When you FULLY AUTOMATE mathematics...

[@sharpfantasia8581]

25:20 him saying that he doesn't know how to make 19s while they are being made directly to the left of the main blue square got me

[@ajayramtohul]

I came to say this.

[@Mahfy1]

well, everyone know how to make 19 i think matt just think i cant make 19 "Efficiently"

[@RoderickEtheria]

4×4+3.

[@deantv8893]

YOO 599 LIKESSS

[@user-em1fn3zv7f]

you mean 16.

[@FriskTemmieGoogle]

8:46 "Copying and pasting is fun" Buddy went from engineer to programmer really quick

[@thegoof2763]

Well he is a software engineer now I guess

[@FriskTemmieGoogle]

@@thegoof2763 great follow-up

[@ryanbrown-y8x]

🤣🤣🤣🤣🤣

[@fanumtaxxer-d8i]

(maybe) real (kinda) civil programmer

[@GODCAT887]

17:27 Matt: we need 600's. The game: You need 600 74's.

[@RealMothermooship]

Ya I came to the comments to see if anyone saw it

[@LuckyWolfUnleashed]

Dumb dumb dumb dumb dumb dumb dumb dumb la la la la la la la la la! Dumb dumb dumb dumb dumb dumb dumb- Everyone is dumb!

[@yousefmaswadeh8405]

lolol

[@jaemedia476]

bruh

[@BlitzGtag24]

@@jaemedia476why does it say translate to english when you said bruh

[@EtheE]

26:15 I wasn't paying attention to the number and for a brief moment I was really impressed that RCE divided some huge number by 147 effortlessly in his head to figure out he needed 24s

[@AbdelhamidAlQattan]

This video is like one of those ads that play bad on purpose so that you download the game because you know you can play better

[@pixisthepixel]

Yea

[@applejelly6625]

​@@pixisthepixel 1 minute ago!?!?!?!?

[@JoshuaRennig]

bro i swear to god every single one of his videos are like that, it's like he's missing the point on purpose so he can focus on content creating rather than playing the game for himself he's playing himself for other people to watch, and as long as we can see he's missing the point, then he has identified his target audience which is "fellow engineers"

[@OfficialSylvantis]

If hes doing that on purpose, then that’s a true engineer move

[@szeryd]

And I did lol

[@jimmymcgoochie5363]

I’m not sure what the worst part was- making 600s instead of 600 74s, multiplying two numbers instead of adding them or “I don’t know how to make 19” when there’s a production line for 19s RIGHT THERE…

[@solifa1]

probably the 600 incident 💀

[@user-em1fn3zv7f]

SIXTEENS

[@McSwagical]

The 19s was hilarious

[@Kafaldsbylur]

Matt: "Multiplying is slower than adding" Also Matt: *multiplies numbers by 2 instead of adding them to themselves*

[@sharpblade_2x]

He could have just added the fives together!

[@OceanPig]

2 is more plentiful

[@Crazycam425]

𝓗𝓲

[@blubbedyblob]

adding them together uses 2 of the number to double it, but multiplying only uses 1 of them so you use less to get more

[@AngelitaTenoso]

Yuiuerty1820 rtyopltuqeop1919 Gholoau8901

[@gamingneerd]

I spotted the 600 incident right away Edit: thanks guys

[@Anthony-stama]

Same

[@xChikyx]

me too, i was about to comment xD

[@athrun2]

it took me longer to figure out how he screwed that up. I had to go back to see that the 600 was the amount, I only saw the 75 at first

[@agentmongoose]

yeah that hurt.

[@UtopssAKAPJ]

me to 🤣🤣

[@granatmof]

So I've played this after the last video. It speeds up once you creat assembly lines like in factorio that produce full belts. Just keep track of the outputs per source. I never fully calculated it, but since your combinators aren't limited resources, I just did 2 rows of 8. At large numbers, I'd finish off the last number before I finished the factory of the new one. There's an option in settings that let you create L shaped belt lines. Very nice to make corners while zoomed out. I finished all the achievements. Level 8 in all upgrades, maxed out all production, up to level 30 in the primary level system. 5 digit numbers get difficult, well most of them. Overall I think the sources need to be all prime numbers, or multiples of 2.

[@mwrgaming6428]

I like that there is no 10s tho

[@BenSeibel-yu8zi]

@@mwrgaming6428 Are pretty easy to make tho

[@Mark_Bridges]

Set yourself a challenge, for example only use multiples of 2. Or only use prime numbers. Or whatever other challenge you like. I did a few challenges after maxing 20/s belt speed and 5/s on adders and reaching 2.5/s on all others, then getting around level 390 (forget exact number) before getting tired of grinding it.

[@timothygreyuy7353]

​@@Mark_BridgesAppName

[@DWTxgamer]

POV:Me after grinding the game for 40 hours just to see this My brain:Just relax My conscience:Beat him up

[@sciencelab4225]

True 😂

[@Dragongaga]

There's no point to the 25 "storage" because the multipliers run at the same speed, so that storage can never deplete anyway, it just takes up space

[@crabbydisk7658]

it was for storing some numbers while he was still building so that he can have a big batch at the start

[@me_mal]

and is shaped quite unfortunately.

[@Dragongaga]

@@crabbydisk7658 Except he doesn't, because that's not how it works, ...because the multipliers run at the same speed.

[@pydu91]

You hooked me to this game with part 1, and now I went way further than you. Thank you for the discovery! Also, remember that you can extract a whole lot of rows from one extractor, and do a whole lot of the same operation in parallel...;) (I know you already do it, but it can be pretty fast to clipboard a build of parallel adders, parallel multipliers, etc, to have directly a multiplier with 8x input rows of each and 8x outputs). Also, if you shift + scrollwheel while in paste mode, it will scroll through your recent copies, so it's easy to have copied builds for adders multipliers etc. Have a nice day!

[@BishopStars]

Shift scroll, brilliant. Do you recommend starting with an extractor template and paste it on everything?

[@air5723]

His first video also got me 😂 Now I'm 20 hours into a playthrough with level 8 everything besides level 15 belts and I feel like I've done everything I wanted to do. Got all the steam achievements. Very solid use of like $5.50

[@air5723]

​@@BishopStarsthe joy of no resource cost to build - I have a copy of every system I've made tucked away into a corner of the map. I found that making templates for extraction quickly became useless as my needed numbers changed - the copied extraction setups just got in the way and made a lot of clutter

[@michaelchileshe2619]

same here

[@michaelchileshe2619]

@@air5723 I like how we found ourselves doing the same thing to solve this problem

[@Dicedragon99]

8:08 who gonna tell him what he just accidentally made?

[@MagicWhale]

Me

[@Davesoft]

Casual swastikas are inevitable in beltmatic :D

[@Mrnachocheese69]

So what? It's just a Swastik

[@Mrnachocheese69]

And for your knowledge, nazi swastika is actually tilted 45° This is just normal swastika which means wealth in Asian countries

[@nmzj]

😮

[@Fleetatious]

I couldn't stop laughing when Matt started making 600s instead of 74s

[@NotScotishYellow]

LOL

[@Mike__B]

Watching the inefficient use of space hurts my soul, 10:00 Since you're multiplying 4x4 there's no reason why you can't rotate those multipliers and have one belt feed both A&B, the speed of the multiplier working is much MUCH slower than the rate at which 4s come out. Then you can squeeze a ton of 16s out by doing multiple versions of that.

[@Salarost]

The thing is,the more belts you put out of a extractor doesnt make it faster and output more,so if he did it your way there would maybe be gaps,and his way looks cleaner too.

[@skylinelibertarian3835]

​@@Salarostnot one belt for all multipliers, but one belt for each multiplier.

[@Salarost]

@@skylinelibertarian3835 it still slows it down,his extraction rate was 3 or 4 belts,if you use all sides you get 12 belts so it would slow it down a bunch

[@zecuse]

@@Salarost The speed at which the operations work is MUCH slower than the speed at which the extractor can supply numbers. Case in point, I made a 27 generator by using 24 multiplications splitting 12 belts around the 3 extractor, each belt supplying 3's to the 3 * 3 multiplier and then the 3 * 9 (from the last multiplier) multiplier. The extractor is still clogged because the multipliers are too slow.

[@conorstewart2214]

@@Salarost that would be true if the multipliers worked as fast as the extractors but they don’t.

[@SprayNPray-y2e]

Matt can automate anything, I swear if he discover minecraft create mod.... wink wink

[@jesseweber5318]

Waiting for him to do Factorio modded. That should be about 200+ hours of content. More if he does Bobs + Angels

[@Ssbu_fox]

​@@jesseweber5318 I'm waiting for him to do mindustry

[@IndyDarragh]

AUTOMATED MATH!

[@Ctuchik]

But minecraft is so incredibly fucking boring!

[@fckdig-y5k]

He doesn't want to play minecraft, and Create is also very easy lol

[@andrewcook6365]

Making 600 when he needs 600 74s lol

[@joeyready3]

Saw him do that and instantly checked the comments

[@HannahHarms]

It made me so mad

[@Taluien]

The true reading comprehension of an architect. "Sure looks good to me!"

[@loganshaw4527]

Ah number dyslexic.

[@PersonCuber]

AND THEN HE JUST KEPT IT ALL THERE

[@alexanderschmid1528]

I suggest a huge roundabout around the base to tidy things up

[@Jallahz]

1:10 killed me😂😂 never change Matt

[@Kiels_Shorts]

Fr

[@NguyenTrungHieu536]

what is that

[@Moon_Struck2882]

Upside down t

[@NguyenTrungHieu536]

p3n1s

[@VICTORdoomm]

@@NguyenTrungHieu536 that is what she hawk tuah on that thing

[@mozvi1436]

4:06 "making backup storage" fully understanding that he makes 25's as quickly as he makes the 75's is hilarious

[@0099009969]

6:34 the 26s are on the split 2 line going into the 15 factory, so you are getting the occasional 26+3=29. which then gets x3 for 87. 87x2 for 174, then plus the final 4 for the 178. we can see the whole line there.

[@bapbop2399]

25:20 him trying how to get 171 Me: looking at the 174 going in

[@bhushanshivnarine]

i dont think he saw what he made at 8:00 😭😭😭

[@phebebruce2668]

That's crazy

[@infuriatinglyfortunate2932]

Oh no 😭😭😭

[@suangel007]

Game: "Build 600 74" Matt: "Instructions unclear"

[@hydrus6782]

0:23 Matt : Don't worry, it's not a snake. Me : And I took that personnally. 26:22 Matt : YES ! I did it ! I know Matt ! Sun Tzu : If you know yourself but not the target number, for every correct calculation gained you will also suffer a mathematical defeat.

[@spam9118]

The fact that pi is a transcendental number meaning it can’t be calculated with less than infinite algebraic notation makes the thumbnail really funny to me

[@spacelover4106]

It could be the closest possible floating point approximation of pi instead, which can be calculated in a fine time (it would be wrong to write it as Pi but who cares, Matt is an engineer so Pi = 3 for him)

[@ZokariVirek21]

"We've got a huuuuge map, it's absolutely ginormous." ...I see you.

[@Arg478]

1:11 thought we wouldnt notice, glazed over the knob >:)

[@Weaponized__]

28:10 Is it just me, or are the multipliers creating an optical illusion?

[@jacktelldragon8246]

ur not the only one lol.

[@jaideepshekhar4621]

?

[@Weaponized__]

​@jaideepshekhar4621 The two rows of multipliers are perfectly parallel to each other, but at a quick glance they look (to me) like they are bend or 3D.

[@J3umek]

29:19 Considering the 8 that have opened, the most beautiful alternative looks: 8 * 2 = 16 (or 8 + 8 = 16 to make it faster) 16 * 16 = 256 256 + 1 = 257

[@admiraladriel8781]

10:05 "So many sixteens!" said not creepy londoner near a school XD

[@Cactusking1]

This was exaktly the comment I was searching for

[@jackradzelovage6961]

giggity!

[@Civil_Wrongz]

257=16x16+1 should be the optimal strategy for the next video. This game is rather addicting. Also eventually numbers like 42 and 49 won't be necessary for higher upgrades so you can get rid of those belts to make room for bigger numbers.

[@maksydab]

6:02 "why stop there" matt x jadokar

[@scragar]

Much like Shapez given construction is free spacing things out is a good idea. My recommendation as always is to just start by running some belts from far out in each cardinal direction into the hub, then based resource gathering off those spokes rather than near the centre. This gives you a lot more room to work, and makes empty spots on belts a lot easier to see since they stand out on a larger scale.

[@Pernicous]

With this game is easier then shapez to saturate belts, you always just take the belt speed divided by the machine speed. So those berries you stick out could work well as guides, but you will always need a new belt to bring the numbers in.

[@svettis]

I don't know how to make 19, while the cursor is 15 pixels away from 19... Hahah matt

[@boscoyuen8970]

W.D.Y.M

[@sadandtatted]

There’s an app called Builderment that is just like this except no math or numbers, it’s all resources (copper, coal, stone, etc.) Update: it’s a day later and I just found the video he already has on this, silly me

[@paulg6671]

Mat, get ride of the numbers you don't need anymore. You are still importing 1's in the base when you don't need them for anything

[@Cactusking1]

No one is gonna talk about the swastika he accidentally made around the 5:s when he was making 75:s around 8:26

[@dwynearellano4936]

Swastika symbol is tilted at least 45 degrees, the indian peace symbol is tilted 90 degrees

[@Crazycat918]

1:10 💀 ”Absolutely ginormous”

[@Arbiter1223]

12:23 LOL best use of that meme I've seen XD

[@X3sA]

Love how he completely forgot about adding and is multiplying everything

[@aidanchiu2195]

As a maths nerd, I see a lot of potential in this game, for example, I would love to see the game introduce challenging numbers to produce, most notably e or pi or the golden ratio to like ten dp, and add more advanced stuff in number theory, it would make quite a fun gimmick for narhematicians

[@Vaelosh466]

That seems like it wouldn't end up being that interesting with the way the game works. For example, you can't "make" pi from a finite number of operations on integers, so the obvious way to add it to the game would be to have a pi extractor, which kind of defeats the purpose since everything with pi just becomes "Make the integer part and slap in pi."

[@aidanchiu2195]

@@Vaelosh466 ye it wouldn’t be that interesting for the game. But I just think that the Maths community really needs a tool similar to this for them to experiment in an intuitive and game-like way which may get more people into math. While other tools similar to this exists, tools like Matlab may be too complicated for people who just want to try and have fun with math as it also requires some programming skills, so I think a maths tool in the form of this game would be good for the maths community

[@DSoSJohnH]

I can see the potential of this too... however, since I got lost after single digits, I don't think I could do this game. lol When Matt was figuring out how to make 171, supposedly, in his head, I was trying to figure it out on calculator and failed. Sadly, I'm one of the few (or many?) who has never been able to do math in their head, other than very simple single digits. I could see this being a very fun game, if you like and know how to math properly.

[@BSZome]

Awesome! I was hoping you would post this, I loved the other one!

[@thepigvillage]

We need more videos on this game! The factory must grow!

[@kdawg7695]

"I dont know how to make 9s" -Matt 😂

[@Gavs_Playlist9755]

He said 19s but he was looking straight at them😂

[@kdawg7695]

​@@Gavs_Playlist9755he said both haha. " I could do 9 x 19, but I don't know how to make 19s. I don't know how to make 9s either really." I thought the 9s was funnier since he's been making squares already 😂

[@Gavs_Playlist9755]

@@kdawg7695 lol

[@Bluhbear]

Only 1:50 in and already we're learning that 0.2 seconds is more than 0.333 seconds. 😛 ...but then it's actually output _per_ second, and not the time it takes, so it worked out to be "correct" anyway.

[@sargo3546]

Can’t wait for part three

[@snaprifice]

Oh. My. God. The blunders are amazing. I'd love to see more of this game from you. I've got it but I burn out so quick, it's the kind of game you need to let run in the background while doing other things.

[@wo88les]

Hahaha that flex at the end "That looks like a prime number" Really clever ;)

[@LoafOfTheMilk]

I really wish this game extended to higher concepts like division, exponteation, roots, but also further to i and complex numbers. And you could get a reward for calculation Pi or e or whatever

[@fokeyjo]

It does do division and exponents

[@Renagede77]

Matt must only ever record gameplay for all games on Friday afternoons.

[@ILyaCyclone]

Thanks! Bought this game and, boy, it's addictive. Also, showcasing this without music is some architect behavior! Music is great.

[@wiseSYW]

for big numbers this is more complex than factorio because you have to come up with your own 'recipes'

[@QemeH]

It's not, because the recipe is always: - Make the numbers 1 to 9 - Make a 10 - Multiply the ten by other tens for 100, 1000, 10.000 etc. - Multiply the digit with it's place in the number (e.g. 2x100, 5x10, 7 - for 257) - Add these together Easy peasy lemon squeezy...

[@nagarafasmc-nmc]

​@@QemeH OR You could do (4x4)^2 = (4x4)x(4x4) = 256 + 1 = 257. Not sure which way is faster but that's how I'd do it.

[@zecuse]

@@QemeH If your goal is to simply make the number sure, but you should look into expression trees if you want to make said number FAST. There's no need to make a GIANT number generator for a given base (base 10 being easiest only needing addition and multiplication) that can only spit out a single number in the time it takes for the last operator to compute. An expression tree that's only 4 or 5 levels deep could easily be duplicated 3 or 4 times in the same footprint the number generator would take and likely require fewer operations for the larger numbers as well.

[@MegaLokopo]

@@zecuse Once exponentiation is unlocked, it takes a surprisingly small foot print just using tens and multiplying by whatever you need for that digit and then adding them together, and you can change which number you are generating in a few seconds.

[@milosworks]

No, this game is just the basics of LGM and GCD

[@TheBlobik]

Seems like it would make sense to have some sort of a "highways" leading into the destination in main directions (up, down, right, left) and basically have all those in paralel belts that have some solution that allows them to move numbers between them if either gets congested. I think with the new priority junctions you should be able to make such self-balancing solution

[@pallipondance8645]

You'd think a Civil Engineer would know how to use Arterial Roads.

[@jackradzelovage6961]

unless he didnt realize just how massive the project was gonna get lol

[@pazcal5440]

For having loads of the same production line, you could do a bracket system like in sports competitions (8 teams in quarter-, 4 teams in semi- and 2 teams in the finales) but in reverse

[@Ototox]

Someone teach this man how a manifold works!

[@Bill_W_Cipher]

I wanna see a part 3 of this.

[@Anthony-stama]

The moment you said 600 I noticed

[@PokeGirlOFFICIAL]

28:10 ish has the multipliers breaking my brain, WHY ARE THEY BENDING

[@theanthonyx_]

1:10 💀

[@jabcmw1]

Hope you keep playing this. Probably worth it to get rid of the numbers you no longer need

[@averagebrawlstarsyoutubeuser]

1:10 ah yes, the ✨️ pp ✨️

[@smasherrr07]

In this game I made 3 of the same factories that can make any number, but damn you did good. This was very entertaining. Your first video on this game is the reason why I bought it. It got so excited when you made a new video. 😊

[@ac0nyte]

Was that a strongest shape I saw on the map there 😂

[@Future_FriendRBLX]

There’s a very odd shape at 8:02 as well. 😂

[@GODCAT887]

19:53 Matt puts the multiplier against the extractor then waits for a second, then the video cuts to the extractor having a conveyor going into the top of the multiplier.

[@LamNguyen-xb8rf]

The mindustry part of his brain just turned on lmao

[@gamingneerd]

Did someone noticed that he made a 1945 flag with producing 75?😅

[@nabilboiii]

As soon as i saw it i went straight to the comments 😂

[@Iamsean311]

Wait the Na-

[@stanieldev]

Just thinking about it, likely the best way to make numbers would either to make powers of 2 and then sum them in binary, or to pull a goldbach conjecture and make primes, then selectively add 2 primes together to get any number you want.

[@clarkspoerl-lh7dw]

How did you become an engineer?

[@RealCivilEngineerGaming]

50p on ebay

[@Torf74]

To gain space around home base, take a look at the number you are making that you no longer need, like 3. You are overproducing them like crazy so eliminate the 3s to gain space. It’s early game, so use this opportunity to clear out the area around home base so you can maximize input belts. You don’t really need to use that space for smaller numbers anyways. They can easily be shipped in from further away.

[@gdknight2549]

8:08 Amazing symbol there

[@JakeIsASweatAtFightingGames]

MATT PLZ MAKE MORE I ABSOLUTELY LOVE MATH AND FACTORY GAMES. I WILL ALWAYS WATCH ANY OF YOUR FACTORY GAME VIDEOS SO PLEASE MAKE MORE

[@danamulter]

This is the essential engineering mode. No part of this is "aesthetics", or "interpretive". This is long, firm mathematic fundamentals that uses a universal language to penetrate deep past "just playing with it until there's a result".

[@thedudehimself69420]

14:24 It seems the way that this game splits is exponentially. In my case, If I would have 7 lines and 512 numbers, 252 numbers would go to the 1st line, 128 numbers would go to the second line, 64 numbers would go to 3rd line, 32 numbers would go to the 4th line, 16 numbers would go to the 5th line, 8 numbers would go to the 6th line and 4 numbers would go to the 7th line

[@Mrnachocheese69]

Day one of posting command to my favourite youtuber to get famous

[@familywise-hr4oj]

:D

[@Mrnachocheese69]

@@familywise-hr4oj my only one supporter

[@discrider1]

Quickly paging through; can't see any base factory, where, for instance, any number is made by a+b*10+c*10^2+d*10^3 .. where a b c and d are selected by belt priority, allowing quick reconfiguration without copy pasting everything. And zeros are supplied by divisor.

[@timonobel615]

Day 276 of asking matt to play chants of sennaar

[@Mrnachocheese69]

The peer pressure continuous

[@Ssbu_fox]

YEEEEES

[@justinkelly7958]

Day525355525252525525252524243434435353&3533637382829202929292882827263635344343434343434343434

[@notcreative2256]

Again you have barely asked 20 times yet alone 200+ times. All kids nowadays are a fraud

[@timonobel615]

@@notcreative2256 again bro check the previous videos 250+ at least probably even 270+

[@bennutt5050]

Wounder if this could be made in scrap mechanic smart sensors / memory panel , extractors could be sensor hooked up to pistons to extended with a pulse with a colored block to = number

[@JakeSuksAtStuff]

Actually the multiplier is smaller Takes up 3 squares adder takes up 4 lol

[@JLarky]

16:33 the moment Matt realized you can do stackable factory designs

[@jupitergd3955]

This is what late game satisfactory feels like late game, it’s all numbers lol

[@Roundtree_stuff]

Engineer a battleship in from the depths. And it has to beat a plunder in from the depths. It’s a really fun and easy task that is great for all types of engineers. I recommend you try it. The game is called From The Depths.

[@nikoladumovski5982]

4:40 since addition is quicker than multiplication .... proceeds to create 4 more multiplications rather than adding a 5 to itself 4 times. The architects are getting to RCE don't let them have him

[@jackradzelovage6961]

unless hes planning to go on a multiplication rate increase spree in the next one lol

[@ibrahimokullu]

1:09 Nahh bro why did you do this💀💀💀

[@brinmoody]

I've been loving this game. Can't wait for episode 3!

[@raspy_mha_fan]

at the end 256+1 could use 4s to get 16s and 16s to get 256. So much easier and efficient since you already have a design for making squares.

[@KleinKirby]

i love how at 28:01 the adders / multiplyers just seem off, since the vision gets tricked by all the lines and movement xD

[@rainbowguy2212]

8:02 the position of conveyors are rising my right hand ngl.

[@schukark]

Probably easier to do 257 as 2^8+1 which is (((2 squared ) squared) squared) + 1, so only 4 operations and you only need a 2 and a 1. Great vid as always

[@MarcioHuser]

The later stages get quite complicated. Just like Shapez. Oh, and 257 can be done easy with (5x5)x(5x2)+7. Two multipliers in parallel, another combing them, and a simple sum in the end

[@n07ju57hum4n]

Yes i love this game road to a million!! 😂

[@nazaxprime]

I was hoping we would see alot more of this. Glad to see you agree.

[@halloween8843]

this game is an ocd person's worst nightmare... extractors are 3x3, adders are 2x2, and the main block is 4x4 making it nearly impossible to make a visually appealing factory

[@NyxEternal]

1:09 ... Saw those conveyor belts out there

[@milopezusmc]

I just found this video so I haven't played the game just yet. I think a solution would be to mass produce prime numbers and multiple/add primes to get your needed numbers. Also, don't forget about twin primes, which it would be useful to have a 2 factory nearby.

[@abehankens7456]

hey i loved your first video on this thank you for making a part 2!

[@100beep5]

257 is 256 + 1, which is important because 256 = 2^8. You can do 4x4 to get 16, then 16x16 to get 256, then add 1.

[@Thelnir]

"Let's just delete that before anyone notices..." Priceless.

[@c4pt4inmorg4n8194]

This game scratches the right part of my brain! After watching just these two videos, I went and bought it!

[@Edmar_Thorn]

Very much loving this series, looking forward to episode 3!