Robocraft are running a free to play business model which relies on them being as available to as many people as possible to increase the chances of purchases of bit garages, cosmetics etc. ![]() My screen is wide enough, just not tall enough, and my fps drops. ![]() I don't judge games on how they look, only on how they make me feel when I play them, and if FPS is bugging me, that puts the score down dramatically because the devs neglected to consider low end PC users. Just think about what the gamer needs, not how pretty it looks, playability is more important than how good it looks. Just something to think about, since lots of people with lower end computers are buying this game, and getting a refund is out of the question if you've been trying to play and optimize it the best you can while looking up ways to make it a lower resolution by force for the past 2 hours. ![]() The Lowest resolution provided isn't good enough, just make the UI fatter and the text bolder, nothing flashy. I suggest adding a "Safe Mode" where it will set all graphics, effects, render distance to the lowest possible settings, and the resolution to 800圆00, like every other game supports for Low-End PC users. There are other ways to remove or de-lagify bearings, but these are the main ones I tend to use, let me know if there is anything else I should know about removing bearings.Scrap Mechanic is great, but not all computers have screens wide, or tall enough, and it can also eat up a lot of memory, causing major FPS lag. To make one use a medium pipe going through a 1-block hole, no junction bearings needed, but this can make a shaft a little more wobbly if there is any unbalances. If you still need to remove more bearings, you can just use a bracket. One solution is to use only 1 bearing on the output side and to use a counterweight to prevent wobbling. This design works just fine, but when there is a lot of resistance, speed, and torque involved, it starts to wobble, cause lag, and make noise. Lastly, if you need to make a junction for a shaft in for example a piston engine, the most common one you will see is this one: It also means that when the load is pushed off the bearing and starts fly all over the place, since it weighs so much and is too far from the bearing, it will keep flying because it can't stop at the bearing! So keep bearings/pistons/suspensions under as little load as possible. Putting the load farther from the bearing gives it more power over the bearing, making the bearing weaker when connected to an engine and worse. ![]() You can't see it in the picture, but bearings/pistons/suspensions start to bend once they have a large load on them. Īnd if you really need to cut down on bearings, try a monowheel, but if you use this, you will need to have a low center of mass and a wide wheelframe.Īnother important note, try to keep the load as close to the bearing (or suspension or piston) as possible, or the bearing as close to the load. Even if you can only remove 1 or 2 in one spot, do it.įor example, if you're not going for style, try using a central steering bar. Here are some tips to be reducing bearings and being safer with bearings.įirst, if you've got 50 bearings on your creation, try to remove as many as possible.
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