I Tried To Make DNA in Trailmakers
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- Опубликовано: 15 апр 2024
- Welcome to another episode of Trailmakers! Today I have another weird experiment to try with the power couplers. Can they form a double helix like DNA?
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About Trailmakers:
In the toughest motoring expedition in the universe, you and your friends will build your own vehicles to cross a dangerous wasteland. Explore, crash horribly, use your wits to build a better rig, and get as far as you can with whatever spare parts you find on your way.
Welcome to the Ultimate Expedition!
Journey over grueling mountains, hazardous swamps, and bone-dry deserts on a distant world far from civilization - it is just you, your fellow adventurers and the amazing, jet-powered hover-buggy you built yourself. Explore, crash your vehicle, build a better one, and get as far as you can with whatever spare parts you find along your way.
Trailmakers is about building very awesome vehicles and machines, but you don’t need an engineering degree to get started. The intuitive builder will get you going in no time. Everything you build is made from physical building blocks. Each block has unique features like shape, weight and functionality. They can be broken off, refitted and used to build something new. Individually the blocks are fairly simple, but combined the possibilities are endless.
Expedition Mode is the challenging campaign mode of Trailmakers. You are competing in an off-world rally expedition with only a few building blocks to get you started. You must build, tinker with and rebuild your machine to progress. Journey through a big world, overcome deep gorges, angry wildlife and dangerous weather to progress and find new parts that will juice up your machine. The world in Expedition Mode will test your survival skills and ingenuity.
Sandbox Mode is where you want to head for an unrestricted, sandbox, vehicle-building experience. Here you can build anything you can dream of, and play around with it in the world of Trailmakers. It is a great place to test out crazy machines, and experiment with the physics engine. With tons of different blocks, hinges, thrusters and interactive vehicle parts - the skybox is the limit.
Trailmakers is even more fun if you play it with other people. Build cool vehicles and compete in mini-game modes with your friends or other Trailmakers online. Build a helicopter, send it to your friend, and shoot them out of the sky. Put two seats on a tank, and let your friend control the turret. As we get further in Early Access development Expedition Mode will also be adapted to multiplayer.
Learn more about the game on www.playtrailmakers.com #scrapman #trailmakers 
Игры
You could legitimately colour the suspension to symbolise different base pairs and legitimately encode data the same way DNA does
🤯
legitimately?!
How would you read that?
Ah yes, biology is now in trailmakers
I mean Chirpos were already in the game.
@@jaspermooren5883 well... Ugh, I can't argue with that
By the way. trailmakers devs, if your watching this and read this comment, I'm still waiting for the 1 × 1 × 1 servo, even scrap man could use it
The next step is to find a way to actually encode the DNA and then make a machine that can decode that to make RNA.
No... Just, think twice about what you said....
12:20 Scrapman mentions that 4 blocks won't work, but they absolutely would. Here's why:
The servo's center point is centered on a 2x2. One piston compensation shifts one axis by a half, so it is centered on a 1x2. The second piston compensation shifts the other axis by a half, so it is centered on a 1x1 (as seen in the video).
Therefore, all he'd need is to only use one piston, and then single power couplings would work.
I thought the same as soon as he said 4 blocks wouldn't work - he'd already solved the problem! :P
Yeah, he confused me with that one on this video and the car video with the car he used the pistons from...
Yeah, he literally made it unevenly centered, he could easily make it even again.
13:42 that's pretty accurate representation of radiation effect on DNA 😮
"do you know how many genes this bad boy can fit in it" got me rolling 🤣
I read this as he said it 😮
Mathematically speaking, if the piston has a max extension of 4 blocks and the setting is linearly related to the length, then you should use 0.125 instead of 0.15 (or at least the closest rounded value).
The length is between 1 and 4 though, not 0 and 4. So 0.16 is actually more accurate (0.17 would have been closer to the real value of 0.1666...).
It's not a linear thing I don't think.
@@AI-it3boit is linear, just it only extends by 3 blocks since it starts as 1
@@jaspermooren5883 I'd say thats between 0 and 3 (no extension vs 3 blocks extended). Doesn't change that the math would be 0.1667 though.
holli crappe its the blue mod guy
1:00 Not sure if you noticed but when vertical they seem to get caught up in 3 pairs line-up consistently, kinda weird and interesting.
Twisted DNA sounds cool. You should start keeping track of all the song names trailmakers inspires you for your music channel.
Idk what I like more, the fact he uploaded or his surprised face at 9:57
that face reminds me of the MR BEAST meme song video....
idk if thats just me...
8:16 is crazy, scrapman
It’s how you use it!
I believe the central problem with helixing is that the pieces need to extend to stretch around the center, so if you made it longer and thinner, you would get more spins because the stretched length per piece would increase by a lesser degree for each unit of length
That one 0 stiffness dna gave me rna vibes ngl. So did the low stiffness quadruple
You could do it with just one power coupler bridging the middle, just remove your horizontal offset on the rotator thingy - now it's rotating about an even width rather than an odd width, easy
Mp Monday idea - sidecar spleef where teammate controls the spud gun
Thats a pretty good idea
Yes
You would need at least 4 people to do that, though.
You dont need a center point for the rotation if you just remove the last piston, the one that made the whole thing odd width from the start. The point of rotation would then be in between two studs which makes it so you could use only one power coupler for the cross beams.
Slaps roof of genes, you know how many quad helixes you can fit in here?
Once again I am forced to congratulate your editor on being amazing.
I love your surprise when something actually works out. Great video and beautiful results! :)
Fun fact: The full name of DNA is Deoxyribose Nucleic Acid
Deoxyribonucleic*
@@patrickhector XD
maybe he was lazy.
@@patrickhectorthe thing is that what the original comment said is not wrong. DNA, as you said, stands for Deoxyribonucleic Acid, which is a Nucleic Acid made with Deoxyribose. So it is technically right to call it Deoxyribise Nucleic Acid, just that is more commonly called Deoxyribonucleic.
Desoxyribonukleinsäure
I forgot I made this comment, but thanks for the corrections. I recalled it off memory so I’m not surprised it’s wrong.
The way that first small helix goes wild for a split second when righting itself is pretty cool. If you made it all yellow and spun it faster, it'd probably look like unstable electricity or something
Hey Scrap, i wanted to explain some simple physics real quick, covering why these still blow up after twisting them, and why it doesn't entirely work with a solid cross bar. Each end of the power coupler is set at a starting rotational degree of zero. When you start to rotate the entire structure, you are also adding rotational torsion to the couplers. Now, individually, the couplers are not on the center rotation point of the entire structure, but that doesn't mean they aren't still receiving rotational torque. When you rotate the structure 180° in each direction, each coupler is also receiving 180° of rotational torsion, which is causing stress on the individual blocks, as well as their connection points.
When you went from a rigid lateral brace to the less rigid couplers, this allowed some give between each segment, making the total structure more resistant to the rotational torsion. Basically, this is done because the torque on the red side is opposite the torque on the green side, causing another instance of rotational torque on the lateral brace. And since the lateral connection between each side now has its own "give" being less rigid, the connection point, each segment, and subsequently the entire structure, becomes much more stable and torque resistant.
Cool, that was one of the first things I did with the Couplings during the beta testing, although I used the Couplings just for the middle bonds and used trailer hinges for the outside structures
I love how I got a "The Real Cost" smoking ad a few seconds after the "medical music" started.
Scrapman's gone ahead and recreated DNA. He got so preoccupied with whether or not he could that he didn't stop to think if he should.....Welcome to Scrapassic Park! [Cue non-copyrighted fanfare by renown cinematic maestro composer, Wohn Jilliams]
16:27 TNA (Tetraoxyribonucleic acid)
I like how A, B, and Z DNA are all kind of represented at different points in the video.
Would it be possible to have a dog fight in space but the arena is full of floating bombs from the bomb bays. Using EMPs would also be funny.
I really like how he makes his videos so even if you don't know what game this is, its still really entertaining
Based off what happens when the power couplers spaghettify, it makes me think you could use the tension from power couplers to launch a creation. (I dont have Trailmakers so i cant experiment with this)
This is a game made for engineers and teachers who wants to make their teenager students impressed on how things work
mr scrapman sir, if you want to have no gravity on a creation, there’s a setting in the sessions tab that lets you change gravity from 0 to 2. setting it to 0 would be better than making it vertical
You should do some additional testing on the power coupling physics behaviors because, based on all of these videos so far, it doesn't look like they actually compress or expand the same way that springs do (ie: linearly along their length), but rather they ONLY seem to flex/bend in relation to their bases, similar to steering hinges (or a series of ball joints). Lowering the stiffness seems to just create the illusion that they're compressing because you're introducing slack into the structure. I think this is why the couplings keep bulging outward in weird ways whenever you've tried to compress them or put weight on them, I don't think they're actually capable of compression along that specific, linear axis
Love your videos keep up the good work
You should do a video covering a bunch of your own favorite creations that you yourself made
Idea: make an hourglass out of power coupling!
The bigger helix really seems to push the lines to the limit as they have to cover even more distance than free lines. Like they have to go around a tube shape instead of cutting through the middle
10/10 video from cry to Dyeing(from sleeping)
Now you must construct an entire human being out of DNA
Great video. It could be interesting to try making a roman ballista or a catapult, and see if the torsion is strong enough.
Quick tip, 1 block is 0.32 piston distance so half is 0.16.
Today is my birthday love your videos scrapman
Happy birthday!
Thank you I’m 13 today
Love your math Scrapman, 4+4+1 ="7" 12:40
Yes! My thoughts have been heard! I commented that you should do DNA on your other video. Now you can maybe do the other part of my comment and do chemical models with the power couplers.
The DNA of a trailmakers player:
Twisted DNA, the band that brought you *deeelayed annihilation!*
8:41 the pistons are failing before the creation explodes.
I wonder how it would look like in a spin. Not much for another episode, but if there will be another one, worth trying out.
i remember i have same twisted flat when i tried to twist my bracelet which made of some kind of flat chain and in twisted state it can be rigid in few directions. don't really know how to implement it in the game but it have some kind of rigidity too as it shows in first two examples
I think expecting the power couplers to collide is sort of counterintuitive to the intent of their design. They are essentially a focused beam of light between two physical objects, so any collision between the couplers shouldn't exist in theory. Light as a concept doesn't have any apparent collision with other instances of light, and when different instances DO collide, they tend to just scatter or blend - giving favor to whichever light is more prevalent or "brighter." I know obviously that the game designed these to have some level of frictional collision with both each other as well as other solid objects, but it's interesting to see how they are programmed to have sort of a pseudo-collision and essentially have a "threshold" for which they can do this. Again, I'm not sure if this was intended in the programming or the design, but it is really fascinating to see play out in game.
i dont need it myself, but props for epilepsy warning with clear signal!
I wanna see this entire thing rotate slowly. Would be so satisfying.
I was also thinking this, like a diorama. He could have 2 rotating servos on each end that rotate in the same direction and it will rotate the helix in an optical illusionary way.
@@ripenip1980 absolutely!
Love how scrapman mskes a sibgle block into so many things
The question is can you break the sound barrier with the power couplers. Maybe the spaghetti that the power couplers do when the freak out will give you the velocity you need to do it.
They*
15:13 that is, indeed, an orbit
Twisted DNA would be a good name for a pub or a bar
Make an area attack missile that extends power couplers out to hit a wider area
It should be like a mortor
Twisted DNA opens for Delayed Annihilation.
scrapman youve been posting daily vids for a while now, i feel like us as a community wouldnt mind a break (dont overwork yourself)
maybe 1 stiffness for the red and yellow couplers and 0 stiffness for the orange ones?
Scrap mechanic idea is that you built a bridge and make them worse every round or your other friends makes it worse every round. I recommend that the bridge
Got an idea for either your machine series in ScrapMechanic or based on this coupling use.
Make some medieval seige engines using torsion springs, if possible.
Day 1 of asking scrapman to do a multiplayer battle with train-planes in trailmakers (a train with wings on all of the cars) My suggestions: (don't read If you want to make up your own rules) - I would suggest using a canard layout for the engine car so it can get off of the ground and no control surfaces or propellers/thrusters on the trailing cars as they will be lost in battle. I think a good complexity limit would be 75 blocks for the engine car and 50 for all trailing cars. Vertical stabilization would be tricky because a traditional rudder would probably only work on the final car but the final car could get shot off so you might have to resort to a gyro for vertical/yaw stabilization in the engine car.
Twisted DNA sounds like a game studio
Vid idea make a functional tank that reloads or maybe like a revolver because I want to see you make a reloadable thing that depending on how you make it reloads in a circular fashion
I feel like the beams have a torque thing where they don't like being rotated and stretched too far. They're like an elastic band that always wants to return to neutral.
Scrapman must make satisfying-Sunday with power couplers.
What about redoing all of the multiplayer battles both on the water and in the air on the high seas map?
I love seeing how far things can twist. Don't take that out of context
i believe gravity makes it spark more because the REASON the collision points were missing WAS the asymmetry caused by gravity. all the collision points should line up the whole time in theory but the sag makes them miss
Half way through and I got an idea, what if your ladder rungs were suspension instead, what I think is happening is it is trying to twist but it can't shrink towards the center at all.
you should take the fuselage for the melee plane and use power couplings to make a star wars pod racer
You know it's good when you introduce biology into a vehicle making game...
I wonder how it would act if the piston mechanism was replaced with suspension
cause we saw how well the suspension worked
allows it some slack when it needs it and not upon input
I also think the suspension really helped cause it was able to twist
notice how all the pipes stay perfectly straight and parallel when they are rigid
but with suspension pieces they twist slightly, which makes for a smoother curve
just something to consider
I'm still watching your video now, but an issue with your first helix where you're using pipe pieces, is that the pipe pieces can't swivel between the red and yellow side- when the helix is rotating, it will be trying to rotate one T-piece by the twist rate one way, and rotate the other the opposite way. As it was, the two T pieces not being able to rotate between them meant that your power couplers were having to offset themselves to make up for that resistance.
I don’t remember if you’ve tried, but you should test the tensile strength of the couplings by hanging weights from them
With the 4 long power couplers you would only need one piston to center it.
7:15 the 2 next to each other phase through each other you could theoreticly do the same with just 1 power copeling lenght
I literally just finished the last episode not a half hour ago, my tired brain craves more pretty light strands
I get the impression that the power couplings are right at the edge of what the Trailmakers devs could create. With your experiments you keep finding their limits.
It's probably more a limit of the software than the devs.
Actually, you're right. Proteins need to be able to fold, so stiff DNA is a Bad Idea.
There is a game called "Foldit" where the target is to efficently fold proteins - it's a crowdsourcing project to provide data for scientists regarding current day problems
Suprised you didnt try changing the stiffness of the outside couplings vs the inside ones
Maybe adding a central power coupler would prevent some of the warping that allows them to magic untwisted? Probably just means they're gunna glitch out though...
16:45 i wonder if making the sides looser and the bars MOSTLY stiff will change it and vice versa
13:36 Scrapman discovers cancer.
12:41 I forget how exactly I've done it but I've built a few things with an offset to accommodate odd numbers. Bit of a thought puzzle to figure out but it's doable without having to make it huge.
The medical intro is on point tho
If you lowered the stiffness of just the internal connections on the quad helix it would probably work better.
The quad helix looks like a drill bit
you should try drawing something with the power couplers
The next update. Single celled intelligence blocks.
Good vids but can you make a car only from power couplers ( like your only piston or only suspension car )
Suggestion:Make a magnetic whip controlled bay a mech.
U gotta do a 2v2 race where use are attached with power couplers
recreate the entire mandelbrot set in trailmakers next!
You could always try to make a rope bridge with them :) and make some form of crawler to go over it
Watching this in biology class hits different
Do you ever look at a picture of DNA for a while like "ah yes what a cool and foreign thing" and then suddenly realise it's IN you
Like every part of you
I do that with DNA and also lots of elements and subatomic particles
We finally discover that bigger is not better !!
Next video is genetically engineering mesozoic animals in Trailmakers.
I posted this on an older video but I think it would be really cool to see an overpowered SR71 Blackbird video
9:20 is that yoda's death sound from lego star wars