Recent content by pastelchu
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Undergrad Color Theory Equations: Additive Color Mixing & Analytical Luminosity
Well, I use pure Cobalt Blue, not a hue or mixture. I know a lot about pigments, how they behave, and I've used lots and lots of different pigments. Cobalt Blue and Ultramarine Blue are the closest to the Blue on the computer monitor. The result would be the same if you used an imaginary... -
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Undergrad Color Theory Equations: Additive Color Mixing & Analytical Luminosity
I wish that would happen but it doesn't. I am a painter with extensive experience in mixing colors. No matter how much you try to balance it, Yellow + Cobalt Blue = Green, not Black/Grey/White. If you add any less Yellow, it becomes distinctly Blue; if you add any less Blue, it becomes... -
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Undergrad Color Theory Equations: Additive Color Mixing & Analytical Luminosity
Guys I looked up more equations on color theory with subtractive color mixing. I figured some out too. (C = Cyan, M = Magenta, Y = Yellow) (R = Red, G = Green, B = Blue) Additive Color Mixing: R + B = M R + G = Y B + G = C M = -G Y = -B C = -R B - G = R B - R = G G - B = R G - R = B... -
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Undergrad Color Theory Equations: Additive Color Mixing & Analytical Luminosity
The thing that concerns me the most is how the colors have different luminosity and when mixed the luminosity don't add up. Is there an equation that explains this? -
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Undergrad Color Theory Equations: Additive Color Mixing & Analytical Luminosity
The measurements come from Adobe Photoshop. Perhaps Cyan consists of two colors (blue and green) and one color (cyan) at the same time? -
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Undergrad Color Theory Equations: Additive Color Mixing & Analytical Luminosity
Hey guys I figured out something new about color theory in additive color mixing. So, the primary colors in additive color mixing are R, G, and B (Red, Green, and Blue). The secondary colors are C, M, Y (Cyan, Magenta, Yellow). Using basic knowledge we know that R + G = Y R + B = M G + B = C... -
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Graduate What is wave of photon? oscillation of something in space?
I am curious what a photon looks like if we could observe it pass through space. It's also supposed to be oscillation of electromagnetic field. I don't understand what that means. Is it the field gets stronger and weaker and stronger and weaker, or spreads out and shrinks etc etc? Or if it's...- pastelchu
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- Oscillation Photon Space Wave
- Replies: 39
- Forum: Quantum Physics