There is a major changelist:
- I decided to ditch the current Ros_Arduino_Bridge software and
- Implement the RosSerial_ Arduino package as a replacement for the above.
- Remove the encoders.
- Lower the frame height.
- Make a permanent(somewhat) Kinect stand.
- Remove the Nerf gun.
- Implement(Work In Progress) Hector_SLAM.
The RosSerial_Arduino switch was made because I was just fed up with the Ros_
Arduino_Bridge software. The RosSerial_Arduino(or Rosserial as it shall be known from henceforth on) interface is programmed by the user entirely on the Arduino. I preferred that because I am more proficient in Arduino than in Python. Once the old software was gone, I didn't want to write the new code for the encoders, so I decided to ditch them too. They caused more confusion and chaos than help and as of yet I haven't figured out the code for how to get them to work properly. To add insult to injury, the physical mounts that I had them on were also quite lacking and kept breaking.
I decided on items 4, 5, and 6 based on two things, A. that base needs to have as low of a CoG(Center of Gravity) as possible. B. If SLAM needs to locate obstacles based on a 2D laserscan, it should be at the approximate table height.
Hector_SLAM seemed to be the best match I could find for my 'bot. It does SLAM with one obvious con: the Kinect data must be converted to a laser scan(a.k.a. a 2D line) to be fed to Hector_SLAM. Obviously this has a limitation over other programs as it only processes onen slice of many in the data stream.
More changes to come....
'Patience my young padawan'