You can approximate the length of any path (including circles) by adding the lengths of many small line segments that follow that path. Making a line segment bigger by some factor, will increase it’s length by the same factor. Therefore, scaling the circle by any factor, increases it’s circumference by the same factor. Scaling a circle is just scaling it’s radius so: Scaling the radius by some factor, changes the circumference by the same factor. That means the ratio between radius and circumference is always constant.
I hope this is decipherable :D
I think the 3d models uses here just aren’t made for contortions like this.
Btw. you need to chill. This:
This has gotta be someone who has no actual familiarity with the female body…
Sounds like you’re frustrated about something and letting it out as comments below literal porn.
Don’t be ridiculous, that would never pass QA.
But this one will. Joy for years to come:
public string GetDayOfWeek(DateTime date) { return ((date - new DateTime(1970, 1, 1)).Milliseconds / 86400000) % 7 switch { 0 => "Thursday", 1 => "Friday", 2 => "Saturday", 3 => "Sunday", 4 => "Monday" }; }For distances >600km, flying is usually 4x-10x faster at a similar price. At least in and around Germany. I assume in the US trains compare way worse, also because the distances are way larger.
Examples: “Normal” example: Stuttgart (Germany) -> Amsterdam (Netherlands) Train: 11h 10min - 241€ Plane: 1h 20min - 225€
Best case scenario for train in Germany at around that distance (because there’s a direct connection): München -> Berlin Train: 3h 54min - 167€ Plane: 1h 5min - 226€