public static ColorMode getType() {
for (ColorMode type : ColorMode.values()) {
if (type.isSet()) {
return type;
}
}
return ColorMode.ORDER;
}
@Override
public void setSelected(AnActionEvent e, boolean enabled) {
if (enabled) {
myType.set();
}
myGutter.revalidateMarkup();
}
public ShowAnnotationColorsAction(EditorGutterComponentEx gutter) {
super("Colors", true);
final ArrayList<AnAction> kids = new ArrayList<AnAction>(ShortNameType.values().length);
for (ColorMode type : ColorMode.values()) {
kids.add(new SetColorModeAction(type, gutter));
}
myChildren = kids.toArray(new AnAction[kids.size()]);
}
/** Parses chunk data for header information. */
private void parseData() {
int w = parser.parseInt();
int h = parser.parseInt();
int depth = parser.parseInt(1);
ColorMode mode = ColorMode.fromData(parser.parseInt(1));
CompressionEngine compression = CompressionEngine.fromData(parser.parseInt(1));
FilterMethod filter = FilterMethod.fromData(parser.parseInt(1));
InterlaceMethod interlace = InterlaceMethod.fromData(parser.parseInt(1));
setProperties(w, h, depth, mode, compression, filter, interlace);
}
/**
* Creates the data byte array for this chunk.
*
* @return The data byte array.
*/
private byte[] createDataBytes() {
ByteComposer composer = new ByteComposer(13);
composer.composeInt(width);
composer.composeInt(height);
composer.composeInt(sampleDepth, 1);
composer.composeInt(mode.dataValue(), 1);
composer.composeInt(compressionEngine.dataValue(), 1);
composer.composeInt(filterMethod.dataValue(), 1);
composer.composeInt(interlaceMethod.dataValue(), 1);
return composer.toArray();
}
public int getColorComp(Color c) {
float[] compArray = new float[4];
c.getColorComponents(compArray);
return (int) (compArray[mode.ordinal()] * 255);
}
public SetColorModeAction(ColorMode type, EditorGutterComponentEx gutter) {
super(type.getDescription());
myType = type;
myGutter = gutter;
}
