1{
2  "methods": {
3    "HSVToColor(int,float[])": {
4      "isImplementation": true,
5      "modifiers": [
6        "protected",
7        "static"
8      ],
9      "params": [
10        "alpha",
11        "hsv"
12      ],
13      "returnType": "int",
14      "exceptions": [],
15      "name": "HSVToColor(int,float[])"
16    },
17    "RGBToHSV(int,int,int,float[])": {
18      "isImplementation": true,
19      "modifiers": [
20        "protected",
21        "static"
22      ],
23      "params": [
24        "red",
25        "green",
26        "blue",
27        "hsv"
28      ],
29      "returnType": "void",
30      "exceptions": [],
31      "name": "RGBToHSV(int,int,int,float[])",
32      "documentation": "This is implemented in native code in the Android SDK.\n\n\u003cp\u003eSince HSV \u003d\u003d HSB then the implementation from {@link java.awt.Color} can be used, with a\nsmall adjustment to the representation of the hue.\n\n\u003cp\u003e{@link java.awt.Color} represents hue as 0..1 (where 1 \u003d\u003d 100% \u003d\u003d 360 degrees), while {@link\nandroid.graphics.Color} represents hue as 0..360 degrees. The correct hue can be calculated by\nmultiplying with 360.\n\n@param red Red component\n@param green Green component\n@param blue Blue component\n@param hsv Array to store HSV components\n"
33    }
34  },
35  "imports": [
36    "android.graphics.Color",
37    "org.robolectric.annotation.Implementation",
38    "org.robolectric.annotation.Implements"
39  ],
40  "name": "org.robolectric.shadows.ShadowColor"
41}