• orcrist@lemm.ee
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    2 days ago

    What a terrible graph. You don’t know if the numbers are good or bad at a passing glance.

    • Nate Cox@programming.dev
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      2 days ago

      Are you perhaps color blind? The shades of red and green were pretty clear for me at a glance.

      • pyre@lemmy.world
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        2 days ago

        I think they might be. blue would’ve been a better choice. it’s weird that people still use red and green when it’s the best known and most common form of color blindness and it affects as much as 1 in 20 people, give or take. that’s not a small percentage. color blindness in general affects 1 in 12 people.

          • pyre@lemmy.world
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            2 days ago

            that’s for red-green, which is why I said about 1 in 20 – maybe closer to 1 in 25 – but in total, all color vision deficiency types add up to around 1 in 12 people.

              • pyre@lemmy.world
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                1 day ago

                colorblindawareness.org seems to say it both ways

                There is general agreement that worldwide 8% of men and 0.5% of women have a red/green type of colour vision deficiency.

                […]

                The 8% of colour blind men with inherited colour blindness can be divided approximately into 1% deuteranopes, 1% protanopes, 1% protanomalous and 5% deuteranomalous

                the thing here is even 8% is the total number of CVD men, that’s inherited. there’s also CVD that comes with age:

                … as many as 3% of the population could be affected because age-related deficiency is relatively common in the over 65s and therefore on the increase in the UK due to the rising numbers of elderly people per capita

                so that’s more people. added to the 4.25% that would make 7.25% – somewhere between 1 in 13 to 14 people. doesn’t matter too much, it is significant and should be considered in design.