Search This Blog

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").

No comments:

Post a Comment

Recipe for Success--Correlations in Pocahontas scores between ELA and Math. (circa 2003)

Correlations in Pocahontas scores between ELA and Math.  (circa 2003) An analysis of test scores across Pocahontas County schools reveals se...

Shaker Posts