void LLOutputMonitorCtrl::draw()
{
// Copied from llmediaremotectrl.cpp
// *TODO: Give the LLOutputMonitorCtrl an agent-id to monitor, then
// call directly into LLVoiceClient::getInstance() to ask if that agent-id is muted, is
// speaking, and what power. This avoids duplicating data, which can get
// out of sync.
// <FS:Ansariel> Centralized voice power level
//const F32 LEVEL_0 = LLVoiceClient::OVERDRIVEN_POWER_LEVEL / 3.f;
//const F32 LEVEL_1 = LLVoiceClient::OVERDRIVEN_POWER_LEVEL * 2.f / 3.f;
//const F32 LEVEL_2 = LLVoiceClient::OVERDRIVEN_POWER_LEVEL;
// </FS:Ansariel> Centralized voice power level
if (getVisible() && mAutoUpdate && !mIsMuted && mSpeakerId.notNull())
{
setPower(LLVoiceClient::getInstance()->getCurrentPower(mSpeakerId));
if(mIsAgentControl)
{
setIsTalking(LLVoiceClient::getInstance()->getUserPTTState());
}
else
{
setIsTalking(LLVoiceClient::getInstance()->getIsSpeaking(mSpeakerId));
}
}
if ((mPower == 0.f && !mIsTalking) && mShowParticipantsSpeaking)
{
std::set<LLUUID> participant_uuids;
LLVoiceClient::instance().getParticipantList(participant_uuids);
std::set<LLUUID>::const_iterator part_it = participant_uuids.begin();
F32 power = 0;
for (; part_it != participant_uuids.end(); ++part_it)
{
power = LLVoiceClient::instance().getCurrentPower(*part_it);
if (power)
{
mPower = power;
break;
}
}
}
LLPointer<LLUIImage> icon;
// <FS:Ansariel> Centralized voice power level
//if (mIsMuted)
//{
// icon = mImageMute;
//}
//else if (mPower == 0.f && !mIsTalking)
//{
// // only show off if PTT is not engaged
// icon = mImageOff;
//}
//else if (mPower < LEVEL_0)
//{
// // PTT is on, possibly with quiet background noise
// icon = mImageOn;
//}
//else if (mPower < LEVEL_1)
//{
// icon = mImageLevel1;
//}
//else if (mPower < LEVEL_2)
//{
// icon = mImageLevel2;
//}
//else
//{
// // overdriven
// icon = mImageLevel3;
//}
EVoicePowerLevel power_level = LLVoiceClient::getInstance()->getPowerLevel(mSpeakerId);
switch (power_level)
{
case VPL_MUTED:
icon = mImageMute;
break;
case VPL_PTT_Off:
icon = mImageOff;
break;
case VPL_PTT_On:
icon = mImageOn;
break;
case VPL_Level1:
icon = mImageLevel1;
break;
case VPL_Level2:
icon = mImageLevel2;
break;
case VPL_Level3:
icon = mImageLevel3;
break;
default:
break;
}
// </FS:Ansariel> Centralized voice power level
if (icon)
{
icon->draw(0, 0);
}
//
// Fill the monitor with a bunch of small rectangles.
// The rectangles will be filled with gradient color,
// beginning with sColorNormal and ending with sColorOverdriven.
//
// *TODO: would using a (partially drawn) pixmap instead be faster?
//
const int monh = getRect().getHeight();
const int monw = getRect().getWidth();
//int maxrects = sRectsNumber;
//const int period = llmax(1, monw / maxrects, 0, 0); // "1" - min value for the period
//const int rectw = llmax(1, llfloor(period * sRectWidthRatio), 0, 0); // "1" - min value for the rect's width
//const int recth = llfloor(monh * sRectHeightRatio);
//if(period == 1 && rectw == 1) //if we have so small control, then "maxrects = monitor's_width - 2*monitor_border's_width
// maxrects = monw-2;
//const int nrects = mIsMuted ? maxrects : llfloor(mPower * maxrects); // how many rects to draw?
//const int rectbtm = (monh - recth) / 2;
//const int recttop = rectbtm + recth;
//
//LLColor4 rect_color;
//
//for (int i=1, xpos = 0; i <= nrects; i++)
//{
// // Calculate color to use for the current rectangle.
// if (mIsMuted)
// {
// rect_color = sColorMuted;
// }
// else
// {
// F32 frac = (mPower * i/nrects) / LLVoiceClient::OVERDRIVEN_POWER_LEVEL;
// // Use overdriven color if the power exceeds overdriven level.
// if (frac > 1.0f)
// frac = 1.0f;
// rect_color = lerp(sColorNormal, sColorOverdriven, frac);
// }
// // Draw rectangle filled with the color.
// gl_rect_2d(xpos, recttop, xpos+rectw, rectbtm, rect_color, TRUE);
// xpos += period;
//}
//
// Draw bounding box.
//
if(mBorder)
gl_rect_2d(0, monh, monw, 0, sColorBound, FALSE);
}
void LLOutputMonitorCtrl::draw()
{
// see also switchIndicator()
if (mIsSwitchDirty)
{
mIsSwitchDirty = false;
if (mShouldSwitchOn)
{
// just notify parent visibility may have changed
notifyParentVisibilityChanged();
}
else
{
// make itself invisible and notify parent about this
setVisible(FALSE);
notifyParentVisibilityChanged();
// no needs to render for invisible element
return;
}
}
// Copied from llmediaremotectrl.cpp
// *TODO: Give the LLOutputMonitorCtrl an agent-id to monitor, then
// call directly into LLVoiceClient::getInstance() to ask if that agent-id is muted, is
// speaking, and what power. This avoids duplicating data, which can get
// out of sync.
const F32 LEVEL_0 = LLVoiceClient::OVERDRIVEN_POWER_LEVEL / 3.f;
const F32 LEVEL_1 = LLVoiceClient::OVERDRIVEN_POWER_LEVEL * 2.f / 3.f;
const F32 LEVEL_2 = LLVoiceClient::OVERDRIVEN_POWER_LEVEL;
if (getVisible() && mAutoUpdate && !mIsMuted && mSpeakerId.notNull())
{
setPower(LLVoiceClient::getInstance()->getCurrentPower(mSpeakerId));
if(mIsAgentControl)
{
setIsTalking(LLVoiceClient::getInstance()->getUserPTTState());
}
else
{
setIsTalking(LLVoiceClient::getInstance()->getIsSpeaking(mSpeakerId));
}
}
LLPointer<LLUIImage> icon;
if (mIsMuted)
{
icon = mImageMute;
}
else if (mPower == 0.f && !mIsTalking)
{
// only show off if PTT is not engaged
icon = mImageOff;
}
else if (mPower < LEVEL_0)
{
// PTT is on, possibly with quiet background noise
icon = mImageOn;
}
else if (mPower < LEVEL_1)
{
icon = mImageLevel1;
}
else if (mPower < LEVEL_2)
{
icon = mImageLevel2;
}
else
{
// overdriven
icon = mImageLevel3;
}
if (icon)
{
icon->draw(0, 0);
}
//
// Fill the monitor with a bunch of small rectangles.
// The rectangles will be filled with gradient color,
// beginning with sColorNormal and ending with sColorOverdriven.
//
// *TODO: would using a (partially drawn) pixmap instead be faster?
//
const int monh = getRect().getHeight();
const int monw = getRect().getWidth();
//int maxrects = sRectsNumber;
//const int period = llmax(1, monw / maxrects, 0, 0); // "1" - min value for the period
//const int rectw = llmax(1, llfloor(period * sRectWidthRatio), 0, 0); // "1" - min value for the rect's width
//const int recth = llfloor(monh * sRectHeightRatio);
//if(period == 1 && rectw == 1) //if we have so small control, then "maxrects = monitor's_width - 2*monitor_border's_width
// maxrects = monw-2;
//const int nrects = mIsMuted ? maxrects : llfloor(mPower * maxrects); // how many rects to draw?
//const int rectbtm = (monh - recth) / 2;
//const int recttop = rectbtm + recth;
//
//LLColor4 rect_color;
//
//for (int i=1, xpos = 0; i <= nrects; i++)
//{
// // Calculate color to use for the current rectangle.
// if (mIsMuted)
// {
// rect_color = sColorMuted;
// }
// else
// {
// F32 frac = (mPower * i/nrects) / LLVoiceClient::OVERDRIVEN_POWER_LEVEL;
// // Use overdriven color if the power exceeds overdriven level.
// if (frac > 1.0f)
// frac = 1.0f;
// rect_color = lerp(sColorNormal, sColorOverdriven, frac);
// }
// // Draw rectangle filled with the color.
// gl_rect_2d(xpos, recttop, xpos+rectw, rectbtm, rect_color, TRUE);
// xpos += period;
//}
//
// Draw bounding box.
//
if(mBorder)
gl_rect_2d(0, monh, monw, 0, sColorBound, FALSE);
}
