In the Starry Night™ program click on Favourites – Deep Space – Tully Database.

You should get a big box filled with 28,000 white dots. For now we will only need to look at the nearest forty or so and leave the others for someone else to analyze another time.
Click on Options – Deep Space – Tully 3-D Database and max out the Visibility Range and the Brightness. Magnification is fine at Actual. After OKing that screen, set the Time Flow Rate (that's found in the black part of the toolbar) at 3000x .
Now zoom in (+) as required, while watching carefully at what's happening and you will eventually see our galaxy in the middle of the screen and Andromeda (M31) floating around the bottom half of the screen. Stop about there.

Push the start arrow and watch the whole system slowly rotate.
There you can see in full rotating 3-D the whole picture. Study this for a long time. You will see that there are two rotating systems. They won't be exactly alike because there is a 2.9 million year difference in their ages during which some things have moved. We don't know much about which ones yet. Unfortunately, you can't adjust the axis of rotation to get a better viewing angle.