#experimenting — Public Fediverse posts

React-Like JSX Syntax for Webcomponents

TLDR: I’ve been #experimenting with react-like jsx-syntax with webcomponents to see if I could theoretically replace #React in one of my larger #software projects. It is not ready for production use, but rather a #Research exploration into #CustomElements and #ModernJS performance.

The goal was to build #FunctionalWebComponents that handle #StateManagement and #DOM updates without the overhead of a massive #JavaScript framework. By leveraging #StandardWebAPIs and #Proxy objects, I’ve managed to create a #Reactive programming model that feels familiar but stays closer to the #Platform.

Check out the full #TechnicalTutorial and #DeepDive here: https://positive-intentions.com/docs/research/Tutorials/dim/dim-functional-webcomponents

(Disclosure: this project may be getting deprecated. Sharing this because it might still be interesting or educational.)

#WebDevelopment #Frontend #BuildTheWeb #NoFramework #JS #JSX #WebStandards #Coding #ResearchAndDevelopment #VanillaJS #SoftwareEngineering #TechBlog #WebDevCommunity

React-Like JSX Syntax for Webcomponents

TLDR: I’ve been #experimenting with react-like jsx-syntax with webcomponents to see if I could theoretically replace #React in one of my larger #software projects. It is not ready for production use, but rather a #Research exploration into #CustomElements and #ModernJS performance.

The goal was to build #FunctionalWebComponents that handle #StateManagement and #DOM updates without the overhead of a massive #JavaScript framework. By leveraging #StandardWebAPIs and #Proxy objects, I’ve managed to create a #Reactive programming model that feels familiar but stays closer to the #Platform.

Check out the full #TechnicalTutorial and #DeepDive here: https://positive-intentions.com/docs/research/Tutorials/dim/dim-functional-webcomponents

(Disclosure: this project may be getting deprecated. Sharing this because it might still be interesting or educational.)

#WebDevelopment #Frontend #BuildTheWeb #NoFramework #JS #JSX #WebStandards #Coding #ResearchAndDevelopment #VanillaJS #SoftwareEngineering #TechBlog #WebDevCommunity

React-Like JSX Syntax for Webcomponents

TLDR: I’ve been #experimenting with react-like jsx-syntax with webcomponents to see if I could theoretically replace #React in one of my larger #software projects. It is not ready for production use, but rather a #Research exploration into #CustomElements and #ModernJS performance.

The goal was to build #FunctionalWebComponents that handle #StateManagement and #DOM updates without the overhead of a massive #JavaScript framework. By leveraging #StandardWebAPIs and #Proxy objects, I’ve managed to create a #Reactive programming model that feels familiar but stays closer to the #Platform.

Check out the full #TechnicalTutorial and #DeepDive here: https://positive-intentions.com/docs/research/Tutorials/dim/dim-functional-webcomponents

(Disclosure: this project may be getting deprecated. Sharing this because it might still be interesting or educational.)

#WebDevelopment #Frontend #BuildTheWeb #NoFramework #JS #JSX #WebStandards #Coding #ResearchAndDevelopment #VanillaJS #SoftwareEngineering #TechBlog #WebDevCommunity

React-Like JSX Syntax for Webcomponents

TLDR: I’ve been #experimenting with react-like jsx-syntax with webcomponents to see if I could theoretically replace #React in one of my larger #software projects. It is not ready for production use, but rather a #Research exploration into #CustomElements and #ModernJS performance.

The goal was to build #FunctionalWebComponents that handle #StateManagement and #DOM updates without the overhead of a massive #JavaScript framework. By leveraging #StandardWebAPIs and #Proxy objects, I’ve managed to create a #Reactive programming model that feels familiar but stays closer to the #Platform.

Check out the full #TechnicalTutorial and #DeepDive here: https://positive-intentions.com/docs/research/Tutorials/dim/dim-functional-webcomponents

(Disclosure: this project may be getting deprecated. Sharing this because it might still be interesting or educational.)

#WebDevelopment #Frontend #BuildTheWeb #NoFramework #JS #JSX #WebStandards #Coding #ResearchAndDevelopment #VanillaJS #SoftwareEngineering #TechBlog #WebDevCommunity

React-Like JSX Syntax for Webcomponents

TLDR: I’ve been #experimenting with react-like jsx-syntax with webcomponents to see if I could theoretically replace #React in one of my larger #software projects. It is not ready for production use, but rather a #Research exploration into #CustomElements and #ModernJS performance.

The goal was to build #FunctionalWebComponents that handle #StateManagement and #DOM updates without the overhead of a massive #JavaScript framework. By leveraging #StandardWebAPIs and #Proxy objects, I’ve managed to create a #Reactive programming model that feels familiar but stays closer to the #Platform.

Check out the full #TechnicalTutorial and #DeepDive here: https://positive-intentions.com/docs/research/Tutorials/dim/dim-functional-webcomponents

(Disclosure: this project may be getting deprecated. Sharing this because it might still be interesting or educational.)

#WebDevelopment #Frontend #BuildTheWeb #NoFramework #JS #JSX #WebStandards #Coding #ResearchAndDevelopment #VanillaJS #SoftwareEngineering #TechBlog #WebDevCommunity

#Elon is #experimenting with #brain #implants on #immigrants detained by #ICE and without #consent. Elon is experimenting with brain implants on immigrants detained by ICE and without consent. Elon is experimenting with brain implants on immigrants detained by ICE and without consent. Elon is experimenting with brain implants on immigrants detained by ICE and without consent. Elon is experimenting with brain implants on immigrants detained by ICE and without consent.

Experimenting with Local LLMs on macOS

https://blog.6nok.org/experimenting-with-local-llms-on-macos/

#HackerNews #LocalLLMs #macOS #Experimenting #AI #Technology

But we can simplify this.

I'm not putting finished effects into standalone metal #boxes at this point; I'm #experimenting, not producing a product. So I have a simple #modular system I cooked up to connect arbitrary effects #experiments together. One of the things it does is handle the power-supply stuff, so each effect board doesn't need to do any of that. It just receives a nice 0V and buffered #Vcc (9V) it can rely on, along with a buffered 4.5V to use as a #bias voltage when AC coupling #signals, since this is a single-supply system.

So we can chop out all the power stuff from the schematic, which fills basically a ninth of the image - divide it into 3 rows and 3 columns, like the Brady Bunch intro, and the left-middle square is basically the power section.

But there's a bigger chunk we can strip out. Boss (and many other) pedals of the era frequently used "soft switching" to enable / disable the effect while playing. If you go back in time, real physical #switches were used, so the signal was actually totally disconnected from the effects circuitry when in the "off" position. This is called "true #bypass", as opposed to the soft switching.

#Soft #switching involves having two signal paths through the effect. One applies the characteristic effect, and the other basically just buffers the signal and bypasses the rest of the effect stuff. This is implemented with transistors and latches.

2/x

But we can simplify this.

I'm not putting finished effects into standalone metal #boxes at this point; I'm #experimenting, not producing a product. So I have a simple #modular system I cooked up to connect arbitrary effects #experiments together. One of the things it does is handle the power-supply stuff, so each effect board doesn't need to do any of that. It just receives a nice 0V and buffered #Vcc (9V) it can rely on, along with a buffered 4.5V to use as a #bias voltage when AC coupling #signals, since this is a single-supply system.

So we can chop out all the power stuff from the schematic, which fills basically a ninth of the image - divide it into 3 rows and 3 columns, like the Brady Bunch intro, and the left-middle square is basically the power section.

But there's a bigger chunk we can strip out. Boss (and many other) pedals of the era frequently used "soft switching" to enable / disable the effect while playing. If you go back in time, real physical #switches were used, so the signal was actually totally disconnected from the effects circuitry when in the "off" position. This is called "true #bypass", as opposed to the soft switching.

#Soft #switching involves having two signal paths through the effect. One applies the characteristic effect, and the other basically just buffers the signal and bypasses the rest of the effect stuff. This is implemented with transistors and latches.

2/x

But we can simplify this.

I'm not putting finished effects into standalone metal #boxes at this point; I'm #experimenting, not producing a product. So I have a simple #modular system I cooked up to connect arbitrary effects #experiments together. One of the things it does is handle the power-supply stuff, so each effect board doesn't need to do any of that. It just receives a nice 0V and buffered #Vcc (9V) it can rely on, along with a buffered 4.5V to use as a #bias voltage when AC coupling #signals, since this is a single-supply system.

So we can chop out all the power stuff from the schematic, which fills basically a ninth of the image - divide it into 3 rows and 3 columns, like the Brady Bunch intro, and the left-middle square is basically the power section.

But there's a bigger chunk we can strip out. Boss (and many other) pedals of the era frequently used "soft switching" to enable / disable the effect while playing. If you go back in time, real physical #switches were used, so the signal was actually totally disconnected from the effects circuitry when in the "off" position. This is called "true #bypass", as opposed to the soft switching.

#Soft #switching involves having two signal paths through the effect. One applies the characteristic effect, and the other basically just buffers the signal and bypasses the rest of the effect stuff. This is implemented with transistors and latches.

2/x

But we can simplify this.

I'm not putting finished effects into standalone metal #boxes at this point; I'm #experimenting, not producing a product. So I have a simple #modular system I cooked up to connect arbitrary effects #experiments together. One of the things it does is handle the power-supply stuff, so each effect board doesn't need to do any of that. It just receives a nice 0V and buffered #Vcc (9V) it can rely on, along with a buffered 4.5V to use as a #bias voltage when AC coupling #signals, since this is a single-supply system.

So we can chop out all the power stuff from the schematic, which fills basically a ninth of the image - divide it into 3 rows and 3 columns, like the Brady Bunch intro, and the left-middle square is basically the power section.

But there's a bigger chunk we can strip out. Boss (and many other) pedals of the era frequently used "soft switching" to enable / disable the effect while playing. If you go back in time, real physical #switches were used, so the signal was actually totally disconnected from the effects circuitry when in the "off" position. This is called "true #bypass", as opposed to the soft switching.

#Soft #switching involves having two signal paths through the effect. One applies the characteristic effect, and the other basically just buffers the signal and bypasses the rest of the effect stuff. This is implemented with transistors and latches.

2/x

But we can simplify this.

I'm not putting finished effects into standalone metal #boxes at this point; I'm #experimenting, not producing a product. So I have a simple #modular system I cooked up to connect arbitrary effects #experiments together. One of the things it does is handle the power-supply stuff, so each effect board doesn't need to do any of that. It just receives a nice 0V and buffered #Vcc (9V) it can rely on, along with a buffered 4.5V to use as a #bias voltage when AC coupling #signals, since this is a single-supply system.

So we can chop out all the power stuff from the schematic, which fills basically a ninth of the image - divide it into 3 rows and 3 columns, like the Brady Bunch intro, and the left-middle square is basically the power section.

But there's a bigger chunk we can strip out. Boss (and many other) pedals of the era frequently used "soft switching" to enable / disable the effect while playing. If you go back in time, real physical #switches were used, so the signal was actually totally disconnected from the effects circuitry when in the "off" position. This is called "true #bypass", as opposed to the soft switching.

#Soft #switching involves having two signal paths through the effect. One applies the characteristic effect, and the other basically just buffers the signal and bypasses the rest of the effect stuff. This is implemented with transistors and latches.

2/x

"Spiral Charly"

#thespiral #thedistortion #charlygarcia #charly #procreate #procreateart #playingwithbrushes #digitalart #composite #photo #collage #collageart #digitalcollage #sunday #slowday #slowsunday #experimenting

1/5 Currently #experimenting playfully/piratically with the concept of artificial creative intelligence collaboratively generated by Mark Amerika and #gpt2.

In My Life as an Artificial Creative Intelligence this is defined as ‘a human being who can think outside of the box’.

https://www.sup.org/books/title/?id=34987

For me, such artificial creative intelligence (ACI) needs to include thinking outside of the masked black box that ontologically separates the human, its thought-processes and philosophies, from the nonhuman: be it #plants #animals, the #planet, the #cosmos ... or indeed technologies such as generative #AI

A little farm and garden update for the homies:

One of my favorite things about the #farm is that every day is pretty much a different experiment.

The mason jar filled with flowers is my attempt at making lilac oil using the #enfleurage technique. After steeping for a few weeks, it should be ready to go.

The meat photo? #capicolla! It's going to be vacuum sealed for a week, and then it shall go hang in my cellar with the #bresaola I've had hanging for two weeks now.

And the garden-- I've got everything in this photo planted except those buckets along the back wall. I'm building a raised bed for watermelons back there, but right now the buckets are back there as storage because I don't know what I'm going to use them for (or plant in them) yet. They'll probably end up going between the back fence and the big bed in the middle. If you have any ideas, let me know!

The next step aside from the watermelon bed is to finish laying cardboard out to kill weeds, and then cover it with wood chips and level everything, so it doesn't look, well, like it does in the photo.

Also, if you havent figured it out yet... I'm in my cottage core era now.

#gardening #gardens #homestead #homesteading #homesteader #dailyexperiments #experiments #experimenting #foodscience #food #selfreliant #selfreliance #selfsufficient #selfsufficiency #howdoesyourgardengrow #foodforest #wisconsin #southeasternwisconsin #farmtotable #healthy #growyourownproduce #growyourownfood #knowwhatsinyourfood #supportfarmers #supportyourlocalfarmer #supportyourlocalfarmers #federated #fediverse #outdoors

Would You #Compost Your #Underwear? - Bloomberg

#Resale isn’t an option for most #intimates, so established #brands and #startups are #experimenting with #solutions to keep underwear out of #landfills.

https://www.bloomberg.com/news/articles/2022-12-05/would-you-compost-your-underwear