You have some interesting thoughts there. As an electronics engineer I do appreciate appreciate an accurate lighting source. I think a bit of study about bulb and LED accuracy would merit some time. I did two here. Very rough but same lighting intensity and left the phone to auto. One was incandescent, one was 95 CRI Nichia.
For incandescent a beam suitable for close working is rare - but achievable. The Dokter Aspherilux being one. Halogen bulb and aspheric lens.
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Hi,
That's interesting too. What I would have suggested is that you compare resistors that have orange and red colors because those get muffled somehow. Maybe blue vs green too.
So maybe 3.3k which would have two orange and one red, then one 33k, and one 22k. So we'd have several examples of orange and red. Maybe the same with resistors that have blue and green.
I mentioned the red meat cooked color and the resistor orange and red blending because that's what I had problems with in the past. The orange may sometimes look red-orange instead of just orange, and the incandescent would make it very hard to determine if it was orange or red. Of course having cataracts doesn't help things either
That messes up colors too.
Oh and if I had to use incandescent, I would use halogen for sure, with a full battery.
Here's what 'ai' had to say about it, and I am not posting this because 'ai' said it (which is not always correct) but because this explanation matches my experience in the past.
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When viewing colors under incandescent light bulbs compared to LEDs, incandescent bulbs tend to produce a warmer, yellowish light, making reds and oranges appear more vivid while potentially muting blues and greens, while LEDs offer a wider range of color temperatures, allowing for more accurate color representation depending on the chosen color temperature setting, with cooler LED lights potentially making colors appear slightly bluer than under incandescent bulbs.
Key points about color perception with different light sources:
- Incandescent light:
Typically emits a warm white light with a lower color temperature, which can make colors appear more saturated in the red-orange spectrum and slightly muted in the blue-green spectrum.
- LED light:
Offers a wider range of color temperatures, from warm white (similar to incandescent) to cool white (bluish), allowing for more precise color rendition depending on the chosen setting.
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