You can also import the coordinates from Stellarium to the Framing wizard in NINA, then rotate it there to get lined up and apply it to a sequence. These times I have to take a frame and look at the position of the stars in the sub (NINA) to figure out If I really got it right.įor square shaped sensors like the ASI533, it doesn't matter as much, but I'm trying to figure out if there is an option I have set wrong or It's just how it is? Is that like some standard "sensor alignment" for DSOs or what? This can be seen if you have your telescope pointing to NCP and line up the sensor bracket with the NCP point, assuming that the mount is polar aligned and the axis is pointing to NCP. Just like having a DSLR flipped to sideways. Angle between rotational axis and perpendicular to orbital plane in degrees rotequatorascendingnode float Rotational parameter siderealperiod. The new scripting engine is still in development - there are missing features and probably a lot of bugs. We recommended use Qt 5.2.1, now in the archives section which you can get here - Qt 5.2.1 (VC 2012) with ANGLE for 32-bit Windows or here - Qt 5.2.1 (VC 2012) with ANGLE for 64-bit Windows. Since version 0.10.2 of Stellarium includes the beginnings of a new scripting engine. You can get latest version of Qt from website of Qt Project. If I attach any camera that is rectangular shaped sensor, for Stellarium 0 degrees is having the sensor in a vertical position. Stellarium needs Qt version 5.1.0 or better since revision 6224 for building. Stellarium confuses me sometimes what it considers 90degrees vs 0.
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