BlinkerFluid@lemmy.one to Data Is Beautiful@lemmy.mlEnglish · 11 months agoWhere the money islemmy.oneimagemessage-square37fedilinkarrow-up1129arrow-down162
arrow-up167arrow-down1imageWhere the money islemmy.oneBlinkerFluid@lemmy.one to Data Is Beautiful@lemmy.mlEnglish · 11 months agomessage-square37fedilink
minus-squaremagic_lobster_party@kbin.sociallinkfedilinkarrow-up25·11 months agoI’m pretty sure it’s by volume, which is even worse
minus-squarebort@feddit.delinkfedilinkarrow-up6arrow-down2·11 months agoI like it. you can visualize sizes with 3 orders of magnitude between them without one being microscopic. What makes this graph shitty, is that the spheres don’t look very 3D.
minus-squareOtakat@reddthat.comlinkfedilinkarrow-up10·11 months agoI respectfully disagree. If you want to compare orders of magnitude, you should use a logarithmic scale.
minus-squaredavel [he/him]@lemmy.mllinkfedilinkEnglisharrow-up4·11 months agoYeah these are long-ago settled, 101-level, wikipedia-level data visualization principles.
minus-squarejeffhykinlinkfedilinkarrow-up2·11 months agoWait like 3D volume? 😬 I was looking at it completely wrong
I’m pretty sure it’s by volume, which is even worse
I like it. you can visualize sizes with 3 orders of magnitude between them without one being microscopic.
What makes this graph shitty, is that the spheres don’t look very 3D.
I respectfully disagree. If you want to compare orders of magnitude, you should use a logarithmic scale.
Yeah these are long-ago settled, 101-level, wikipedia-level data visualization principles.
Wait like 3D volume? 😬 I was looking at it completely wrong