Vivid Gamboge 🎨 RGB Color Code: #FF9900
The hexadecimal RGB code of Vivid Gamboge color is #FF9900. This code is composed of a hexadecimal FF red (255/256), a 99 green (153/256) and a 00 blue component (0/256). The decimal RGB color code is rgb(255,153,0). Closest WebSafe color: Orange (#FF9900)
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Vivid Gamboge on Wikipedia
blue Vivid amber Vivid auburn Vivid burgundy Vivid cerise Vivid cerulean Vivid crimson Vivid gamboge Vivid lime green Vivid mulberry Vivid orange Vivid orange
Ottoman Empire. Gamboge is a deep saffron to mustard yellow pigment and dye. In Asia, it is frequently used to dye Buddhist monks' robes. Gamboge is most often
the flower of Crocus sativus, commonly known as the "saffron crocus". The vivid crimson stigma and styles, called threads, are collected and dried for use
wooden panels, Mysore artists used white lead powder (Makhisafeda) or Makhi Gamboge (yellow) drawn from the juice of the indigenous tree (Revana Chinni halu)
chromophores of mushroom dyes are organic compounds and produce strong and vivid colors, and all colors of the spectrum can be achieved with mushroom dyes
Hooker's green is a dark green color created by mixing Prussian blue and gamboge. Hooker's green takes its name from botanical artist William Hooker (1779–1832)
Hooker's green is a dark green color created by mixing Prussian blue and gamboge. It is displayed on the right. Hooker's green takes its name from botanical
Citrine Cosmic latte Cream Dark goldenrod Ecru Flax Gamboge Gold Gold (metallic) Goldenrod Harvest gold Icterine
5 million people. The most exclusive was saffron, used as much for its vivid yellow-red color as for its flavor. Spices that have now fallen into obscurity
discontinued Ultramarine Blue and Sepia are not available until 1958 The Gamboge Yellow Crayon is discontinued due to World War II 1948: To educate art
Use the palette to pick a color or the sliders to set the RGB, HSV, CMYK components. Search for a color by its name in the list containing more than 2000 names.
There are many ways to mix/generate a color. Computer screens display the required color mixing tiny red, green and blue lights (RGB). Turning off all three components results in a black pixel, while if all components are lit up on full brightness that results a white light.
In print we use cyan, yellow, magenta and black (CMYK) inks because usually we print on a white paper. In this case the lack of the ink will result white paper, and we get a dark shade if more colors are mixed together. We can also define a color by hue, saturation and value (HSV).