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Sunday, 2nd of August 2020, 8:32:23 UTC
10:28:28
bottlecap
What's the name of the common lisp learning channel? I forgot.
12:02:33
paule32
the first grid is 2d array 20x20
12:02:58
paule32
the second grid is at a position of grid 1
12:03:39
paule32
i have in grid 1 5 grids(2) with 3x3 array
12:04:53
paule32
the 1 in it should give me a path
12:05:33
paule32
on each middle node, can be docked a other 3x3 grid
12:06:38
paule32
also, grid(1) pos1( x1=5, y1=5), and pos2( x2 = 5, y1=10)
12:07:59
paule32
so the uestion is, is that a correct method to get a pfad from a electronic wire 5-10
12:09:48
paule32
at the moment grid(1) is initzialisted with 0 . also 20x20 defaut 0 items
12:10:23
paule32
shall i draw a picture?
12:11:04
ldb
can you provide some images
12:13:07
ldb
also can you explain what pos1 pos2 means?
12:30:42
paule32
ldb: https://imgur.com/ieJeE5r
14:09:05
paule32
i have a question about electronix box
14:09:18
paule32
https://imgur.com/ieJeE5r
14:09:50
paule32
each point can have 3x3 array
14:10:26
paule32
is this a good start, to handle electronic board
14:10:29
phoe
what is grid(1), what is pos1/pos2, what are electronic wires 5-10
14:10:40
paule32
woops pfad is the german word for path
14:11:42
paule32
pos1 is x1, y1 of grid point 1, pos2 is x2,y1 of grid point 2
14:13:28
phoe
what is electronic wire 5-10
14:16:01
paule32
point x1 = 5 y1 = 5, x2 = 5, y2 = 10, filled with 3x3 array
14:16:45
paule32
to traverse the path of a wire or other components
14:17:15
phoe
okay, so I understand so far that all the places in the 20x20 array have 0 if they don't have any wire there
14:17:27
phoe
and they have an additional 3x3 array if they *have* some sort of wire there
14:17:34
phoe
is this correct understanding?
14:17:58
paule32
so, with the 3x3 array, i can supply all sides - up/down left/right...
15:12:25
ldb
sorry, just hang out for a while
15:26:10
ldb
paule32: I understand your description now
15:26:59
ldb
do you want an algorithom to construct a path by giving two end points?
15:27:37
Josh_2
anyone know if there is a library for the double ratchet algorithm described here https://signal.org/docs/specifications/doubleratchet/ ?
15:28:30
ldb
paule32: assuming you want the algorithom in CL since you're asking question in #lisp
15:32:23
ldb
Josh_2: I suppose ironclad has it
15:35:46
Josh_2
nah, think I have to write bindings myself
15:38:56
Josh_2
bit of a pita that synapse (Matrix) have used some obscure encryption scheme
15:47:13
eta
Josh_2: oh dear, what are you using matrix for
15:47:28
Josh_2
Well I was writing a bot
15:47:32
eta
also the signal protocol isn't obscure; it's almost the standard for encrypted chat apps nowadays
15:47:38
Lord_of_Life_
** NICK Lord_of_Life
15:48:00
eta
I'm guessing this is because you need to do e2e
15:48:04
Josh_2
but now with no implementation of olm around I'm a bit stumped as I can't decrypt messages
15:48:20
eta
or whatever their transparent proxy is called
15:50:10
Josh_2
apparently olm is supposed to be easy to bind
16:08:05
Josh_2
If I wanted to bind olm I just create bindings for these functions? https://gitlab.matrix.org/matrix-org/olm/-/blob/master/src/olm.cpp
19:56:28
Josh_2
I'm starting to get real tired of ningle, just seems so clunky to do anything with the middleware
Sunday, 2nd of August 2020, 20:32:23 UTC