blurr11
But the object doesn’t enter at speed here it’s stationary. If a hoop is thrown at an object and passes around the object the object is still stationary. The speed of the portal relative to the object does not impart movement on the object.
The quicker the portal moves the quicker the object appears on the other side but for the object to shoot out it means energy is being transfered from the car to the object.
If you’re right then what happens If the two portals are moving at equal and opposite speeds?
Is OLED optimisation basically the exact opposite of rule 1?
This is exactly my issue. I like the party I like the characters but when I declined to get involved with someone they recoiled from me. Possibly this is somewhat realistic but I don’t belive it should be true of every character.
Plus I’ve known these people for a week. Fair enough you want to smash but don’t take it personally when I decline its not like we have a long established relationship.
These are great! Throw a wash on and they will really pop! Well done
For personal stuff especially when I use git just to sync between laptop and computer most of my commits are the things that don’t work and I use for new stuff ~for changes and X for broken stuff.
So a commit can be " + new feature ~logging to accommodate new feature X Edge case crashes the new feature."
This is interesting. I’m assuming that like the inline error messages the text is not considered for normal navigation but I wonder since its not at the end of the line if it will be confusing.
Take a look at South Australia, the graphs are funny, that’s what happens when you have more Solar then you know what to do with
Depending on where you are following the sources from this website and doing a bit of digging can get you more accurate data especially for things like local carbon gen.
I think it’s A because I assume a portal stitches two points in space to each other.
So if I have a surface A and B with a portal ‘]’ in the middle A0 A1 ] A2 A3. B0 B1 [ B2 B3
A portal creates a new surface
A0 A1 ][ B2 B3
And if you move the portal the new surface changes.
A0 A1 A2 ][ B3
Speed is distance over time. When a portal moves the object that passed through the portal stays stationary. Let’s say I am standing on B2. When the portal advances I find myself standing on A2 , have i moved? No the environment has changed but i am still in the same relative position with respect to the portal surface. No distance travelled so no speed.