Chris@133: /* -*- c-basic-offset: 4 indent-tabs-mode: nil -*- vi:set ts=8 sts=4 sw=4: */
Chris@133:
Chris@133: /*
Chris@133: Sonic Visualiser
Chris@133: An audio file viewer and annotation editor.
Chris@133: Centre for Digital Music, Queen Mary, University of London.
Chris@195: This file copyright 2006-2007 QMUL.
Chris@133:
Chris@133: This program is free software; you can redistribute it and/or
Chris@133: modify it under the terms of the GNU General Public License as
Chris@133: published by the Free Software Foundation; either version 2 of the
Chris@133: License, or (at your option) any later version. See the file
Chris@133: COPYING included with this distribution for more information.
Chris@133: */
Chris@133:
Chris@193: #include "SliceLayer.h"
Chris@133:
Chris@133: #include "view/View.h"
Chris@153: #include "base/AudioLevel.h"
Chris@167: #include "base/RangeMapper.h"
Chris@195: #include "base/RealTime.h"
Chris@376: #include "ColourMapper.h"
Chris@376: #include "ColourDatabase.h"
Chris@195:
Chris@195: #include "PaintAssistant.h"
Chris@133:
Chris@133: #include <QPainter>
Chris@133: #include <QPainterPath>
Chris@316: #include <QTextStream>
Chris@316:
Chris@133:
Chris@193: SliceLayer::SliceLayer() :
Chris@193: m_sliceableModel(0),
Chris@1281: m_colourMap(int(ColourMapper::Ice)),
Chris@1362: m_colourInverted(false),
Chris@153: m_energyScale(dBScale),
Chris@198: m_samplingMode(SampleMean),
Chris@1233: m_plotStyle(PlotLines),
Chris@193: m_binScale(LinearBins),
Chris@153: m_normalize(false),
Chris@284: m_threshold(0.0),
Chris@284: m_initialThreshold(0.0),
Chris@198: m_gain(1.0),
Chris@1238: m_minbin(0),
Chris@1238: m_maxbin(0),
Chris@198: m_currentf0(0),
Chris@198: m_currentf1(0)
Chris@133: {
Chris@133: }
Chris@133:
Chris@193: SliceLayer::~SliceLayer()
Chris@133: {
Chris@193:
Chris@133: }
Chris@133:
Chris@133: void
Chris@193: SliceLayer::setSliceableModel(const Model *model)
Chris@133: {
Chris@193: const DenseThreeDimensionalModel *sliceable =
Chris@193: dynamic_cast<const DenseThreeDimensionalModel *>(model);
Chris@193:
Chris@193: if (model && !sliceable) {
Chris@682: cerr << "WARNING: SliceLayer::setSliceableModel(" << model
Chris@682: << "): model is not a DenseThreeDimensionalModel" << endl;
Chris@193: }
Chris@193:
Chris@193: if (m_sliceableModel == sliceable) return;
Chris@193:
Chris@193: m_sliceableModel = sliceable;
Chris@193:
Chris@1255: if (!m_sliceableModel) return;
Chris@1255:
Chris@320: connectSignals(m_sliceableModel);
Chris@193:
Chris@1238: m_minbin = 0;
Chris@1238: m_maxbin = m_sliceableModel->getHeight();
Chris@1238:
Chris@193: emit modelReplaced();
Chris@1238: emit layerParametersChanged();
Chris@153: }
Chris@153:
Chris@153: void
Chris@193: SliceLayer::sliceableModelReplaced(const Model *orig, const Model *replacement)
Chris@153: {
Chris@587: SVDEBUG << "SliceLayer::sliceableModelReplaced(" << orig << ", " << replacement << ")" << endl;
Chris@153:
Chris@193: if (orig == m_sliceableModel) {
Chris@193: setSliceableModel
Chris@193: (dynamic_cast<const DenseThreeDimensionalModel *>(replacement));
Chris@153: }
Chris@153: }
Chris@153:
Chris@153: void
Chris@193: SliceLayer::modelAboutToBeDeleted(Model *m)
Chris@153: {
Chris@587: SVDEBUG << "SliceLayer::modelAboutToBeDeleted(" << m << ")" << endl;
Chris@153:
Chris@193: if (m == m_sliceableModel) {
Chris@193: setSliceableModel(0);
Chris@153: }
Chris@133: }
Chris@133:
Chris@198: QString
Chris@918: SliceLayer::getFeatureDescription(LayerGeometryProvider *v, QPoint &p) const
Chris@198: {
Chris@199: int minbin, maxbin, range;
Chris@805: return getFeatureDescriptionAux(v, p, true, minbin, maxbin, range);
Chris@199: }
Chris@199:
Chris@199: QString
Chris@918: SliceLayer::getFeatureDescriptionAux(LayerGeometryProvider *v, QPoint &p,
Chris@805: bool includeBinDescription,
Chris@805: int &minbin, int &maxbin, int &range) const
Chris@199: {
Chris@199: minbin = 0;
Chris@199: maxbin = 0;
Chris@198: if (!m_sliceableModel) return "";
Chris@198:
Chris@1256: minbin = int(getBinForX(v, p.x()));
Chris@1256: maxbin = int(getBinForX(v, p.x() + 1));
Chris@1238:
Chris@198: int mh = m_sliceableModel->getHeight();
Chris@199: if (minbin >= mh) minbin = mh - 1;
Chris@199: if (maxbin >= mh) maxbin = mh - 1;
Chris@199: if (minbin < 0) minbin = 0;
Chris@199: if (maxbin < 0) maxbin = 0;
Chris@198:
Chris@906: sv_samplerate_t sampleRate = m_sliceableModel->getSampleRate();
Chris@198:
Chris@906: sv_frame_t f0 = m_currentf0;
Chris@906: sv_frame_t f1 = m_currentf1;
Chris@198:
Chris@198: RealTime rt0 = RealTime::frame2RealTime(f0, sampleRate);
Chris@198: RealTime rt1 = RealTime::frame2RealTime(f1, sampleRate);
Chris@198:
Chris@906: range = int(f1 - f0 + 1);
Chris@198:
Chris@280: QString rtrangestr = QString("%1 s").arg((rt1 - rt0).toText().c_str());
Chris@280:
Chris@199: if (includeBinDescription) {
Chris@198:
Chris@1238: int i0 = minbin - m_minbin;
Chris@1238: int i1 = maxbin - m_minbin;
Chris@1238:
Chris@906: float minvalue = 0.0;
Chris@1238: if (in_range_for(m_values, i0)) minvalue = m_values[i0];
Chris@198:
Chris@199: float maxvalue = minvalue;
Chris@1238: if (in_range_for(m_values, i1)) maxvalue = m_values[i1];
Chris@1238:
Chris@199: if (minvalue > maxvalue) std::swap(minvalue, maxvalue);
Chris@199:
Chris@199: QString binstr;
Chris@199: if (maxbin != minbin) {
Chris@199: binstr = tr("%1 - %2").arg(minbin+1).arg(maxbin+1);
Chris@199: } else {
Chris@199: binstr = QString("%1").arg(minbin+1);
Chris@199: }
Chris@199:
Chris@199: QString valuestr;
Chris@199: if (maxvalue != minvalue) {
Chris@199: valuestr = tr("%1 - %2").arg(minvalue).arg(maxvalue);
Chris@199: } else {
Chris@199: valuestr = QString("%1").arg(minvalue);
Chris@199: }
Chris@199:
Chris@280: QString description = tr("Time:\t%1 - %2\nRange:\t%3 samples (%4)\nBin:\t%5\n%6 value:\t%7")
Chris@199: .arg(QString::fromStdString(rt0.toText(true)))
Chris@199: .arg(QString::fromStdString(rt1.toText(true)))
Chris@199: .arg(range)
Chris@280: .arg(rtrangestr)
Chris@199: .arg(binstr)
Chris@199: .arg(m_samplingMode == NearestSample ? tr("First") :
Chris@199: m_samplingMode == SampleMean ? tr("Mean") : tr("Peak"))
Chris@199: .arg(valuestr);
Chris@199:
Chris@199: return description;
Chris@199:
Chris@199: } else {
Chris@199:
Chris@280: QString description = tr("Time:\t%1 - %2\nRange:\t%3 samples (%4)")
Chris@199: .arg(QString::fromStdString(rt0.toText(true)))
Chris@199: .arg(QString::fromStdString(rt1.toText(true)))
Chris@280: .arg(range)
Chris@280: .arg(rtrangestr);
Chris@199:
Chris@199: return description;
Chris@199: }
Chris@198: }
Chris@198:
Chris@906: double
Chris@1238: SliceLayer::getXForBin(const LayerGeometryProvider *v, double bin) const
Chris@198: {
Chris@906: double x = 0;
Chris@198:
Chris@1238: bin -= m_minbin;
Chris@1238: if (bin < 0) bin = 0;
Chris@1238:
Chris@1238: double count = m_maxbin - m_minbin;
Chris@1238: if (count < 0) count = 0;
Chris@1238:
Chris@1238: int pw = v->getPaintWidth();
Chris@1238: int origin = m_xorigins[v->getId()];
Chris@1238: int w = pw - origin;
Chris@1238: if (w < 1) w = 1;
Chris@1238:
Chris@198: switch (m_binScale) {
Chris@198:
Chris@198: case LinearBins:
Chris@906: x = (w * bin) / count;
Chris@198: break;
Chris@198:
Chris@198: case LogBins:
Chris@1281: // The 0.8 here is an awkward compromise. Our x-coord is
Chris@1281: // proportional to log of bin number, with the x-coord "of a
Chris@1281: // bin" being that of the left edge of the bin range. We can't
Chris@1281: // start counting bins from 0, as that would give us x = -Inf
Chris@1281: // and hide the first bin entirely. But if we start from 1, we
Chris@1281: // are giving a lot of space to the first bin, which in most
Chris@1281: // display modes won't be used because the "point" location
Chris@1281: // for that bin is in the middle of it. Yet in some modes
Chris@1281: // we'll still want it. A compromise is to count our first bin
Chris@1281: // as "a bit less than 1", so that most of it is visible but a
Chris@1281: // bit is tactfully cropped at the left edge so it doesn't
Chris@1281: // take up so much space.
Chris@1281: x = (w * log10(bin + 0.8)) / log10(count + 0.8);
Chris@198: break;
Chris@198:
Chris@198: case InvertedLogBins:
Chris@906: x = w - (w * log10(count - bin - 1)) / log10(count);
Chris@198: break;
Chris@198: }
Chris@1238:
Chris@1238: return x + origin;
Chris@198: }
Chris@198:
Chris@1238: double
Chris@1238: SliceLayer::getBinForX(const LayerGeometryProvider *v, double x) const
Chris@198: {
Chris@1238: double bin = 0;
Chris@198:
Chris@1238: double count = m_maxbin - m_minbin;
Chris@1238: if (count < 0) count = 0;
Chris@1238:
Chris@1238: int pw = v->getPaintWidth();
Chris@1238: int origin = m_xorigins[v->getId()];
Chris@1238:
Chris@1238: int w = pw - origin;
Chris@1238: if (w < 1) w = 1;
Chris@1238:
Chris@1238: x = x - origin;
Chris@1238: if (x < 0) x = 0;
Chris@1256:
Chris@1256: double eps = 1e-10;
Chris@1238:
Chris@198: switch (m_binScale) {
Chris@198:
Chris@198: case LinearBins:
Chris@1256: bin = (x * count) / w + eps;
Chris@198: break;
Chris@198:
Chris@198: case LogBins:
Chris@1281: // See comment in getXForBin
Chris@1281: bin = pow(10.0, (x * log10(count + 0.8)) / w) - 0.8 + eps;
Chris@198: break;
Chris@198:
Chris@198: case InvertedLogBins:
Chris@1256: bin = count + 1 - pow(10.0, (log10(count) * (w - x)) / double(w)) + eps;
Chris@198: break;
Chris@198: }
Chris@198:
Chris@1238: return bin + m_minbin;
Chris@198: }
Chris@198:
Chris@906: double
Chris@1238: SliceLayer::getYForValue(const LayerGeometryProvider *v, double value, double &norm) const
Chris@274: {
Chris@906: norm = 0.0;
Chris@274:
Chris@1238: if (m_yorigins.find(v->getId()) == m_yorigins.end()) return 0;
Chris@274:
Chris@274: value *= m_gain;
Chris@274:
Chris@1238: int yorigin = m_yorigins[v->getId()];
Chris@1238: int h = m_heights[v->getId()];
Chris@906: double thresh = getThresholdDb();
Chris@274:
Chris@906: double y = 0.0;
Chris@274:
Chris@274: if (h <= 0) return y;
Chris@274:
Chris@274: switch (m_energyScale) {
Chris@274:
Chris@274: case dBScale:
Chris@274: {
Chris@906: double db = thresh;
Chris@906: if (value > 0.0) db = 10.0 * log10(fabs(value));
Chris@274: if (db < thresh) db = thresh;
Chris@274: norm = (db - thresh) / -thresh;
Chris@906: y = yorigin - (double(h) * norm);
Chris@274: break;
Chris@274: }
Chris@274:
Chris@274: case MeterScale:
Chris@274: y = AudioLevel::multiplier_to_preview(value, h);
Chris@906: norm = double(y) / double(h);
Chris@274: y = yorigin - y;
Chris@274: break;
Chris@274:
Chris@538: case AbsoluteScale:
Chris@906: value = fabs(value);
Chris@1264: #if (__GNUC__ >= 7)
Chris@1263: __attribute__ ((fallthrough));
Chris@1263: #endif
Chris@538:
Chris@805: case LinearScale:
Chris@274: default:
Chris@538: norm = (value - m_threshold);
Chris@284: if (norm < 0) norm = 0;
Chris@906: y = yorigin - (double(h) * norm);
Chris@274: break;
Chris@274: }
Chris@274:
Chris@274: return y;
Chris@274: }
Chris@274:
Chris@906: double
Chris@1238: SliceLayer::getValueForY(const LayerGeometryProvider *v, double y) const
Chris@274: {
Chris@906: double value = 0.0;
Chris@274:
Chris@1238: if (m_yorigins.find(v->getId()) == m_yorigins.end()) return value;
Chris@274:
Chris@1238: int yorigin = m_yorigins[v->getId()];
Chris@1238: int h = m_heights[v->getId()];
Chris@906: double thresh = getThresholdDb();
Chris@274:
Chris@274: if (h <= 0) return value;
Chris@274:
Chris@274: y = yorigin - y;
Chris@274:
Chris@274: switch (m_energyScale) {
Chris@274:
Chris@274: case dBScale:
Chris@274: {
Chris@906: double db = ((y / h) * -thresh) + thresh;
Chris@906: value = pow(10.0, db/10.0);
Chris@274: break;
Chris@274: }
Chris@274:
Chris@274: case MeterScale:
Chris@906: value = AudioLevel::preview_to_multiplier(int(lrint(y)), h);
Chris@274: break;
Chris@805:
Chris@805: case LinearScale:
Chris@805: case AbsoluteScale:
Chris@274: default:
Chris@284: value = y / h + m_threshold;
Chris@274: }
Chris@274:
Chris@274: return value / m_gain;
Chris@274: }
Chris@274:
Chris@133: void
Chris@916: SliceLayer::paint(LayerGeometryProvider *v, QPainter &paint, QRect rect) const
Chris@133: {
Chris@254: if (!m_sliceableModel || !m_sliceableModel->isOK() ||
Chris@254: !m_sliceableModel->isReady()) return;
Chris@133:
Chris@195: paint.save();
Chris@195: paint.setRenderHint(QPainter::Antialiasing, false);
Chris@538: paint.setBrush(Qt::NoBrush);
Chris@195:
Chris@195: if (v->getViewManager() && v->getViewManager()->shouldShowScaleGuides()) {
Chris@195: if (!m_scalePoints.empty()) {
Chris@195: paint.setPen(QColor(240, 240, 240)); //!!! and dark background?
Chris@1284: int ratio = int(round(double(v->getPaintHeight()) /
Chris@1284: m_scalePaintHeight));
Chris@805: for (int i = 0; i < (int)m_scalePoints.size(); ++i) {
Chris@1284: paint.drawLine(0, m_scalePoints[i] * ratio,
Chris@1284: rect.width(), m_scalePoints[i] * ratio);
Chris@195: }
Chris@195: }
Chris@195: }
Chris@195:
Chris@1233: if (m_plotStyle == PlotBlocks) {
Chris@1233: // Must use actual zero-width pen, too slow otherwise
Chris@1233: paint.setPen(QPen(getBaseQColor(), 0));
Chris@1233: } else {
Chris@1233: paint.setPen(PaintAssistant::scalePen(getBaseQColor()));
Chris@1233: }
Chris@195:
Chris@607: int xorigin = getVerticalScaleWidth(v, true, paint) + 1;
Chris@1238: m_xorigins[v->getId()] = xorigin; // for use in getFeatureDescription
Chris@133:
Chris@918: int yorigin = v->getPaintHeight() - 20 - paint.fontMetrics().height() - 7;
Chris@195: int h = yorigin - paint.fontMetrics().height() - 8;
Chris@133:
Chris@1238: m_yorigins[v->getId()] = yorigin; // for getYForValue etc
Chris@1238: m_heights[v->getId()] = h;
Chris@274:
Chris@274: if (h <= 0) return;
Chris@274:
Chris@133: QPainterPath path;
Chris@133:
Chris@805: int mh = m_sliceableModel->getHeight();
Chris@1238: int bin0 = 0;
Chris@133:
Chris@1238: if (m_maxbin > m_minbin) {
Chris@1238: mh = m_maxbin - m_minbin;
Chris@1238: bin0 = m_minbin;
Chris@1238: }
Chris@1238:
Chris@193: int divisor = 0;
Chris@193:
Chris@198: m_values.clear();
Chris@805: for (int bin = 0; bin < mh; ++bin) {
Chris@906: m_values.push_back(0.0);
Chris@193: }
Chris@193:
Chris@906: sv_frame_t f0 = v->getCentreFrame();
Chris@193: int f0x = v->getXForFrame(f0);
Chris@195: f0 = v->getFrameForX(f0x);
Chris@906: sv_frame_t f1 = v->getFrameForX(f0x + 1);
Chris@195: if (f1 > f0) --f1;
Chris@193:
Chris@682: // cerr << "centre frame " << v->getCentreFrame() << ", x " << f0x << ", f0 " << f0 << ", f1 " << f1 << endl;
Chris@274:
Chris@805: int res = m_sliceableModel->getResolution();
Chris@906: int col0 = int(f0 / res);
Chris@805: int col1 = col0;
Chris@906: if (m_samplingMode != NearestSample) col1 = int(f1 / res);
Chris@274: f0 = col0 * res;
Chris@274: f1 = (col1 + 1) * res - 1;
Chris@274:
Chris@682: // cerr << "resolution " << res << ", col0 " << col0 << ", col1 " << col1 << ", f0 " << f0 << ", f1 " << f1 << endl;
Chris@193:
Chris@198: m_currentf0 = f0;
Chris@198: m_currentf1 = f1;
Chris@198:
Chris@254: BiasCurve curve;
Chris@254: getBiasCurve(curve);
Chris@906: int cs = int(curve.size());
Chris@254:
Chris@805: for (int col = col0; col <= col1; ++col) {
Chris@805: for (int bin = 0; bin < mh; ++bin) {
Chris@1238: float value = m_sliceableModel->getValueAt(col, bin0 + bin);
Chris@254: if (bin < cs) value *= curve[bin];
Chris@193: if (m_samplingMode == SamplePeak) {
Chris@198: if (value > m_values[bin]) m_values[bin] = value;
Chris@193: } else {
Chris@198: m_values[bin] += value;
Chris@193: }
Chris@153: }
Chris@193: ++divisor;
Chris@193: }
Chris@193:
Chris@906: float max = 0.0;
Chris@805: for (int bin = 0; bin < mh; ++bin) {
Chris@847: if (m_samplingMode == SampleMean && divisor > 0) {
Chris@906: m_values[bin] /= float(divisor);
Chris@847: }
Chris@198: if (m_values[bin] > max) max = m_values[bin];
Chris@193: }
Chris@906: if (max != 0.0 && m_normalize) {
Chris@805: for (int bin = 0; bin < mh; ++bin) {
Chris@198: m_values[bin] /= max;
Chris@193: }
Chris@193: }
Chris@193:
Chris@1238: double nx = getXForBin(v, bin0);
Chris@193:
Chris@1362: ColourMapper mapper(m_colourMap, m_colourInverted, 0, 1);
Chris@197:
Chris@805: for (int bin = 0; bin < mh; ++bin) {
Chris@193:
Chris@906: double x = nx;
Chris@1238: nx = getXForBin(v, bin + bin0 + 1);
Chris@193:
Chris@906: double value = m_values[bin];
Chris@906: double norm = 0.0;
Chris@1238: double y = getYForValue(v, value, norm);
Chris@133:
Chris@193: if (m_plotStyle == PlotLines) {
Chris@193:
Chris@193: if (bin == 0) {
Chris@1233: path.moveTo((x + nx) / 2, y);
Chris@193: } else {
Chris@1233: path.lineTo((x + nx) / 2, y);
Chris@193: }
Chris@193:
Chris@193: } else if (m_plotStyle == PlotSteps) {
Chris@193:
Chris@193: if (bin == 0) {
Chris@193: path.moveTo(x, y);
Chris@193: } else {
Chris@193: path.lineTo(x, y);
Chris@193: }
Chris@193: path.lineTo(nx, y);
Chris@193:
Chris@193: } else if (m_plotStyle == PlotBlocks) {
Chris@193:
Chris@193: path.moveTo(x, yorigin);
Chris@133: path.lineTo(x, y);
Chris@193: path.lineTo(nx, y);
Chris@193: path.lineTo(nx, yorigin);
Chris@193: path.lineTo(x, yorigin);
Chris@197:
Chris@197: } else if (m_plotStyle == PlotFilledBlocks) {
Chris@197:
Chris@197: paint.fillRect(QRectF(x, y, nx - x, yorigin - y), mapper.map(norm));
Chris@133: }
Chris@193:
Chris@133: }
Chris@133:
Chris@197: if (m_plotStyle != PlotFilledBlocks) {
Chris@197: paint.drawPath(path);
Chris@197: }
Chris@133: paint.restore();
Chris@195: }
Chris@195:
Chris@195: int
Chris@918: SliceLayer::getVerticalScaleWidth(LayerGeometryProvider *, bool, QPainter &paint) const
Chris@195: {
Chris@1238: int width;
Chris@538: if (m_energyScale == LinearScale || m_energyScale == AbsoluteScale) {
Chris@1266: width = std::max(paint.fontMetrics().width("0.0") + 13,
Chris@1238: paint.fontMetrics().width("x10-10"));
Chris@195: } else {
Chris@1238: width = std::max(paint.fontMetrics().width(tr("0dB")),
Chris@1238: paint.fontMetrics().width(tr("-Inf"))) + 13;
Chris@195: }
Chris@1238: return width;
Chris@195: }
Chris@195:
Chris@195: void
Chris@918: SliceLayer::paintVerticalScale(LayerGeometryProvider *v, bool, QPainter &paint, QRect rect) const
Chris@195: {
Chris@906: double thresh = m_threshold;
Chris@538: if (m_energyScale != LinearScale && m_energyScale != AbsoluteScale) {
Chris@284: thresh = AudioLevel::dB_to_multiplier(getThresholdDb());
Chris@195: }
Chris@195:
Chris@195: // int h = (rect.height() * 3) / 4;
Chris@195: // int y = (rect.height() / 2) - (h / 2);
Chris@195:
Chris@918: int yorigin = v->getPaintHeight() - 20 - paint.fontMetrics().height() - 6;
Chris@195: int h = yorigin - paint.fontMetrics().height() - 8;
Chris@195: if (h < 0) return;
Chris@195:
Chris@195: QRect actual(rect.x(), rect.y() + yorigin - h, rect.width(), h);
Chris@195:
Chris@220: int mult = 1;
Chris@220:
Chris@195: PaintAssistant::paintVerticalLevelScale
Chris@195: (paint, actual, thresh, 1.0 / m_gain,
Chris@195: PaintAssistant::Scale(m_energyScale),
Chris@220: mult,
Chris@195: const_cast<std::vector<int> *>(&m_scalePoints));
Chris@220:
Chris@1284: // Ugly hack (but then everything about this scale drawing is a
Chris@1284: // bit ugly). In pixel-doubling hi-dpi scenarios, the scale is
Chris@1284: // painted at pixel-doubled resolution but we do explicit
Chris@1284: // pixel-doubling ourselves when painting the layer content. We
Chris@1284: // make a note of this here so that we can compare with the
Chris@1284: // equivalent dimension in the paint method when deciding where to
Chris@1284: // place scale continuation lines.
Chris@1284: m_scalePaintHeight = v->getPaintHeight();
Chris@1284:
Chris@220: if (mult != 1 && mult != 0) {
Chris@906: int log = int(lrint(log10(mult)));
Chris@220: QString a = tr("x10");
Chris@220: QString b = QString("%1").arg(-log);
Chris@220: paint.drawText(3, 8 + paint.fontMetrics().ascent(), a);
Chris@220: paint.drawText(3 + paint.fontMetrics().width(a),
Chris@220: 3 + paint.fontMetrics().ascent(), b);
Chris@220: }
Chris@133: }
Chris@133:
Chris@1281: bool
Chris@1281: SliceLayer::hasLightBackground() const
Chris@1281: {
Chris@1281: if (usesSolidColour()) {
Chris@1362: ColourMapper mapper(m_colourMap, m_colourInverted, 0, 1);
Chris@1281: return mapper.hasLightBackground();
Chris@1281: } else {
Chris@1281: return SingleColourLayer::hasLightBackground();
Chris@1281: }
Chris@1281: }
Chris@1281:
Chris@153: Layer::PropertyList
Chris@193: SliceLayer::getProperties() const
Chris@153: {
Chris@287: PropertyList list = SingleColourLayer::getProperties();
Chris@538: list.push_back("Bin Scale");
Chris@193: list.push_back("Plot Type");
Chris@153: list.push_back("Scale");
Chris@153: list.push_back("Normalize");
Chris@284: list.push_back("Threshold");
Chris@153: list.push_back("Gain");
Chris@153:
Chris@153: return list;
Chris@153: }
Chris@153:
Chris@153: QString
Chris@193: SliceLayer::getPropertyLabel(const PropertyName &name) const
Chris@153: {
Chris@193: if (name == "Plot Type") return tr("Plot Type");
Chris@290: if (name == "Scale") return tr("Scale");
Chris@153: if (name == "Normalize") return tr("Normalize");
Chris@284: if (name == "Threshold") return tr("Threshold");
Chris@153: if (name == "Gain") return tr("Gain");
Chris@193: if (name == "Sampling Mode") return tr("Sampling Mode");
Chris@538: if (name == "Bin Scale") return tr("Bin Scale");
Chris@287: return SingleColourLayer::getPropertyLabel(name);
Chris@153: }
Chris@153:
Chris@335: QString
Chris@335: SliceLayer::getPropertyIconName(const PropertyName &name) const
Chris@335: {
Chris@335: if (name == "Normalize") return "normalise";
Chris@335: return "";
Chris@335: }
Chris@335:
Chris@153: Layer::PropertyType
Chris@193: SliceLayer::getPropertyType(const PropertyName &name) const
Chris@153: {
Chris@153: if (name == "Gain") return RangeProperty;
Chris@153: if (name == "Normalize") return ToggleProperty;
Chris@284: if (name == "Threshold") return RangeProperty;
Chris@287: if (name == "Plot Type") return ValueProperty;
Chris@290: if (name == "Scale") return ValueProperty;
Chris@287: if (name == "Sampling Mode") return ValueProperty;
Chris@287: if (name == "Bin Scale") return ValueProperty;
Chris@1281: if (name == "Colour" && usesSolidColour()) return ColourMapProperty;
Chris@287: return SingleColourLayer::getPropertyType(name);
Chris@153: }
Chris@153:
Chris@153: QString
Chris@193: SliceLayer::getPropertyGroupName(const PropertyName &name) const
Chris@153: {
Chris@153: if (name == "Scale" ||
Chris@153: name == "Normalize" ||
Chris@193: name == "Sampling Mode" ||
Chris@284: name == "Threshold" ||
Chris@193: name == "Gain") return tr("Scale");
Chris@193: if (name == "Plot Type" ||
Chris@538: name == "Bin Scale") return tr("Bins");
Chris@287: return SingleColourLayer::getPropertyGroupName(name);
Chris@153: }
Chris@153:
Chris@153: int
Chris@193: SliceLayer::getPropertyRangeAndValue(const PropertyName &name,
Chris@216: int *min, int *max, int *deflt) const
Chris@153: {
Chris@216: int val = 0;
Chris@153:
Chris@216: int garbage0, garbage1, garbage2;
Chris@153: if (!min) min = &garbage0;
Chris@153: if (!max) max = &garbage1;
Chris@248: if (!deflt) deflt = &garbage2;
Chris@153:
Chris@153: if (name == "Gain") {
Chris@153:
Chris@1266: *min = -50;
Chris@1266: *max = 50;
Chris@216: *deflt = 0;
Chris@153:
Chris@1238: // cerr << "gain is " << m_gain << ", mode is " << m_samplingMode << endl;
Chris@193:
Chris@1266: val = int(lrint(log10(m_gain) * 20.0));
Chris@1266: if (val < *min) val = *min;
Chris@1266: if (val > *max) val = *max;
Chris@153:
Chris@284: } else if (name == "Threshold") {
Chris@284:
Chris@1266: *min = -80;
Chris@1266: *max = 0;
Chris@284:
Chris@906: *deflt = int(lrint(AudioLevel::multiplier_to_dB(m_initialThreshold)));
Chris@1266: if (*deflt < *min) *deflt = *min;
Chris@1266: if (*deflt > *max) *deflt = *max;
Chris@284:
Chris@1266: val = int(lrint(AudioLevel::multiplier_to_dB(m_threshold)));
Chris@1266: if (val < *min) val = *min;
Chris@1266: if (val > *max) val = *max;
Chris@284:
Chris@153: } else if (name == "Normalize") {
Chris@1266:
Chris@1266: val = (m_normalize ? 1 : 0);
Chris@216: *deflt = 0;
Chris@153:
Chris@1281: } else if (name == "Colour" && usesSolidColour()) {
Chris@197:
Chris@287: *min = 0;
Chris@287: *max = ColourMapper::getColourMapCount() - 1;
Chris@1281: *deflt = int(ColourMapper::Ice);
Chris@287:
Chris@287: val = m_colourMap;
Chris@153:
Chris@153: } else if (name == "Scale") {
Chris@153:
Chris@1266: *min = 0;
Chris@1266: *max = 3;
Chris@216: *deflt = (int)dBScale;
Chris@153:
Chris@1266: val = (int)m_energyScale;
Chris@153:
Chris@193: } else if (name == "Sampling Mode") {
Chris@153:
Chris@1266: *min = 0;
Chris@1266: *max = 2;
Chris@216: *deflt = (int)SampleMean;
Chris@193:
Chris@1266: val = (int)m_samplingMode;
Chris@153:
Chris@193: } else if (name == "Plot Type") {
Chris@193:
Chris@193: *min = 0;
Chris@197: *max = 3;
Chris@216: *deflt = (int)PlotSteps;
Chris@193:
Chris@216: val = (int)m_plotStyle;
Chris@193:
Chris@193: } else if (name == "Bin Scale") {
Chris@193:
Chris@193: *min = 0;
Chris@198: *max = 2;
Chris@216: *deflt = (int)LinearBins;
Chris@198: // *max = 1; // I don't think we really do want to offer inverted log
Chris@193:
Chris@216: val = (int)m_binScale;
Chris@193:
Chris@153: } else {
Chris@1266: val = SingleColourLayer::getPropertyRangeAndValue(name, min, max, deflt);
Chris@153: }
Chris@153:
Chris@216: return val;
Chris@153: }
Chris@153:
Chris@153: QString
Chris@193: SliceLayer::getPropertyValueLabel(const PropertyName &name,
Chris@1281: int value) const
Chris@153: {
Chris@1281: if (name == "Colour" && usesSolidColour()) {
Chris@1362: return ColourMapper::getColourMapLabel(value);
Chris@153: }
Chris@153: if (name == "Scale") {
Chris@1266: switch (value) {
Chris@1266: default:
Chris@1266: case 0: return tr("Linear");
Chris@1266: case 1: return tr("Meter");
Chris@1266: case 2: return tr("Log");
Chris@1266: case 3: return tr("Absolute");
Chris@1266: }
Chris@153: }
Chris@193: if (name == "Sampling Mode") {
Chris@1266: switch (value) {
Chris@1266: default:
Chris@1266: case 0: return tr("Any");
Chris@1266: case 1: return tr("Mean");
Chris@1266: case 2: return tr("Peak");
Chris@1266: }
Chris@193: }
Chris@193: if (name == "Plot Type") {
Chris@1266: switch (value) {
Chris@1266: default:
Chris@1266: case 0: return tr("Lines");
Chris@1266: case 1: return tr("Steps");
Chris@1266: case 2: return tr("Blocks");
Chris@1266: case 3: return tr("Colours");
Chris@1266: }
Chris@193: }
Chris@193: if (name == "Bin Scale") {
Chris@1266: switch (value) {
Chris@1266: default:
Chris@1266: case 0: return tr("Linear");
Chris@1266: case 1: return tr("Log");
Chris@1266: case 2: return tr("Rev Log");
Chris@1266: }
Chris@153: }
Chris@287: return SingleColourLayer::getPropertyValueLabel(name, value);
Chris@153: }
Chris@153:
Chris@167: RangeMapper *
Chris@193: SliceLayer::getNewPropertyRangeMapper(const PropertyName &name) const
Chris@167: {
Chris@167: if (name == "Gain") {
Chris@167: return new LinearRangeMapper(-50, 50, -25, 25, tr("dB"));
Chris@167: }
Chris@284: if (name == "Threshold") {
Chris@284: return new LinearRangeMapper(-80, 0, -80, 0, tr("dB"));
Chris@284: }
Chris@287: return SingleColourLayer::getNewPropertyRangeMapper(name);
Chris@167: }
Chris@167:
Chris@133: void
Chris@193: SliceLayer::setProperty(const PropertyName &name, int value)
Chris@133: {
Chris@153: if (name == "Gain") {
Chris@1266: setGain(powf(10, float(value)/20.0f));
Chris@284: } else if (name == "Threshold") {
Chris@1266: if (value == -80) setThreshold(0.0f);
Chris@1266: else setThreshold(float(AudioLevel::dB_to_multiplier(value)));
Chris@1281: } else if (name == "Colour" && usesSolidColour()) {
Chris@287: setFillColourMap(value);
Chris@153: } else if (name == "Scale") {
Chris@1266: switch (value) {
Chris@1266: default:
Chris@1266: case 0: setEnergyScale(LinearScale); break;
Chris@1266: case 1: setEnergyScale(MeterScale); break;
Chris@1266: case 2: setEnergyScale(dBScale); break;
Chris@1266: case 3: setEnergyScale(AbsoluteScale); break;
Chris@1266: }
Chris@193: } else if (name == "Plot Type") {
Chris@1266: setPlotStyle(PlotStyle(value));
Chris@193: } else if (name == "Sampling Mode") {
Chris@1266: switch (value) {
Chris@1266: default:
Chris@1266: case 0: setSamplingMode(NearestSample); break;
Chris@1266: case 1: setSamplingMode(SampleMean); break;
Chris@1266: case 2: setSamplingMode(SamplePeak); break;
Chris@1266: }
Chris@193: } else if (name == "Bin Scale") {
Chris@1266: switch (value) {
Chris@1266: default:
Chris@1266: case 0: setBinScale(LinearBins); break;
Chris@1266: case 1: setBinScale(LogBins); break;
Chris@1266: case 2: setBinScale(InvertedLogBins); break;
Chris@1266: }
Chris@153: } else if (name == "Normalize") {
Chris@1266: setNormalize(value ? true : false);
Chris@287: } else {
Chris@287: SingleColourLayer::setProperty(name, value);
Chris@153: }
Chris@153: }
Chris@153:
Chris@153: void
Chris@197: SliceLayer::setFillColourMap(int map)
Chris@197: {
Chris@197: if (m_colourMap == map) return;
Chris@197: m_colourMap = map;
Chris@197: emit layerParametersChanged();
Chris@197: }
Chris@197:
Chris@197: void
Chris@193: SliceLayer::setEnergyScale(EnergyScale scale)
Chris@153: {
Chris@153: if (m_energyScale == scale) return;
Chris@153: m_energyScale = scale;
Chris@153: emit layerParametersChanged();
Chris@153: }
Chris@153:
Chris@153: void
Chris@193: SliceLayer::setSamplingMode(SamplingMode mode)
Chris@153: {
Chris@193: if (m_samplingMode == mode) return;
Chris@193: m_samplingMode = mode;
Chris@153: emit layerParametersChanged();
Chris@153: }
Chris@153:
Chris@153: void
Chris@193: SliceLayer::setPlotStyle(PlotStyle style)
Chris@153: {
Chris@193: if (m_plotStyle == style) return;
Chris@197: bool colourTypeChanged = (style == PlotFilledBlocks ||
Chris@197: m_plotStyle == PlotFilledBlocks);
Chris@193: m_plotStyle = style;
Chris@197: if (colourTypeChanged) {
Chris@197: emit layerParameterRangesChanged();
Chris@197: }
Chris@153: emit layerParametersChanged();
Chris@153: }
Chris@153:
Chris@153: void
Chris@193: SliceLayer::setBinScale(BinScale scale)
Chris@153: {
Chris@193: if (m_binScale == scale) return;
Chris@193: m_binScale = scale;
Chris@153: emit layerParametersChanged();
Chris@153: }
Chris@153:
Chris@153: void
Chris@193: SliceLayer::setNormalize(bool n)
Chris@153: {
Chris@153: if (m_normalize == n) return;
Chris@153: m_normalize = n;
Chris@153: emit layerParametersChanged();
Chris@153: }
Chris@153:
Chris@153: void
Chris@284: SliceLayer::setThreshold(float thresh)
Chris@284: {
Chris@284: if (m_threshold == thresh) return;
Chris@284: m_threshold = thresh;
Chris@284: emit layerParametersChanged();
Chris@284: }
Chris@284:
Chris@284: void
Chris@193: SliceLayer::setGain(float gain)
Chris@153: {
Chris@153: if (m_gain == gain) return;
Chris@153: m_gain = gain;
Chris@153: emit layerParametersChanged();
Chris@153: }
Chris@153:
Chris@284: float
Chris@284: SliceLayer::getThresholdDb() const
Chris@284: {
Chris@284: if (m_threshold == 0.0) return -80.f;
Chris@906: float db = float(AudioLevel::multiplier_to_dB(m_threshold));
Chris@284: return db;
Chris@284: }
Chris@284:
Chris@287: int
Chris@287: SliceLayer::getDefaultColourHint(bool darkbg, bool &impose)
Chris@287: {
Chris@287: impose = false;
Chris@287: return ColourDatabase::getInstance()->getColourIndex
Chris@287: (QString(darkbg ? "Bright Blue" : "Blue"));
Chris@287: }
Chris@287:
Chris@316: void
Chris@316: SliceLayer::toXml(QTextStream &stream,
Chris@316: QString indent, QString extraAttributes) const
Chris@153: {
Chris@153: QString s;
Chris@153:
Chris@1362: s += QString("energyScale=\"%1\" "
Chris@1362: "samplingMode=\"%2\" "
Chris@1362: "plotStyle=\"%3\" "
Chris@1362: "binScale=\"%4\" "
Chris@1362: "gain=\"%5\" "
Chris@1362: "threshold=\"%6\" "
Chris@1362: "normalize=\"%7\" %8 ")
Chris@1266: .arg(m_energyScale)
Chris@193: .arg(m_samplingMode)
Chris@598: .arg(m_plotStyle)
Chris@598: .arg(m_binScale)
Chris@153: .arg(m_gain)
Chris@598: .arg(m_threshold)
Chris@1238: .arg(m_normalize ? "true" : "false")
Chris@1238: .arg(QString("minbin=\"%1\" "
Chris@1238: "maxbin=\"%2\"")
Chris@1238: .arg(m_minbin)
Chris@1238: .arg(m_maxbin));
Chris@153:
Chris@1362: // New-style colour map attribute, by string id rather than by
Chris@1362: // number
Chris@1362:
Chris@1362: s += QString("fillColourMap=\"%1\" ")
Chris@1362: .arg(ColourMapper::getColourMapId(m_colourMap));
Chris@1362:
Chris@1362: // Old-style colour map attribute
Chris@1362:
Chris@1362: s += QString("colourScheme=\"%1\" ")
Chris@1362: .arg(ColourMapper::getBackwardCompatibilityColourMap(m_colourMap));
Chris@1362:
Chris@316: SingleColourLayer::toXml(stream, indent, extraAttributes + " " + s);
Chris@153: }
Chris@153:
Chris@153: void
Chris@193: SliceLayer::setProperties(const QXmlAttributes &attributes)
Chris@153: {
Chris@153: bool ok = false;
Chris@153:
Chris@287: SingleColourLayer::setProperties(attributes);
Chris@153:
Chris@153: EnergyScale scale = (EnergyScale)
Chris@1266: attributes.value("energyScale").toInt(&ok);
Chris@153: if (ok) setEnergyScale(scale);
Chris@153:
Chris@193: SamplingMode mode = (SamplingMode)
Chris@1266: attributes.value("samplingMode").toInt(&ok);
Chris@193: if (ok) setSamplingMode(mode);
Chris@153:
Chris@1362: QString colourMapId = attributes.value("fillColourMap");
Chris@1362: int colourMap = ColourMapper::getColourMapById(colourMapId);
Chris@1362: if (colourMap >= 0) {
Chris@1362: setFillColourMap(colourMap);
Chris@1362: } else {
Chris@1362: colourMap = attributes.value("colourScheme").toInt(&ok);
Chris@1362: if (ok && colourMap < ColourMapper::getColourMapCount()) {
Chris@1362: setFillColourMap(colourMap);
Chris@1362: }
Chris@1362: }
Chris@197:
Chris@598: PlotStyle s = (PlotStyle)
Chris@1266: attributes.value("plotStyle").toInt(&ok);
Chris@598: if (ok) setPlotStyle(s);
Chris@598:
Chris@598: BinScale b = (BinScale)
Chris@1266: attributes.value("binScale").toInt(&ok);
Chris@598: if (ok) setBinScale(b);
Chris@598:
Chris@153: float gain = attributes.value("gain").toFloat(&ok);
Chris@153: if (ok) setGain(gain);
Chris@153:
Chris@598: float threshold = attributes.value("threshold").toFloat(&ok);
Chris@598: if (ok) setThreshold(threshold);
Chris@598:
Chris@153: bool normalize = (attributes.value("normalize").trimmed() == "true");
Chris@153: setNormalize(normalize);
Chris@1238:
Chris@1238: bool alsoOk = false;
Chris@1238:
Chris@1238: float min = attributes.value("minbin").toFloat(&ok);
Chris@1238: float max = attributes.value("maxbin").toFloat(&alsoOk);
Chris@1238: if (ok && alsoOk) setDisplayExtents(min, max);
Chris@133: }
Chris@133:
Chris@133: bool
Chris@1238: SliceLayer::getValueExtents(double &min, double &max, bool &logarithmic,
Chris@1238: QString &unit) const
Chris@133: {
Chris@1238: if (!m_sliceableModel) return false;
Chris@1238:
Chris@1238: min = 0;
Chris@1238: max = double(m_sliceableModel->getHeight());
Chris@1238:
Chris@1238: logarithmic = (m_binScale == BinScale::LogBins);
Chris@1238: unit = "";
Chris@1238:
Chris@1238: return true;
Chris@133: }
Chris@133:
Chris@1238: bool
Chris@1238: SliceLayer::getDisplayExtents(double &min, double &max) const
Chris@1238: {
Chris@1238: if (!m_sliceableModel) return false;
Chris@1238:
Chris@1238: double hmax = double(m_sliceableModel->getHeight());
Chris@1238:
Chris@1238: min = m_minbin;
Chris@1238: max = m_maxbin;
Chris@1238: if (max <= min) {
Chris@1238: min = 0;
Chris@1238: max = hmax;
Chris@1238: }
Chris@1238: if (min < 0) min = 0;
Chris@1238: if (max > hmax) max = hmax;
Chris@1238:
Chris@1238: return true;
Chris@1238: }
Chris@1238:
Chris@1238: bool
Chris@1238: SliceLayer::setDisplayExtents(double min, double max)
Chris@1238: {
Chris@1238: if (!m_sliceableModel) return false;
Chris@1238:
Chris@1238: m_minbin = int(lrint(min));
Chris@1238: m_maxbin = int(lrint(max));
Chris@1238:
Chris@1238: emit layerParametersChanged();
Chris@1238: return true;
Chris@1238: }
Chris@1238:
Chris@1238: int
Chris@1238: SliceLayer::getVerticalZoomSteps(int &defaultStep) const
Chris@1238: {
Chris@1238: if (!m_sliceableModel) return 0;
Chris@1238:
Chris@1238: defaultStep = 0;
Chris@1238: int h = m_sliceableModel->getHeight();
Chris@1238: return h;
Chris@1238: }
Chris@1238:
Chris@1238: int
Chris@1238: SliceLayer::getCurrentVerticalZoomStep() const
Chris@1238: {
Chris@1238: if (!m_sliceableModel) return 0;
Chris@1238:
Chris@1238: double min, max;
Chris@1238: getDisplayExtents(min, max);
Chris@1238: return m_sliceableModel->getHeight() - int(lrint(max - min));
Chris@1238: }
Chris@1238:
Chris@1238: void
Chris@1238: SliceLayer::setVerticalZoomStep(int step)
Chris@1238: {
Chris@1238: if (!m_sliceableModel) return;
Chris@1238:
Chris@1238: // SVDEBUG << "SliceLayer::setVerticalZoomStep(" <<step <<"): before: minbin = " << m_minbin << ", maxbin = " << m_maxbin << endl;
Chris@1238:
Chris@1238: int dist = m_sliceableModel->getHeight() - step;
Chris@1238: if (dist < 1) dist = 1;
Chris@1238: double centre = m_minbin + (m_maxbin - m_minbin) / 2.0;
Chris@1238: m_minbin = int(lrint(centre - dist/2.0));
Chris@1238: if (m_minbin < 0) m_minbin = 0;
Chris@1238: m_maxbin = m_minbin + dist;
Chris@1238: if (m_maxbin > m_sliceableModel->getHeight()) m_maxbin = m_sliceableModel->getHeight();
Chris@1238:
Chris@1238: // SVDEBUG << "SliceLayer::setVerticalZoomStep(" <<step <<"): after: minbin = " << m_minbin << ", maxbin = " << m_maxbin << endl;
Chris@1238:
Chris@1238: emit layerParametersChanged();
Chris@1238: }
Chris@1238:
Chris@1238: RangeMapper *
Chris@1238: SliceLayer::getNewVerticalZoomRangeMapper() const
Chris@1238: {
Chris@1238: if (!m_sliceableModel) return 0;
Chris@1238:
Chris@1238: return new LinearRangeMapper(0, m_sliceableModel->getHeight(),
Chris@1238: 0, m_sliceableModel->getHeight(), "");
Chris@1238: }