cell and banks get saved in schematic

[AMPW-german]

Describe the content or mechanics you are proposing.

as the title say, I want that the var stats of cells and banks are saved in schematics or at least that there is another easy way to copy the entire var stats to another cell/bank

Describe how you think this content will improve the game. If you're proposing new content, mention how it may add more gameplay options or how it will fill a new niche.

it would help to share complex logic that requires very many vars that cant saved in a processor (like my current try to build mindustry in mindustry with logic displays)

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• [X] I have checked the Trello to make sure my suggestion isn't planned or implemented in a development version.
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[end-me-please]

You can make a single micro processor that writes the values you want to the membank

[AMPW-german]

You can make a single micro processor that writes the values you want to the membank

then tell me how I should do this to get the values to another map?

[itcannotbe]

Just write your logic in a way that it can do it after you placed down the schematic.

[AMPW-german]

Just write your logic in a way that it can do it after you placed down the schematic.

............................................................................. dont you think its a little bit too much for at least 350 vars

[AMPW-german]

and there will be much more vars later

[AMPW-german]

Just write your logic in a way that it can do it after you placed down the schematic.

I'm using a fixed map for my mindustry and you really wanna tell me that I should write at least 350+ vars into a processor

[IxGamerXL]

You can make a single micro processor that writes the values you want to the membank

Just write your logic in a way that it can do it after you placed down the schematic.

@itcannotbe @end-me-please Can you detail both @AMPW-german and I on how you can intuitively save each individual cell value? There are 64 slots for cells and a whopping 512 slots for banks. To save each individual slot by hand or by mod would be a pain to execute, and might not even work fast enough if the memory saved exceeds the the speed of processors. Even if it did work, it's a waste of materials if you don't have Sandbox mode enabled, and it's a waste of space for schematics.

Of course, importing large quantities of data should be optionally prevented by the server if you're on multiplayer.

(I'm starting to think end-me-please is just itcannotbe's alt so he has extra leverage :thinking:)

[itcannotbe]

Just write your logic in a way that it can do it after you placed down the schematic.

I'm using a fixed map for my mindustry and you really wanna tell me that I should write at least 350+ vars into a processor

What was the use case again? You never mentioned it.

[AMPW-german]

Just write your logic in a way that it can do it after you placed down the schematic.

I'm using a fixed map for my mindustry and you really wanna tell me that I should write at least 350+ vars into a processor

What was the use case again? You never mentioned it. I written in my feature request that I'm building mindustry in mindustry with logic displays and nearly everything is saved in banks.

[AMPW-german]

I'm also expanding the map later because its currently only 44x44, later it'll at least 88x88 so this means at least 1400 vars if I would use a 7 digit save.

[Sector171]

Hmm, you can use sorters(or inverted sorters), each one represents I think (4 bits), for 24 bit long number you need 6 sorters, the max scheme area I think it is 37*37 = 1369 tiles, you need few of them for hyper processor and cryo and wax and micropro and other stuff..etc, divide the remaining on 6 the result is 224. So using this logic you can save a scheme encoding 224 number each of them 24 bits long. Not bad!

[AMPW-german]

Hmm, you can use sorters(or inverted sorters), each one represents I think (4 bits), for 24 bit long number you need 6 sorters, the max scheme area I think it is 37*37 = 1369 tiles, you need few of them for hyper processor and cryo and wax and micropro and other stuff..etc, divide the remaining on 6 the result is 224. So using this logic you can save a scheme encoding 224 number each of them 24 bits long. Not bad!

not a very nice idea. and i already knew that. problem: where the heck should I place all needed sorters.

[AMPW-german]

found another (better) way to do it: simplex noise

[github-actions[bot]]

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