Apple TV shows fantastic screensavers when it’s left alone idle for a period of time. You can also hit “Menu” on the remote while you’re in the top-level menu already to activate these screensavers on command. The locations of the city skylines and arial views are a common topic when you casually sit on your couch, have a friend visiting, or when you’re throwing the biggest ranger party of your life. Let’s face it, you’re not an encyclopedia that would know every corner around the world so we have the answer key for you below. Here is a list of locations frequently appearing.
Read Next: 10 Hidden Apple TV Features You Should Know
Overview
Hong Kong
Greenland
Read Next: 10 Hidden Apple TV Features You Should Know
Dubai
Read Next: 10 Hidden Apple TV Features You Should Know
China
Los Angeles
San Francisco
Read Next: 10 Hidden Apple TV Features You Should Know
New York
Hawaii
Liwa in United Arab Emirates
London
Read Next: 10 Hidden Apple TV Features You Should Know
All Summarized
If these locations are actual “live” locations, why are the vehicles maintaining identical speeds? I don’t know about the other cities, but the Los Angeles location featuring the Hollywood sign seems to be significantly altered since the sign is definitely not in the location depicted, relative to the Griffith Observatory.
The locations are recorded, not live-streamed. Why would you think that?
Please refer back to my question. I never said live-streamed. I meant “live” as in “real” which is why I put the word “live” in quotes. Again…if the locations are REAL I’m just wondering why the vehicles are all maintaining the exact same speed and never change lanes. Are the vehicles computer-generated and placed into real environments? I’m just trying to figure it out.
If this is really important to you, you should be scientific about it and check the distance between marks in the road. Then calculate the speed of every car there and see if they really have the exact same speed.
You should also count the cars and make a statistically estimate to find out if not changing lanes in that time frame really is unreal, compared to the same time frame on a highway you know is real.
Or have you done that already?
If no car changes lanes, and every car in a lane maintains the exact same distance from the car in front of it (both situations extremely unlikely in the real world) I’m thinking no math is necessary to confirm whether the cars are computer-generated. Hence my suspicion that they are.
Several cars change lanes, in fact this one car crosses over a into an on ramp lane.
Yes, since my original post I’ve noticed several cars do in fact change lanes (on off ramps!) However, my main question has NOT changed. Pick a traffic lane. Any lane. Every single car in that lane consistently maintains the exact same speed unless they’re coming to a stop at a traffic light (like the aerial shot of L.A. traffic) Until the widespread use of automated vehicles becomes a reality, every car maintaining an equal distance from the one in front and behind it doesn’t currently happen in the real world. So my main question… Why is that?… remains.
Its safe to assume the vehicles aren’t keeping the same spd (speed/pace/distanc)e. The reason is our (camera) relative distance from the vehicles. The same effect as riding in a low to the ground sports car or a lifted pick-up that have the same velocity. It seems like you’re moving faster in the sports car. If we were able to zoom-in to street level the spd would be obvious. Dont have a clue about the Hollywood sign though