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thinkgeo_cloud_colors [2019/03/11 19:46]
brianr Added CSS classes to support styling the parameter names and descriptions.
thinkgeo_cloud_colors [2019/03/11 21:08] (current)
brianr
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 //**URL Parameters**//​ //**URL Parameters**//​
-  * <​html><​span class="​api-parameter"><​span class="​api-parameter-name">​algorithm:</​span>​ The algorithm, supported ​values are:</​span></​html>​+  * <​html><​span class="​api-parameter"><​span class="​api-parameter-name">​algorithm:</​span>​ The algorithm ​to use for generating colors. Supported ​values are:</​span></​html>​
     * <​html><​span class="​api-parameter"><​span class="​api-parameter-name">​analogous:</​span>​ Get a family of colors based on three analogous hues.</​span></​html>​     * <​html><​span class="​api-parameter"><​span class="​api-parameter-name">​analogous:</​span>​ Get a family of colors based on three analogous hues.</​span></​html>​
     * <​html><​span class="​api-parameter"><​span class="​api-parameter-name">​complementary:</​span>​ Get a family of colors based on two complementary hues.</​span></​html>​     * <​html><​span class="​api-parameter"><​span class="​api-parameter-name">​complementary:</​span>​ Get a family of colors based on two complementary hues.</​span></​html>​
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     * <​html><​span class="​api-parameter"><​span class="​api-parameter-name">​sequential:</​span>​ Get a family of colors with the same hue and sequential variances in lightness and saturation.</​span></​html>​     * <​html><​span class="​api-parameter"><​span class="​api-parameter-name">​sequential:</​span>​ Get a family of colors with the same hue and sequential variances in lightness and saturation.</​span></​html>​
     * <​html><​span class="​api-parameter"><​span class="​api-parameter-name">​qualitative:</​span>​ Get a family of colors with qualitative variances in hue, but similar lightness and saturation.</​span></​html>​     * <​html><​span class="​api-parameter"><​span class="​api-parameter-name">​qualitative:</​span>​ Get a family of colors with qualitative variances in hue, but similar lightness and saturation.</​span></​html>​
-    * <​html><​span class="​api-parameter"><​span class="​api-parameter-name">​tetrad:</​span>​ Get a family of colors based on a harmonious tetrad of hues.</​span></​html>​ +    * <​html><​span class="​api-parameter"><​span class="​api-parameter-name">​tetrad:</​span>​ Get a family of colors based on a harmonious tetrad ​(two sets of complements).</​span></​html>​ 
-    * <​html><​span class="​api-parameter"><​span class="​api-parameter-name">​triad:</​span>​ Get a family of colors based on a harmonious triad of hues.</​span></​html>​+    * <​html><​span class="​api-parameter"><​span class="​api-parameter-name">​triad:</​span>​ Get a family of colors based on a harmonious triad (three colors equidistant from each other on the color wheel).</​span></​html>​
   * <​html><​span class="​api-parameter"><​span class="​api-parameter-name">​inputColor:</​span>​ A base color, for different algorithms:</​span></​html>​   * <​html><​span class="​api-parameter"><​span class="​api-parameter-name">​inputColor:</​span>​ A base color, for different algorithms:</​span></​html>​
     * <​html><​span class="​api-parameter"><​span class="​api-parameter-name">​analogous:</​span>​ Two analogous hues will be found for you.</​span></​html>​     * <​html><​span class="​api-parameter"><​span class="​api-parameter-name">​analogous:</​span>​ Two analogous hues will be found for you.</​span></​html>​
     * <​html><​span class="​api-parameter"><​span class="​api-parameter-name">​complementary:</​span>​ A complementary hue will be found for you.</​span></​html>​     * <​html><​span class="​api-parameter"><​span class="​api-parameter-name">​complementary:</​span>​ A complementary hue will be found for you.</​span></​html>​
     * <​html><​span class="​api-parameter"><​span class="​api-parameter-name">​contrasting:</​span>​ A contrasting hue will be found for you.</​span></​html>​     * <​html><​span class="​api-parameter"><​span class="​api-parameter-name">​contrasting:</​span>​ A contrasting hue will be found for you.</​span></​html>​
-    * <​html><​span class="​api-parameter"><​span class="​api-parameter-name">​sequential:</​span> ​It'the color on which you want to base the color collection.</​span></​html>​ +    * <​html><​span class="​api-parameter"><​span class="​api-parameter-name">​sequential:</​span> ​We'll create variations of brightness based on the hue of your base color.</​span></​html>​ 
-    * <​html><​span class="​api-parameter"><​span class="​api-parameter-name">​qualitative:</​span> ​It's the color on which you want to base the color collection.</​span></​html>​ +    * <​html><​span class="​api-parameter"><​span class="​api-parameter-name">​qualitative:</​span> ​We'll create a variety of different hues of a brightness similar ​to your base color.</​span></​html>​ 
-    * <​html><​span class="​api-parameter"><​span class="​api-parameter-name">​tetrad:</​span>​ Three harmonious hues will be found for you.</​span></​html>​ +    * <​html><​span class="​api-parameter"><​span class="​api-parameter-name">​tetrad:</​span>​ Three colors ​will be found for you to create a pair of complements that includes your base color.</​span></​html>​ 
-    * <​html><​span class="​api-parameter"><​span class="​api-parameter-name">​triad:</​span> ​It'​s ​the color on which you want to base the colors collections.</​span></​html>​+    * <​html><​span class="​api-parameter"><​span class="​api-parameter-name">​triad:</​span> ​Two colors of equal distance around ​the color wheel from your base color will be found for you.</​span></​html>​
   * <​html><​span class="​api-parameter"><​span class="​api-parameter-name">​numberOfColors:</​span>​ The total number of colors you want to be returned, for different algorithms:</​span></​html>​   * <​html><​span class="​api-parameter"><​span class="​api-parameter-name">​numberOfColors:</​span>​ The total number of colors you want to be returned, for different algorithms:</​span></​html>​
     * <​html><​span class="​api-parameter"><​span class="​api-parameter-name">​analogous:</​span>​ The value must be between 3 and 54.</​span></​html>​     * <​html><​span class="​api-parameter"><​span class="​api-parameter-name">​analogous:</​span>​ The value must be between 3 and 54.</​span></​html>​
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     * <​html><​span class="​api-parameter"><​span class="​api-parameter-name">​sequential:</​span>​ Get a family of colors with the same hue and sequential variances in lightness and saturation.</​span></​html>​     * <​html><​span class="​api-parameter"><​span class="​api-parameter-name">​sequential:</​span>​ Get a family of colors with the same hue and sequential variances in lightness and saturation.</​span></​html>​
     * <​html><​span class="​api-parameter"><​span class="​api-parameter-name">​qualitative:</​span>​ Get a family of colors with qualitative variances in hue, but similar lightness and saturation.</​span></​html>​     * <​html><​span class="​api-parameter"><​span class="​api-parameter-name">​qualitative:</​span>​ Get a family of colors with qualitative variances in hue, but similar lightness and saturation.</​span></​html>​
-    * <​html><​span class="​api-parameter"><​span class="​api-parameter-name">​tetrad:</​span>​ Get a family of colors based on a harmonious tetrad of hues.</​span></​html>​ +    * <​html><​span class="​api-parameter"><​span class="​api-parameter-name">​tetrad:</​span>​ Get a family of colors based on a harmonious tetrad ​(two sets of complements).</​span></​html>​ 
-    * <​html><​span class="​api-parameter"><​span class="​api-parameter-name">​triad:</​span>​ Get a family of colors based on a harmonious triad of hues.</​span></​html>​+    * <​html><​span class="​api-parameter"><​span class="​api-parameter-name">​triad:</​span>​ Get a family of colors based on a harmonious triad (three colors equidistant from each other on the color wheel).</​span></​html>​
   * <​html><​span class="​api-parameter"><​span class="​api-parameter-name">​numberOfColors:</​span>​ The total number of colors you want to be returned, for different algorithm:</​span></​html>​   * <​html><​span class="​api-parameter"><​span class="​api-parameter-name">​numberOfColors:</​span>​ The total number of colors you want to be returned, for different algorithm:</​span></​html>​
     * <​html><​span class="​api-parameter"><​span class="​api-parameter-name">​analogous:</​span>​ The value must be between 3 and 54.</​span></​html>​     * <​html><​span class="​api-parameter"><​span class="​api-parameter-name">​analogous:</​span>​ The value must be between 3 and 54.</​span></​html>​
thinkgeo_cloud_colors.1552333615.txt.gz · Last modified: 2019/03/11 19:46 by brianr