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Settings.cpp
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/* ***** BEGIN LICENSE BLOCK *****
* This file is part of Natron <https://natrongithub.github.io/>,
* (C) 2018-2021 The Natron developers
* (C) 2013-2018 INRIA and Alexandre Gauthier-Foichat
*
* Natron is free software: you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation; either version 2 of the License, or
* (at your option) any later version.
*
* Natron is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with Natron. If not, see <http://www.gnu.org/licenses/gpl-2.0.html>
* ***** END LICENSE BLOCK ***** */
// ***** BEGIN PYTHON BLOCK *****
// from <https://docs.python.org/3/c-api/intro.html#include-files>:
// "Since Python may define some pre-processor definitions which affect the standard headers on some systems, you must include Python.h before any standard headers are included."
#include <Python.h>
// ***** END PYTHON BLOCK *****
#include "Settings.h"
#include <cassert>
#include <stdexcept>
#include <QtCore/QDebug>
#include <QtCore/QDir>
#include <QtCore/QSettings>
#include <QtCore/QThreadPool>
#include <QtCore/QThread>
#include <QtCore/QTextStream>
#ifdef WINDOWS
#include <tchar.h>
#endif
#include "Global/StrUtils.h"
#include "Engine/AppManager.h"
#include "Engine/AppInstance.h"
#include "Engine/KnobFactory.h"
#include "Engine/KnobFile.h"
#include "Engine/KnobTypes.h"
#include "Engine/LibraryBinary.h"
#include "Engine/MemoryInfo.h" // getSystemTotalRAM, isApplication32Bits, printAsRAM
#include "Engine/Node.h"
#include "Engine/OSGLContext.h"
#include "Engine/OutputSchedulerThread.h"
#include "Engine/Plugin.h"
#include "Engine/Project.h"
#include "Engine/StandardPaths.h"
#include "Engine/Utils.h"
#include "Engine/ViewIdx.h"
#include "Engine/ViewerInstance.h"
#include "Gui/GuiDefines.h"
#include <SequenceParsing.h> // for removePath
#ifdef WINDOWS
#include <ofxhPluginCache.h>
#endif
#define NATRON_DEFAULT_OCIO_CONFIG_NAME "blender"
#define NATRON_CUSTOM_OCIO_CONFIG_NAME "Custom config"
#define NATRON_DEFAULT_APPEARANCE_VERSION 1
#define NATRON_CUSTOM_HOST_NAME_ENTRY "Custom..."
NATRON_NAMESPACE_ENTER
Settings::Settings()
: KnobHolder( AppInstancePtr() ) // < Settings are process wide and do not belong to a single AppInstance
, _restoringSettings(false)
, _ocioRestored(false)
, _settingsExisted(false)
, _defaultAppearanceOutdated(false)
{
}
static QStringList
getDefaultOcioConfigPaths()
{
QString binaryPath = appPTR->getApplicationBinaryPath();
StrUtils::ensureLastPathSeparator(binaryPath);
#ifdef __NATRON_LINUX__
QStringList ret;
ret.push_back( QString::fromUtf8("/usr/share/OpenColorIO-Configs") );
ret.push_back( QString( binaryPath + QString::fromUtf8("../share/OpenColorIO-Configs") ) );
ret.push_back( QString( binaryPath + QString::fromUtf8("../Resources/OpenColorIO-Configs") ) );
return ret;
#elif defined(__NATRON_WIN32__)
return QStringList( QString( binaryPath + QString::fromUtf8("../Resources/OpenColorIO-Configs") ) );
#elif defined(__NATRON_OSX__)
return QStringList( QString( binaryPath + QString::fromUtf8("../Resources/OpenColorIO-Configs") ) );
#endif
}
void
Settings::initializeKnobs()
{
initializeKnobsGeneral();
initializeKnobsThreading();
initializeKnobsRendering();
initializeKnobsGPU();
initializeKnobsProjectSetup();
initializeKnobsDocumentation();
initializeKnobsUserInterface();
initializeKnobsColorManagement();
initializeKnobsCaching();
initializeKnobsViewers();
initializeKnobsNodeGraph();
initializeKnobsPlugins();
initializeKnobsPython();
initializeKnobsAppearance();
initializeKnobsGuiColors();
initializeKnobsCurveEditorColors();
initializeKnobsDopeSheetColors();
initializeKnobsNodeGraphColors();
initializeKnobsScriptEditorColors();
setDefaultValues();
}
void
Settings::initializeKnobsGeneral()
{
_generalTab = AppManager::createKnob<KnobPage>( this, tr("General") );
_natronSettingsExist = AppManager::createKnob<KnobBool>( this, tr("Existing settings") );
_natronSettingsExist->setName("existingSettings");
_natronSettingsExist->setSecretByDefault(true);
_generalTab->addKnob(_natronSettingsExist);
_saveSettings = AppManager::createKnob<KnobBool>( this, tr("Save settings on change") );
_saveSettings->setName("saveSettings");
_saveSettings->setDefaultValue(true);
_saveSettings->setSecretByDefault(true);
_generalTab->addKnob(_saveSettings);
_checkForUpdates = AppManager::createKnob<KnobBool>( this, tr("Always check for updates on start-up") );
_checkForUpdates->setName("checkForUpdates");
_checkForUpdates->setHintToolTip( tr("When checked, %1 will check for new updates on start-up of the application.").arg( QString::fromUtf8(NATRON_APPLICATION_NAME) ) );
_generalTab->addKnob(_checkForUpdates);
#ifdef NATRON_USE_BREAKPAD
_enableCrashReports = AppManager::createKnob<KnobBool>( this, tr("Enable crash reporting") );
_enableCrashReports->setName("enableCrashReports");
_enableCrashReports->setHintToolTip( tr("When checked, if %1 crashes a window will pop-up asking you "
"whether you want to upload the crash dump to the developers or not. "
"This can help them track down the bug.\n"
"If you need to turn the crash reporting system off, uncheck this.\n"
"Note that when using the application in command-line mode, if crash reports are "
"enabled, they will be automatically uploaded.\n"
"Changing this requires a restart of the application to take effect.").arg( QString::fromUtf8(NATRON_APPLICATION_NAME) ) );
_enableCrashReports->setAddNewLine(false);
_generalTab->addKnob(_enableCrashReports);
_testCrashReportButton = AppManager::createKnob<KnobButton>( this, tr("Test Crash Reporting") );
_testCrashReportButton->setName("testCrashReporting");
_testCrashReportButton->setHintToolTip( tr("This button is for developers only to test whether the crash reporting system "
"works correctly. Do not use this.") );
_generalTab->addKnob(_testCrashReportButton);
#endif
_autoSaveDelay = AppManager::createKnob<KnobInt>( this, tr("Auto-save trigger delay") );
_autoSaveDelay->setName("autoSaveDelay");
_autoSaveDelay->disableSlider();
_autoSaveDelay->setMinimum(0);
_autoSaveDelay->setMaximum(60);
_autoSaveDelay->setHintToolTip( tr("The number of seconds after an event that %1 should wait before "
" auto-saving. Note that if a render is in progress, %1 will "
" wait until it is done to actually auto-save.").arg( QString::fromUtf8(NATRON_APPLICATION_NAME) ) );
_generalTab->addKnob(_autoSaveDelay);
_autoSaveUnSavedProjects = AppManager::createKnob<KnobBool>( this, tr("Enable Auto-save for unsaved projects") );
_autoSaveUnSavedProjects->setName("autoSaveUnSavedProjects");
_autoSaveUnSavedProjects->setHintToolTip( tr("When activated %1 will auto-save projects that have never been "
"saved and will prompt you on startup if an auto-save of that unsaved project was found. "
"Disabling this will no longer save un-saved project.").arg( QString::fromUtf8(NATRON_APPLICATION_NAME) ) );
_generalTab->addKnob(_autoSaveUnSavedProjects);
_saveVersions = AppManager::createKnob<KnobInt>( this, tr("Save versions") );
_saveVersions->setName("saveVersions");
_saveVersions->disableSlider();
_saveVersions->setMinimum(0);
_saveVersions->setMaximum(32);
_saveVersions->setHintToolTip( tr("Number of versions created (for backup) when saving newer versions of a file.\n"
"This option keeps saved versions of your file in the same directory, adding "
".~1~, .~2~, etc., with the number increasing to the number of versions you specify.\n"
"Older files will be named with a higher number. E.g. with the default setting of 2, "
"you will have three versions of your file: *.ntp (last saved), *.ntp.~1~ (second "
"last saved), *.~2~ (third last saved).") );
_generalTab->addKnob(_saveVersions);
_hostName = AppManager::createKnob<KnobChoice>( this, tr("Appear to plug-ins as") );
_hostName->setName("pluginHostName");
_hostName->setHintToolTip( tr("%1 will appear with the name of the selected application to the OpenFX plug-ins. "
"Changing it to the name of another application can help loading plugins which "
"restrict their usage to specific OpenFX host(s). "
"If a Host is not listed here, use the \"Custom\" entry to enter a custom host name. Changing this requires "
"a restart of the application and requires clearing "
"the OpenFX plugins cache from the Cache menu.").arg( QString::fromUtf8(NATRON_APPLICATION_NAME) ) );
_knownHostNames.clear();
std::vector<ChoiceOption> visibleHostEntries;
assert(visibleHostEntries.size() == (int)eKnownHostNameNatron);
visibleHostEntries.push_back(ChoiceOption(NATRON_ORGANIZATION_DOMAIN_TOPLEVEL "." NATRON_ORGANIZATION_DOMAIN_SUB "." NATRON_APPLICATION_NAME, NATRON_APPLICATION_NAME, ""));
assert(visibleHostEntries.size() == (int)eKnownHostNameNuke);
visibleHostEntries.push_back(ChoiceOption("uk.co.thefoundry.nuke", "Nuke", ""));
assert(visibleHostEntries.size() == (int)eKnownHostNameFusion);
visibleHostEntries.push_back(ChoiceOption("com.eyeonline.Fusion", "Fusion", "")); // or com.blackmagicdesign.Fusion
assert(visibleHostEntries.size() == (int)eKnownHostNameCatalyst);
visibleHostEntries.push_back(ChoiceOption("com.sony.Catalyst.Edit", "Sony Catalyst Edit", ""));
assert(visibleHostEntries.size() == (int)eKnownHostNameVegas);
visibleHostEntries.push_back(ChoiceOption("com.sonycreativesoftware.vegas", "Sony Vegas", ""));
assert(visibleHostEntries.size() == (int)eKnownHostNameToxik);
visibleHostEntries.push_back(ChoiceOption("Autodesk Toxik", "Toxik", ""));
assert(visibleHostEntries.size() == (int)eKnownHostNameScratch);
visibleHostEntries.push_back(ChoiceOption("Assimilator", "Scratch", ""));
assert(visibleHostEntries.size() == (int)eKnownHostNameDustBuster);
visibleHostEntries.push_back(ChoiceOption("Dustbuster", "DustBuster", ""));
assert(visibleHostEntries.size() == (int)eKnownHostNameResolve);
visibleHostEntries.push_back(ChoiceOption("DaVinciResolve", "Da Vinci Resolve", ""));
assert(visibleHostEntries.size() == (int)eKnownHostNameResolveLite);
visibleHostEntries.push_back(ChoiceOption("DaVinciResolveLite", "Da Vinci Resolve Lite", ""));
assert(visibleHostEntries.size() == (int)eKnownHostNameMistika);
visibleHostEntries.push_back(ChoiceOption("Mistika", "SGO Mistika", ""));
assert(visibleHostEntries.size() == (int)eKnownHostNamePablo);
visibleHostEntries.push_back(ChoiceOption("com.quantel.genq", "Quantel Pablo Rio", ""));
assert(visibleHostEntries.size() == (int)eKnownHostNameMotionStudio);
visibleHostEntries.push_back(ChoiceOption("com.idtvision.MotionStudio", "IDT Motion Studio", ""));
assert(visibleHostEntries.size() == (int)eKnownHostNameShake);
visibleHostEntries.push_back(ChoiceOption("com.apple.shake", "Shake", ""));
assert(visibleHostEntries.size() == (int)eKnownHostNameBaselight);
visibleHostEntries.push_back(ChoiceOption("Baselight", "Baselight", ""));
assert(visibleHostEntries.size() == (int)eKnownHostNameFrameCycler);
visibleHostEntries.push_back(ChoiceOption("IRIDAS Framecycler", "FrameCycler", ""));
assert(visibleHostEntries.size() == (int)eKnownHostNameNucoda);
visibleHostEntries.push_back(ChoiceOption("Nucoda", "Nucoda Film Master", ""));
assert(visibleHostEntries.size() == (int)eKnownHostNameAvidDS);
visibleHostEntries.push_back(ChoiceOption("DS OFX HOST", "Avid DS", ""));
assert(visibleHostEntries.size() == (int)eKnownHostNameDX);
visibleHostEntries.push_back(ChoiceOption("com.chinadigitalvideo.dx", "China Digital Video DX", ""));
assert(visibleHostEntries.size() == (int)eKnownHostNameTitlerPro);
visibleHostEntries.push_back(ChoiceOption("com.newblue.titlerpro", "NewBlueFX Titler Pro", ""));
assert(visibleHostEntries.size() == (int)eKnownHostNameNewBlueOFXBridge);
visibleHostEntries.push_back(ChoiceOption("com.newblue.ofxbridge", "NewBlueFX OFX Bridge", ""));
assert(visibleHostEntries.size() == (int)eKnownHostNameRamen);
visibleHostEntries.push_back(ChoiceOption("Ramen", "Ramen", ""));
assert(visibleHostEntries.size() == (int)eKnownHostNameTuttleOfx);
visibleHostEntries.push_back(ChoiceOption("TuttleOfx", "TuttleOFX", ""));
_knownHostNames = visibleHostEntries;
visibleHostEntries.push_back(ChoiceOption(NATRON_CUSTOM_HOST_NAME_ENTRY, "Custom host name", ""));
_hostName->populateChoices(visibleHostEntries);
_hostName->setAddNewLine(false);
_generalTab->addKnob(_hostName);
_customHostName = AppManager::createKnob<KnobString>( this, tr("Custom Host name") );
_customHostName->setName("customHostName");
_customHostName->setHintToolTip( tr("This is the name of the OpenFX host (application) as it appears to the OpenFX plugins. "
"Changing it to the name of another application can help loading some plugins which "
"restrict their usage to specific OpenFX hosts. You should leave "
"this to its default value, unless a specific plugin refuses to load or run. "
"Changing this takes effect upon the next application launch, and requires clearing "
"the OpenFX plugins cache from the Cache menu. "
"The default host name is: \n%1").arg( QString::fromUtf8(NATRON_ORGANIZATION_DOMAIN_TOPLEVEL "." NATRON_ORGANIZATION_DOMAIN_SUB "." NATRON_APPLICATION_NAME) ) );
_customHostName->setSecretByDefault(true);
_generalTab->addKnob(_customHostName);
} // Settings::initializeKnobsGeneral
void
Settings::initializeKnobsThreading()
{
_threadingPage = AppManager::createKnob<KnobPage>( this, tr("Threading") );
_numberOfThreads = AppManager::createKnob<KnobInt>( this, tr("Number of render threads (0=\"guess\")") );
_numberOfThreads->setName("noRenderThreads");
QString numberOfThreadsToolTip = tr("Controls how many threads %1 should use to render. \n"
"-1: Disable multithreading totally (useful for debugging) \n"
"0: Guess the thread count from the number of cores and the available memory (min(num_cores,memory/3.5Gb)). The ideal threads count for this hardware is %2.").arg( QString::fromUtf8(NATRON_APPLICATION_NAME) ).arg( QThread::idealThreadCount() );
_numberOfThreads->setHintToolTip( numberOfThreadsToolTip.toStdString() );
_numberOfThreads->disableSlider();
_numberOfThreads->setMinimum(-1);
_numberOfThreads->setDisplayMinimum(-1);
_threadingPage->addKnob(_numberOfThreads);
#ifndef NATRON_PLAYBACK_USES_THREAD_POOL
_numberOfParallelRenders = AppManager::createKnob<KnobInt>( this, tr("Number of parallel renders (0=\"guess\")") );
_numberOfParallelRenders->setHintToolTip( tr("Controls the number of parallel frame that will be rendered at the same time by the renderer. "
"A value of 0 indicate that %1 should automatically determine "
"the best number of parallel renders to launch given your CPU activity. "
"Setting a value different than 0 should be done only if you know what you're doing and can lead "
"in some situations to worse performances. Overall to get the best performances you should have your "
"CPU at 100% activity without idle times.").arg( QString::fromUtf8(NATRON_APPLICATION_NAME) ) );
_numberOfParallelRenders->setName("nParallelRenders");
_numberOfParallelRenders->setMinimum(0);
_numberOfParallelRenders->disableSlider();
_threadingPage->addKnob(_numberOfParallelRenders);
#endif
_useThreadPool = AppManager::createKnob<KnobBool>( this, tr("Effects use the thread-pool") );
_useThreadPool->setName("useThreadPool");
_useThreadPool->setHintToolTip( tr("When checked, all effects will use a global thread-pool to do their processing instead of launching "
"their own threads. "
"This suppresses the overhead created by the operating system creating new threads on demand for "
"each rendering of a special effect. As a result of this, the rendering might be faster on systems "
"with a lot of cores (>= 8). \n"
"WARNING: This is known not to work when using The Foundry's Furnace plug-ins (and potentially "
"some other plug-ins that the dev team hasn't not tested against it). When using these plug-ins, "
"make sure to uncheck this option first otherwise it will crash %1.").arg( QString::fromUtf8(NATRON_APPLICATION_NAME) ) );
_threadingPage->addKnob(_useThreadPool);
_nThreadsPerEffect = AppManager::createKnob<KnobInt>( this, tr("Max threads usable per effect (0=\"guess\")") );
_nThreadsPerEffect->setName("nThreadsPerEffect");
_nThreadsPerEffect->setHintToolTip( tr("Controls how many threads a specific effect can use at most to do its processing. "
"A high value will allow 1 effect to spawn lots of thread and might not be efficient because "
"the time spent to launch all the threads might exceed the time spent actually processing. "
"By default (0) the renderer applies an heuristic to determine what's the best number of threads "
"for an effect.") );
_nThreadsPerEffect->setMinimum(0);
_nThreadsPerEffect->disableSlider();
_threadingPage->addKnob(_nThreadsPerEffect);
_renderInSeparateProcess = AppManager::createKnob<KnobBool>( this, tr("Render in a separate process") );
_renderInSeparateProcess->setName("renderNewProcess");
_renderInSeparateProcess->setHintToolTip( tr("If true, %1 will render frames to disk in "
"a separate process so that if the main application crashes, the render goes on.").arg( QString::fromUtf8(NATRON_APPLICATION_NAME) ) );
_threadingPage->addKnob(_renderInSeparateProcess);
_queueRenders = AppManager::createKnob<KnobBool>( this, tr("Append new renders to queue") );
_queueRenders->setHintToolTip( tr("When checked, renders will be queued in the Progress Panel and will start only when all "
"other prior tasks are done.") );
_queueRenders->setName("queueRenders");
_threadingPage->addKnob(_queueRenders);
} // Settings::initializeKnobsThreading
void
Settings::initializeKnobsRendering()
{
_renderingPage = AppManager::createKnob<KnobPage>( this, tr("Rendering") );
_convertNaNValues = AppManager::createKnob<KnobBool>( this, tr("Convert NaN values") );
_convertNaNValues->setName("convertNaNs");
_convertNaNValues->setHintToolTip( tr("When activated, any pixel that is a Not-a-Number will be converted to 1 to avoid potential crashes from "
"downstream nodes. These values can be produced by faulty plug-ins when they use wrong arithmetic such as "
"division by zero. Disabling this option will keep the NaN(s) in the buffers: this may lead to an "
"undefined behavior.") );
_renderingPage->addKnob(_convertNaNValues);
_pluginUseImageCopyForSource = AppManager::createKnob<KnobBool>( this, tr("Copy input image before rendering any plug-in") );
_pluginUseImageCopyForSource->setName("copyInputImage");
_pluginUseImageCopyForSource->setHintToolTip( tr("If checked, when before rendering any node, %1 will copy "
"the input image to a local temporary image. This is to work-around some plug-ins "
"that write to the source image, thus modifying the output of the node upstream in "
"the cache. This is a known bug of an old version of RevisionFX REMap for instance. "
"By default, this parameter should be leaved unchecked, as this will require an extra "
"image allocation and copy before rendering any plug-in.").arg( QString::fromUtf8(NATRON_APPLICATION_NAME) ) );
_renderingPage->addKnob(_pluginUseImageCopyForSource);
_activateRGBSupport = AppManager::createKnob<KnobBool>( this, tr("RGB components support") );
_activateRGBSupport->setHintToolTip( tr("When checked %1 is able to process images with only RGB components "
"(support for images with RGBA and Alpha components is always enabled). "
"Un-checking this option may prevent plugins that do not well support RGB components from crashing %1. "
"Changing this option requires a restart of the application.").arg( QString::fromUtf8(NATRON_APPLICATION_NAME) ) );
_activateRGBSupport->setName("rgbSupport");
_renderingPage->addKnob(_activateRGBSupport);
_activateTransformConcatenationSupport = AppManager::createKnob<KnobBool>( this, tr("Transforms concatenation support") );
_activateTransformConcatenationSupport->setHintToolTip( tr("When checked %1 is able to concatenate transform effects "
"when they are chained in the compositing tree. This yields better results and faster "
"render times because the image is only filtered once instead of as many times as there are "
"transformations.").arg( QString::fromUtf8(NATRON_APPLICATION_NAME) ) );
_activateTransformConcatenationSupport->setName("transformCatSupport");
_renderingPage->addKnob(_activateTransformConcatenationSupport);
}
void
Settings::populateOpenGLRenderers(const std::list<OpenGLRendererInfo>& renderers)
{
if ( renderers.empty() ) {
_availableOpenGLRenderers->setSecret(true);
_nOpenGLContexts->setSecret(true);
_enableOpenGL->setSecret(true);
return;
}
_nOpenGLContexts->setSecret(false);
_enableOpenGL->setSecret(false);
std::vector<ChoiceOption> entries( renderers.size() );
int i = 0;
for (std::list<OpenGLRendererInfo>::const_iterator it = renderers.begin(); it != renderers.end(); ++it, ++i) {
std::string option = it->vendorName + ' ' + it->rendererName + ' ' + it->glVersionString;
entries[i] = ChoiceOption(option);
}
_availableOpenGLRenderers->populateChoices(entries);
_availableOpenGLRenderers->setSecret(renderers.size() == 1);
}
bool
Settings::isOpenGLRenderingEnabled() const
{
if (_enableOpenGL->getIsSecret()) {
return false;
}
EnableOpenGLEnum enableOpenGL = (EnableOpenGLEnum)_enableOpenGL->getValue();
return enableOpenGL == eEnableOpenGLEnabled || (enableOpenGL == eEnableOpenGLDisabledIfBackground && !appPTR->isBackground());
}
int
Settings::getMaxOpenGLContexts() const
{
return _nOpenGLContexts->getValue();
}
GLRendererID
Settings::getActiveOpenGLRendererID() const
{
if ( _availableOpenGLRenderers->getIsSecret() ) {
// We were not able to detect multiple renderers, use default
return GLRendererID();
}
int activeIndex = _availableOpenGLRenderers->getValue();
const std::list<OpenGLRendererInfo>& renderers = appPTR->getOpenGLRenderers();
if ( (activeIndex < 0) || ( activeIndex >= (int)renderers.size() ) ) {
// Invalid index
return GLRendererID();
}
int i = 0;
for (std::list<OpenGLRendererInfo>::const_iterator it = renderers.begin(); it != renderers.end(); ++it, ++i) {
if (i == activeIndex) {
return it->rendererID;
}
}
return GLRendererID();
}
void
Settings::initializeKnobsGPU()
{
_gpuPage = AppManager::createKnob<KnobPage>( this, tr("GPU Rendering") );
_openglRendererString = AppManager::createKnob<KnobString>( this, tr("Active OpenGL renderer") );
_openglRendererString->setName("activeOpenGLRenderer");
_openglRendererString->setHintToolTip( tr("The currently active OpenGL renderer.") );
_openglRendererString->setAsLabel();
_gpuPage->addKnob(_openglRendererString);
_availableOpenGLRenderers = AppManager::createKnob<KnobChoice>( this, tr("OpenGL renderer") );
_availableOpenGLRenderers->setName("chooseOpenGLRenderer");
_availableOpenGLRenderers->setHintToolTip( tr("The renderer used to perform OpenGL rendering. Changing the OpenGL renderer requires a restart of the application.") );
_gpuPage->addKnob(_availableOpenGLRenderers);
_nOpenGLContexts = AppManager::createKnob<KnobInt>( this, tr("No. of OpenGL Contexts") );
_nOpenGLContexts->setName("maxOpenGLContexts");
_nOpenGLContexts->setMinimum(1);
_nOpenGLContexts->setDisplayMinimum(1);
_nOpenGLContexts->setDisplayMaximum(8);
_nOpenGLContexts->setMaximum(8);
_nOpenGLContexts->setHintToolTip( tr("The number of OpenGL contexts created to perform OpenGL rendering. Each OpenGL context can be attached to a CPU thread, allowing for more frames to be rendered simultaneously. Increasing this value may increase performances for graphs with mixed CPU/GPU nodes but can drastically reduce performances if too many OpenGL contexts are active at once.") );
_gpuPage->addKnob(_nOpenGLContexts);
_enableOpenGL = AppManager::createKnob<KnobChoice>( this, tr("OpenGL Rendering") );
_enableOpenGL->setName("enableOpenGLRendering");
{
std::vector<ChoiceOption> entries;
assert(entries.size() == (int)Settings::eEnableOpenGLEnabled);
entries.push_back(ChoiceOption("enabled",
tr("Enabled").toStdString(),
tr("If a plug-in support GPU rendering, prefer rendering using the GPU if possible.").toStdString()));
assert(entries.size() == (int)Settings::eEnableOpenGLDisabled);
entries.push_back(ChoiceOption("disabled",
tr("Disabled").toStdString(),
tr("Disable GPU rendering for all plug-ins.").toStdString()));
assert(entries.size() == (int)Settings::eEnableOpenGLDisabledIfBackground);
entries.push_back(ChoiceOption("foreground",
tr("Disabled If Background").toStdString(),
tr("Disable GPU rendering when rendering with NatronRenderer but not in GUI mode.").toStdString()));
_enableOpenGL->populateChoices(entries);
}
_enableOpenGL->setHintToolTip( tr("Select whether to activate OpenGL rendering or not. If disabled, even though a Project enable GPU rendering, it will not be activated.") );
_gpuPage->addKnob(_enableOpenGL);
}
void
Settings::initializeKnobsProjectSetup()
{
_projectsPage = AppManager::createKnob<KnobPage>( this, tr("Project Setup") );
_firstReadSetProjectFormat = AppManager::createKnob<KnobBool>( this, tr("First image read set project format") );
_firstReadSetProjectFormat->setName("autoProjectFormat");
_firstReadSetProjectFormat->setHintToolTip( tr("If checked, the project size is set to this of the first image or video read within the project.") );
_projectsPage->addKnob(_firstReadSetProjectFormat);
_autoPreviewEnabledForNewProjects = AppManager::createKnob<KnobBool>( this, tr("Auto-preview enabled by default for new projects") );
_autoPreviewEnabledForNewProjects->setName("enableAutoPreviewNewProjects");
_autoPreviewEnabledForNewProjects->setHintToolTip( tr("If checked, then when creating a new project, the Auto-preview option"
" is enabled.") );
_projectsPage->addKnob(_autoPreviewEnabledForNewProjects);
_fixPathsOnProjectPathChanged = AppManager::createKnob<KnobBool>( this, tr("Auto fix relative file-paths") );
_fixPathsOnProjectPathChanged->setHintToolTip( tr("If checked, when a project-path changes (either the name or the value pointed to), %1 checks all file-path parameters in the project and tries to fix them.").arg( QString::fromUtf8(NATRON_APPLICATION_NAME) ) );
_fixPathsOnProjectPathChanged->setName("autoFixRelativePaths");
_projectsPage->addKnob(_fixPathsOnProjectPathChanged);
_enableMappingFromDriveLettersToUNCShareNames = AppManager::createKnob<KnobBool>( this, tr("Use drive letters instead of server names (Windows only)") );
_enableMappingFromDriveLettersToUNCShareNames->setHintToolTip( tr("This is only relevant for Windows: If checked, %1 will not convert a path starting with a drive letter from the file dialog to a network share name. You may use this if for example you want to share a same project with several users across facilities with different servers but where users have all the same drive attached to a server.").arg( QString::fromUtf8(NATRON_APPLICATION_NAME) ) );
_enableMappingFromDriveLettersToUNCShareNames->setName("useDriveLetters");
#ifndef __NATRON_WIN32__
_enableMappingFromDriveLettersToUNCShareNames->setAllDimensionsEnabled(false);
#endif
_projectsPage->addKnob(_enableMappingFromDriveLettersToUNCShareNames);
}
void
Settings::initializeKnobsDocumentation()
{
_documentationPage = AppManager::createKnob<KnobPage>( this, tr("Documentation") );
#ifdef NATRON_DOCUMENTATION_ONLINE
_documentationSource = AppManager::createKnob<KnobChoice>( this, tr("Documentation Source") );
_documentationSource->setName("documentationSource");
_documentationSource->setHintToolTip( tr("Documentation source.") );
_documentationSource->appendChoice(ChoiceOption("local",
tr("Local").toStdString(),
tr("Use the documentation distributed with the software.").toStdString()));
_documentationSource->appendChoice(ChoiceOption("online",
tr("Online").toStdString(),
tr("Use the online version of the documentation (requires an internet connection).").toStdString()));
_documentationSource->appendChoice(ChoiceOption("none",
tr("None").toStdString(),
tr("Disable documentation").toStdString()));
_documentationPage->addKnob(_documentationSource);
#endif
/// used to store temp port for local webserver
_wwwServerPort = AppManager::createKnob<KnobInt>( this, tr("Documentation local port (0=auto)") );
_wwwServerPort->setName("webserverPort");
_wwwServerPort->setHintToolTip( tr("The port onto which the documentation server will listen to. A value of 0 indicate that the documentation should automatically find a port by itself.") );
_documentationPage->addKnob(_wwwServerPort);
}
void
Settings::initializeKnobsUserInterface()
{
_uiPage = AppManager::createKnob<KnobPage>( this, tr("User Interface") );
_uiPage->setName("userInterfacePage");
_notifyOnFileChange = AppManager::createKnob<KnobBool>( this, tr("Warn when a file changes externally") );
_notifyOnFileChange->setName("warnOnExternalChange");
_notifyOnFileChange->setHintToolTip( tr("When checked, if a file read from a file parameter changes externally, a warning will be displayed "
"on the viewer. Turning this off will suspend the notification system.") );
_uiPage->addKnob(_notifyOnFileChange);
#ifdef NATRON_ENABLE_IO_META_NODES
_filedialogForWriters = AppManager::createKnob<KnobBool>( this, tr("Prompt with file dialog when creating Write node") );
_filedialogForWriters->setName("writeUseDialog");
_filedialogForWriters->setDefaultValue(true);
_filedialogForWriters->setHintToolTip( tr("When checked, opens-up a file dialog when creating a Write node") );
_uiPage->addKnob(_filedialogForWriters);
#endif
_renderOnEditingFinished = AppManager::createKnob<KnobBool>( this, tr("Refresh viewer only when editing is finished") );
_renderOnEditingFinished->setName("renderOnEditingFinished");
_renderOnEditingFinished->setHintToolTip( tr("When checked, the viewer triggers a new render only when mouse is released when editing parameters, curves "
" or the timeline. This setting doesn't apply to roto splines editing.") );
_uiPage->addKnob(_renderOnEditingFinished);
_linearPickers = AppManager::createKnob<KnobBool>( this, tr("Linear color pickers") );
_linearPickers->setName("linearPickers");
_linearPickers->setHintToolTip( tr("When activated, all colors picked from the color parameters are linearized "
"before being fetched. Otherwise they are in the same colorspace "
"as the viewer they were picked from.") );
_uiPage->addKnob(_linearPickers);
_maxPanelsOpened = AppManager::createKnob<KnobInt>( this, tr("Maximum number of open settings panels (0=\"unlimited\")") );
_maxPanelsOpened->setName("maxPanels");
_maxPanelsOpened->setHintToolTip( tr("This property holds the maximum number of settings panels that can be "
"held by the properties dock at the same time. "
"The special value of 0 indicates there can be an unlimited number of panels opened.") );
_maxPanelsOpened->disableSlider();
_maxPanelsOpened->setMinimum(0);
_maxPanelsOpened->setMaximum(99);
_uiPage->addKnob(_maxPanelsOpened);
_useCursorPositionIncrements = AppManager::createKnob<KnobBool>( this, tr("Value increments based on cursor position") );
_useCursorPositionIncrements->setName("cursorPositionAwareFields");
_useCursorPositionIncrements->setHintToolTip( tr("When enabled, incrementing the value fields of parameters with the "
"mouse wheel or with arrow keys will increment the digits on the right "
"of the cursor. \n"
"When disabled, the value fields are incremented given what the plug-in "
"decided it should be. You can alter this increment by holding "
"Shift (x10) or Control (/10) while incrementing.") );
_uiPage->addKnob(_useCursorPositionIncrements);
_defaultLayoutFile = AppManager::createKnob<KnobFile>( this, tr("Default layout file") );
_defaultLayoutFile->setName("defaultLayout");
_defaultLayoutFile->setHintToolTip( tr("When set, %1 uses the given layout file "
"as default layout for new projects. You can export/import a layout to/from a file "
"from the Layout menu. If empty, the default application layout is used.").arg( QString::fromUtf8(NATRON_APPLICATION_NAME) ) );
_uiPage->addKnob(_defaultLayoutFile);
_loadProjectsWorkspace = AppManager::createKnob<KnobBool>( this, tr("Load workspace embedded within projects") );
_loadProjectsWorkspace->setName("loadProjectWorkspace");
_loadProjectsWorkspace->setHintToolTip( tr("When checked, when loading a project, the workspace (windows layout) will also be loaded, otherwise it "
"will use your current layout.") );
_uiPage->addKnob(_loadProjectsWorkspace);
#ifdef Q_OS_WIN
_enableConsoleWindow = AppManager::createKnob<KnobBool>( this, tr("Enable console window") );
_enableConsoleWindow->setName("enableConsoleWindow");
_enableConsoleWindow->setHintToolTip( tr("When checked show console window on Windows.") );
_uiPage->addKnob(_enableConsoleWindow);
#endif
} // Settings::initializeKnobsUserInterface
void
Settings::initializeKnobsColorManagement()
{
_ocioTab = AppManager::createKnob<KnobPage>( this, tr("Color Management") );
_ocioConfigKnob = AppManager::createKnob<KnobChoice>( this, tr("OpenColorIO configuration") );
_ocioConfigKnob->setName("ocioConfig");
std::vector<ChoiceOption> configs;
int defaultIndex = 0;
QStringList defaultOcioConfigsPaths = getDefaultOcioConfigPaths();
Q_FOREACH(const QString &defaultOcioConfigsDir, defaultOcioConfigsPaths) {
QDir ocioConfigsDir(defaultOcioConfigsDir);
if ( ocioConfigsDir.exists() ) {
QStringList entries = ocioConfigsDir.entryList(QDir::AllDirs | QDir::NoDotAndDotDot);
for (int j = 0; j < entries.size(); ++j) {
if ( entries[j] == QString::fromUtf8(NATRON_DEFAULT_OCIO_CONFIG_NAME) ) {
defaultIndex = j;
}
configs.push_back(ChoiceOption( entries[j].toStdString() ));
}
break; //if we found 1 OpenColorIO-Configs directory, skip the next
}
}
configs.push_back(ChoiceOption(NATRON_CUSTOM_OCIO_CONFIG_NAME));
_ocioConfigKnob->populateChoices(configs);
_ocioConfigKnob->setDefaultValue(defaultIndex, 0);
_ocioConfigKnob->setHintToolTip( tr("Select the OpenColorIO configuration you would like to use globally for all "
"operators and plugins that use OpenColorIO, by setting the \"OCIO\" "
"environment variable. Only nodes created after changing this parameter will take "
"it into account, and it is better to restart the application after changing it. "
"When \"%1\" is selected, the "
"\"Custom OpenColorIO config file\" parameter is used.").arg( QString::fromUtf8(NATRON_CUSTOM_OCIO_CONFIG_NAME) ) );
_ocioTab->addKnob(_ocioConfigKnob);
_customOcioConfigFile = AppManager::createKnob<KnobFile>( this, tr("Custom OpenColorIO configuration file") );
_customOcioConfigFile->setName("ocioCustomConfigFile");
if (_ocioConfigKnob->getNumEntries() == 1) {
_customOcioConfigFile->setDefaultAllDimensionsEnabled(true);
} else {
_customOcioConfigFile->setDefaultAllDimensionsEnabled(false);
}
_customOcioConfigFile->setHintToolTip( tr("OpenColorIO configuration file (config.ocio) to use when \"%1\" "
"is selected as the OpenColorIO config.").arg( QString::fromUtf8(NATRON_CUSTOM_OCIO_CONFIG_NAME) ) );
_ocioTab->addKnob(_customOcioConfigFile);
_warnOcioConfigKnobChanged = AppManager::createKnob<KnobBool>( this, tr("Warn on OpenColorIO config change") );
_warnOcioConfigKnobChanged->setName("warnOCIOChanged");
_warnOcioConfigKnobChanged->setHintToolTip( tr("Show a warning dialog when changing the OpenColorIO config to remember that a restart is required.") );
_ocioTab->addKnob(_warnOcioConfigKnobChanged);
_ocioStartupCheck = AppManager::createKnob<KnobBool>( this, tr("Warn on startup if OpenColorIO config is not the default") );
_ocioStartupCheck->setName("startupCheckOCIO");
_ocioTab->addKnob(_ocioStartupCheck);
} // Settings::initializeKnobsColorManagement
void
Settings::initializeKnobsAppearance()
{
//////////////APPEARANCE TAB/////////////////
_appearanceTab = AppManager::createKnob<KnobPage>( this, tr("Appearance") );
_defaultAppearanceVersion = AppManager::createKnob<KnobInt>( this, tr("Appearance version") );
_defaultAppearanceVersion->setName("appearanceVersion");
_defaultAppearanceVersion->setSecretByDefault(true);
_appearanceTab->addKnob(_defaultAppearanceVersion);
_systemFontChoice = AppManager::createKnob<KnobChoice>( this, tr("Font") );
_systemFontChoice->setHintToolTip( tr("List of all fonts available on your system") );
_systemFontChoice->setName("systemFont");
_systemFontChoice->setAddNewLine(false);
_appearanceTab->addKnob(_systemFontChoice);
_fontSize = AppManager::createKnob<KnobInt>( this, tr("Font size") );
_fontSize->setName("fontSize");
_appearanceTab->addKnob(_fontSize);
_qssFile = AppManager::createKnob<KnobFile>( this, tr("Stylesheet file (.qss)") );
_qssFile->setName("stylesheetFile");
_qssFile->setHintToolTip( tr("When pointing to a valid .qss file, the stylesheet of the application will be set according to this file instead of the default "
"stylesheet. You can adapt the default stylesheet that can be found in your distribution of %1.").arg( QString::fromUtf8(NATRON_APPLICATION_NAME) ) );
_appearanceTab->addKnob(_qssFile);
} // Settings::initializeKnobsAppearance
void
Settings::initializeKnobsGuiColors()
{
_guiColorsTab = AppManager::createKnob<KnobPage>( this, tr("Main Window") );
_appearanceTab->addKnob(_guiColorsTab);
_useBWIcons = AppManager::createKnob<KnobBool>( this, tr("Use black & white toolbutton icons") );
_useBWIcons->setName("useBwIcons");
_useBWIcons->setHintToolTip( tr("When checked, the tools icons in the left toolbar are greyscale. Changing this takes "
"effect upon the next launch of the application.") );
_guiColorsTab->addKnob(_useBWIcons);
_sunkenColor = AppManager::createKnob<KnobColor>(this, tr("Sunken"), 3);
_sunkenColor->setName("sunken");
_sunkenColor->setSimplified(true);
_guiColorsTab->addKnob(_sunkenColor);
_baseColor = AppManager::createKnob<KnobColor>(this, tr("Base"), 3);
_baseColor->setName("base");
_baseColor->setSimplified(true);
_guiColorsTab->addKnob(_baseColor);
_raisedColor = AppManager::createKnob<KnobColor>(this, tr("Raised"), 3);
_raisedColor->setName("raised");
_raisedColor->setSimplified(true);
_guiColorsTab->addKnob(_raisedColor);
_selectionColor = AppManager::createKnob<KnobColor>(this, tr("Selection"), 3);
_selectionColor->setName("selection");
_selectionColor->setSimplified(true);
_guiColorsTab->addKnob(_selectionColor);
_textColor = AppManager::createKnob<KnobColor>(this, tr("Text"), 3);
_textColor->setName("text");
_textColor->setSimplified(true);
_guiColorsTab->addKnob(_textColor);
_altTextColor = AppManager::createKnob<KnobColor>(this, tr("Unmodified text"), 3);
_altTextColor->setName("unmodifiedText");
_altTextColor->setSimplified(true);
_guiColorsTab->addKnob(_altTextColor);
_timelinePlayheadColor = AppManager::createKnob<KnobColor>(this, tr("Timeline playhead"), 3);
_timelinePlayheadColor->setName("timelinePlayhead");
_timelinePlayheadColor->setSimplified(true);
_guiColorsTab->addKnob(_timelinePlayheadColor);
_timelineBGColor = AppManager::createKnob<KnobColor>(this, tr("Timeline background"), 3);
_timelineBGColor->setName("timelineBG");
_timelineBGColor->setSimplified(true);
_guiColorsTab->addKnob(_timelineBGColor);
_timelineBoundsColor = AppManager::createKnob<KnobColor>(this, tr("Timeline bounds"), 3);
_timelineBoundsColor->setName("timelineBound");
_timelineBoundsColor->setSimplified(true);
_guiColorsTab->addKnob(_timelineBoundsColor);
_cachedFrameColor = AppManager::createKnob<KnobColor>(this, tr("Cached frame"), 3);
_cachedFrameColor->setName("cachedFrame");
_cachedFrameColor->setSimplified(true);
_guiColorsTab->addKnob(_cachedFrameColor);
_diskCachedFrameColor = AppManager::createKnob<KnobColor>(this, tr("Disk cached frame"), 3);
_diskCachedFrameColor->setName("diskCachedFrame");
_diskCachedFrameColor->setSimplified(true);
_guiColorsTab->addKnob(_diskCachedFrameColor);
_interpolatedColor = AppManager::createKnob<KnobColor>(this, tr("Interpolated value"), 3);
_interpolatedColor->setName("interpValue");
_interpolatedColor->setSimplified(true);
_guiColorsTab->addKnob(_interpolatedColor);
_keyframeColor = AppManager::createKnob<KnobColor>(this, tr("Keyframe"), 3);
_keyframeColor->setName("keyframe");
_keyframeColor->setSimplified(true);
_guiColorsTab->addKnob(_keyframeColor);
_trackerKeyframeColor = AppManager::createKnob<KnobColor>(this, tr("Track User Keyframes"), 3);
_trackerKeyframeColor->setName("trackUserKeyframe");
_trackerKeyframeColor->setSimplified(true);
_guiColorsTab->addKnob(_trackerKeyframeColor);
_exprColor = AppManager::createKnob<KnobColor>(this, tr("Expression"), 3);
_exprColor->setName("exprColor");
_exprColor->setSimplified(true);
_guiColorsTab->addKnob(_exprColor);
_sliderColor = AppManager::createKnob<KnobColor>(this, tr("Slider"), 3);
_sliderColor->setName("slider");
_sliderColor->setSimplified(true);
_guiColorsTab->addKnob(_sliderColor);
} // Settings::initializeKnobsGuiColors
void
Settings::initializeKnobsCurveEditorColors()
{
_curveEditorColorsTab = AppManager::createKnob<KnobPage>( this, tr("Curve Editor") );
_appearanceTab->addKnob(_curveEditorColorsTab);
_curveEditorBGColor = AppManager::createKnob<KnobColor>(this, tr("Background color"), 3);
_curveEditorBGColor->setName("curveEditorBG");
_curveEditorBGColor->setSimplified(true);
_curveEditorColorsTab->addKnob(_curveEditorBGColor);
_gridColor = AppManager::createKnob<KnobColor>(this, tr("Grid color"), 3);
_gridColor->setName("curveditorGrid");
_gridColor->setSimplified(true);
_curveEditorColorsTab->addKnob(_gridColor);
_curveEditorScaleColor = AppManager::createKnob<KnobColor>(this, tr("Scale color"), 3);
_curveEditorScaleColor->setName("curveeditorScale");
_curveEditorScaleColor->setSimplified(true);
_curveEditorColorsTab->addKnob(_curveEditorScaleColor);
}
void
Settings::initializeKnobsDopeSheetColors()
{
_dopeSheetEditorColorsTab = AppManager::createKnob<KnobPage>( this, tr("Dope Sheet") );
_appearanceTab->addKnob(_dopeSheetEditorColorsTab);
_dopeSheetEditorBackgroundColor = AppManager::createKnob<KnobColor>(this, tr("Sheet background color"), 3);
_dopeSheetEditorBackgroundColor->setName("dopesheetBackground");
_dopeSheetEditorBackgroundColor->setSimplified(true);
_dopeSheetEditorColorsTab->addKnob(_dopeSheetEditorBackgroundColor);
_dopeSheetEditorRootSectionBackgroundColor = AppManager::createKnob<KnobColor>(this, tr("Root section background color"), 4);
_dopeSheetEditorRootSectionBackgroundColor->setName("dopesheetRootSectionBackground");
_dopeSheetEditorRootSectionBackgroundColor->setSimplified(true);
_dopeSheetEditorColorsTab->addKnob(_dopeSheetEditorRootSectionBackgroundColor);
_dopeSheetEditorKnobSectionBackgroundColor = AppManager::createKnob<KnobColor>(this, tr("Knob section background color"), 4);
_dopeSheetEditorKnobSectionBackgroundColor->setName("dopesheetKnobSectionBackground");
_dopeSheetEditorKnobSectionBackgroundColor->setSimplified(true);
_dopeSheetEditorColorsTab->addKnob(_dopeSheetEditorKnobSectionBackgroundColor);
_dopeSheetEditorScaleColor = AppManager::createKnob<KnobColor>(this, tr("Sheet scale color"), 3);
_dopeSheetEditorScaleColor->setName("dopesheetScale");
_dopeSheetEditorScaleColor->setSimplified(true);
_dopeSheetEditorColorsTab->addKnob(_dopeSheetEditorScaleColor);
_dopeSheetEditorGridColor = AppManager::createKnob<KnobColor>(this, tr("Sheet grid color"), 3);
_dopeSheetEditorGridColor->setName("dopesheetGrid");
_dopeSheetEditorGridColor->setSimplified(true);
_dopeSheetEditorColorsTab->addKnob(_dopeSheetEditorGridColor);
}
void
Settings::initializeKnobsNodeGraphColors()
{
_nodegraphColorsTab = AppManager::createKnob<KnobPage>( this, tr("Node Graph") );
_appearanceTab->addKnob(_nodegraphColorsTab);
_usePluginIconsInNodeGraph = AppManager::createKnob<KnobBool>( this, tr("Display plug-in icon on node-graph") );
_usePluginIconsInNodeGraph->setName("usePluginIcons");
_usePluginIconsInNodeGraph->setHintToolTip( tr("When checked, each node that has a plug-in icon will display it in the node-graph. "
"Changing this option will not affect already existing nodes, unless a restart of Natron is made.") );
_usePluginIconsInNodeGraph->setAddNewLine(false);
_nodegraphColorsTab->addKnob(_usePluginIconsInNodeGraph);
_useAntiAliasing = AppManager::createKnob<KnobBool>( this, tr("Anti-Aliasing") );
_useAntiAliasing->setName("antiAliasing");
_useAntiAliasing->setHintToolTip( tr("When checked, the node graph will be painted using anti-aliasing. Unchecking it may increase performance. "
" Changing this requires a restart of Natron") );
_nodegraphColorsTab->addKnob(_useAntiAliasing);
_defaultNodeColor = AppManager::createKnob<KnobColor>(this, tr("Default node color"), 3);
_defaultNodeColor->setName("defaultNodeColor");
_defaultNodeColor->setSimplified(true);
_defaultNodeColor->setHintToolTip( tr("The default color used for newly created nodes.") );
_nodegraphColorsTab->addKnob(_defaultNodeColor);
_defaultBackdropColor = AppManager::createKnob<KnobColor>(this, tr("Default backdrop color"), 3);
_defaultBackdropColor->setName("backdropColor");
_defaultBackdropColor->setSimplified(true);
_defaultBackdropColor->setHintToolTip( tr("The default color used for newly created backdrop nodes.") );
_nodegraphColorsTab->addKnob(_defaultBackdropColor);
_defaultReaderColor = AppManager::createKnob<KnobColor>(this, tr(PLUGIN_GROUP_IMAGE_READERS), 3);
_defaultReaderColor->setName("readerColor");
_defaultReaderColor->setSimplified(true);
_defaultReaderColor->setHintToolTip( tr("The color used for newly created Reader nodes.") );
_nodegraphColorsTab->addKnob(_defaultReaderColor);
_defaultWriterColor = AppManager::createKnob<KnobColor>(this, tr(PLUGIN_GROUP_IMAGE_WRITERS), 3);
_defaultWriterColor->setName("writerColor");
_defaultWriterColor->setSimplified(true);
_defaultWriterColor->setHintToolTip( tr("The color used for newly created Writer nodes.") );
_nodegraphColorsTab->addKnob(_defaultWriterColor);
_defaultGeneratorColor = AppManager::createKnob<KnobColor>(this, tr("Generators"), 3);
_defaultGeneratorColor->setName("generatorColor");
_defaultGeneratorColor->setSimplified(true);
_defaultGeneratorColor->setHintToolTip( tr("The color used for newly created Generator nodes.") );
_nodegraphColorsTab->addKnob(_defaultGeneratorColor);
_defaultColorGroupColor = AppManager::createKnob<KnobColor>(this, tr("Color group"), 3);
_defaultColorGroupColor->setName("colorNodesColor");
_defaultColorGroupColor->setSimplified(true);
_defaultColorGroupColor->setHintToolTip( tr("The color used for newly created Color nodes.") );
_nodegraphColorsTab->addKnob(_defaultColorGroupColor);
_defaultFilterGroupColor = AppManager::createKnob<KnobColor>(this, tr("Filter group"), 3);
_defaultFilterGroupColor->setName("filterNodesColor");
_defaultFilterGroupColor->setSimplified(true);
_defaultFilterGroupColor->setHintToolTip( tr("The color used for newly created Filter nodes.") );
_nodegraphColorsTab->addKnob(_defaultFilterGroupColor);
_defaultTransformGroupColor = AppManager::createKnob<KnobColor>(this, tr("Transform group"), 3);
_defaultTransformGroupColor->setName("transformNodesColor");
_defaultTransformGroupColor->setSimplified(true);
_defaultTransformGroupColor->setHintToolTip( tr("The color used for newly created Transform nodes.") );
_nodegraphColorsTab->addKnob(_defaultTransformGroupColor);
_defaultTimeGroupColor = AppManager::createKnob<KnobColor>(this, tr("Time group"), 3);
_defaultTimeGroupColor->setName("timeNodesColor");
_defaultTimeGroupColor->setSimplified(true);
_defaultTimeGroupColor->setHintToolTip( tr("The color used for newly created Time nodes.") );
_nodegraphColorsTab->addKnob(_defaultTimeGroupColor);
_defaultDrawGroupColor = AppManager::createKnob<KnobColor>(this, tr("Draw group"), 3);
_defaultDrawGroupColor->setName("drawNodesColor");
_defaultDrawGroupColor->setSimplified(true);
_defaultDrawGroupColor->setHintToolTip( tr("The color used for newly created Draw nodes.") );
_nodegraphColorsTab->addKnob(_defaultDrawGroupColor);
_defaultKeyerGroupColor = AppManager::createKnob<KnobColor>(this, tr("Keyer group"), 3);
_defaultKeyerGroupColor->setName("keyerNodesColor");
_defaultKeyerGroupColor->setSimplified(true);
_defaultKeyerGroupColor->setHintToolTip( tr("The color used for newly created Keyer nodes.") );
_nodegraphColorsTab->addKnob(_defaultKeyerGroupColor);
_defaultChannelGroupColor = AppManager::createKnob<KnobColor>(this, tr("Channel group"), 3);
_defaultChannelGroupColor->setName("channelNodesColor");
_defaultChannelGroupColor->setSimplified(true);
_defaultChannelGroupColor->setHintToolTip( tr("The color used for newly created Channel nodes.") );
_nodegraphColorsTab->addKnob(_defaultChannelGroupColor);
_defaultMergeGroupColor = AppManager::createKnob<KnobColor>(this, tr("Merge group"), 3);
_defaultMergeGroupColor->setName("defaultMergeColor");
_defaultMergeGroupColor->setSimplified(true);
_defaultMergeGroupColor->setHintToolTip( tr("The color used for newly created Merge nodes.") );
_nodegraphColorsTab->addKnob(_defaultMergeGroupColor);
_defaultViewsGroupColor = AppManager::createKnob<KnobColor>(this, tr("Views group"), 3);
_defaultViewsGroupColor->setName("defaultViewsColor");
_defaultViewsGroupColor->setSimplified(true);
_defaultViewsGroupColor->setHintToolTip( tr("The color used for newly created Views nodes.") );
_nodegraphColorsTab->addKnob(_defaultViewsGroupColor);
_defaultDeepGroupColor = AppManager::createKnob<KnobColor>(this, tr("Deep group"), 3);
_defaultDeepGroupColor->setName("defaultDeepColor");
_defaultDeepGroupColor->setSimplified(true);
_defaultDeepGroupColor->setHintToolTip( tr("The color used for newly created Deep nodes.") );
_nodegraphColorsTab->addKnob(_defaultDeepGroupColor);
} // Settings::initializeKnobsNodeGraphColors
void
Settings::initializeKnobsScriptEditorColors()
{
_scriptEditorColorsTab = AppManager::createKnob<KnobPage>( this, tr("Script Editor") );
_scriptEditorColorsTab->setParentKnob(_appearanceTab);
_scriptEditorFontChoice = AppManager::createKnob<KnobChoice>( this, tr("Font") );
_scriptEditorFontChoice->setHintToolTip( tr("List of all fonts available on your system") );
_scriptEditorFontChoice->setName("scriptEditorFont");