So for the team, I have analyzed the results.
on the 0 angle, we got a PA of 359 and an off axis guider at 92 degrees.
02:02:17 PA=359 (off-axis guider @ 92.0 deg)
02:02:17 Guide angle is 91.2 deg.
02:02:17 (Setting up rotated AO bumping polarities)
02:02:17 (switches are true,true,true)
This produced a a guide angle of 91.2 degree. and the results are for an OAG at 90 Degrees according to the paper.
Maxim Produced the results (True, False, True) which are the results of an Internal Guider at 270 degrees according to the paper.
PA=91 (off-axis guider @ 92.0 deg)
02:46:27 Guide angle is -176.8 deg.
02:46:27 (Setting up rotated AO bumping polarities)
02:46:27 (switches are true,false,false)
this produced a a guide angle of -176.8 degrees and the results are for an OAG at 180 Degrees according to the paper.
Maxim Produced the results (False, False False) which are the results of an Internal Guider at 0 degrees according to the paper.
03:18:08 PA=181 (off-axis guider @ 92.0 deg)
03:18:08 Guide angle is -87.2 deg.
03:18:08 (Setting up rotated AO bumping polarities)
03:18:08 (switches are false,false,true)
this produced a guide angle of -87.2 degrees and the results are for an OAG at 270 Degrees according to the paper.
Maxim Produced the results (False, True, True) which are the results of an Internal Guider at 90 degrees according to the paper.
First: I need to do is set up the guider as an internal guider instead of an external OAG. This is an external STX-guider that sits in front of the filter wheel but it seems to flip the image correctly like an internal guider. There is a section in the instructions that you talk about STX having their guide chips at 90 degree angles, might want to add that the external STX guider also operates like the internal guide chip.
Second, system operates like its 180 degrees off on all axes. So ACP moves the system basically in the opposite direction then what we are telling it to do.
Anyway, I hope this helps. Let me know how i can correct this
don