So if you're in the discord you may have heard about this but I made a little app for you guys to use to navigate the map. I think it can be really useful for those of us who don't like to calculate or make an excel grid every time. It is fairly easy to use as well. It is all in one python file I'm not sure if you need to run it from a terminal but I would do that if I were you. Before you run the file make sure your console window is big enough I couldn't figure out how resize it through python.

Essentially the top left is the map and you can highlight cells based on whether they have the same d x or a value as your starting cell. You can navigate through this map however you want. If you highlight a cell and it has records, they will show up on the right window with other ones in the same cell. You can navigate up and down these records. If you press 'i' while highlighting one, it will get sent down to the bottom detail row. It will stay there until you set a new starting record or delete it. If you press 'h' while highlighting a record that will become the new starting one. I'd recommend typing !help to learn how it works and just play around with it

To create records type 'abd 5 29 12' or the similar with enx or end or others. Screencaps are here

code:

https://pastebin.co m/745cFABb

>>7702

>7702

Also theres definitely room for optimization. I tried to generate the records in a dictionary and then load them so I didn't have to iterate through x values for every pixel in the map but I couldn't get it for some reason and I wasn't concerned about it really so I just generate every pixel. Someone could easily fix that. I plan on making improvements and adding more features I just think this is at a pretty solid state so I want to send it out. Also don't fuck with pressing j or k on a record in the n=0 row. It will crash the thing because I index with x and x is all the same with that so it never finds the next x and I dont feel like adding a whole nother indexing set for n=0 so just understand the patterns there.

Hey I just made a walkthrough of some of the grid patterns in the grids. Pic related. I hope this works as an ad for my program too. I also hope we can navigate through the grid on with these patterns.

>>7742

Made a new python script to look at records. It has way more features.

Now you can:

• view d, x, a, c, (d+n), (x+n), f, t, grids. (f grids look cool they're like a spiral)

• track and highlight records

• mark any cell on the grid

• view all e,n,d,x,a,b,c,f,x+n,d+n in the list view on the right

I highly recommend it. If it doesn't run on your computer or something I could help you out with the settings or something.

https://pastebi n.com/aZGz2RHF

>>7743

start it in a terminal and make sure the window is big enough or resize the settings or change the terminal font size. If you want to learn type !help basic

Then from there there will be a tutorial type path to go !help commands or !help map

Really cool tool

>>7747

x does x values, shift +x shows -x values. I noticed they were always the same. I thought about consolidating them to one button but I figured people should know.

Here is the record

9, 17, 6, 5, 1, 45

If we go along the n=1 row for -x of our original record, we get this pattern on the bottom row.

c = 65, 84, 105, 128, 153, 180, 209, 240, 273, 308, 345, 384

change in c = 19, 21, 23, 25, 27, …+2, +2, +2,

at e = 9, the same e as the original record, the value is 153.

153 - 128 = 25

180 - 153 = 27

so I guess the derivative at that point is 26.

Otherwise e increments by 2, n doest move, d increments by 1 and so does a and b.

t, f, and x+n seem to be constant (d+n) increments by 1.

Also people there are still some bugs I'll fix them.

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Made a big string of posts on my grid thread. I think it's interesting that the get 7777 was the introduction of the f grid. Not planned.

I hope you guys enjoy and learn!!

Slightly off topic, but I think that he chose these variables for a reason. I think that the N in supposed

to represent the natural numbers. I say this because for e=0, you can multiply any record by a constant and it will represent another record.

On a side note, is this the offset we're looking for?

Notice how for the records e = 85, it is the origin of the parabola, where in the f values, the origin of the parabola is in e=84.

They're offset by one