network profile
| bio | website | electrolabgames.com |
|---|---|---|
| location | Seattle, WA | |
| age | 14 | |
| visits | member for | 1 year, 1 month |
| seen | Jul 6 '12 at 7:54 | |
| stats | profile views | 2 |
Engineer at Electrolab Games
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May 11 |
awarded | Announcer |
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Apr 18 |
comment |
How do you blend multiple colors in HSV (polar) color-space? That's essentially what Nathan Reed proposed in another answer, but it does not produce correct results when the hues are close to 180 degrees appart. |
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Apr 13 |
awarded | Scholar |
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Apr 13 |
accepted | How do you blend multiple colors in HSV (polar) color-space? |
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Apr 12 |
awarded | Editor |
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Apr 12 |
revised |
How do you blend multiple colors in HSV (polar) color-space? added 74 characters in body |
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Apr 12 |
comment |
How do you blend multiple colors in HSV (polar) color-space? I've thought about this too, like say you find the largest gap and recenter the "wrap point" to be within that gap. But this doesn't always work because the weights could bias the expected result towards the points nearest the gap, which breaks your proposed solution. I finally found a solution that works (see answer posted below). |
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Apr 12 |
answered | How do you blend multiple colors in HSV (polar) color-space? |
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Apr 12 |
comment |
How do you blend multiple colors in HSV (polar) color-space? Standard weighted averaging doesn't consider that the angles are continuous on a circle. For example, if I have values 10, 10, 350 with the same weight, the standard weighted average will be ~123, but the correct hue is ~3. |
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Apr 11 |
comment |
How do you blend multiple colors in HSV (polar) color-space? In the diametrically opposed examples, almost any answer will do, so long as the interpolated result is smooth as you smoothly vary the weights of the contributors. For example, in the case of 0, 180, if both weights are equal, either 90 or 270 will work, so long as it is consistent. |
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Apr 11 |
comment |
How do you blend multiple colors in HSV (polar) color-space? Thanks for the answer, I've tried this myself before, but this produces a linear NLerp-style interpolation, not a SLerp. What this means is if you have hues that are nearly 180 degrees appart, such as 0 and 179, the blend between them should be smooth and uniform along the arc between them, but instead is heavily biased toward 0 and toward 179. |
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Mar 31 |
awarded | Student |
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Mar 31 |
asked | How do you blend multiple colors in HSV (polar) color-space? |
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Mar 31 |
awarded | Autobiographer |
