#modulus

[chibishortdeath]

Goodness, these doodles were all staggered in a way on the pages that made it really hard to take pictures of them and get everyone in there (>< ).

Explanations for all of it under here ⤵️ :3

I drew my Ratchet!!! My little guy!!! I’ve looked him up and he’s a little like “authentics” line one. He’s got really loose joints and his knees don’t bend hahahahsjdksjsjk, but yeahg. Tbh the big outer shells kind of design goes hard. Ratchet could benefit greatly from having shields on him, second doodle is a demonstration of those being used lol.

Hehehehehe he’s so fucking cute oh my god how did they make this one robot design to appeal to me specifically I’m gonna die— he’s sitting there so pleasant and polite :3.

This is an attempt at a Ratchet design that combines a bunch of other ones! I was trying to pick out stuff that I liked (big collar looking part, massive tiddie window with the ECG display, G1 as a base because G1 Ratchet is so aaaoiugauaugoihghgghhgh), but eh idk. I’m gonna go through a couple revisions of this design before I decide on one. Cause I did like uh start writing a fan continuity 💀💀💀. Like deadass I binged two seasons of G1 and was already so hooked and hyped that I started making OCs and plot lines and shit LMAO. The transformers hyperfixation got hands fr. Also, next to him is Starscream and a little very not finished Drift for size comparison :).

The largest Ratchet here was my first attempt at drawing him! I spent an unreasonably long amount of time trying to get his legs correct 💀💀💀. Directly next to him on the top is a little doodle that says “usagi ringo” and it’s comparing his forehead chevron to the style of cutting apples to look like rabbits of the same name hehe. And next to that is a bishoujo figure design because oh my god it would be so easy to make one of him and so peak— more on that later cause I’m proud of the design so it’s on here twice XD. Below those two: doodles of Starscream getting shot! 💀 There’s a lot of context behind these, but shortened version is Megatron got mad and shot him 💀💀💀. Any other explanation would be getting into continuity ideas I have not finished nor finalized yet lol.

Guys hear me out it would be so easy— he’s already got a boob window— and the red section of him looks like a bodysuit— it would be so so easy and so so peak please bishoujo line figure company— I would pay an unwise amount of money for silly anime girl pinup hahahajdkskkdksjskdkdahsj. Also smaller not skirt version as well if they wanted to go full “the red section looks like a bodysuit” lmao

Megatron!!! I tried to incorporate a lot of details that the original toy had like the chest decals and the gun elements :3c. The g1 toy is so funny holy shit dude, he’s so top heavy and has like teeny pencil legs it’s so dumb I want one 😭😭😭. Next to the ref image of him, there’s one doodle that’s like a shitpost of this stock photo of a guy drinking while watching TV, an unfinished doodle based on a pose ref from Pinterest, and an even smaller shitpost with him and Starscream and their shirts say “I’m high as fuck and have a gun in my backpack” and “cunt era” hahskdjkssj (X X).

Another Starscream practice and some other characters that require a lot of explanation— So, this big combiner guy that’s in this and the next photo is a combiner named Modulus and I found out about him in a very goofy way. A friend of mine saw a figure of a little known character (Medix) at Walgreens, didn’t get him, looked him up later, and went down a rabbit hole on the wiki, finding out this guy is part of Modulus, a combiner who… doesn’t exist??? 💀💀💀 Modulus only exists as a concept that was included in the instructions of one of his components and NOTHING ELSE HAHSJDKSHSJK. It is the most batshit insane thing, tiny wiki article and everything X,,,,,,D. But what’s really WEIRD about him is that— HE KINDA FUCKING FITS WITH AND TIES TOGETHER A BUNCH OF LOOSE IDEAS I HAD FOR CONTINUITY STUFF 💀💀💀💀💀💀💀💀💀💀💀💀💀💀?????????????? Idk it’s so scarily close it’s like as if I willed this guy into existence LMAOOO. Anyway, members of Modulus include: Scattershot, Medix, Ratchet, Starscream, and Rook. Two of these characters are like replacement members for other combiners that were basically created just so random games could function. One is the leader of another gestalt, BUT he’s also been in a TON of other ones. And then suddenly Ratchet and Starscream??? And in the original incarnation of the character, it was SG Starscream too????????? It’s not gonna be in my continuity (I have ideas—), but lol they just dropped the guy from another universe in there what 💀. Insane, deranged, maybe peak even. Why the hell did I end up latching onto the combiner that isn’t real help me (ToT ).

Above Modulus, there’s some doodles of Ratchet, Cliffjumper, Mirage, and Bumblebee, BUT these aren’t just those guys, oh no, it’s something worse hahahahahhasjsksk. My raised on undertale dumbass got plagued with the cursed idea of “huh, if Shattered Glass is like the Hasbro official swap au— F e l l A U” and uh… this exists now 💀. Fell AU (name pending) is basically just “the thing but edgier”, so in this universe the Autobots are still like The Good Guys™️, but they’re stuck in bad conditions. For that to happen, they’d have to not have access to renewable energy, meaning either humanity did not welcome them with open arms, there’s some kind of general crisis happening on Earth, or some mixture of both. So Fell (name pending) Ratchet is basically G1 Ratchet, but wayyy more stressed out cause they’re always short on things and barely scraping by. He’s visibly missing parts and damaged and he just does whatever quick temporary fix about it because his focus is on everyone else over himself; he lost an optic, a hand (that he’s replaced with his main tools), he’s got a crack in his screen, etc etc. Procedures are always messy and painful cause he’s just using what he has and the whole time he’s apologizing and trying his damndest to do the best he can— He’s a sweetie still, but man he could use a break (he will not get one alas). Cliffjumper is even more high strung and tempered than usual, he’s also got a nose ring and sharper horns for the edge lol. Mirage has his darker mask like coloring from the toy and typically is invisible far more often. They used to really fight a lot, but they’ve since gotten to a point where they’re the two each other trust the most. Cliffjumper does a lot of reckless shit and gets injured a lot (_ _ ). Then there’s Bumblebee. His colorscheme is still yellow and black, but they’re reversed. The reason for this is Edgy™️ but the in universe is that darker paints is just what they have. He’s also not the plucky rookie at all, he’s already gotten pretty jaded and hardened by everything, which makes Optimus really sad— he does get some rare moments of lighthearted antics because of Spike though. Idk it’s a funny AU concept and I might do more about it simply cause I think the Ratchet design goes hard lol XD.

[just-ray]

school is the only place where you can ask “so, can x be anything between 1 and -5 or is it everything between 1 and -5” and people will start laughing at you.

[dexthegreatfriller]

if you want me, make me feel that.

Facial Hair: Luis by Emporio Surpreme

Face Scar and Tattoo: Levi by Emporio Surpreme

Swallow Gauged S: Sunflower Earrings by Emporio Surpreme

[clonecoding-en]

Mastering Arithmetic Operators in Python

This article provides a comprehensive exploration of Python's primary arithmetic operators, elucidating their functions and practical applications. From basic addition and subtraction to more complex operations like exponentiation and modulus, each operator is explained with clear examples and detailed explanations. The article goes beyond numeric calculations, demonstrating how these operators can be used with strings and lists to perform concatenations, repetitions, and mergers.

By understanding and mastering these arithmetic operators, readers can effectively manipulate data, perform mathematical operations, and build more intricate algorithms. Whether they are beginners or intermediate Python programmers, this article serves as a valuable reference for honing their programming skills and expanding their understanding of Python's core capabilities.

[fergusdraws]

Fergus is allowed to doodle their discord bot. As a treat!

[savingcontent]

First demo now available for free-form factory automation Modulus gives you a two-hour taste

Continue reading First demo now available for free-form factory automation Modulus gives you a two-hour taste

[hellman55]

Modulus - Official Announcement Trailer

[tomorrowedblog]

First look at Modulus

A new trailer has been released for Modulus. No release date was specified.

Modulus is a factory automation game where you cut, color, stamp, and assemble 3D building blocks. Design and optimize sprawling factories with creative freedom to efficiently fulfill the orders of the Grand Neural Network.

[chibishortdeath]

So I just found out I’m the first person to post about a specific character on tumblr and that’s pretty cool— anyway you’re all forced to know what Modulus is now :)

What is Modulus? A combiner and… nonexistent! He’s not real! He doesn’t happen in any continuity and only exists as a suggestion in an instruction manual for some reason! Who knows why they did that 💀💀💀, but it looks cool and is convenient for fanfiction reasons, so I’m not complaining!

This weirdo is truly something lol. There’s like uh absolutely no information about Modulus besides what’s on the wiki, so everything else is I guess just up to you then X,,,,,D. Which is where me being hyperfixated on transformers comes in— This guy justifies a lot of ideas I already had lol.

If I do ever actually manage to write anything I’ll be putting it on here cause I don’t have anywhere else to post fanfic d(^^ ). It’ll probs end up just screenshots of my notes lmaooooooo— unfortunately this guy is later story stuff and you’d have to read through my OCs and other arcs first to get there, all of which I have not finished writing whoops 💀💀💀 haha anyway—

Now you know Modulus is a thing. :)

[govindhtech]

NVIDIA Modulus: Open-Source Physics-ML Models Platform

NVIDIA Modulus

Using a straightforward Python interface, NVIDIA Modulus is an open-source platform for creating, refining, and training Physics-ML models.

With the help of Modulus, engineers can create AI surrogate models that integrate simulation, observed data, and physics-driven causality to make predictions in real time. You can improve engineering simulations and provide higher-fidelity data for scalable, responsive solutions by utilizing generative AI with diffusion models. Large-scale digital twin models can be created using Modulus in a variety of physics fields, including electromagnetics, structural mechanics, and computational fluid dynamics.

Enhance your engineering simulations with AI by using NVIDIA Modulus. You can create models for enterprise-scale digital twin applications in a variety of physics fields, including electromagnetics, structural physics, and CFD.

What is NVIDIA Modulus?

An open-source platform called NVIDIA Modulus enables users to create, train, and optimize physics-machine learning (Physics-ML) models:

What it does: Uses AI models and physics-based simulations to address practical science and engineering issues.

It is intended for developers, researchers, scientists, and companies.

What it can do: Assist in resolving issues with climate modeling, materials science, and fluid dynamics.

How it operates: Deep learning models are constructed using training data, boundary conditions, and physics.

Features include PDE-driven AI methods, an end-to-end pipeline, and innovative model designs.

NVIDIA Modulus is available under the Apache 2.0 license and is based on PyTorch. It is accessible through the end-to-end AI software platform NVIDIA AI Enterprise.

Benefits

An open-source, freely accessible AI framework called Modulus is used to create innovative AI architectures for engineering systems as well as physics-ML models.

AI Physics Toolkit

Use straightforward Python APIs to quickly configure, create, and train AI models for physical systems in any field, from life sciences to engineering simulations.

Personalize Models

Advanced pretrained models from the NVIDIA NGC library can be downloaded, expanded upon, and customized.

Near-Real-Time Deduction

Use AI surrogate models to simulate in almost real time by creating digital twins of your physical systems.

Utilize NVIDIA AI to Scale

Scale training performance from a single GPU to multi-node implementations by utilizing NVIDIA AI.

Design Open-Source

Discover the advantages of open source. Modulus is available under the Apache 2.0 license and is based on PyTorch.

Uniform

Work with physics-ML models using the best AI development standards, with an immediate emphasis on engineering applications.

Easy to Use

Increase productivity using Pythonic API interfaces that are simple to program and error messages that are straightforward to understand.

Superior Quality

Make use of top-notch software with enterprise-level development, comprehensive validation and documentation, and tutorials for beginners.

Important Features

New Model Architectures

From solely physics-driven models like PINNs to physics-based, data-driven architectures like neural operators, GNNs, and generative AI-based diffusion models, Modulus provides a range of methods for training physics-based models.

Modulus contains diffusion models trained on NVIDIA DGX across open-source, free datasets found in the documentation, as well as curated Physics-ML model architectures, Fourier feature networks, Fourier neural operators, and GNNs.

Training State-of-the-Art Physics-ML Models

From importing geometry to adding PDEs and extending the training to multi-node GPUs, Modulus offers an end-to-end pipeline for training Physics-ML models. Additionally, Modulus offers reference applications that serve as training recipes.

Explicit Parameterization

In order to train the surrogate model with a range of values to learn for the design space and to infer several situations at once, Modulus offers explicit parameter descriptions.

How to Begin Using NVIDIA Modulus

Download Containers and Models for Development

Create Physics-ML models with NVIDIA NGC’s free Modulus container and pretrained models.

Large-Scale Processes

Experience the simplicity of scaling to enterprise workloads by gaining free access to NVIDIA cloud workflows for Modulus.

Self-Study Online Program

Explore physics-informed machine learning with Modulus in a practical introduction course offered by the NVIDIA Deep Learning Institute (DLI).

Omniverse Integration

The outputs of a model trained using Modulus can now be seen with an extension that connects and builds bespoke 3D pipelines with the NVIDIA Omniverse platform. You can import the output results for typical output scenarios, including streamlines and iso-surfaces, into a visualization pipeline using the Modulus extension. Additionally, it offers an interface that makes it possible to interactively explore design parameters and variables in order to infer new system behavior and visualize it almost instantly.

Production-Ready Solution With NVIDIA AI Enterprise

With NVIDIA AI Enterprise, an end-to-end AI software platform designed to propel businesses to the forefront of AI, Modulus is now accessible. NVIDIA AI Enterprise provides enterprise-grade support, security, and API stability while reducing the possible risks associated with open-source software. It also offers access to AI solution workflows to expedite time to production, validation and integration for NVIDIA AI open-source software, and certifications to deploy AI globally.

Read more on Govindhech.com

[grantvaleska]

MALE: Thong: KLN SZN - Divine Glory Thong Eyeliner: Lueur - Thirsty for Blood Eyeliner Hair: Modulus - Dale Hair Hairbase: UNLEASH - Jack Hairbase FEMALE: Pearls: The Forge - Pearl Collar Hair: NOVA - Magnolia Eyeshadow: Saint - Banga Eyeshadows Lipgloss: Filth - Anti-You Lips Bloody Fingers: Miss Canning - Ultimate Bloody Nails Backdrop: K&S - Chamber of Secrets

[nagi08]

Sponsor Emporio Surpreme Face Tattoo . Not touch ODIO SEONG SKIN - WINTER TONE ODIO THE ASIAN EYES - FULLPACK CHOOSE HUD(Group Gift)

Other Modulus - Justin Hair - Fat Pack + @KUSTOM9(Jul15-Aug10) ARCHIVEFACTION_Device Necklace_Ash The Factory - ADVANCED CIGARETTE

^^Swallow^^ Dropped for lel Evo X Ears (m) LeLUTKA Wade Head 3.1 [LEGACY] Meshbody (m) Athletic Edition (1.6)

[clonecoding-en]

Mastering Arithmetic Operators in Python

This article provides a comprehensive exploration of Python's primary arithmetic operators, elucidating their functions and practical applications. From basic addition and subtraction to more complex operations like exponentiation and modulus, each operator is explained with clear examples and detailed explanations. The article goes beyond numeric calculations, demonstrating how these operators can be used with strings and lists to perform concatenations, repetitions, and mergers.

By understanding and mastering these arithmetic operators, readers can effectively manipulate data, perform mathematical operations, and build more intricate algorithms. Whether they are beginners or intermediate Python programmers, this article serves as a valuable reference for honing their programming skills and expanding their understanding of Python's core capabilities.

[baba-is-blog]

Thoughts on Factorio and other automation games of the sort?

AUTOMATION IS FUN

BABA LOVE AUTOMATION

[moonlightblogs1]

.𝟸𝟷𝟺.

☽𝑺𝒑𝒐𝒏𝒔𝒐𝒓𝒆𝒅☾ ↳ Grazed - Fract Crown ↳ Rokins - Siren Dress

-----

𝙋𝙤𝙨𝙚 → Animosity - C-181 Couple Pose (slightly edited)

**HER**

𝙀𝙖𝙧𝙨 → Swallow - Gauged S Ears (f)

𝙀𝙖𝙧𝙧𝙞𝙣𝙜𝙨 → Swallow - Earrings Set 5

𝙃𝙖𝙞𝙧 → Villena - Gemini Hair

𝙏𝙖𝙩𝙩𝙤𝙤 → DAPPA - Mavis Tattoo

𝙎𝙝𝙤𝙚𝙨 → CULT - Miley

𝙀𝙭𝙩𝙧𝙖𝙨 → FREYA - Recycled Fishnets

**HIM**

𝙀𝙖𝙧𝙨 → Swallow - Punky Ears

𝙃𝙖𝙞𝙧 → Modulus - Anthony Snapback

𝙏𝙖𝙩𝙩𝙤𝙤 → GoK - Astaroth

𝙋𝙖𝙣𝙩𝙨 → Deadwool - Kojima jeans

[violetfractal]

My art in Excel is based on Stephen Wolfram’s work using 1d cellular automata to print 2d fractals. The cells live in a single row and each cell decides based on its own value and its two neighbors’ whether it will be alive or dead in the next iteration. Arrange the iterations vertically and you can generate an image. For example, here’s my reproduction of Wolfram’s rule 150 fractal, where a cell is alive if exactly 1 or 3 of its parents are.

Each row is a successive iteration of the automaton. I generated this image with one formula: B3=MOD(A2+B2+C2,2). Since it’s a cellular automaton each cell uses the same formula relative to its position: I type the formula once and then fill down and right. A 1 represents a living cell and 0 is dead so addition modulo 2 tells us if exactly 1 or 3 parents are alive.

But why stick to 2 values? Why not paint by numbers?

Here’s B3=MOD(A2+B2+C2,3). Cells with value 0 are black, nonzero values are shades of green.

B3=MOD(A2+B2+C2,5). All the higher prime number moduli look like this. This one is self-similar at 5x zoom.

B3=MOD(A2+B2+C2,4). The original image is visible here but there’s some interference from Z4’s subgroup of order 2. We didn’t see this before because Z3 and Z5 are simple groups.

B3=MOD(A2+B2+C2,9). It looks like a fancier B3=MOD(A2+B2+C2,3) because Z9 has a subgroup isomorphic to Z3.

B3=MOD(A2+B2+C2,6). Since Z6 has subgroups of order 2 and 3, this image is the most complicated yet. There are copies of the original rule 150 fractal peeking through the holes - inside those copies every cell has value 0 or 3.

Original date: May 6th, 2023 7:43pm