}
for (int startCache = mappedStartPixel - (mappedStartPixel) % 100; startCache < mappedEndPixel; startCache += 100) {
- if (m_audioThumbCachePic.contains(startCache) && !m_audioThumbCachePic[startCache].isNull())
- painter->drawPixmap(clipStart + startCache - cropLeft, mappedRect.y(), m_audioThumbCachePic[startCache]);
+ if (!m_audioThumbCachePic.value(startCache).isNull())
+ painter->drawPixmap(clipStart + startCache - cropLeft, mappedRect.y(), m_audioThumbCachePic.value(startCache));
}
}
void ClipItem::slotPrepareAudioThumb(double pixelForOneFrame, int startpixel, int endpixel, int channels)
{
+ // Bail out, if caller provided invalid data
+ if (channels <= 0) {
+ kWarning() << "Unable to draw image with " << channels << "number of channels";
+ return;
+ }
QRectF re = sceneBoundingRect();
if (m_clipType == AV && !isAudioOnly()) re.setTop(re.y() + re.height() / 2);
+ int factor = 64;
+ if (KdenliveSettings::normaliseaudiothumbs()) {
+ factor = m_clip->getProperty("audio_max").toInt();
+ }
//kDebug() << "// PREP AUDIO THMB FRMO : scale:" << pixelForOneFrame<< ", from: " << startpixel << ", to: " << endpixel;
//if ( (!audioThumbWasDrawn || framePixelWidth!=pixelForOneFrame ) && !baseClip()->audioFrameChache.isEmpty()){
+ bool fullAreaDraw = pixelForOneFrame < 10;
+ bool simplifiedAudio = !KdenliveSettings::displayallchannels();
+ QPen audiopen;
+ audiopen.setWidth(0);
+ if (simplifiedAudio) channels = 1;
+ int channelHeight = re.height() / channels;
+ QMap<int, QPainterPath > positiveChannelPaths;
+ QMap<int, QPainterPath > negativeChannelPaths;
for (int startCache = startpixel - startpixel % 100; startCache < endpixel; startCache += 100) {
- //kDebug() << "creating " << startCache;
- //if (framePixelWidth!=pixelForOneFrame ||
if (m_framePixelWidth == pixelForOneFrame && m_audioThumbCachePic.contains(startCache))
continue;
- if (m_audioThumbCachePic[startCache].isNull() || m_framePixelWidth != pixelForOneFrame) {
- m_audioThumbCachePic[startCache] = QPixmap(100, (int)(re.height()));
- m_audioThumbCachePic[startCache].fill(QColor(180, 180, 200, 140));
+ if (m_audioThumbCachePic.value(startCache).isNull() || m_framePixelWidth != pixelForOneFrame) {
+ QPixmap pix(100, (int)(re.height()));
+ pix.fill(QColor(180, 180, 180, 150));
+ m_audioThumbCachePic[startCache] = pix;
}
- bool fullAreaDraw = pixelForOneFrame < 10;
- QMap<int, QPainterPath > positiveChannelPaths;
- QMap<int, QPainterPath > negativeChannelPaths;
+ positiveChannelPaths.clear();
+ negativeChannelPaths.clear();
+
QPainter pixpainter(&m_audioThumbCachePic[startCache]);
- QPen audiopen;
- audiopen.setWidth(0);
- pixpainter.setPen(audiopen);
- //pixpainter.setRenderHint(QPainter::Antialiasing,true);
- //pixpainter.drawLine(0,0,100,re.height());
- // Bail out, if caller provided invalid data
- if (channels <= 0) {
- kWarning() << "Unable to draw image with " << channels << "number of channels";
- return;
- }
-
- int channelHeight = m_audioThumbCachePic[startCache].height() / channels;
- for (int i = 0; i < channels; i++) {
-
- positiveChannelPaths[i].moveTo(0, channelHeight*i + channelHeight / 2);
- negativeChannelPaths[i].moveTo(0, channelHeight*i + channelHeight / 2);
- }
+ for (int i = 0; i < channels; i++) {
+ if (simplifiedAudio) {
+ positiveChannelPaths[i].moveTo(-1, channelHeight);
+ }
+ else if (fullAreaDraw) {
+ positiveChannelPaths[i].moveTo(-1, channelHeight*i + channelHeight / 2);
+ negativeChannelPaths[i].moveTo(-1, channelHeight*i + channelHeight / 2);
+ }
+ else {
+ positiveChannelPaths[i].moveTo(-1, channelHeight*i + channelHeight / 2);
+ audiopen.setColor(QColor(60, 60, 60, 50));
+ pixpainter.setPen(audiopen);
+ pixpainter.drawLine(0, channelHeight*i + channelHeight / 2, 100, channelHeight*i + channelHeight / 2);
+ }
+ }
for (int samples = 0; samples <= 100; samples++) {
double frame = (double)(samples + startCache - 0) / pixelForOneFrame;
int sample = (int)((frame - (int)(frame)) * 20); // AUDIO_FRAME_SIZE
if (frame < 0 || sample < 0 || sample > 19)
continue;
- QMap<int, QByteArray> frame_channel_data = baseClip()->audioFrameCache[(int)frame];
-
- for (int channel = 0; channel < channels && frame_channel_data[channel].size() > 0; channel++) {
-
- int y = channelHeight * channel + channelHeight / 2;
- int delta = (int)(frame_channel_data[channel][sample] - 127 / 2) * channelHeight / 64;
- if (fullAreaDraw) {
- positiveChannelPaths[channel].lineTo(samples, 0.1 + y + qAbs(delta));
- negativeChannelPaths[channel].lineTo(samples, 0.1 + y - qAbs(delta));
+ const QMap<int, QByteArray> frame_channel_data = baseClip()->audioFrameCache.value((int)frame);
+
+ for (int channel = 0; channel < channels && !frame_channel_data.value(channel).isEmpty(); channel++) {
+ int y = channelHeight * channel + channelHeight / 2;
+ if (simplifiedAudio) {
+ double delta = qAbs((frame_channel_data.value(channel).at(sample) - 63.5) * channelHeight / factor);
+ positiveChannelPaths[channel].lineTo(samples, channelHeight - delta);
+ } else if (fullAreaDraw) {
+ double delta = qAbs((frame_channel_data.value(channel).at(sample) - 63.5) * channelHeight / (2 * factor));
+ positiveChannelPaths[channel].lineTo(samples, y + delta);
+ negativeChannelPaths[channel].lineTo(samples, y - delta);
} else {
- positiveChannelPaths[channel].lineTo(samples, 0.1 + y + delta);
- negativeChannelPaths[channel].lineTo(samples, 0.1 + y - delta);
+ double delta = (frame_channel_data.value(channel).at(sample) - 63.5) * channelHeight / (2 * factor);
+ positiveChannelPaths[channel].lineTo(samples, y + delta);
}
}
- for (int channel = 0; channel < channels ; channel++)
- if (fullAreaDraw && samples == 100) {
- positiveChannelPaths[channel].lineTo(samples, channelHeight*channel + channelHeight / 2);
- negativeChannelPaths[channel].lineTo(samples, channelHeight*channel + channelHeight / 2);
- positiveChannelPaths[channel].lineTo(0, channelHeight*channel + channelHeight / 2);
- negativeChannelPaths[channel].lineTo(0, channelHeight*channel + channelHeight / 2);
- }
-
}
- pixpainter.setPen(QPen(QColor(0, 0, 0)));
- pixpainter.setBrush(QBrush(QColor(60, 60, 60)));
-
+ for (int channel = 0; channel < channels; channel++) {
+ if (simplifiedAudio) {
+ positiveChannelPaths[channel].lineTo(101, channelHeight);
+ } else if (fullAreaDraw) {
+ int y = channelHeight * channel + channelHeight / 2;
+ positiveChannelPaths[channel].lineTo(101, y);
+ negativeChannelPaths[channel].lineTo(101, y);
+ }
+ }
+ if (fullAreaDraw || simplifiedAudio) {
+ audiopen.setColor(QColor(80, 80, 80, 200));
+ pixpainter.setPen(audiopen);
+ pixpainter.setBrush(QBrush(QColor(120, 120, 120, 200)));
+ }
+ else {
+ audiopen.setColor(QColor(60, 60, 60, 100));
+ pixpainter.setPen(audiopen);
+ pixpainter.setBrush(Qt::NoBrush);
+ }
for (int i = 0; i < channels; i++) {
if (fullAreaDraw) {
- //pixpainter.fillPath(positiveChannelPaths[i].united(negativeChannelPaths[i]),QBrush(Qt::SolidPattern));//or singleif looks better
- pixpainter.drawPath(positiveChannelPaths[i].united(negativeChannelPaths[i]));//or singleif looks better
+ pixpainter.drawPath(positiveChannelPaths[i].united(negativeChannelPaths.value(i)));
} else
- pixpainter.drawPath(positiveChannelPaths[i]);
+ pixpainter.drawPath(positiveChannelPaths.value(i));
}
}
- //audioThumbWasDrawn=true;
m_framePixelWidth = pixelForOneFrame;
-
- //}
}
int ClipItem::fadeIn() const
projects / kdenlive / blobdiff