How to improve your WFH lighting to reduce eye strain
61–70 of 309 posts
Re: How to improve your WFH lighting to reduce eye strain
#62The natural light and diffuse light are good tips. Next is to get a big screen eg. 85" 4K and put it 1.5m away. That should be your main display. I don't have that all the time, but then I get some variety, 85" @ 1.5m a lot of the time, laptop some of the time, driving/walking etc. for longer range. 1.5m is the midpoint of focus for the muscles in your eyes. I built augmented reality displays and this was the focal p…
I made a glasses with the focus optimized for 1.5m. A lot easier on my eyes for working than my progressive lenses.
Re: How to improve your WFH lighting to reduce eye strain
#63Would love to know how did you generate those renderings? Is it blender or something else?
Re: How to improve your WFH lighting to reduce eye strain
#64Re: How to improve your WFH lighting to reduce eye strain
#65This is worth considering in the context of driving at night. I used to get terrible eye strain, causing fatigue and sleepiness. Obviously not good. Then I bought a Saab 900. It had a 'night mode' that disabled all dials except the speedo. The lights went off and the dial went down. (It came back on if it needed to alert you of something, say low fuel.) [0] This made a radical difference, and led me to the dash-brigh…
Re: How to improve your WFH lighting to reduce eye strain
#66They're way brighter, so simulate sunlight better, are full spectrum, and as a bonus my plants are super happy. I use 5 of these with a diffuser: https://www.amazon.com/SANSI-Daylight-Spectrum-Sunlight-Gree...
Re: How to improve your WFH lighting to reduce eye strain
#67Is no lighting considered too little? I like to sit in the dark with nothing but a computer monitor for light. I have noticed this greatly reduces eye-strain and distractions, but perhaps that is just me.
Re: How to improve your WFH lighting to reduce eye strain
#68Earlier quoted context omitted.
In the history of LED lighting, it took quite a bit of work (hybrid phosphor technology, etc) to get them to emit warm color temperatures. The exact color temp can be a personal preference, but I think a lot of people aren't privy to the difference the color temperature of "white" light can make! I want to go on a guerrilla campaign around my neighborhood and replace porch light bulbs with warm equivalents.
In general I think the population at large, and especially programmer types, know way too little about lighting given how ubiquitous both lighting and photography/videography is in our everyday life. Good on you for fighting the warm light fight!
I can literally preserve my whole night vision and have zero eye strain in pitch black conditions by red shifting my computer screen. No one supports this because we are stupid.
https://en.wikipedia.org/wiki/Biological_effects_of_high-ene...
The laser pointer community of all groups understands this stuff well. They recommend green lasers because they use the lowest power for the highest visibility at night. Blue lasers are easy to get super powerful, but unlike a lower powered green one, which usually will only temporarily blind you if you make a mistake - a powerful blue laser will straight up destroy your eyes forever. Permanent blindness.