[GoldenWolf]

Simple:

[GoldenWolf]

Pi is one of a few irrational numbers found inside mathematics.

There are an infinite number of irrational numbers.
So you are infinitely wrong.
That's sort of impressive.

Hopefully this helps you understand:

[GoldenWolf]

Simple:

I'm correcting myself, that^ isn't 100% correct.  This is:

[evan_au]

@GoldenWolf, please explain how a single hue (or many hues) relates to the number phi..

[GoldenWolf]

@GoldenWolf, please explain how a single hue (or many hues) relates to the number phi..

[GoldenWolf]

See:

[GoldenWolf]

Mix E7B700 and FFCF00 = F3C300
Mix CF9E00 and E7B700 = DBAB00

So we have:

255 207
243 195
231 183
219 171
207 158

And 255 158 is orange.

[evan_au]

Mix E7B700 and FFCF00 = F3C300

The definition of "mix" is unclear here.

We can narrow it down to say that it is representing colors.
- Are you mixing paints or pigments? These are subtractive colors.
- Are you mixing light from a data projectors? These are additive colors.

Treating it like mixing binary numbers:
- Are you adding them?
- Are you subtracting them?
- Are you multiplying or dividing them?
- But I suspect that these are 3 binary numbers of 2 HEX digits each, which modifies the way that arithmetic operations work
- If so, is there some normalisation if the numbers overflow?
- Exclusive-OR?
- AND or OR?

There are so many ways to "Mix" colors and numbers that all of them can end up with some digits of Phi.

Is 1,618... the golden number?

I think that the more common term is "The Golden Ratio".
It is most significant as the ratio of other things.
So what is the golden color a ratio of?

[GoldenWolf]

Mix E7B700 and FFCF00 = F3C300

The definition of "mix" is unclear here.

We can narrow it down to say that it is representing colors.
- Are you mixing paints or pigments? These are subtractive colors.
- Are you mixing light from a data projectors? These are additive colors.

Treating it like mixing binary numbers:
- Are you adding them?
- Are you subtracting them?
- Are you multiplying or dividing them?
- But I suspect that these are 3 binary numbers of 2 HEX digits each, which modifies the way that arithmetic operations work
- If so, is there some normalisation if the numbers overflow?
- Exclusive-OR?
- AND or OR?

There are so many ways to "Mix" colors and numbers that all of them can end up with some digits of Phi.

Is 1,618... the golden number?

I think that the more common term is "The Golden Ratio".
It is most significant as the ratio of other things.
So what is the golden color a ratio of?

All the Fibonacci sequence math is done first, from that point on it is the mean average, like mixing paints.

  255    207
+207  +158
=462  =365
     /2       /2
=231  =183

Look at the other attachments I've posted also.