Closed nunoguedelha closed 2 years ago
Ciao @S-Dafarra . Could you let me know which main config file you are using when activating the FT sensors, or simply which files in https://github.com/ami-iit/robots-configuration/blob/devel_iCubGenova09/iCubGenova09/wrappers/FT you intend to use for activating the FTs?
Our main configuration file is https://github.com/ami-iit/robots-configuration/blob/devel_iCubGenova09/iCubGenova09/icub_wbd.xml
Thanks!
@S-Dafarra , out of curiosity, if I understood correctly from the configuration files, the heel and toe FTs...
right_leg-eb11-j0_2-strain
and right_leg-eb12-j3_5-strain
,right_leg-eb12-j3_5-strain
.Right?
@S-Dafarra , out of curiosity, if I understood correctly from the configuration files, the heel and toe FTs...
- used to be connected respectively to the boards/devices
right_leg-eb11-j0_2-strain
andright_leg-eb12-j3_5-strain
,- and are now both connected to the same board/device
right_leg-eb12-j3_5-strain
.Right?
as pr the wrapper in the table and the configuration file https://github.com/ami-iit/robots-configuration/blob/devel_iCubGenova09/iCubGenova09/hardware/FT/right_leg-eb12-j3_5-strain.xml.
Yes, before only one EMS could have handled only one FT. But when we installed some new FTs in the thigh, we ran out of EMS. So we needed to change the FW in order to handle multiple FTs from the same board.
whenever you can, until tomorrow noon, if you could drop here a sample of the Yarp data from one of the ports in the description (e.g. /icub/left_foot_heel_tiptoe/measures:o
), it would be great.
whenever you can, until tomorrow noon, if you could drop here a sample of the Yarp data from one of the ports in the description (e.g.
/icub/left_foot_heel_tiptoe/measures:o
), it would be great.
We have some issue with the robot at the moment and I am not able to get those data yet.
whenever you can, until tomorrow noon, if you could drop here a sample of the Yarp data from one of the ports in the description (e.g.
/icub/left_foot_heel_tiptoe/measures:o
), it would be great.
Here you go:
() () () () (((264.0) 1662118197.98573541641) ((264.0) 1662118197.98173546791)) (((-57.952880859375 -101.806640625 8.23974609375 -1.666259765625 0.4852294921875 0.2471923828125) 157041978.0) ((-78.55224609375 -60.05859375 -54.74853515625 -0.30670166015625 1.190185546875 -0.01373291015625) 157037978.0)) () () () ()
() () () () (((264.0) 1662118197.99573731422) ((264.0) 1662118197.99173736572)) (((-57.037353515625 -101.25732421875 6.77490234375 -1.666259765625 0.47607421875 0.2471923828125) 157051980.0) ((-78.55224609375 -59.6923828125 -55.11474609375 -0.2838134765625 1.190185546875 -0.00457763671875) 157047980.0)) () () () ()
() () () () (((264.0) 1662118198.00573444366) ((264.0) 1662118198.00173449516)) (((-57.403564453125 -101.98974609375 7.50732421875 -1.68914794921875 0.47149658203125 0.2471923828125) 157061977.0) ((-78.460693359375 -60.150146484375 -53.8330078125 -0.3021240234375 1.1993408203125 -0.0091552734375) 157057977.0)) () () () ()
() () () () (((264.0) 1662118198.00573444366) ((264.0) 1662118198.01173734665)) (((-57.403564453125 -101.98974609375 7.50732421875 -1.68914794921875 0.47149658203125 0.2471923828125) 157061977.0) ((-78.55224609375 -59.50927734375 -55.2978515625 -0.28839111328125 1.1993408203125 -0.02288818359375) 157067980.0)) () () () ()
() () () () (((264.0) 1662118198.02574038506) ((264.0) 1662118198.02174139023)) (((-57.403564453125 -100.982666015625 7.32421875 -1.67083740234375 0.494384765625 0.25177001953125) 157081983.0) ((-78.643798828125 -59.234619140625 -54.5654296875 -0.28839111328125 1.20849609375 -0.00457763671875) 157077984.0)) () () () ()
Corrected the format documentation in the description.
Visualise the data from all the FTs available on iCubGenova09:
The FT sensors Yarp wrapper configuration files are located at ami-iit/robots-configuration/iCubGenova09/wrappers/FT#devel_iCubGenova09.
Note (to be verified)
we index the nested blocks inwards as follows:
[^1]: The modalities are grouped across all the sensors: e.g. the orientation measurements from all the IMUs, the angular velocity measurements from all IMUs, the force/torque measurements from all the FT sensors, etc.