Elisabeth

It shows: The numbers

This is what you see: These are my number colors, although not quite on the mark in most cases. One should have the smallest touch of grey in it, to make it a trifle dirty looking.
Two could really have more white in it.
Three is supposed to be a sea-green, not mint green.
Four needs a little more true orange in it, more luminescence.
Five should really flash and be more vibrantly red, since it has a reflective, metallic surface.
Six is all right. Six is very deep. You can look into it forever.
Seven has perhaps a little too much green - needs to be more muddy-garden dirt-colored.
Eight needs thin highlights of red, green, and bright yellow to make it bronze.
Nine needs to be much darker, but I was afraid it would then be undistinguishable against the background.
Zero is a clear solid. This representation of zero is not accurate. Actually, one would see it only when an outside light source caught its edges and reflected off - something like the Monolith in 2001 as it revolved. Black on black can’t normally be seen, but since it has clearly defined limits, its edges can catch light if a light source is introduced.

The numbers also have relative size.

This is what I could not
show better
and what's missing: You might expect 10 to be white and clear, but, in fact, it is black. I have no idea why, unless the zero is predominating.

It shows:	The numbers
This is what you see:	These are my number colors, although not quite on the mark in most cases. One should have the smallest touch of grey in it, to make it a trifle dirty looking. Two could really have more white in it. Three is supposed to be a sea-green, not mint green. Four needs a little more true orange in it, more luminescence. Five should really flash and be more vibrantly red, since it has a reflective, metallic surface. Six is all right. Six is very deep. You can look into it forever. Seven has perhaps a little too much green - needs to be more muddy-garden dirt-colored. Eight needs thin highlights of red, green, and bright yellow to make it bronze. Nine needs to be much darker, but I was afraid it would then be undistinguishable against the background. Zero is a clear solid. This representation of zero is not accurate. Actually, one would see it only when an outside light source caught its edges and reflected off - something like the Monolith in 2001 as it revolved. Black on black can’t normally be seen, but since it has clearly defined limits, its edges can catch light if a light source is introduced. The numbers also have relative size.
This is what I could not show better and what's missing:	You might expect 10 to be white and clear, but, in fact, it is black. I have no idea why, unless the zero is predominating.