void colorMark(jbyte* data, Count width, Count height, Count x, Count y, int fillColor) {
set_color_value(data,x,y,width,fillColor);
fillColor= 80;
for (int delta_x= -1; delta_x <= 1; delta_x++) {
for (int delta_y= -1; delta_y <= 1; delta_y++) {
if ((delta_x != 0 || delta_y != 0)) {
if (get_color_value(data,x+delta_x,y+delta_y,width) == 255) {
colorMark(data,width,height,x+delta_x,y+delta_y,fillColor);
}
}
}
}
}
/// constructor
Scene::Scene() : root(this) {
set_background_mode(0);
reset_lights();
// initialize color names and values
int i;
for (i=BEGREGCLRS; i<REGCLRS; i++) {
colorNames.add_name(defColorNames[i], i);
set_color_value(i, defaultColor + 3*i);
}
//initialize color scale info
for (i=0; i<num_scalemethods; i++)
colorScales.append(defScales[i]);
scaleMethod = 0;
scaleMin = 0.1f;
scaleMax = 1.0f;
scaleMid = 0.5f;
create_colorscale();
// background color
background = new DisplayColor(&root, "Background", REGBLACK);
background_color_changed = 0;
background_color_id = 0;
// background gradient colors
backgradtop = new DisplayColor(&root, "BackgroundTop", REGBLACK);
backgradtop_color_changed = 0;
backgradtop_color_id = 0;
backgradbot = new DisplayColor(&root, "BackgroundBot", REGBLUE2);
backgradbot_color_changed = 0;
backgradbot_color_id = 0;
// foreground color
foreground = new DisplayColor(&root, "Foreground", REGWHITE);
foreground_color_changed = 0;
foreground_color_id = 0;
}
void setColor(uint8_t color) {
set_color_value(bitmap.data,x,y,bitmap.width,color);
}
