do you need to load big things or many of them fast (= at once)?Īpparently, size of single buffer bigger than biggest resource is futile. so the "count" of buffers is simple formula all buffers size divided by single buffer size (well, sometimes -1 because of some extra cost and rounding). Max wrote: ↑ 21:05"as i wrote it is size of one buffer (max resource size) and size of whole buffers array (max tmp buffers). Add the parameters in the "Shortcut | Target" box. This means the parameters are automatically included each time you play.ģ)You can add them to your desktop shortcut by right-clicking it and select 'properties'. You will need to do this each time you play, afaik.Ģ) If you're a Steam user you can add them to your Launch Options by right-clicking the game in your Library, selecting "Settings" and then click the "Launch Options" button. I believe this actually speeds up game loading and even though I don't use those big poly trucks anymore, even with 'standard' game models, the settings work great.ġ) Open the developer console in-game and type them directly.
Resulting in 10 loading buffers instead of the default 5. mm_max_resource_size 44 -mm_max_tmp_buffers_size 484 mm_max_resource_size 80 and -mm_max_tmp_buffers_size 240īut as Max pointed out, this actually reduced the number of loading buffers.
This is because there is some additional overhead for each buffer. of temporary loading buffers (Can be checked by looking at "Allocated X temporary loading buffer(s)" message at start of the log).īut, you would think that with, say, buffers_size of 500 and resource size of 50 would result in 10 loading buffers but it doesn't, it shows 9. Mm_max_tmp_buffers_size / mm_max_resource_size = no. Most optimisation activity can be done through the Options in-game. IMPORTANT: As with any user-config parameters, they are used at your own risk.
MM MAX PING CONSOLE FREE
Those who own only ATS or only ETS2 are equally welcome.įeel free to post techniques that you've found useful. As suggested by Max, This is a discussion about how we can squeeze more out of our computers that have a little more horsepower to play with.
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