 00 28 33 ]
18:58:05.963 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 18 00 28 33 00 ]
18:58:05.963 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 0.24 | Crr (10000): 0.00 | Cw (100): 0.51
18:58:06.056 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:58:06.056 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 18 00 28 33 ]
18:58:06.807 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 0C 00 28 33 00 ]
18:58:06.807 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 0.12 | Crr (10000): 0.00 | Cw (100): 0.51
18:58:06.947 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:58:07.041 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 0C 00 28 33 ]
18:58:07.741 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 03 00 28 33 00 ]
18:58:07.741 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 0.03 | Crr (10000): 0.00 | Cw (100): 0.51
18:58:07.834 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:58:07.834 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 03 00 28 33 ]
18:58:07.974 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 0A ]
18:58:08.631 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 FE FF 28 33 00 ]
18:58:08.631 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): -0.02 | Crr (10000): 0.00 | Cw (100): 0.51
18:58:08.769 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:58:08.769 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 FE FF 28 33 ]
18:58:09.516 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 FB FF 28 33 00 ]
18:58:09.516 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): -0.05 | Crr (10000): 0.00 | Cw (100): 0.51
18:58:09.656 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:58:09.656 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 FB FF 28 33 ]
18:58:10.404 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 F9 FF 28 33 00 ]
18:58:10.404 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): -0.07 | Crr (10000): 0.00 | Cw (100): 0.51
18:58:10.544 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:58:10.544 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 F9 FF 28 33 ]
18:58:11.431 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 F7 FF 28 33 00 ]
18:58:11.431 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): -0.09 | Crr (10000): 0.00 | Cw (100): 0.51
18:58:11.573 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:58:11.573 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 F7 FF 28 33 ]
18:58:12.368 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 F6 FF 28 33 00 ]
18:58:12.368 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): -0.10 | Crr (10000): 0.00 | Cw (100): 0.51
18:58:12.460 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:58:12.460 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 F6 FF 28 33 ]
18:58:14.045 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 F7 FF 28 33 00 ]
18:58:14.045 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): -0.09 | Crr (10000): 0.00 | Cw (100): 0.51
18:58:14.139 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:58:14.139 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 F7 FF 28 33 ]
18:58:14.934 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 F9 FF 28 33 00 ]
18:58:14.934 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): -0.07 | Crr (10000): 0.00 | Cw (100): 0.51
18:58:15.074 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:58:15.074 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 F9 FF 28 33 ]
18:58:15.820 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 FC FF 28 33 00 ]
18:58:15.820 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): -0.04 | Crr (10000): 0.00 | Cw (100): 0.51
18:58:15.960 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:58:15.960 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 FC FF 28 33 ]
18:58:16.749 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 00 00 28 33 00 ]
18:58:16.749 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 0.00 | Crr (10000): 0.00 | Cw (100): 0.51
18:58:16.843 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:58:16.843 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:58:50.620 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 FF FF 28 33 00 ]
18:58:50.620 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): -0.01 | Crr (10000): 0.00 | Cw (100): 0.51
18:58:50.713 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:58:50.713 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 FF FF 28 33 ]
18:58:51.505 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 EE FF 28 33 00 ]
18:58:51.505 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): -0.18 | Crr (10000): 0.00 | Cw (100): 0.51
18:58:51.599 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:58:51.599 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 EE FF 28 33 ]
18:58:52.346 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 E1 FF 28 33 00 ]
18:58:52.346 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): -0.31 | Crr (10000): 0.00 | Cw (100): 0.51
18:58:52.532 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:58:52.532 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 E1 FF 28 33 ]
18:58:53.323 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 E0 FF 28 33 00 ]
18:58:53.323 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): -0.32 | Crr (10000): 0.00 | Cw (100): 0.51
18:58:53.369 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:58:53.369 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 E0 FF 28 33 ]
18:58:54.159 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 F9 FF 28 33 00 ]
18:58:54.159 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): -0.07 | Crr (10000): 0.00 | Cw (100): 0.51
18:58:54.252 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:58:54.252 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 F9 FF 28 33 ]
18:58:55.047 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 5E 00 28 33 00 ]
18:58:55.047 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 0.94 | Crr (10000): 0.00 | Cw (100): 0.51
18:58:55.140 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:58:55.140 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 5E 00 28 33 ]
18:58:55.140 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 00 ]
18:58:55.928 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 D4 00 28 33 00 ]
18:58:55.928 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 2.12 | Crr (10000): 0.00 | Cw (100): 0.51
18:58:56.022 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:58:56.022 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 D4 00 28 33 ]
18:58:56.813 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 1E 01 28 33 00 ]
18:58:56.813 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 2.86 | Crr (10000): 0.00 | Cw (100): 0.51
18:58:56.861 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:58:56.861 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 1E 01 28 33 ]
18:58:57.651 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 32 01 28 33 00 ]
18:58:57.651 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 3.06 | Crr (10000): 0.00 | Cw (100): 0.51
18:58:57.698 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:58:57.698 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 32 01 28 33 ]
18:58:58.537 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 38 01 28 33 00 ]
18:58:58.537 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 3.12 | Crr (10000): 0.00 | Cw (100): 0.51
18:58:58.631 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:58:58.631 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 38 01 28 33 ]
18:58:59.379 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 39 01 28 33 00 ]
18:58:59.379 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 3.13 | Crr (10000): 0.00 | Cw (100): 0.51
18:58:59.474 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:58:59.474 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 39 01 28 33 ]
18:59:00.222 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 35 01 28 33 00 ]
18:59:00.222 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 3.09 | Crr (10000): 0.00 | Cw (100): 0.51
18:59:00.404 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:59:00.404 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 35 01 28 33 ]
18:59:01.153 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 2D 01 28 33 00 ]
18:59:01.153 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 3.01 | Crr (10000): 0.00 | Cw (100): 0.51
18:59:01.388 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:59:01.388 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 2D 01 28 33 ]
18:59:02.131 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 21 01 28 33 00 ]
18:59:02.131 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 2.89 | Crr (10000): 0.00 | Cw (100): 0.51
18:59:02.225 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:59:02.317 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 21 01 28 33 ]
18:59:02.970 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 11 01 28 33 00 ]
18:59:02.970 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 2.73 | Crr (10000): 0.00 | Cw (100): 0.51
18:59:03.062 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:59:03.062 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 11 01 28 33 ]
18:59:03.899 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 F8 00 28 33 00 ]
18:59:03.899 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 2.48 | Crr (10000): 0.00 | Cw (100): 0.51
18:59:03.990 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:59:03.990 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 F8 00 28 33 ]
18:59:04.827 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 CE 00 28 33 00 ]
18:59:04.827 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 2.06 | Crr (10000): 0.00 | Cw (100): 0.51
18:59:04.920 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:59:04.920 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 CE 00 28 33 ]
18:59:05.669 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 98 00 28 33 00 ]
18:59:05.669 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 1.52 | Crr (10000): 0.00 | Cw (100): 0.51
18:59:05.763 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:59:05.763 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 98 00 28 33 ]
18:59:06.505 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 6B 00 28 33 00 ]
18:59:06.505 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 1.07 | Crr (10000): 0.00 | Cw (100): 0.51
18:59:06.600 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:59:06.600 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 6B 00 28 33 ]
18:59:07.435 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 3B 00 28 33 00 ]
18:59:07.435 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 0.59 | Crr (10000): 0.00 | Cw (100): 0.51
18:59:07.482 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:59:07.482 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 3B 00 28 33 ]
18:59:08.279 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 0A 00 28 33 00 ]
18:59:08.279 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 0.10 | Crr (10000): 0.00 | Cw (100): 0.51
18:59:08.326 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:59:08.326 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 0A 00 28 33 ]
18:59:08.326 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 0A ]
18:59:09.170 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 F3 FF 28 33 00 ]
18:59:09.170 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): -0.13 | Crr (10000): 0.00 | Cw (100): 0.51
18:59:09.217 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:59:09.217 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 F3 FF 28 33 ]
18:59:10.012 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 E6 FF 28 33 00 ]
18:59:10.012 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): -0.26 | Crr (10000): 0.00 | Cw (100): 0.51
18:59:10.195 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:59:10.195 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 E6 FF 28 33 ]
18:59:10.939 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 E1 FF 28 33 00 ]
18:59:10.939 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): -0.31 | Crr (10000): 0.00 | Cw (100): 0.51
18:59:11.168 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:59:11.168 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 E1 FF 28 33 ]
18:59:11.959 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 E5 FF 28 33 00 ]
18:59:11.959 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): -0.27 | Crr (10000): 0.00 | Cw (100): 0.51
18:59:12.053 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:59:12.053 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 E5 FF 28 33 ]
18:59:12.939 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 EF FF 28 33 00 ]
18:59:12.939 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): -0.17 | Crr (10000): 0.00 | Cw (100): 0.51
18:59:13.032 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:59:13.032 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 EF FF 28 33 ]
18:59:13.822 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 FE FF 28 33 00 ]
18:59:13.822 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): -0.02 | Crr (10000): 0.00 | Cw (100): 0.51
18:59:13.920 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:59:13.920 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 FE FF 28 33 ]
18:59:14.711 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 00 00 28 33 00 ]
18:59:14.711 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): 0.00 | Crr (10000): 0.00 | Cw (100): 0.51
18:59:14.804 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:59:14.804 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 00 00 28 33 ]
18:59:33.638 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 FD FF 28 33 00 ]
18:59:33.638 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): -0.03 | Crr (10000): 0.00 | Cw (100): 0.51
18:59:33.732 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:59:33.732 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 FD FF 28 33 ]
18:59:34.477 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 FA FF 28 33 00 ]
18:59:34.477 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): -0.06 | Crr (10000): 0.00 | Cw (100): 0.51
18:59:34.660 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:59:34.660 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 FA FF 28 33 ]
18:59:35.404 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 F8 FF 28 33 00 ]
18:59:35.404 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): -0.08 | Crr (10000): 0.00 | Cw (100): 0.51
18:59:35.637 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:59:35.637 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 F8 FF 28 33 ]
18:59:35.918 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 00 ]
18:59:36.194 -> -> Client Rec'd Raw FTM Training Status Data: [2] [ 00 09 ]
18:59:36.428 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 F7 FF 28 33 00 ]
18:59:36.428 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): -0.09 | Crr (10000): 0.00 | Cw (100): 0.51
18:59:36.521 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:59:36.521 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 F7 FF 28 33 ]
18:59:39.599 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 F6 FF 28 33 00 ]
18:59:39.599 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): -0.10 | Crr (10000): 0.00 | Cw (100): 0.51
18:59:39.645 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:59:39.645 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 F6 FF 28 33 ]
18:59:45.916 -> -> Server Rec'd Raw FTM Control Point Data [len: 7] [OpCode: 11] [Values: 00 00 C6 FF 28 33 00 ]
18:59:45.916 -> Set Indoor Bike Simulation Parameters --> Wind speed (1000): 0.00 | Grade (100): -0.58 | Crr (10000): 0.00 | Cw (100): 0.51
18:59:46.008 -> -> Client Rec'd Control Point Response: [ 80 11 01 ]
18:59:46.008 -> -> Client Rec'd Raw FTM Machine Status Data: [7] [ 12 00 00 C6 FF 28 33 ]
18:59:55.298 -> Server disconnected from Central (Laptop): [DESK-CHERRYPHIL], reason: [13]
I hope that these data are hopefully for you
Let me know about the next step
Best Regards
Filippo
from simcline.
Berg0162
commented on May 25, 2024
Ciao Filippo,
Gaoooooool! 3 - 0 !
La squadra "SIM" giocherà in finale!
Saluti, Jörgen.
P.S.
Please start a new Issue for "Testing Simcline with FTMS v01"
from simcline.
cherryphilip74
commented on May 25, 2024
Migrate to Testing Simcline with FTMS v01
from simcline.
Related Issues (9)
- Fail message in Arduino IDE HOT 5
- 294 error line: **expected unqualified-id before '.' token** HOT 28
- correlation between actuator linear vs slope HOT 9
- Testing Simcline with FTMS v01 HOT 19
- Support for other than Feather nRF52840 processors HOT 9
- Test Zwift Hub FTMS HOT 113
- Simcline FTMS with Elite Direto
- FTMS_client code with Jetblack volt trainer using ESP-wroom-32 HOT 16
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