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Thread 16760236

22 posts 6 images /sci/
Anonymous No.16760236 >>16762622 >>16764642 >>16767718 >>16767736 >>16767765 >>16770032 >>16770257 >>16770706 >>16770888 >>16773325 >>16776829 >>16777502 >>16777520
Math excercise
Here's a fun geometry problem for you. Think you can handle it?

The disks are sliding along a path defined by the top and bottom walls, they transition from a double file to a single file. What's the equation f(x) for the curve such that α stays constant but β is allowed to change.
Anonymous No.16760258 >>16764642 >>16767765 >>16770032 >>16772450 >>16774560
Lol im not not designing gun magazine for you.
Anonymous No.16762622
>>16760236 (OP)
interesting
Anonymous No.16764642
>>16760236 (OP)
>Think you can handle it?
I could maybe solve it.
But I have better things to do.
>>16760258
>[I']m not [...] designing [a] gun magazine for you.
Meen either!
Anonymous No.16767718 >>16769954
>>16760236 (OP)
Maybe with parametric equations I could solve it?
Anonymous No.16767736
>>16760236 (OP)
is the perpendicular direction -1/ f' or can the circle touch at two points leading to something fun like a chord slope or subgradient?
Anonymous No.16767765 >>16767788
>>16760236 (OP)
Make a Y shape such that the disks are split into two single files. Alpha can be a constant 90 degrees
>>16760258
If they are making a parts feeder, they are approaching the problem the wrong way
Anonymous No.16767788
>>16767765
What's the correct way then?
Anonymous No.16769954
>>16767718
probably
Anonymous No.16770032 >>16770216 >>16770315
>>16760258
what advantage should the angle between two contact points being constant have for a magazine, or any application? it's obviously just a mental game.

>>16760236 (OP)
even without the alpha/beta restriction i don't think this is possible without jamming, no matter the shape of f(x). with the flow in the other direction it would probably work
Anonymous No.16770216
>>16770032
>Advantage
No advantage. It is not a convincing heuristic. OP is incapable of making any bodies life easier by doing a breadth search and im not answering that depths search on a unconvincing dead end. The odds of alpha beta angle transition from 30 30 to 90 90 by having a smooth transition yet fixing one of the angle for no reason. This is the mental game I refuse to play.
Without restriction, given a very long neck, like 10 diameter long ramp it is relatively easy like most pistol magazine.
Anonymous No.16770257
>>16760236 (OP)
>α defined by center to center and right angle to wall
>β defined by center to center and right angle to wall
Why the fuck are you stupid?
Anonymous No.16770315
>>16770032
It's so
>obviously just
that,
that I still won't attempt it!
Anonymous No.16770706
>>16760236 (OP)
Focus on variations :
alpha = 60°/2 = 30° = Pi/3 (equilateral triangle).
beta would vary from 90°/2 to 60°/2, or Pi/2 to Pi/3 (rectangle isosceles triangle).

The slop could be a simple (negative) cubic equation between :
0 0
>>16760236 (OP)
I would have drawn the beta circle differently. I would have drawn a vertical diameter, instead of a vertical radius. And I would have connected the centers of the alpha and beta circles with a "diameter". Then beta is the angle between those two line segments.
>>16760258
Are you in cahoots with the OP?
>>16760236 (OP)
I don't think it can be solved analytically
I'm still reading this as "Can someone draw a circle or 2 straight lines for me?"
Fucking garbage thread.
>>16773350
Maybe I would have tried to find f(x).
But I didn't like what this Anonymous wrote:
>>16760258
>Lol im not not designing gun magazine for you.
Then I said "forget it".

This thread may be a trap.
Or have to do with "fate worsening".
>>16760236 (OP)
Am I a retard, or does this make sense?
>>16760236 (OP)
Vectors anyone?
Bottom rail following f(x)
Top rail following g(x)
Referincing g(x), the path to the center of circle B is 6@90°, therefore the path B takes is parallel to g(x).
Referencing f(x), the path to the center of cricle B 6@90° + 12@a, therefore the path B takes is parallel to f(x), retarded by some amount.
Dunno where to go from this.
If we take the last section as part of it, anything other than a flat line would make a change in the angle, since it becomes 90°.
>>16760236 (OP)
if there was friction alpha and beta would both roll so the angles would seperate
if there is no friction then the disk would travel up so that its center was at the height of the single file ones and the beta disk (lol nerd) would travel downward to get to the same place. with rotation these behave like driven gears
am i just wetaded