![]() ![]() Then I used the 25mm ocular (FOV: 1.43°) for more precise positioning as I could see more starts through it.At the first I used the finder scope (FOV: 7.5°) and the Starhopping for the raw positioning.without Go-to, Push-to etc.).Īn example how I searched for the 2 current comets C/2017 T2 and C/2019 Y4: Hi Alex, my target is to provide more convenience for the people trying to find low magnitude objects using an alt-azimuth mount without any positioning support (i.e. The similar functionality is already implemented in the Telescope Control plug-in (see ) but it is not convenient for the “normal” manual search as the circles do not stay in the middle of the screen and you always need to call the Telescope Control dialog to slew the circles to the new position. So the user will be able to know how to place the stars in the finder scope (or in the less magnified ocular) to get the desired object in the view of the (more magnified) ocular. Making the degree and the amount of the circles configurable would make the functionality also usable for the manual object search using the telescope hardware configuration consisting of a finder scope and several oculars. The FOVs of the current circles are hard coded to 0.5, 2, 4 degrees making them only usable if you have the real Telrad piece. Improvement proposal (short/technical version)Įxtend the current functionality to be able to define different amount and degrees of the FOV circles of the Telrad simulation. The 3 Telrad FOV (Field of View) circles appear.Press "Ctrl+B" or the "Telrad" button on the UI.Activate the Oculars plug-in (if not already activated).
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