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Color generation

 

Here is a list of 100 command prompts for color generation, categorized by their function and complexity.

1. Core Color & Palette Generation

  1. Generate a single random color.

  2. Generate a 5-color palette.

  3. Generate a 3-color palette for a simple logo.

  4. Generate a vibrant, high-saturation palette.

  5. Generate a muted, low-saturation palette.

  6. Generate a "pastel" color palette.

  7. Generate a "neon" color palette.

  8. Generate a "dark" or "moody" palette.

  9. Generate a "warm" palette (reds, oranges, yellows).

  10. Generate a "cool" palette (blues, greens, purples).

  11. Generate a 7-color "rainbow" palette.

  12. Generate a neutral palette (beiges, grays, off-whites).

  13. Generate a palette with high contrast between colors.

  14. Generate a palette with low contrast for a subtle background.

  15. Create a palette inspired by the theme "ocean sunset."

  16. Create a palette inspired by the theme "forest floor."

  17. Create a palette inspired by the theme "cyberpunk city."

  18. Generate a palette based on the "autumn" season.

2. Color Theory & Harmonies

  1. Generate the complementary color for [HEX/RGB code].

  2. Create a 3-color analogous palette based on [base color].

  3. Create a 3-color triadic palette based on [base color].

  4. Create a 4-color tetradic (rectangular) palette based on [base color].

  5. Create a 4-color square palette based on [base color].

  6. Create a 3-color split-complementary palette for [base color].

  7. Generate a 5-color monochromatic palette based on [base color].

  8. Generate a 5-color achromatic (grayscale) palette.

  9. Given [color A] and [color B], identify their harmonic relationship.

  10. Generate a diadic palette (two colors) for [base color].

  11. Create an analogous palette and add its complementary color as an accent.

  12. Generate a "golden ratio" palette based on [base color].

3. Color Modification & Manipulation

  1. Generate 5 tints (add white) of [base color].

  2. Generate 5 shades (add black) of [base color].

  3. Generate 5 tones (add gray) of [base color].

  4. Increase the saturation of [color] by 20%.

  5. Decrease the saturation (desaturate) of [color] by 40%.

  6. Increase the lightness (brightness) of [color] by 15%.

  7. Decrease the lightness (darken) of [color] by 30%.

  8. Set the lightness of [color] to 70%.

  9. Invert the [color].

  10. Set the opacity (alpha) of [color] to 50%.

  11. Make [color] "warmer" (shift towards red/yellow).

  12. Make [color] "cooler" (shift towards blue/green).

  13. Blend [color A] and [color B] at a 50/50 ratio.

  14. Generate a 3-step color blend between [color A] and [color B].

  15. Rotate the hue of [color] by 180 degrees.

  16. Rotate the hue of [color] by 30 degrees.

4. Color Models & Conversions

  1. Convert [HEX code] to its RGB values.

  2. Convert [RGB values] to its HEX code.

  3. Convert [HEX code] to its HSL values.

  4. Convert [HSL values] to its HEX code.

  5. Convert [HEX code] to its HSV values.

  6. Convert [HSV values] to its HEX code.

  7. Convert [RGB values] to its CMYK values.

  8. Convert [CMYK values] to its RGB values.

  9. Convert [HEX code] to its CIELAB values.

  10. Convert [RGB values] to its HWB (Hue, Whiteness, Blackness) values.

  11. Show [color] in HEX, RGB, HSL, and CMYK formats.

  12. Generate a random color in HSL format.

  13. Generate a random color in CMYK format.

  14. Find the "web-safe" equivalent of [color].

  15. Generate a random "web-safe" color.

5. Context-Based Generation (UI, Data, etc.)

  1. Generate a UI palette: primary, secondary, and accent colors.

  2. Generate a semantic palette: "success" (green), "error" (red), "warning" (yellow), "info" (blue).

  3. Generate a 5-color sequential palette for data visualization (light to dark).

  4. Generate a 5-color diverging palette for data visualization (e.g., red-white-blue).

  5. Generate a 7-color qualitative palette for distinct data categories.

  6. Generate a colorblind-friendly palette for [N] categories.

  7. Generate a palette with an AA-level accessibility contrast ratio.

  8. Check the contrast ratio between [foreground color] and [background color].

  9. Find a text color (black or white) that passes accessibility checks on [background color].

  10. Adjust [color A] and [color B] to have a contrast ratio of at least 4.5:1.

  11. Generate a palette for a "dark mode" UI (dark backgrounds, light text).

  12. Generate a palette for a "light mode" UI.

  13. Create a 3-color palette for a "finance" brand (trustworthy, stable).

  14. Create a 4-color palette for a "health & wellness" app (calm, natural).

  15. Create a 5-color palette for a "children's" brand (bright, playful).

  16. Create a 4-color palette for a "luxury" brand (e.g., gold, black, deep red).

  17. Create a palette for a "gaming" brand (e.g., electric, high-contrast).

  18. Simulate how [palette] appears to a user with Protanopia (red-green colorblindness).

  19. Simulate how [palette] appears to a user with Deuteranopia (red-green colorblindness).

  20. Simulate how [palette] appears to a user with Tritanopia (blue-yellow colorblindness).

6. Advanced & Algorithmic Generation

  1. Extract the 5 dominant colors from [image URL or upload].

  2. Extract the single most dominant color from [image URL].

  3. Generate an 8-color palette from [image URL] using k-means clustering.

  4. Generate a palette based on the "average" color of [image URL].

  5. Generate a linear gradient between [color A] and [color B].

  6. Generate a 3-stop linear gradient using [color A], [color B], and [color C].

  7. Generate a radial gradient from [inner color] to [outer color].

  8. Generate a smooth 10-step gradient between [color A] and [color B].

  9. Generate a gradient using perceptual interpolation (e.g., in CIELAB space).

  10. Generate a 10-step gradient using an easing curve (e.g., 'ease-in-out') between [color A] and [color B].

  11. Generate a 2D color grid by interpolating between [four corner colors].

  12. Generate a color palette using a [Perlin/Simplex] noise algorithm.

  13. Generate a color palette based on a color temperature (e.g., 6500K).

7. Color Utilities & Analysis

  1. Identify the common name of the color [HEX code] (e.g., "Cerulean," "Crimson").

  2. Find the closest named "web" color to [HEX code]. 9Answer. List 5 named colors in the "blue" family.

  3. Find a color given a [Pantone] code.

  4. Sort the [palette] by brightness (luminance).

  5. Analyze the [palette] for emotional tone (e.g., "calm," "energetic").

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