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settingswindow.cpp
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settingswindow.cpp
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#include <cmath>
#include <QDesktopServices>
#include <QStandardPaths>
#include <QFileInfo>
#include <QFileDialog>
#include <QColorDialog>
#include <QProcess>
#include <QProcessEnvironment>
#include <QList>
#include "logger.h"
#include "platform/unify.h"
#include "settingswindow.h"
#include "ui_settingswindow.h"
#include "widgets/screencombo.h"
// No designated initializers until c++2a, so use factory method instead
struct FilterWindow {
//QString name;
double radius = 0.0;
bool resizable = false;
double params[2] = { 0.0, 0.0 };
double blur = 0.0;
double taper = 0.0;
//FilterWindow() {}
//FilterWindow(const QString &name) : name(name) {}
//inline FilterWindow &name_(const QString &v) { name = v; return *this; }
inline FilterWindow &radius_(double v) { radius = v; return *this; }
inline FilterWindow ¶ms_(double v0, double v1 = 0) { params[0] = v0; params[1] = v1; return *this; }
inline FilterWindow ¶m_(double v) { return params_(v,0.0); }
inline FilterWindow &blur_(double v) { blur = v; return *this; }
inline FilterWindow &taper_(double v) { taper = v; return *this; }
inline FilterWindow &resizable_() { resizable = true; return *this; }
};
static QMap<QString,FilterWindow> filterWindows {
{ "box", FilterWindow().radius_(1) },
{ "triangle", FilterWindow().radius_(1) },
{ "bartlett", FilterWindow().radius_(1) },
{ "hanning", FilterWindow().radius_(1) },
{ "tukey", FilterWindow().radius_(1).taper_(0.5) },
{ "hamming", FilterWindow().radius_(1) },
{ "quadric", FilterWindow().radius_(1.5) },
{ "welch", FilterWindow().radius_(1) },
{ "kaiser", FilterWindow().radius_(1).param_(6.33) },
{ "blackman", FilterWindow().radius_(1).param_(0.16) },
{ "gaussian", FilterWindow().radius_(2).param_(1.00) },
{ "sinc", FilterWindow().radius_(1) },
{ "jinc", FilterWindow().radius_(1.2196698912665045) },
{ "sphinx", FilterWindow().radius_(1.4302966531242027) },
};
struct FilterKernel : public FilterWindow {
QString windowName;
FilterWindow window;
double antiring = 0.0;
double clamp = 1.0;
double cutoff = 0.0;
//FilterKernel() {}
//FilterKernel(const QString &name) : FilterWindow(name) {}
//inline FilterKernel &name_(const QString &v) { name = v; return *this; }
inline FilterKernel &radius_(double v) { radius = v; return *this; }
inline FilterKernel ¶m1_(double v) { params[0] = v; return *this; }
inline FilterKernel ¶m2_(double v) { params[1] = v; return *this; }
inline FilterKernel ¶ms_(double v0, double v1 = 0) { params[0] = v0; params[1] = v1; return *this; }
inline FilterKernel ¶m_(double v) { return params_(v,0.0); }
inline FilterKernel &antiring_(double v) { antiring = v; return *this; }
inline FilterKernel &blur_(double v) { blur = v; return *this; }
inline FilterKernel &taper_(double v) { taper = v; return *this; }
inline FilterKernel &resizable_() { resizable = true; return *this; }
inline FilterKernel &window_(const QString &wname) { windowName = wname; window = filterWindows.value(wname); return *this; }
inline FilterKernel &clamp_(double v) { clamp = v; return *this; }
inline FilterKernel &cutoff_(double v) { cutoff = v; return *this; }
};
static QMap<QString,FilterKernel> filterKernels {
{ "bilinear", FilterKernel() },
{ "bicubic_fast", FilterKernel() },
{ "oversample", FilterKernel() },
{ "linear", FilterKernel() },
{ "spline16", FilterKernel().radius_(2) },
{ "spline36", FilterKernel().radius_(3) },
{ "spline64", FilterKernel().radius_(4) },
{ "sinc", FilterKernel().radius_(2).resizable_() },
{ "lanczos", FilterKernel().radius_(3).resizable_().window_("jinc") },
{ "ginseng", FilterKernel().radius_(3).resizable_().window_("hanning") },
{ "jinc", FilterKernel().radius_(3).resizable_()},
{ "ewa_lanczos", FilterKernel().radius_(3).resizable_().window_("jinc") },
{ "ewa_hanning", FilterKernel().radius_(3).resizable_().window_("hanning") },
{ "ewa_ginseng", FilterKernel().radius_(3).resizable_().window_("sinc") },
{ "ewa_lanczossharp", FilterKernel().radius_(3.2383154841662362).resizable_().window_("jinc").blur_(0.9812505644269356) },
{ "ewa_lanczossoft", FilterKernel().radius_(3.2383154841662362).resizable_().window_("jinc").blur_(1.015) },
{ "haasnsoft", FilterKernel().radius_(3.2383154841662362).resizable_().window_("hanning").blur_(1.11) },
{ "bicubic", FilterKernel().radius_(2).resizable_() },
{ "bcspline", FilterKernel().radius_(2).resizable_().params_(0.5, 0.5) },
{ "catmull_rom", FilterKernel().radius_(2).resizable_().params_(0.0, 0.5) },
{ "mitchell", FilterKernel().radius_(2).resizable_().params_(1.0/3.0, 1.0/3.0) },
{ "robidoux", FilterKernel().radius_(2).resizable_().params_(12 / (19 + 9 * M_SQRT2),
113 / (58 + 216 * M_SQRT2)) },
{ "robidouxsharp", FilterKernel().radius_(2).resizable_().params_(6 / (13 + 7 * M_SQRT2),
7 / (2 + 12 * M_SQRT2)) },
{ "ewa_robidoux", FilterKernel().radius_(2).resizable_().params_(12 / (19 + 9 * M_SQRT2),
113 / (58 + 216 * M_SQRT2)) },
{ "ewa_robidouxsharp", FilterKernel().radius_(2).resizable_().params_(6 / (13 + 7 * M_SQRT2),
7 / (2 + 12 * M_SQRT2)) },
{ "box", FilterKernel().radius_(1).resizable_() },
{ "nearest", FilterKernel().radius_(0.5) },
{ "triangle", FilterKernel().radius_(1).resizable_() },
{ "gaussian", FilterKernel().radius_(2).resizable_().params_(1.0, 0.0) },
};
#define SCALER_SCALERS \
"bilinear", "bicubic_fast", "oversample", "spline16", "spline36",\
"spline64", "sinc", "lanczos", "ginseng", "jinc", "ewa_lanczos",\
"ewa_hanning", "ewa_ginseng", "ewa_lanczossharp", "ewa_lanczossoft",\
"haasnsoft", "bicubic", "bcspline", "catmull_rom", "mitchell",\
"robidoux", "robidouxsharp", "ewa_robidoux", "ewa_robidouxsharp",\
"box", "nearest", "triangle", "gaussian"
#define SCALER_WINDOWS \
"box", "triangle", "bartlett", "hanning", "hamming", "quadric", "welch",\
"kaiser", "blackman", "gaussian", "sinc", "jinc", "sphinx"
#define TIME_SCALERS \
"oversample", "linear", "spline16", "spline36", "spline64", "sinc", \
"lanczos", "ginseng", "bicubic", "bcspline", "catmull_rom", "mitchell", \
"robidoux", "robidouxsharp", "box", "nearest", "triangle", "gaussian"
QHash<QString, QStringList> SettingMap::indexedValueToText = {
{"interfaceIconsInbuilt", { ":/images/theme/black/", \
":/images/theme/white/" }},
{"videoFramebuffer", {"rgb8-rgba8", "rgb10-rgb10_a2", "rgba12-rgba12",\
"rgb16-rgba16", "rgb16f-rgba16f",\
"rgb32f-rgba32f"}},
{"videoAlphaMode", {"blend", "yes", "no"}},
{"ditherType", {"fruit", "ordered", "no"}},
{"scaleScaler", {SCALER_SCALERS}},
{"scaleWindowValue", {SCALER_WINDOWS}},
{"dscaleScaler", {"unset", SCALER_SCALERS}},
{"dscaleWindowValue", {SCALER_WINDOWS}},
{"cscaleScaler", {SCALER_SCALERS}},
{"cscaleWindowValue", {SCALER_WINDOWS}},
{"tscaleScaler", {TIME_SCALERS}},
{"tscaleWindowValue", {SCALER_WINDOWS}},
{"ccGamutMapping", {"auto", "clip", "perceptual", "relative", "saturation",\
"absolute", "desaturate", "darken", "warn", "linear"}},
{"ccTargetGamut", {"auto", "bt.601-525", "bt.601-625", "bt.709",\
"bt.2020", "bt.470m", "apple", "adobe", "prophoto",\
"cie1931", "dci-p3", "v-gamut", "s-gamut", "ebu3213",\
"film-c", "aces-ap0", "aces-ap1"}},
{"ccTargetPrim", {"auto", "bt.601-525", "bt.601-625", "bt.709",\
"bt.2020", "bt.470m", "apple", "adobe", "prophoto",\
"cie1931", "dci-p3", "v-gamut", "s-gamut", "ebu3213",\
"film-c", "aces-ap0", "aces-ap1"}},
{"ccTargetTrc_v2", {"auto", "bt.1886", "srgb", "linear", "gamma1.8",\
"gamma2.0", "gamma2.2", "gamma2.4", "gamma2.6",\
"gamma2.8", "prophoto", "pq", "hlg", "v-log",\
"s-log1", "s-log2", "st428"}},
{"ccHdrMapper", {"clip", "mobius", "reinhard", "hable", "gamma", \
"linear"}},
{"ccHdrCompute", {"auto", "yes", "no"}},
{"audioChannels", {"auto-safe", "auto", "stereo"}},
{"audioRenderer", {"pulse", "alsa", "oss", "null"}},
{"audioAutoloadMatch", { "exact", "fuzzy", "all" }},
{"framedroppingMode", {"no", "vo", "decoder", "decoder+vo"}},
{"framedroppingDecoderMode", {"none", "default", "nonref", "bidir",\
"nonkey", "all"}},
{"syncMode", {"audio", "display-resample", "display-resample-vdrop",\
"display-resample-desync", "display-adrop",\
"display-vdrop"}},
{"subtitlePlacementX", {"left", "center", "right"}},
{"subtitlePlacementY", {"top", "center", "bottom"}},
{"subtitlesAssOverride", {"no", "yes", "force", "signfs"}},
{"subtitleAlignment", { "top-center", "top-right", "center-right",\
"bottom-right", "bottom-center", "bottom-left",\
"center-left", "top-left", "center-center" }},
{"subtitlesAutoloadMatch", { "exact", "fuzzy", "all" }},
{"screenshotFormat", {"jpg", "png"}},
{"debugMpv", { "no", "fatal", "error", "warn", "info", "v", "debug",\
"trace"}}
};
QMap<QString, const char *> Setting::classToProperty = {
{ "QCheckBox", "checked" },
{ "QRadioButton", "checked" },
{ "QLineEdit", "text" },
{ "QPlainTextEdit", "plainText" },
{ "QSpinBox", "value" },
{ "QDoubleSpinBox", "value" },
{ "QComboBox", "currentIndex" },
{ "QFontComboBox", "currentText" },
{ "QScrollBar", "value" },
{ "QSlider", "value" },
{ "PaletteEditor", "value" },
{ "ScreenCombo", "currentScreenName" }
};
QMap<QString, std::function<QVariant(QObject *)>> Setting::classFetcher([]() {
QMap<QString, std::function<QVariant(QObject*)>> fetchers;
for (auto it = classToProperty.begin(); it != classToProperty.end(); it++) {
const char *property = it.value();
fetchers.insert(it.key(), [property](QObject *w) {
return w->property(property);
});
}
fetchers.insert("QListWidget", [](QObject *w) {
QListWidget* lw = static_cast<QListWidget*>(w);
if (!lw)
return QVariant();
int count = lw->count();
QStringList items;
for (int i = 0; i < count; i++)
items.append(lw->item(i)->text());
return QVariant(items);
});
return fetchers;
}());
QMap<QString, std::function<void (QObject *, const QVariant &)> > Setting::classSetter([]() {
QMap<QString, std::function<void(QObject*, const QVariant &)>> setters;
for (auto it = classToProperty.begin(); it != classToProperty.end(); it++) {
const char *property = it.value();
setters.insert(it.key(), [property](QObject *w, const QVariant &v) {
w->setProperty(property, v);
});
}
setters.insert("QListWidget", [](QObject *w, const QVariant &v) {
QListWidget* l = static_cast<QListWidget*>(w);
QStringList list = v.toStringList();
if (!l)
return;
l->clear();
for (auto &listItem : list)
l->addItem(listItem);
});
return setters;
}());
static QStringList internalLogos = {
":/not-a-real-resource.png",
":/images/logo/film-color.svg",
":/images/logo/film-gray.svg",
":/images/logo/triangle-circle.svg",
":/images/logo/mpv-vlc.svg"
};
Setting &Setting::operator =(const Setting &s)
{
name = s.name;
widget = s.widget;
value = s.value;
return *this;
}
void Setting::sendToControl()
{
if (!widget) {
Logger::log("settings", "attempted to send data to null widget!");
return;
}
classSetter[widget->metaObject()->className()](widget, value);
}
void Setting::fetchFromControl()
{
if (!widget) {
Logger::log("settings", "attempted to get data from null widget!");
return;
}
value = classFetcher[widget->metaObject()->className()](widget);
}
QVariantMap SettingMap::toVMap()
{
QVariantMap m;
foreach (Setting s, *this)
m.insert(s.name, s.value);
return m;
}
void SettingMap::fromVMap(const QVariantMap &m)
{
// read settings from variant, but only try to insert if they are already
// there. (don't accept nonsense.) To use this function properly, it is
// necessary to call SettingsWindow::generateSettingsMap first.
QMapIterator<QString, QVariant> i(m);
while (i.hasNext()) {
i.next();
if (!this->contains(i.key()))
continue;
Setting s = this->value(i.key());
this->insert(s.name, {s.name, s.widget, i.value()});
}
}
SettingsWindow::SettingsWindow(QWidget *parent) :
QWidget(parent),
ui(new Ui::SettingsWindow)
{
Logger::log("settings", "creating ui");
ui->setupUi(this);
Logger::log("settings", "finished creating ui");
actionEditor = new ActionEditor(this);
ui->keysHost->addWidget(actionEditor);
connect(actionEditor, &ActionEditor::mouseWindowedMap,
this, &SettingsWindow::mouseWindowedMap);
connect(actionEditor, &ActionEditor::mouseFullscreenMap,
this, &SettingsWindow::mouseFullscreenMap);
actionEditor->horizontalHeader()->setSectionResizeMode(QHeaderView::ResizeToContents);
actionEditor->verticalHeader()->setSectionResizeMode(QHeaderView::ResizeToContents);
Logger::log("settings", "creating logo widget");
logoWidget = new LogoWidget(this);
ui->logoImageHost->layout()->addWidget(logoWidget);
Logger::log("settings", "setting up platform widgets");
setupPlatformWidgets();
Logger::log("settings", "setting up palette editor");
setupPaletteEditor();
Logger::log("settings", "setting up fullscreen combo");
setupFullscreenCombo();
Logger::log("settings", "generating settings map");
defaultSettings = generateSettingMap(this);
acceptedSettings = defaultSettings;
generateVideoPresets();
Logger::log("settings", "finished generating settings");
ui->pageStack->setCurrentIndex(0);
ui->videoTabs->setCurrentIndex(0);
ui->scalingTabs->setCurrentIndex(0);
ui->audioTabs->setCurrentIndex(0);
ui->hwdecTabs->setCurrentIndex(0);
ui->screenshotDirectoryValue->setPlaceholderText(
QStandardPaths::writableLocation(
QStandardPaths::PicturesLocation) + "/mpc_shots");
ui->encodeDirectoryValue->setPlaceholderText(
QStandardPaths::writableLocation(
QStandardPaths::PicturesLocation) + "/mpc_encodes");
ui->logFilePathValue->setPlaceholderText(
QStandardPaths::writableLocation(
QStandardPaths::DocumentsLocation) + "/mpc-qt-log.txt");
setupPageTree();
setupColorPickers();
setupSelfSignals();
setupUnimplementedWidgets();
}
SettingsWindow::~SettingsWindow()
{
delete ui;
}
void SettingsWindow::disableWindowManagment()
{
// Wayland breaks applications
ui->playerLimitProportions->setDisabled(true);
ui->playerRememberWindowGeometry->setDisabled(true);
ui->playbackAutoCenterWindow->setDisabled(true);
}
void SettingsWindow::setupPageTree()
{
// Expand every item on pageTree
QList<QTreeWidgetItem*> stack;
stack.append(ui->pageTree->invisibleRootItem());
while (!stack.isEmpty()) {
QTreeWidgetItem* item = stack.takeFirst();
item->setExpanded(true);
for (int i = 0; i < item->childCount(); ++i)
stack.push_front(item->child(i));
}
// Set pageTree pane to be fixed size in resizes
ui->splitter->setStretchFactor(0,0);
ui->splitter->setStretchFactor(1,1);
// Calculate sane default for pageTree width
ui->pageTree->header()->setStretchLastSection(false);
ui->pageTree->header()->setSectionResizeMode(QHeaderView::ResizeToContents);
int pageTreeWidth = ui->pageTree->columnWidth(0);
ui->pageTree->setMinimumWidth(pageTreeWidth * 11 / 10);
ui->pageTree->header()->setStretchLastSection(true);
ui->splitter->setSizes({pageTreeWidth + 10, width() - pageTreeWidth});
}
void SettingsWindow::setupPlatformWidgets()
{
// Detect a tiling desktop, and disable autozoom for the default.
// Note that this only changes the default; if autozoom is already enabled
// in the user's config, the application may still try to use an
// autozooming in a tiling context. And, in fact, it may still do so if
// autozoom is enabled after-the-fact.
if (Platform::tilingDesktopActive()) {
ui->playbackAutoZoom->setChecked(false);
}
if (!Platform::tiledDesktopsExist()) {
ui->playbackAutozoomWarn->setVisible(false);
}
if (Platform::isUnix) {
ui->interfaceIconsTheme->setCurrentIndex(2);
}
ui->ipcMpris->setVisible(Platform::isUnix);
ui->hwdecBackendVaapi->setEnabled(Platform::isUnix);
ui->hwdecBackendVdpau->setEnabled(Platform::isUnix);
ui->hwdecBackendDxva2->setEnabled(Platform::isWindows);
ui->hwdecBackendD3d11va->setEnabled(Platform::isWindows);
ui->hwdecBackendRaspberryPi->setEnabled(Platform::isUnix);
}
void SettingsWindow::setupPaletteEditor()
{
paletteEditor = new PaletteEditor(this);
paletteEditor->setObjectName("interfaceWidgetCustomPalette");
ui->interfaceWidgetCustomHost->layout()->addWidget(paletteEditor);
}
void SettingsWindow::setupColorPickers()
{
struct ValuePick { QLineEdit *value; QPushButton *pick; };
QVector<ValuePick> colors {
{ ui->subsColorValue, ui->subsColorPick },
{ ui->subsBorderColorValue, ui->subsBorderColorPick },
{ ui->subsShadowColorValue, ui->subsShadowColorPick },
{ ui->subsBackcolorValue, ui->subsBackcolorpick }
};
for (const ValuePick c : colors) {
connect(c.pick, &QPushButton::clicked,
this, [this,c]() { colorPick_clicked(c.value); });
connect(c.value, &QLineEdit::textChanged,
this, [this,c]() { colorPick_changed(c.value, c.pick); });
}
}
void SettingsWindow::setupFullscreenCombo()
{
screenCombo = new ScreenCombo(this);
screenCombo->setObjectName("fullscreenMonitor");
ui->fullscreenMonitorLayout->addWidget(screenCombo);
}
void SettingsWindow::setupSelfSignals()
{
connect(this, &SettingsWindow::volumeMax,
this, &SettingsWindow::self_volumeMax);
}
void SettingsWindow::setupUnimplementedWidgets()
{
// Please update the values in setFreestanding
// when updating this list.
ui->playerOSD->setVisible(false);
ui->playerLimitProportions->setVisible(false);
ui->playerDisableOpenDisc->setVisible(false);
ui->playerTitleBox->setVisible(false);
ui->playerKeepHistory->setVisible(false);
ui->playerRememberLastPlaylist->setVisible(false);
ui->playerRememberPanScanZoom->setVisible(false);
ui->formatPage->setEnabled(false);
ui->playbackBalanceLabel->setVisible(false);
ui->playbackBalance->setVisible(false);
ui->shadersWikiTab->setVisible(false);
ui->shadersPresetsBox->setVisible(false);
ui->subtitlePlacementBox->setVisible(false);
ui->subtitlesFixTiming->setVisible(false);
ui->subtitlesClearOnSeek->setVisible(false);
ui->subtitlesAssOverride->setVisible(false);
ui->subtitlesAssOverrideLabel->setVisible(false);
ui->subtitlesDatabaseBox->setVisible(false);
ui->encodeTab->setEnabled(false);
ui->tweaksShowChapterMarks->setVisible(false);
ui->tweaksPreferWayland->setVisible(Platform::isUnix);
// Remove the trailing : (looks odd with the rest of the tooltip options hidden)
ui->tweaksTimeTooltip->setText(ui->tweaksTimeTooltip->text().replace(":",""));
ui->tweaksTimeTooltipLocation->setVisible(false);
ui->tweaksOsdFont->setVisible(false);
ui->tweaksOsdFontLabel->setVisible(false);
ui->tweaksOsdSize->setVisible(false);
ui->miscColorBox->setVisible(false);
ui->miscExportKeys->setVisible(false);
ui->miscExportSettings->setVisible(false);
}
void SettingsWindow::updateAcceptedSettings() {
acceptedSettings = generateSettingMap(this);
acceptedKeyMap = actionEditor->toVMap();
}
SettingMap SettingsWindow::generateSettingMap(QWidget *root)
{
SettingMap settingMap;
// The idea here is to discover all the widgets in the ui and only inspect
// the widgets which we desire to know about.
QObjectList toParse;
toParse.append(root);
while (!toParse.empty()) {
QObject *item = toParse.takeFirst();
if (Setting::classFetcher.contains(item->metaObject()->className())
&& !item->objectName().isEmpty()
&& item->objectName() != "qt_spinbox_lineedit") {
QString name = item->objectName();
QString className = item->metaObject()->className();
QVariant value = Setting::classFetcher[className](item);
settingMap.insert(name, {name, qobject_cast<QWidget*>(item), value});
continue;
}
QObjectList children = item->children();
foreach(QObject *child, children) {
if (child->inherits("QWidget") || child->inherits("QLayout"))
toParse.append(child);
}
}
return settingMap;
}
void SettingsWindow::generateVideoPresets()
{
SettingMap videoWidgets;
videoWidgets.insert(generateSettingMap(ui->generalTab));
videoWidgets.insert(generateSettingMap(ui->ditherTab));
videoWidgets.insert(generateSettingMap(ui->scalingTab));
videoWidgets.insert(generateSettingMap(ui->debandTab));
videoWidgets.insert(generateSettingMap(ui->syncMode));
videoWidgets.remove(ui->videoPreset->objectName());
auto setWidget = [&videoWidgets](QWidget *x, auto y) {
videoWidgets[x->objectName()].value = QVariant(y);
};
// plain
// nothing to see here, use the defaults
videoPresets.append(videoWidgets);
// low
setWidget(ui->syncMode, 1); //video-sync=display-resample
setWidget(ui->scalingTemporalInterpolation, true); //interpolation
videoPresets.append(videoWidgets);
// medium
setWidget(ui->videoFramebuffer, 3); // fbo=rgb16
setWidget(ui->scaleScaler, 18); //scale=catmull_rom
setWidget(ui->dscaleScaler, 20); //dscale=mitchell
videoPresets.append(videoWidgets);
// high
setWidget(ui->scaleScaler, 4); // scale=spine36
setWidget(ui->scalingCorrectDownscaling, true); //correct-downscaling
setWidget(ui->scalingSigmoidizedUpscaling, true); //sigmoidized-upscaling
setWidget(ui->scalingInLinearLight, true); // linear-scaling
setWidget(ui->ditherDithering, true); // dither=fruit (i.e. yes)
videoPresets.append(videoWidgets);
// highest
setWidget(ui->videoUseAlpha, true);
setWidget(ui->scaleScaler, 13); // scale=ewa_lanczossharp
setWidget(ui->dscaleScaler, 15); // dscale=ewa_lanczossoft
setWidget(ui->cscaleScaler, 13); // cscale=ewa_lanczossharp
setWidget(ui->debandEnabled, true); //deband=yes
videoPresets.append(videoWidgets);
// placebo
setWidget(ui->videoFramebuffer, 5); //fbo=rgba32f
setWidget(ui->ditherTemporal, true); //temporal-dither=yes
setWidget(ui->scalingBlendSubtitles, true); //blend-subtitles
setWidget(ui->tscaleScaler, 11); // tscale=mitchell
videoPresets.append(videoWidgets);
}
void SettingsWindow::updateLogoWidget()
{
logoWidget->setLogo(selectedLogo());
}
QString SettingsWindow::selectedLogo()
{
return ui->logoExternal->isChecked()
? ui->logoExternalLocation->text()
: internalLogos.value(ui->logoInternal->currentIndex());
}
QString SettingsWindow::channelSwitcher()
{
//FIXME: stub
return "2.0";
}
void SettingsWindow::takeActions(const QList<QAction *> actions)
{
QList<Command> commandList;
for (QAction *a : actions) {
Command c;
c.fromAction(a);
commandList.append(c);
}
actionEditor->setCommands(commandList);
defaultKeyMap = actionEditor->toVMap();
}
void SettingsWindow::takeSettings(QVariantMap payload)
{
acceptedSettings.fromVMap(payload);
for (Setting &s : acceptedSettings) {
s.sendToControl();
}
updateLogoWidget();
}
void SettingsWindow::takeKeyMap(const QVariantMap &payload)
{
actionEditor->fromVMap(payload);
actionEditor->updateActions();
acceptedKeyMap = actionEditor->toVMap();
}
void SettingsWindow::setMouseMapDefaults(const QVariantMap &payload)
{
actionEditor->fromVMap(payload);
defaultKeyMap = actionEditor->toVMap();
}
void SettingsWindow::setAudioDevices(const QList<AudioDevice> &devices)
{
audioDevices = devices;
ui->audioDevice->clear();
for (const AudioDevice &device : qAsConst(audioDevices))
ui->audioDevice->addItem(device.displayString());
}
// The reason why we're using #define's like this instead of quoted-string
// inspection is because this way guarantees that the app will not break from
// the names here and the names in the ui file not matching up.
#define WIDGET_LOOKUP(widget) \
acceptedSettings[widget->objectName()].value
#define WIDGET_LOOKUP_PREFIX(prefix, widget) \
acceptedSettings[prefix + widget->objectName()].value
#define OFFSET_LOOKUP(source, widget) \
source[widget->objectName()].value.toInt()
#define WIDGET_TO_TEXT(widget) \
SettingMap::indexedValueToText[widget->objectName()].value(OFFSET_LOOKUP(acceptedSettings,widget), \
SettingMap::indexedValueToText[widget->objectName()].value(OFFSET_LOOKUP(defaultSettings,widget)))
#define WIDGET_PLACEHOLD_LOOKUP(widget) \
(WIDGET_LOOKUP(widget).toString().isEmpty() ? widget->placeholderText() : WIDGET_LOOKUP(widget).toString())
#define WIDGET_LOOKUP2(option, widget, dflt) \
(WIDGET_LOOKUP(option).toBool() ? WIDGET_LOOKUP(widget) : QVariant(dflt))
#define WIDGET_LOOKUP2_TEXT(option, widget, dflt) \
(WIDGET_LOOKUP(option).toBool() ? WIDGET_TO_TEXT(widget) : QVariant(dflt))
void SettingsWindow::sendSignals()
{
auto widgetToPrefixHelper = [this](QString wprefix, QString wsuffix)
{
auto offsetLookup = [](const SettingMap &source, QString objectName) {
return source[objectName].value.toInt();
};
QString objectName = wprefix + wsuffix;
return SettingMap::indexedValueToText[objectName].value(offsetLookup(acceptedSettings,objectName),
SettingMap::indexedValueToText[objectName].value(offsetLookup(defaultSettings,objectName)));
};
#define WIDGET_TO_TEXT_PREFIX(wp,w) widgetToPrefixHelper(wp,w->objectName())
// This function is usually ordered by the order they appear in the ui.
// However some times this is not the case: logging for example should
// be turned on early.
emit logFilePath(WIDGET_LOOKUP(ui->logFileCreate).toBool()
? WIDGET_PLACEHOLD_LOOKUP(ui->logFilePathValue)
: QString());
emit loggingEnabled(WIDGET_LOOKUP(ui->loggingEnabled).toBool());
emit clientDebuggingMessages(WIDGET_LOOKUP(ui->debugClient).toBool());
emit mpvLogLevel(WIDGET_TO_TEXT(ui->debugMpv));
emit logDelay(WIDGET_LOOKUP(ui->logUpdateDelayed).toBool() ?
WIDGET_LOOKUP(ui->logUpdateInterval).toInt() : -1);
emit logHistory(WIDGET_LOOKUP(ui->logHistoryTrim).toBool() ?
WIDGET_LOOKUP(ui->logHistoryLines).toInt() : 0);
emit trayIcon(WIDGET_LOOKUP(ui->playerTrayIcon).toBool());
emit showOsd(WIDGET_LOOKUP(ui->playerOSD).toBool());
emit limitProportions(WIDGET_LOOKUP(ui->playerLimitProportions).toBool());
emit disableOpenDiscMenu(WIDGET_LOOKUP(ui->playerDisableOpenDisc).toBool());
emit inhibitScreensaver(WIDGET_LOOKUP(ui->playerDisableScreensaver).toBool());
emit titleBarFormat(WIDGET_LOOKUP(ui->playerTitleDisplayFullPath).toBool() ? Helpers::PrefixFullPath
: WIDGET_LOOKUP(ui->playerTitleFileNameOnly).toBool() ? Helpers::PrefixFileName : Helpers::NoPrefix);
emit titleUseMediaTitle(WIDGET_LOOKUP(ui->playerTitleReplaceName).toBool());
emit rememberHistory(WIDGET_LOOKUP(ui->playerKeepHistory).toBool());
emit rememberSelectedPlaylist(WIDGET_LOOKUP(ui->playerRememberLastPlaylist).toBool());
emit rememberWindowGeometry(WIDGET_LOOKUP(ui->playerRememberWindowGeometry).toBool());
emit rememberPanNScan(WIDGET_LOOKUP(ui->playerRememberPanScanZoom).toBool());
emit mprisIpc(WIDGET_LOOKUP(ui->ipcMpris).toBool());
emit logoSource(selectedLogo());
emit iconTheme(static_cast<IconThemer::FolderMode>(WIDGET_LOOKUP(ui->interfaceIconsTheme).toInt()),
WIDGET_TO_TEXT(ui->interfaceIconsInbuilt),
WIDGET_LOOKUP(ui->interfaceIconsCustomFolder).toString());
emit highContrastWidgets(WIDGET_LOOKUP(ui->interfaceWidgetHighContast).toBool());
emit applicationPalette(WIDGET_LOOKUP(ui->interfaceWidgetCustom).toBool()
? paletteEditor->variantToPalette(WIDGET_LOOKUP(paletteEditor))
: paletteEditor->systemPalette());
emit videoColor(QString("#%1").arg(WIDGET_LOOKUP(ui->windowVideoValue).toString()));
emit infoStatsColors(QString("#%1").arg(WIDGET_LOOKUP(ui->windowInfoForegroundValue).toString()),
QString("#%1").arg(WIDGET_LOOKUP(ui->windowInfoBackgroundValue).toString()));
emit stylesheetIsFusion(WIDGET_LOOKUP(ui->stylesheetFusion).toBool());
emit stylesheetText(WIDGET_LOOKUP(ui->stylesheetText).toString());
emit webserverListening(WIDGET_LOOKUP(ui->webEnableServer).toBool());
emit webserverPort(WIDGET_LOOKUP(ui->webPort).toInt());
emit webserverLocalhost(WIDGET_LOOKUP(ui->webLocalhost_v2).toBool());
emit webserverServePages(WIDGET_LOOKUP(ui->webServePages).toBool());
emit webserverRoot(WIDGET_PLACEHOLD_LOOKUP(ui->webRoot));
emit webserverDefaultPage(WIDGET_PLACEHOLD_LOOKUP(ui->webDefaultPage));
int vol = WIDGET_LOOKUP(ui->playbackVolume).toInt();
int volmax = WIDGET_LOOKUP(ui->tweaksVolumeLimit).toBool() ? 100 : 130;
emit volumeMax(volmax);
emit volume(std::min(vol, volmax));
emit volumeStep(WIDGET_LOOKUP(ui->playbackVolumeStep).toInt());
{
int i = WIDGET_LOOKUP(ui->playbackSpeedStep).toInt();
emit speedStep(i > 0 ? 1.0 + i/100.0 : 2.0);
emit speedStepAdditive(WIDGET_LOOKUP(ui->playbackSpeedStepAdditive).toBool());
}
emit stepTimeLarge(WIDGET_LOOKUP(ui->playbackTimeStep).toInt());
emit stepTimeSmall(WIDGET_LOOKUP(ui->playbackFineStep).toInt());
emit playbackPlayTimes(WIDGET_LOOKUP(ui->playbackPlayAmount).toInt());
emit playbackForever(WIDGET_LOOKUP(ui->playbackRepeatForever).toBool());
emit option("image-display-duration", WIDGET_LOOKUP(ui->playbackLoopImages).toBool() ? QVariant("inf") : QVariant(1.0));
emit afterPlaybackDefault(Helpers::AfterPlayback(WIDGET_LOOKUP(ui->afterPlaybackDefault).toInt()));
emit zoomCenter(WIDGET_LOOKUP(ui->playbackAutoCenterWindow).toBool());
double factor = WIDGET_LOOKUP(ui->playbackAutoFitFactor).toInt() / 100.0;
if (!WIDGET_LOOKUP(ui->playbackAutoZoom).toBool())
emit zoomPreset(-1, factor);
else {
int preset = WIDGET_LOOKUP(ui->playbackAutoZoomMethod).toInt();
int count = ui->playbackAutoZoomMethod->count();
if (preset >= count - 3)
emit zoomPreset(preset - count - 1, factor);
else
emit zoomPreset(preset, factor);
}
emit mouseHideTimeFullscreen(WIDGET_LOOKUP(ui->playbackMouseHideFullscreen).toBool()
? WIDGET_LOOKUP(ui->playbackMouseHideFullscreenDuration).toInt()
: 0);
emit mouseHideTimeWindowed(WIDGET_LOOKUP(ui->playbackMouseHideWindowed).toBool()
? WIDGET_LOOKUP(ui->playbackMouseHideWindowedDuration).toInt()
: 0);
emit trackSubtitlePreference(WIDGET_PLACEHOLD_LOOKUP(ui->playbackSubtitleTracks));
emit trackAudioPreference(WIDGET_PLACEHOLD_LOOKUP(ui->playbackAudioTracks));
emit option("video-sync", WIDGET_TO_TEXT(ui->syncMode));
emit option("gpu-dumb-mode", WIDGET_LOOKUP(ui->videoDumbMode));
emit option("fbo-format", WIDGET_TO_TEXT(ui->videoFramebuffer).split('-').value(WIDGET_LOOKUP(ui->videoUseAlpha).toBool()));
emit option("alpha", WIDGET_TO_TEXT(ui->videoAlphaMode));
emit option("sharpen", WIDGET_LOOKUP(ui->videoSharpen).toString());
if (WIDGET_LOOKUP(ui->ditherDithering).toBool()) {
emit option("dither-depth", WIDGET_LOOKUP(ui->ditherDepth).toString());
emit option("dither", WIDGET_TO_TEXT(ui->ditherType));
emit option("dither-size-fruit", WIDGET_LOOKUP(ui->ditherFruitSize).toString());
} else {
emit option("dither", "no");
}
emit option("temporal-dither", WIDGET_LOOKUP(ui->ditherTemporal));
emit option("temporal-dither-period", WIDGET_LOOKUP2(ui->ditherTemporal, ui->ditherTemporalPeriod, 1));
emit option("correct-downscaling", WIDGET_LOOKUP(ui->scalingCorrectDownscaling));
emit option("linear-downscaling", WIDGET_LOOKUP(ui->scalingInLinearLight));
emit option("linear-upscaling", WIDGET_LOOKUP(ui->scalingUpInLinearLight));
emit option("interpolation", WIDGET_LOOKUP(ui->scalingTemporalInterpolation));
emit option("blend-subtitles", WIDGET_LOOKUP(ui->scalingBlendSubtitles));
if (WIDGET_LOOKUP(ui->scalingSigmoidizedUpscaling).toBool()) {
emit option("sigmoid-upscaling", true);
emit option("sigmoid-center", WIDGET_LOOKUP(ui->sigmoidizedCenter));
emit option("sigmoid-slope", WIDGET_LOOKUP(ui->sigmoidizedSlope));
} else {
emit option("sigmoid-upscaling", false);
}
QString scaler;
FilterKernel filter;
auto fetchFilter = [&](QString prefix, bool temporal = false) {
scaler = WIDGET_TO_TEXT_PREFIX(prefix, ui->scaleScaler);
filter = filterKernels.value(scaler);
filter.cutoff_(temporal ? 0.0 : 0.01);
filter.clamp_(temporal ? 1.0 : 0.0);
if (WIDGET_LOOKUP_PREFIX(prefix, ui->scaleParam1Set).toBool()) filter.param1_(WIDGET_LOOKUP_PREFIX(prefix, ui->scaleParam1Value).toDouble());
if (WIDGET_LOOKUP_PREFIX(prefix, ui->scaleParam2Set).toBool()) filter.param2_(WIDGET_LOOKUP_PREFIX(prefix, ui->scaleParam2Value).toDouble());
if (WIDGET_LOOKUP_PREFIX(prefix, ui->scaleRadiusSet).toBool()) filter.radius_(WIDGET_LOOKUP_PREFIX(prefix, ui->scaleRadiusValue).toDouble());
if (WIDGET_LOOKUP_PREFIX(prefix, ui->scaleAntiRingSet).toBool()) filter.antiring_(WIDGET_LOOKUP_PREFIX(prefix, ui->scaleAntiRingValue).toDouble());
if (WIDGET_LOOKUP_PREFIX(prefix, ui->scaleBlurSet).toBool()) filter.blur_(WIDGET_LOOKUP_PREFIX(prefix, ui->scaleBlurValue).toDouble());
if (WIDGET_LOOKUP_PREFIX(prefix, ui->scaleWindowSet).toBool()) filter.window_(WIDGET_TO_TEXT_PREFIX(prefix, ui->scaleWindowValue));
if (WIDGET_LOOKUP_PREFIX(prefix, ui->scaleWindowParamSet).toBool()) filter.window.param_(WIDGET_LOOKUP_PREFIX(prefix, ui->scaleWindowValue).toDouble());
if (WIDGET_LOOKUP_PREFIX(prefix, ui->scaleClampSet).toBool()) filter.clamp_(WIDGET_TO_TEXT_PREFIX(prefix, ui->scaleClampValue).toDouble());
};
auto applyFilter = [&](QString prefix) {
emit option(prefix + "scale", scaler);
emit option(prefix + "scale-param1", filter.params[0]);
emit option(prefix + "scale-param2", filter.params[1]);
emit option(prefix + "scale-radius", filter.radius);
emit option(prefix + "scale-antiring", filter.antiring);
emit option(prefix + "scale-blur", filter.blur);
emit option(prefix + "scale-window", filter.windowName);
emit option(prefix + "scale-wparam", filter.window.params[0]);
emit option(prefix + "scale-clamp", filter.clamp);
};
fetchFilter("");
applyFilter("");
if (OFFSET_LOOKUP(acceptedSettings, ui->dscaleScaler) != 0)
fetchFilter("d");
applyFilter("d");
fetchFilter("c");
applyFilter("c");
fetchFilter("t", true);
applyFilter("t");
if (WIDGET_LOOKUP(ui->debandEnabled).toBool()) {
emit option("deband", true);
emit option("deband-iterations", WIDGET_LOOKUP(ui->debandIterations));
emit option("deband-threshold", WIDGET_LOOKUP(ui->debandThreshold));
emit option("deband-range", WIDGET_LOOKUP(ui->debandRange));
emit option("deband-grain", WIDGET_LOOKUP(ui->debandGrain));
} else {
emit option("deband", false);
}
emit option("gamma", WIDGET_LOOKUP(ui->ccGamma));
emit option("gamut-mapping-mode", WIDGET_TO_TEXT(ui->ccGamutMapping));
emit option("target-gamut", WIDGET_TO_TEXT(ui->ccTargetGamut));
emit option("target-prim", WIDGET_TO_TEXT(ui->ccTargetPrim));
emit option("target-trc", WIDGET_TO_TEXT(ui->ccTargetTrc_v2));
int targetPeak = WIDGET_LOOKUP(ui->ccTargetPeak).toInt();
emit option("target-peak", targetPeak >= 10 ? QString::number(targetPeak) : QString("auto"));
emit option("tone-mapping", WIDGET_TO_TEXT(ui->ccHdrMapper));
{
QList<QDoubleSpinBox*> boxen {ui->ccHdrClipParam,
ui->ccHdrMobiusParam, ui->ccHdrReinhardParam, nullptr,
ui->ccHdrGammaParam, ui->ccHdrLinearParam};
QDoubleSpinBox* toneParam = boxen[WIDGET_LOOKUP(ui->ccHdrMapper).toInt()];
emit option("tone-mapping-param", toneParam ? WIDGET_LOOKUP(toneParam) : QVariant(NAN));
}
emit option("hdr-compute-peak", WIDGET_TO_TEXT(ui->ccHdrCompute));
if (WIDGET_LOOKUP(ui->ccICCAutodetect).toBool()) {
emit option("icc-profile", "");
emit option("icc-profile-auto", true);
} else {
emit option("icc-profile-auto", false);
emit option("icc-profile", WIDGET_LOOKUP(ui->ccICCLocation));
}
// FIXME: add icc-intent etc
emit option("glsl-shaders", WIDGET_LOOKUP(ui->shadersActiveList).toStringList());
emit fullscreenScreen(WIDGET_LOOKUP(screenCombo).toString());
emit fullscreenAtLaunch(WIDGET_LOOKUP(ui->fullscreenLaunch).toBool());
emit fullscreenExitAtEnd(WIDGET_LOOKUP(ui->fullscreenWindowedAtEnd).toBool());
if (WIDGET_LOOKUP(ui->fullscreenHideControls).toBool()) {
Helpers::ControlHiding method = static_cast<Helpers::ControlHiding>(WIDGET_LOOKUP(ui->fullscreenShowWhen).toInt());
int timeOut = WIDGET_LOOKUP(ui->fullscreenShowWhenDuration).toInt();
if (method == Helpers::ShowWhenMoving && !timeOut) {
emit hideMethod(Helpers::ShowWhenHovering);
emit hideTime(0);
} else {
emit hideMethod(method);
emit hideTime(timeOut);
}
emit hidePanels(WIDGET_LOOKUP(ui->fullscreenHidePanels).toBool());
} else {
emit hideMethod(Helpers::AlwaysShow);
emit hidePanels(false);
}
emit option("framedrop", WIDGET_TO_TEXT(ui->framedroppingMode));
emit option("vf-lavc-framedrop", WIDGET_TO_TEXT(ui->framedroppingDecoderMode));
emit option("video-sync-adrop-size", WIDGET_LOOKUP(ui->syncAudioDropSize).toDouble());
emit option("video-sync-max-audio-change", WIDGET_LOOKUP(ui->syncMaxAudioChange).toDouble());
emit option("video-sync-max-video-change", WIDGET_LOOKUP(ui->syncMaxVideoChange).toDouble());
if (WIDGET_LOOKUP(ui->hwdecEnable).toBool()) {
QString backend = "auto-copy";
if (WIDGET_LOOKUP(ui->hwdecBackendVaapi).toBool())
backend = "vaapi-copy";
if (WIDGET_LOOKUP(ui->hwdecBackendVdpau).toBool())
backend = "vdpau-copy";
if (WIDGET_LOOKUP(ui->hwdecBackendDxva2).toBool())
backend = "dxva2-copy";
if (WIDGET_LOOKUP(ui->hwdecBackendD3d11va).toBool())
backend = "d3d11va-copy";
if (WIDGET_LOOKUP(ui->hwdecBackendRaspberryPi).toBool())
backend = "rpi-copy";
if (WIDGET_LOOKUP(ui->hwdecBackendCuda).toBool())
backend = "cuda-copy";
if (WIDGET_LOOKUP(ui->hwdecBackendCrystalHd).toBool())
backend = "crystalhd";
emit option("hwdec", backend);
if (WIDGET_LOOKUP(ui->hwdecAll).toBool()) {
emit option("hwdec-codecs", "all");
} else {
QStringList codecs;
if (WIDGET_LOOKUP(ui->hwdecMJpeg).toBool()) codecs << "mjpeg";
if (WIDGET_LOOKUP(ui->hwdecMpeg1Video).toBool()) codecs << "mpeg1video";
if (WIDGET_LOOKUP(ui->hwdecMpeg2Video).toBool()) codecs << "mpeg2video";
if (WIDGET_LOOKUP(ui->hwdecMpeg4).toBool()) codecs << "mpeg4";
if (WIDGET_LOOKUP(ui->hwdecH263).toBool()) codecs << "h263";
if (WIDGET_LOOKUP(ui->hwdecH264).toBool()) codecs << "h264";
if (WIDGET_LOOKUP(ui->hwdecVc1).toBool()) codecs << "vc1";
if (WIDGET_LOOKUP(ui->hwdecWmv3).toBool()) codecs << "wmv3";
if (WIDGET_LOOKUP(ui->hwdecHevc).toBool()) codecs << "hevc";
if (WIDGET_LOOKUP(ui->hwdecVp9).toBool()) codecs << "vp9";
emit option("hwdec-codecs", codecs.join(','));
}
} else {
emit option("hwdec", "no");
emit option("hwdec-codecs", "");
}
emit playlistFormat(WIDGET_PLACEHOLD_LOOKUP(ui->playlistFormat));
int index = WIDGET_LOOKUP(ui->audioDevice).toInt();
emit option("audio-device", audioDevices.value(index).deviceName());
index = WIDGET_LOOKUP(ui->audioChannels).toInt();
emit option("audio-channels", index < 3 ? SettingMap::indexedValueToText[ui->audioChannels->objectName()][index]
: channelSwitcher());
bool flag = WIDGET_LOOKUP(ui->audioStreamSilence).toBool();
emit option("stream-silence", flag);
emit option("audio-wait-open", flag ? WIDGET_LOOKUP(ui->audioWaitTime).toDouble() : 0.0);
emit option("audio-pitch-correction", WIDGET_LOOKUP(ui->audioPitchCorrection).toBool());
emit option("audio-exclusive", WIDGET_LOOKUP(ui->audioExclusiveMode).toBool());
emit option("audio-normalize-downmix", WIDGET_LOOKUP(ui->audioNormalizeDownmix).toBool());
emit option("audio-spdif", WIDGET_LOOKUP(ui->audioSpdif).toBool() ? WIDGET_PLACEHOLD_LOOKUP(ui->audioSpdifCodecs) : "");
emit option("pipewire-buffer", WIDGET_LOOKUP(ui->pipewireBuffer).toInt());
emit option("pulse-buffer", WIDGET_LOOKUP(ui->pulseBuffer).toInt());
emit option("pulse-latency-hacks", WIDGET_LOOKUP(ui->pulseLatency).toBool());
emit option("alsa-resample", WIDGET_LOOKUP(ui->alsaResample).toBool());
emit option("alsa-ignore-chmap", WIDGET_LOOKUP(ui->alsaIgnoreChannelMap).toBool());
emit option("oss-mixer-channel", WIDGET_LOOKUP(ui->ossMixerChannel).toString());
emit option("oss-mixer-device", WIDGET_LOOKUP(ui->ossMixerDevice).toString());
emit option("jack-autostart", WIDGET_LOOKUP(ui->jackAutostart).toBool());
emit option("jack-connect", WIDGET_LOOKUP(ui->jackConnect).toBool());
emit option("jack-name", WIDGET_LOOKUP(ui->jackName).toString());
emit option("jack-port", WIDGET_LOOKUP(ui->jackPort).toString());
bool audioAutoload = WIDGET_LOOKUP(ui->audioAutoloadExternal).toBool();
emit option("audio-file-auto", audioAutoload ? WIDGET_TO_TEXT(ui->audioAutoloadMatch) : "no");
emit option("audio-file-paths", WIDGET_PLACEHOLD_LOOKUP(ui->audioAutoloadPath).split(';'));
emit option("sub-gray", WIDGET_LOOKUP(ui->subtitlesForceGrayscale).toBool());
emit option("sub-font", WIDGET_LOOKUP(ui->fontComboBox).toString());
emit option("sub-bold", WIDGET_LOOKUP(ui->fontBold).toBool());
emit option("sub-italic", WIDGET_LOOKUP(ui->fontItalic).toBool());
emit option("sub-font-size", WIDGET_LOOKUP(ui->fontSize).toInt());
emit option("sub-border-size", WIDGET_LOOKUP(ui->borderSize).toInt());
emit option("sub-shadow-offset", WIDGET_LOOKUP(ui->borderShadowOffset).toInt());
{
struct AlignData { QRadioButton *btn; int x; int y; };
QVector<AlignData> alignments {
{ ui->subsAlignmentTopLeft, -1, -1 },
{ ui->subsAlignmentTop, 0, -1 },
{ ui->subsAlignmentTopRight, 1, -1 },