void KbPerf::applyIndicators(int modeIndex, const bool indicatorState[]){
light()->resetIndicators();
if(_iOpacity <= 0.f)
return;
if(_dpiIndicator){
// Set DPI indicator according to index
int index = baseDpiIdx();
if(index == -1 || index > OTHER)
index = OTHER;
lightIndicator("dpi", dpiClr[index].rgba());
}
// KB indicators
if(iEnable[MODE]){
for(int i = 0; i < Kb::HWMODE_MAX; i++){
char name[4];
snprintf(name, sizeof(name), "m%d", i + 1);
if(modeIndex == i)
lightIndicator(name, iColor[MODE][0].rgba());
else
lightIndicator(name, iColor[MODE][1].rgba());
}
}
if(iEnable[MACRO])
lightIndicator("mr", iColor[MUTE][1].rgba());
if(iEnable[LIGHT]){
switch(light()->dimming()){
case 0: // 100%
lightIndicator("light", light100Color.rgba());
break;
case 1: // 67%
lightIndicator("light", iColor[LIGHT][1].rgba());
break;
case 2: // 33%
case 3: // light off
lightIndicator("light", iColor[LIGHT][0].rgba());
break;
}
}
if(iEnable[LOCK]){
if(bind()->winLock())
lightIndicator("lock", iColor[LOCK][0].rgba());
else
lightIndicator("lock", iColor[LOCK][1].rgba());
}
if(iEnable[MUTE]){
switch(getMuteState()){
case MUTED:
lightIndicator("mute", iColor[MUTE][0].rgba());
break;
case UNMUTED:
lightIndicator("mute", iColor[MUTE][1].rgba());
break;
default:
lightIndicator("mute", muteNAColor.rgba());
break;
}
}
// Lock lights
if(iEnable[NUM])
lightIndicator("numlock", indicatorState[0] ? iColor[NUM][0].rgba() : iColor[NUM][1].rgba());
if(iEnable[CAPS])
lightIndicator("caps", indicatorState[1] ? iColor[CAPS][0].rgba() : iColor[CAPS][1].rgba());
if(iEnable[SCROLL])
lightIndicator("scroll", indicatorState[2] ? iColor[SCROLL][0].rgba() : iColor[SCROLL][1].rgba());
}
QHash<QString, QRgb> KbPerf::indicatorLights(int modeIndex, const bool indicatorState[]) const {
QHash<QString, QRgb> res;
if(_iOpacity <= 0.f)
return res;
if(_dpiIndicator){
// Set DPI indicator according to index
int index = curDpiIdx();
if(index == -1 || index > OTHER)
index = OTHER;
res["dpi"] = dpiClr[index].rgba();
}
// KB indicators
if(iEnable[MODE]){
for(int i = 0; i < Kb::HWMODE_MAX; i++){
QString name = "m%1";
name = name.arg(i + 1);
if(modeIndex == i)
res[name] = iColor[MODE][0].rgba();
else
res[name] = iColor[MODE][1].rgba();
}
}
if(iEnable[MACRO])
res["mr"] = iColor[MUTE][1].rgba();
if(iEnable[LIGHT]){
switch(light()->dimming()){
case 0:
res["light"] = light100Color.rgba();
break;
case 1:
res["light"] = iColor[LIGHT][1].rgba();
break;
case 2:
res["light"] = iColor[LIGHT][0].rgba();
break;
// 3 (light off): do nothing
}
}
if(iEnable[LOCK]){
if(bind()->winLock())
res["lock"] = iColor[LOCK][0].rgba();
else
res["lock"] = iColor[LOCK][1].rgba();
}
if(iEnable[MUTE]){
switch(getMuteState()){
case MUTED:
res["mute"] = iColor[MUTE][0].rgba();
break;
case UNMUTED:
res["mute"] = iColor[MUTE][1].rgba();
break;
default:
res["mute"] = muteNAColor.rgba();
break;
}
}
// Lock lights
if(iEnable[NUM])
res["numlock"] = indicatorState[0] ? iColor[NUM][0].rgba() : iColor[NUM][1].rgba();
if(iEnable[CAPS])
res["caps"] = indicatorState[1] ? iColor[CAPS][0].rgba() : iColor[CAPS][1].rgba();
if(iEnable[SCROLL])
res["scroll"] = indicatorState[2] ? iColor[SCROLL][0].rgba() : iColor[SCROLL][1].rgba();
// Apply opacity if needed
if(_iOpacity < 1.f){
QMutableHashIterator<QString, QRgb> i(res);
while(i.hasNext()){
i.next();
QRgb& rgba = i.value();
int a = round(qAlpha(rgba) * _iOpacity);
if(a <= 0)
i.remove();
else
rgba = qRgba(qRed(rgba), qGreen(rgba), qBlue(rgba), a);
}
}
return res;
}
