I am new to this ib so I am seeing how it works. Could you show me how to use this ib and its rules? Example of how to put programming text, use bold, what programs use, etc. > aldo sorry for my shit vocabulary I am learning to speak English > aldo 2 I am very excited to learn and help when I understand the subject well.

Keep your eyes on the prize edition --- Notice: I'm going to have to put a hiatus on this project until at least this Summertime 2024 (probably later). A) There seems to be only a little interest in it right now by anons. B) Right now in my life I have too much else on my plate that needs attention. C) In the meantime, whenever I'm here I'll still be happy to answer any questions anons have for the first 11 classes so far, or for anything in the textbook thread also. I hope to be back with this later, Anons. Cheers. Update 2: My apologies to every Anon who participated, but this classroom project is cancelled. There are several reasons why, but the >tl;dr is simply: >I now recommend you use https://learncpp.com (cf. >>35657 ).

>Welcome to /DMG/ DIY Motor Generation! This is the place to discuss DIY motor designs, showcase your creations, and refine your ideas on motor tech. This thread is a requested offshoot of the "Actuators For Waifu Movement" thread to focus specifically on DIY motors. We will focus solely on DC motors. I will start the thread off by talking about the types of motors and terms associated with electric motors to keep a good reference to look back on. It should be noted that most motors are Radial Flux and not Axial Flux. What is flux? Magnetic flux is a measure of the total magnetic field which passes through a surface. Radial and Axial describes the orientation of the magnetic flux. Radial Flux Motor > A radial flux motor is like a cylinder spinning inside another cylinder. The magnetic flux flows perpendicular to the axis of rotation, meaning it moves from the stator to the rotor radially outward or inward. Traditional cylindrical motors (like most brushed and brushless DC motors, induction and steppers) are radial flux motors. Rotor and stator are concentric, with the stator surrounding the rotor. Pros: Well-established, widely used, good for high-speed applications. Cons: Can be bulkier and less power-dense compared to axial flux motors. Axial Flux Motor >An axial flux motor is like two discs spinning parallel to each other. The magnetic flux flows parallel to the axis of rotation, meaning it moves along the shaft’s length rather than outward. These motors have a flat, disc-like design where the stator and rotor are stacked on top of each other rather than inside one another. Pros: More compact, higher torque density, and better cooling due to a larger surface area. Cons: More complex to manufacture, higher initial costs. Kinds of Motors: >Brushed DC Motor: Uses brushes and a commutator for current switching. Simple, inexpensive, but requires maintenance due to brush wear. >Brushless DC Motor (BLDC): Uses electronic commutation instead of brushes. More efficient, longer lifespan, commonly used in drones and electric vehicles. >Coreless DC Motor: Lighter and more efficient than traditional brushed motors, often used in small precision devices like robotics and medical instruments. >Stepper Motor: Moves in discrete steps, allowing precise control. Used in CNC machines, 3D printers, and robotics. >Servo Motor: A DC motor with feedback control for precise positioning. Used in robotics, RC vehicles, and automation. >Single-Phase Induction Motor: Used in household appliances like fans and washing machines. >Three-Phase Induction Motor: Used in industrial applications due to high efficiency and reliability.

I was thinking, instead of using a costly LLM that takes a high-end PC to run, and isn't very modifiable, what if we use a simple chatbot with prerecorded voice lines and/or Text-To-Speech? This was partially inspired by MiSide, I realized that you don't need complex responses to create a lovable character <---> >(Chatbot General >>250 ) >(How may we all accomplish this? >>35801, ...) >=== -add crosslinks-related

We need to talk about bipedal locomotion. It's a complicated topic but one that has to be solved if we are ever to have satisfyingly believable robowaifus. There has surely already been a lot of research done on this topic, and we need to start digging and find the info that's out there. There are some projects that have at least partial robolegs solutions working, but none that I know of that look very realistic yet. We likely won't come up with some master-stroke of genius and solve everyone's problems here on /robowaifu/, but we should at least take a whack at it who knows? We certainly can't accomplish anything if we don't try.

I personally believe we should be keeping the weight out of the extremities – including the legs – while other anons think that we should add weight to the feet for balance. What's you're ideas anon? How do we control the gait? How do we adjust for different conditions? What if our robowaifu is carrying things? What about the legs during sex? Should we focus on the maths behind MIP (Mobile Inverted Pendulum), or is there a different approach that would be more straightforward? A mixture? Maybe we can even do weird stuff like reverse-knee legs that so many animals have. Robofaun waifu anyone? What about having something like heelys or bigger wheels in the feet as well?

I'm pretty sure if we just put our heads together and don't stop trying, we'll eventually arrive at least one good general solution to the problem of creating bipedal robot legs.

>tl;dr
ITT post good robowaifu legs

>tech diagrams sauce
www.youtube.com/watch?v=pgaEE27nsQw
www.goatstream.com/research/papers/SA2013/SA2013.pdf

What programming language would suit us and our waifus best? For those of us with limited experience programming, it's a daunting question.
Would a language with a rigid structure be best?
Do we want an object-oriented language?
How much do you care about wether or not a given language is commonly used and widespread?
What the fuck does all that terminology mean?
Is LISP just a meme, or will it save us all?

In this thread, we will discuss these questions and more so those of us who aren't already settled into a language can find our way.

What are the best designs and materials for creating a skeleton/framework for a mobile, life-sized gynoid robot?

Dollmaking is an ancient art, dating back as far as recorded history. Throughout these many years, dollmakers have invented and innovated at a steady pace, making each doll just a little bit better than the last while still leaning on tried-and-true techniques. This thread is here to discuss those techniques, and other relevant aspects of the doll world (including mannequins and marionettes) which we can apply to make our own waifus. One common example most of you may have seen already is the ball-jointed doll. However, there is more than one type. Higher-end BJDs commonly use elastic string to bind limbs to sockets in a method not too dissimilar to how tendons link our bones. There are also peg linked joints. where you (usually) have two hemispheres connected to eachother and connecting two seperate limb parts with pegs. There are also double-joints which work on the same basic principle. The attached images show both principles. Simple hinges are also quite the staple. They often have varying levels of tightness, depending on the application. A marionette, for instance, will typically have very loose hinges which allow for great ease of movement via user-operated strings. A system like that is quite easy to motorize, though one would want to consider how to get the limbs to stay in position without constant motor input. On the more complex end of things, some dolls feature endoskeletons, which allow for more realistic sometimes and complex poses. However, in addition to being more complex, these are much more expensive, fragile, and difficult to repair. While some of these things could be solved here, I doubt that a perfect solution is realistic at this time. It's good to keep in mind, though. Outside of basic frame components, there are also the details, such as the eyes. Glass eyes have the interesting effect of "following" the viewer without requiring any motors or electronics. Weight and cost are both important considerations, however, especially for a full-size waifu with anime doe eyes. Resin eyes are also quite popular, as ithey're easier to make at home. Wigs, of course, are also important to consider. I assume everyone here will want their waifus to have hair, and said hair will be easier to install (and detach for cleaning) if treated as a seperate component. They're usually kept in place with simple elastic, and I imagine it'd be easy to introduce magnets into the equation for better stability. What do you guys think about these concepts, and what do you have to add? It's a vast field, with plenty of potential uses for waifu making. Concepts from doll-adjacent items, such as action figures, plushbots, puppets, etcetera are also welcome for discussion.

Welcome all Nandroids fans to the Emmy thread, for discussing and posting about EtR. Off-topic posts and personal attacks will be deleted. --- Also, be sure to check out Emmy-Pilled's project thread! (>>25306) Important Community Links: Boorus, etc.: https://nandroid.booru.org/index.php Google Docs: https://docs.google.com/spreadsheets/d/1mXuNh9ESedCiDZclVuz9uiL7nTNk3U9SgCE_CRHi3Us/htmlview# Webtoons: https://m.webtoons.com/en/canvas/emmy-the-robot/list?title_no=402201 > previous threads : >>27481 >>26629 >>30919

This is a thread to share pics & praise & approval of your (robo)waifus. Please keep it SFW, thanks Anon! warning warning warning Just b/c you've acclaimed your robowaifu ITT, doesn't mean that another anon might not also acclaim her here too. This is perfectly-acceptable! :^) >(For example: Chii is my own robowaifu-prime, but literally millions of others also love her. It's fine b/c after all, we'll be making many IRL ones. My own edition of her will still be personal & tuned just for me.) >t. Chobitsu >=== -revamp OP into a general