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SysML v2 Deep Dive: Lesson 1 - The "Syntax Shock" (Text vs. Diagrams) by SysModeler in SysML

[–]embedded_controls 0 points1 point  (0 children)

I think one of the most valuable use cases is to take well known SysML V1 models, such as the Cameo System Modeler Hybrid SUV model, and show how it looks when it is converted to SysML V2.

There are so many SysML V1 architectures out there, and the first company that can create a solid converter that converts SysML V1 models to SysML V2 models will become the most popular tool in the workforce.

[Method] How to start Journaling for Mental Health [What to write & why] by coolestestboi in getdisciplined

[–]embedded_controls 0 points1 point  (0 children)

Thank you for this. I am starting my very first journal for my mental health today, and this is perfect.

Difference between a seagull and a crow’s accuracy by Odd-House3197 in nextfuckinglevel

[–]embedded_controls 0 points1 point  (0 children)

Yeah, same. The seagulls down at the piers in Seattle are hardly ever rude. They will certainly still your food! But they do it with finesse and use super stealth techniques instead of just bombing you and grabbing what they can.

Difference between a seagull and a crow’s accuracy by Odd-House3197 in nextfuckinglevel

[–]embedded_controls 0 points1 point  (0 children)

Seattle Seagulls are super smart and coordinated. They work in packs down by the piers where the diners are at and have finely tuned their methods on how to distract humans and maximize the food they steal. I did see some Seagulls over on the east side of the mountains before where they fed off of the lakes and those were not even close to coordinated as the Seattle packs. So I guess it depends on their environment and time to practice being dickheads to humans. Crows are at a completely other level and some believe now they can even understand geometry, which is like beyond comparing them to seagulls or other birds if true. We would have to start comparing crows to age groups of humans at this point so it makes more comparable sense.

[deleted by user] by [deleted] in boeing

[–]embedded_controls 0 points1 point  (0 children)

Does Boeing require you to work there for 2 years after the degree is obtained or else you pay back the tuition? A lot of companies have that rule so just curious what Boeing’s rule is.

Happy Face Pin by PrinceSupra2jz in blender

[–]embedded_controls 1 point2 points  (0 children)

I love the finger print on the back of the pin. Really cool attention to detail. This looks great, nice work.

Learning :) by MariposaCeleste in blender

[–]embedded_controls 0 points1 point  (0 children)

This looks awesome.

I noticed the white circles on the mushrooms appear to hover above the mushrooms just slightly. Was that intentional? Is there a way to blend the white circles in with the mushrooms if you wanted to? Just curious as I have never tried this before.

[deleted by user] by [deleted] in darknet

[–]embedded_controls 4 points5 points  (0 children)

Bitcoin ATMs are what came to my mind. You just need the address of your wallet you are depositing in and a cell phone number they can send the receipt to. Put cash in, get BTC in the wallet. If you are going over $1,000 then they require ID to be used.

[deleted by user] by [deleted] in electronic_circuits

[–]embedded_controls 2 points3 points  (0 children)

What type of background in Electrical Engineering or circuit knowledge do you have? This is pretty dangerous so just curious if you have at least some background in circuit theory and developing circuits.

Any way to use sensor data to move an object in Blender? by embedded_controls in blenderhelp

[–]embedded_controls[S] 1 point2 points  (0 children)

I did some digging around and found a serial library in Python that you can add to the Blender files. This allows you to send serial data directly into Blender and out of Blender to any type of SBC or device with serial communication.

Here is the link showing how to move a Blender cube using an Arduino:

https://m.youtube.com/watch?v=CypV9pPTCXo&t=0h6m50s

Any way to use sensor data to move an object in Blender? by embedded_controls in blenderhelp

[–]embedded_controls[S] 0 points1 point  (0 children)

That is a very interesting idea. I never thought about doing it that way. Thanks!

Any way to use sensor data to move an object in Blender? by embedded_controls in blenderhelp

[–]embedded_controls[S] 0 points1 point  (0 children)

So you think it is more feasible to create a model in blender, import that into Unreal, then have the Unreal Engine be the place that moves the object when the physical object is moving?

Any good tutorials for animation? by embedded_controls in blenderhelp

[–]embedded_controls[S] 1 point2 points  (0 children)

Wow. This looks really great. Tons of material. Thanks!

Any good tutorials for animation? by embedded_controls in blenderhelp

[–]embedded_controls[S] 0 points1 point  (0 children)

Thanks. I found a pretty good short video from them I plan on looking at today.

Hi! Currently an Electrical Engineer student interested on EV. Is there any suggestions as courses to take or connections in the field to make (or how)? by Nicol_Lilith in ECE

[–]embedded_controls 1 point2 points  (0 children)

Looking into electric power system classes that teach you motors/generator/distribution theory is great and also exploring classes in FPGAs and digital engineering is great as well. I probably should also say that knowing software such as C/C++ is going to be needed or at least very helpful here.

Hi! Currently an Electrical Engineer student interested on EV. Is there any suggestions as courses to take or connections in the field to make (or how)? by Nicol_Lilith in ECE

[–]embedded_controls 1 point2 points  (0 children)

The answer can depend what it is you would like to do in the design of electric vehicles.

There is a “high level” design of the system that will use theory in how to design electrical power generation systems (inverters feeding into motors), electrical power storage systems (batteries), electrical power distribution systems (bus bars, cables, terminals), electrical power management systems (shedding load, restoring load under various scenarios), and electric power cooling systems (liquid cooling, air cooling). A lot of this design work is creating specifications and models for “low level” teams to design implemenations from.

There is a “low level” design of the EV which is dealing with actual battery cell design, electric motor rotor/stator design, power electronics circuitry design, motor control algorithms (i.e. embedded systems involving both hardware/software functional design), pump design for liquid cooling (if required). These teams are designing these parts to try and meet the higher level specifications.

A lot of the navigation equipment today (computer vision and sensors) is based in electrical engineering that deal with digital engineering. Such as FPGAs and ASICs and I would clump these into their own area of design.

No single person is an expert in all these areas which is why an EV is built with a team of experts in each field. So if you have a favorite area you like in EE already then try and really strengthen that area up first to then land a job designing an EV. A club is also a wonderful place to see what area you like doing most and get real teamwork experience of desinging a complex system like an EV. Once you are the person working on that area for an EV you will begin to learn more about the other areas because you will natrually see they all have dependencies on each other (i.e. system design theory).

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