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rawTherapee/rtgui/toolpanelcoord.cc
Lawrence Lee a7010d25cd Fix theme margins 
Fix spacing that was changed due to the restructuring of foldable tool
panels.
2021-12-19 14:51:47 -08:00

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/*
* This file is part of RawTherapee.
*
* Copyright (c) 2004-2010 Gabor Horvath <hgabor@rawtherapee.com>
*
* RawTherapee 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 3 of the License, or
* (at your option) any later version.
*
* RawTherapee 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 RawTherapee. If not, see <https://www.gnu.org/licenses/>.
*/
#include <iostream>
#include "multilangmgr.h"
#include "toolpanelcoord.h"
#include "metadatapanel.h"
#include "options.h"
#include "rtimage.h"
#include "../rtengine/imagesource.h"
#include "../rtengine/dfmanager.h"
#include "../rtengine/ffmanager.h"
#include "../rtengine/improcfun.h"
#include "../rtengine/perspectivecorrection.h"
#include "../rtengine/procevents.h"
#include "../rtengine/refreshmap.h"
using namespace rtengine::procparams;
using Tool = ToolPanelCoordinator::Tool;
using ToolTree = ToolPanelCoordinator::ToolTree;
const std::vector<ToolTree> EXPOSURE_PANEL_TOOLS = {
{
.id = Tool::TONE_CURVE,
},
{
.id = Tool::SHADOWS_HIGHLIGHTS,
},
{
.id = Tool::EPD,
},
{
.id = Tool::FATTAL,
},
{
.id = Tool::PC_VIGNETTE,
},
{
.id = Tool::GRADIENT,
},
{
.id = Tool::L_CURVE,
},
};
const std::vector<ToolTree> DETAILS_PANEL_TOOLS = {
{
.id = Tool::SPOT,
},
{
.id = Tool::SHARPENING_TOOL,
},
{
.id = Tool::LOCAL_CONTRAST,
},
{
.id = Tool::SHARPEN_EDGE,
},
{
.id = Tool::SHARPEN_MICRO,
},
{
.id = Tool::IMPULSE_DENOISE,
},
{
.id = Tool::DIR_PYR_DENOISE,
},
{
.id = Tool::DEFRINGE_TOOL,
},
{
.id = Tool::DIR_PYR_EQUALIZER,
},
{
.id = Tool::DEHAZE,
},
};
const std::vector<ToolTree> COLOR_PANEL_TOOLS = {
{
.id = Tool::WHITE_BALANCE,
},
{
.id = Tool::VIBRANCE,
},
{
.id = Tool::CH_MIXER,
},
{
.id = Tool::BLACK_WHITE,
},
{
.id = Tool::HSV_EQUALIZER,
},
{
.id = Tool::FILM_SIMULATION,
},
{
.id = Tool::FILM_NEGATIVE,
},
{
.id = Tool::SOFT_LIGHT,
},
{
.id = Tool::RGB_CURVES,
},
{
.id = Tool::COLOR_TONING,
},
{
.id = Tool::ICM,
},
};
const std::vector<ToolTree> ADVANCED_PANEL_TOOLS = {
{
.id = Tool::RETINEX_TOOL,
},
{
.id = Tool::COLOR_APPEARANCE,
},
{
.id = Tool::WAVELET,
},
};
const std::vector<ToolTree> LOCALLAB_PANEL_TOOLS = {
{
.id = Tool::LOCALLAB,
},
};
const std::vector<ToolTree> TRANSFORM_PANEL_TOOLS = {
{
.id = Tool::CROP_TOOL,
},
{
.id = Tool::RESIZE_TOOL,
.children = {
{
.id = Tool::PR_SHARPENING,
},
},
},
{
.id = Tool::LENS_GEOM,
.children = {
{
.id = Tool::ROTATE,
},
{
.id = Tool::PERSPECTIVE,
},
{
.id = Tool::LENS_PROF,
},
{
.id = Tool::DISTORTION,
},
{
.id = Tool::CA_CORRECTION,
},
{
.id = Tool::VIGNETTING,
},
},
},
};
const std::vector<ToolTree> RAW_PANEL_TOOLS = {
{
.id = Tool::SENSOR_BAYER,
.children = {
{
{
.id = Tool::BAYER_PROCESS,
},
{
.id = Tool::BAYER_RAW_EXPOSURE,
},
{
.id = Tool::BAYER_PREPROCESS,
},
{
.id = Tool::RAW_CA_CORRECTION,
},
},
},
},
{
.id = Tool::SENSOR_XTRANS,
.children = {
{
{
.id = Tool::XTRANS_PROCESS,
},
{
.id = Tool::XTRANS_RAW_EXPOSURE,
},
},
},
},
{
.id = Tool::RAW_EXPOSURE,
},
{
.id = Tool::PREPROCESS_WB,
},
{
.id = Tool::PREPROCESS,
},
{
.id = Tool::DARKFRAME_TOOL,
},
{
.id = Tool::FLATFIELD_TOOL,
},
{
.id = Tool::PD_SHARPENING,
},
};
const ToolPanelCoordinator::ToolLayout PANEL_TOOLS = {
{
ToolPanelCoordinator::Panel::EXPOSURE,
EXPOSURE_PANEL_TOOLS
},
{
ToolPanelCoordinator::Panel::DETAILS,
DETAILS_PANEL_TOOLS
},
{
ToolPanelCoordinator::Panel::COLOR,
COLOR_PANEL_TOOLS
},
{
ToolPanelCoordinator::Panel::ADVANCED,
ADVANCED_PANEL_TOOLS
},
{
ToolPanelCoordinator::Panel::LOCALLAB,
LOCALLAB_PANEL_TOOLS
},
{
ToolPanelCoordinator::Panel::TRANSFORM_PANEL,
TRANSFORM_PANEL_TOOLS
},
{
ToolPanelCoordinator::Panel::RAW,
RAW_PANEL_TOOLS
},
};
std::unordered_map<std::string, Tool> ToolPanelCoordinator::toolNamesReverseMap;
ToolPanelCoordinator::ToolPanelCoordinator (bool batch) : ipc (nullptr), favoritePanelSW(nullptr), hasChanged (false), batch(batch), editDataProvider (nullptr), photoLoadedOnce(false)
{
favoritePanel = Gtk::manage (new ToolVBox ());
exposurePanel = Gtk::manage (new ToolVBox ());
detailsPanel = Gtk::manage (new ToolVBox ());
colorPanel = Gtk::manage (new ToolVBox ());
transformPanel = Gtk::manage (new ToolVBox ());
rawPanel = Gtk::manage (new ToolVBox ());
advancedPanel = Gtk::manage (new ToolVBox ());
locallabPanel = Gtk::manage(new ToolVBox());
coarse = Gtk::manage (new CoarsePanel ());
toneCurve = Gtk::manage (new ToneCurve ());
shadowshighlights = Gtk::manage (new ShadowsHighlights ());
impulsedenoise = Gtk::manage (new ImpulseDenoise ());
defringe = Gtk::manage (new Defringe ());
spot = Gtk::manage (new Spot ());
dirpyrdenoise = Gtk::manage (new DirPyrDenoise ());
epd = Gtk::manage (new EdgePreservingDecompositionUI ());
sharpening = Gtk::manage (new Sharpening ());
localContrast = Gtk::manage(new LocalContrast());
sharpenEdge = Gtk::manage(new SharpenEdge());
sharpenMicro = Gtk::manage(new SharpenMicro());
lcurve = Gtk::manage(new LCurve());
rgbcurves = Gtk::manage(new RGBCurves());
colortoning = Gtk::manage(new ColorToning());
lensgeom = Gtk::manage(new LensGeometry());
lensProf = Gtk::manage(new LensProfilePanel());
distortion = Gtk::manage(new Distortion());
rotate = Gtk::manage(new Rotate());
vibrance = Gtk::manage(new Vibrance());
colorappearance = Gtk::manage(new ColorAppearance());
whitebalance = Gtk::manage(new WhiteBalance());
vignetting = Gtk::manage(new Vignetting());
retinex = Gtk::manage(new Retinex());
gradient = Gtk::manage(new Gradient());
locallab = Gtk::manage(new Locallab());
pcvignette = Gtk::manage(new PCVignette());
perspective = Gtk::manage(new PerspCorrection());
cacorrection = Gtk::manage(new CACorrection());
chmixer = Gtk::manage(new ChMixer());
blackwhite = Gtk::manage(new BlackWhite());
resize = Gtk::manage(new Resize());
prsharpening = Gtk::manage(new PrSharpening());
crop = Gtk::manage(new Crop());
icm = Gtk::manage(new ICMPanel());
metadata = Gtk::manage(new MetaDataPanel());
wavelet = Gtk::manage(new Wavelet());
dirpyrequalizer = Gtk::manage(new DirPyrEqualizer());
hsvequalizer = Gtk::manage(new HSVEqualizer());
filmSimulation = Gtk::manage(new FilmSimulation());
softlight = Gtk::manage(new SoftLight());
dehaze = Gtk::manage(new Dehaze());
sensorbayer = Gtk::manage(new SensorBayer());
sensorxtrans = Gtk::manage(new SensorXTrans());
bayerprocess = Gtk::manage(new BayerProcess());
xtransprocess = Gtk::manage(new XTransProcess());
bayerpreprocess = Gtk::manage(new BayerPreProcess());
preprocess = Gtk::manage(new PreProcess());
darkframe = Gtk::manage(new DarkFrame());
flatfield = Gtk::manage(new FlatField());
rawcacorrection = Gtk::manage(new RAWCACorr());
rawexposure = Gtk::manage(new RAWExposure());
preprocessWB = Gtk::manage (new PreprocessWB ());
bayerrawexposure = Gtk::manage(new BayerRAWExposure());
xtransrawexposure = Gtk::manage(new XTransRAWExposure());
fattal = Gtk::manage(new FattalToneMapping());
filmNegative = Gtk::manage (new FilmNegative());
pdSharpening = Gtk::manage (new PdSharpening());
// So Demosaic, Line noise filter, Green Equilibration, Ca-Correction (garder le nom de section identique!) and Black-Level will be moved in a "Bayer sensor" tool,
// and a separate Demosaic and Black Level tool will be created in an "X-Trans sensor" tool
// X-Trans demozaic methods: "3-pass (best), 1-pass (medium), fast"
// Mettre jour les profils fournis pour inclure les nouvelles section Raw, notamment pour "Default High ISO"
// Valeurs par dfaut:
// Best -> low ISO
// Medium -> High ISO
for (const auto &panel_tool_layout : getDefaultToolLayout()) {
const auto &panel_tools = panel_tool_layout.second;
std::vector<const ToolTree *> unprocessed_tools(panel_tools.size());
// Start with the root tools for every panel.
std::transform(
panel_tools.begin(),
panel_tools.end(),
unprocessed_tools.begin(),
[](const ToolTree &tool_tree) { return &tool_tree; });
// Process each tool.
while (!unprocessed_tools.empty()) {
// Pop from stack of unprocessed.
const ToolTree *cur_tool = unprocessed_tools.back();
unprocessed_tools.pop_back();
// Add tool to list of expanders and tool panels.
FoldableToolPanel *const tool_panel = getFoldableToolPanel(*cur_tool);
expList.push_back(tool_panel->getExpander());
toolPanels.push_back(tool_panel);
expanderToToolPanelMap[tool_panel->getExpander()] = tool_panel;
toolToDefaultToolTreeMap[cur_tool->id] = cur_tool;
// Show all now, since they won't be attached to a parent.
tool_panel->getExpander()->show_all();
// Add children to unprocessed.
for (const auto &child_tool : cur_tool->children) {
unprocessed_tools.push_back(&child_tool);
}
}
}
toolPanels.push_back (coarse);
toolPanels.push_back(metadata);
toolPanelNotebook = new Gtk::Notebook();
toolPanelNotebook->set_name("ToolPanelNotebook");
favoritePanelSW.reset(new MyScrolledWindow());
exposurePanelSW = Gtk::manage (new MyScrolledWindow ());
detailsPanelSW = Gtk::manage (new MyScrolledWindow ());
colorPanelSW = Gtk::manage (new MyScrolledWindow ());
transformPanelSW = Gtk::manage (new MyScrolledWindow ());
rawPanelSW = Gtk::manage (new MyScrolledWindow ());
advancedPanelSW = Gtk::manage (new MyScrolledWindow ());
locallabPanelSW = Gtk::manage(new MyScrolledWindow());
// load panel endings
for (int i = 0; i < 8; i++) {
vbPanelEnd[i] = Gtk::manage (new Gtk::Box(Gtk::ORIENTATION_VERTICAL));
imgPanelEnd[i] = Gtk::manage (new RTImage ("ornament1.png"));
imgPanelEnd[i]->show();
vbPanelEnd[i]->get_style_context()->add_class("PanelEnding");
vbPanelEnd[i]->pack_start(*imgPanelEnd[i], Gtk::PACK_SHRINK);
vbPanelEnd[i]->show_all();
}
updateVScrollbars(options.hideTPVScrollbar);
Gtk::Box *favoritePanelContainer =
Gtk::manage(new Gtk::Box(Gtk::Orientation::ORIENTATION_VERTICAL));
Gtk::Box *exposurePanelContainer =
Gtk::manage(new Gtk::Box(Gtk::Orientation::ORIENTATION_VERTICAL));
Gtk::Box *detailsPanelContainer =
Gtk::manage(new Gtk::Box(Gtk::Orientation::ORIENTATION_VERTICAL));
Gtk::Box *colorPanelContainer =
Gtk::manage(new Gtk::Box(Gtk::Orientation::ORIENTATION_VERTICAL));
Gtk::Box *advancedPanelContainer =
Gtk::manage(new Gtk::Box(Gtk::Orientation::ORIENTATION_VERTICAL));
Gtk::Box *locallabPanelContainer =
Gtk::manage(new Gtk::Box(Gtk::Orientation::ORIENTATION_VERTICAL));
Gtk::Box *transformPanelContainer =
Gtk::manage(new Gtk::Box(Gtk::Orientation::ORIENTATION_VERTICAL));
Gtk::Box *rawPanelContainer =
Gtk::manage(new Gtk::Box(Gtk::Orientation::ORIENTATION_VERTICAL));
favoritePanelSW->add(*favoritePanelContainer);
favoritePanelContainer->pack_start(*favoritePanel, Gtk::PACK_SHRINK);
favoritePanelContainer->pack_start(*vbPanelEnd[0], Gtk::PACK_SHRINK);
favoritePanelSW->show_all();
exposurePanelSW->add (*exposurePanelContainer);
exposurePanelContainer->pack_start(*exposurePanel, Gtk::PACK_SHRINK);
exposurePanelContainer->pack_start (*vbPanelEnd[1], Gtk::PACK_SHRINK);
detailsPanelSW->add (*detailsPanelContainer);
detailsPanelContainer->pack_start(*detailsPanel, Gtk::PACK_SHRINK);
detailsPanelContainer->pack_start (*vbPanelEnd[2], Gtk::PACK_SHRINK);
colorPanelSW->add (*colorPanelContainer);
colorPanelContainer->pack_start(*colorPanel, Gtk::PACK_SHRINK);
colorPanelContainer->pack_start (*vbPanelEnd[3], Gtk::PACK_SHRINK);
advancedPanelSW->add (*advancedPanelContainer);
advancedPanelContainer->pack_start(*advancedPanel, Gtk::PACK_SHRINK);
advancedPanelContainer->pack_start (*vbPanelEnd[6], Gtk::PACK_SHRINK);
locallabPanelSW->add(*locallabPanelContainer);
locallabPanelContainer->pack_start(*locallabPanel, Gtk::PACK_SHRINK);
locallabPanelContainer->pack_start(*vbPanelEnd[7], Gtk::PACK_SHRINK);
transformPanelSW->add (*transformPanelContainer);
transformPanelContainer->pack_start(*transformPanel, Gtk::PACK_SHRINK);
transformPanelContainer->pack_start (*vbPanelEnd[4], Gtk::PACK_SHRINK);
rawPanelSW->add (*rawPanelContainer);
rawPanelContainer->pack_start(*rawPanel, Gtk::PACK_SHRINK);
rawPanelContainer->pack_start (*vbPanelEnd[5], Gtk::PACK_SHRINK);
toiF.reset(new TextOrIcon ("star.png", M ("MAIN_TAB_FAVORITES"), M ("MAIN_TAB_FAVORITES_TOOLTIP")));
toiE = Gtk::manage (new TextOrIcon ("exposure.png", M ("MAIN_TAB_EXPOSURE"), M ("MAIN_TAB_EXPOSURE_TOOLTIP")));
toiD = Gtk::manage (new TextOrIcon ("detail.png", M ("MAIN_TAB_DETAIL"), M ("MAIN_TAB_DETAIL_TOOLTIP")));
toiC = Gtk::manage (new TextOrIcon ("color-circles.png", M ("MAIN_TAB_COLOR"), M ("MAIN_TAB_COLOR_TOOLTIP")));
toiW = Gtk::manage (new TextOrIcon ("atom.png", M ("MAIN_TAB_ADVANCED"), M ("MAIN_TAB_ADVANCED_TOOLTIP")));
toiL = Gtk::manage(new TextOrIcon("hand-open.png", M("MAIN_TAB_LOCALLAB"), M("MAIN_TAB_LOCALLAB_TOOLTIP")));
toiT = Gtk::manage (new TextOrIcon ("transform.png", M ("MAIN_TAB_TRANSFORM"), M ("MAIN_TAB_TRANSFORM_TOOLTIP")));
toiR = Gtk::manage (new TextOrIcon ("bayer.png", M ("MAIN_TAB_RAW"), M ("MAIN_TAB_RAW_TOOLTIP")));
toiM = Gtk::manage (new TextOrIcon ("metadata.png", M ("MAIN_TAB_METADATA"), M ("MAIN_TAB_METADATA_TOOLTIP")));
toiF->show_all();
if (options.favorites.size()) {
toolPanelNotebook->append_page(*favoritePanelSW, *toiF);
}
toolPanelNotebook->append_page (*exposurePanelSW, *toiE);
toolPanelNotebook->append_page (*detailsPanelSW, *toiD);
toolPanelNotebook->append_page (*colorPanelSW, *toiC);
toolPanelNotebook->append_page (*advancedPanelSW, *toiW);
// Locallab notebook is hidden in batch mode
if (!batch) {
toolPanelNotebook->append_page(*locallabPanelSW, *toiL);
}
toolPanelNotebook->append_page (*transformPanelSW, *toiT);
toolPanelNotebook->append_page (*rawPanelSW, *toiR);
toolPanelNotebook->append_page (*metadata, *toiM);
toolPanelNotebook->set_scrollable();
toolPanelNotebook->show_all();
updateToolLocations(options.favorites, options.cloneFavoriteTools);
notebookconn = toolPanelNotebook->signal_switch_page().connect(
sigc::mem_fun(*this, &ToolPanelCoordinator::notebookPageChanged));
// In batch mode, notebookPageChanged method is blocked because it's useless to display spots
if (batch) {
notebookconn.block(true);
}
for (auto toolPanel : toolPanels) {
toolPanel->setListener(this);
}
whitebalance->setWBProvider(this);
whitebalance->setSpotWBListener(this);
darkframe->setDFProvider(this);
flatfield->setFFProvider(this);
lensgeom->setLensGeomListener(this);
rotate->setLensGeomListener(this);
perspective->setLensGeomListener(this);
perspective->setPerspCorrectionPanelListener(this);
distortion->setLensGeomListener(this);
crop->setCropPanelListener(this);
icm->setICMPanelListener(this);
filmNegative->setFilmNegProvider(this);
toolBar = new ToolBar();
toolBar->setToolBarListener(this);
prevPage = toolPanelNotebook->get_nth_page(0);
}
const ToolPanelCoordinator::ToolLayout &ToolPanelCoordinator::getDefaultToolLayout()
{
return PANEL_TOOLS;
}
Tool ToolPanelCoordinator::getToolFromName(const std::string &name)
{
if (toolNamesReverseMap.empty()) {
// Create the name to tool mapping.
const auto panels = ToolPanelCoordinator::getDefaultToolLayout();
std::vector<const ToolPanelCoordinator::ToolTree *> unprocessed_tool_trees;
// Get the root tools from each panel.
for (const auto &panel_tools : panels) {
for (const auto &tool : panel_tools.second) {
unprocessed_tool_trees.push_back(&tool);
}
}
// Process all the tools, including their children.
while (unprocessed_tool_trees.size() > 0) {
const ToolPanelCoordinator::ToolTree *tool_tree =
unprocessed_tool_trees.back();
unprocessed_tool_trees.pop_back();
toolNamesReverseMap[getToolName(tool_tree->id)] = tool_tree->id;
for (const auto &child_tree : tool_tree->children) {
unprocessed_tool_trees.push_back(&child_tree);
}
}
}
return toolNamesReverseMap.at(name);
}
std::string ToolPanelCoordinator::getToolName(Tool tool)
{
switch (tool) {
case Tool::TONE_CURVE:
return ToneCurve::TOOL_NAME;
case Tool::SHADOWS_HIGHLIGHTS:
return ShadowsHighlights::TOOL_NAME;
case Tool::IMPULSE_DENOISE:
return ImpulseDenoise::TOOL_NAME;
case Tool::DEFRINGE_TOOL:
return Defringe::TOOL_NAME;
case Tool::SPOT:
return Spot::TOOL_NAME;
case Tool::DIR_PYR_DENOISE:
return DirPyrDenoise::TOOL_NAME;
case Tool::EPD:
return EdgePreservingDecompositionUI::TOOL_NAME;
case Tool::SHARPENING_TOOL:
return Sharpening::TOOL_NAME;
case Tool::LOCAL_CONTRAST:
return LocalContrast::TOOL_NAME;
case Tool::SHARPEN_EDGE:
return SharpenEdge::TOOL_NAME;
case Tool::SHARPEN_MICRO:
return SharpenMicro::TOOL_NAME;
case Tool::L_CURVE:
return LCurve::TOOL_NAME;
case Tool::RGB_CURVES:
return RGBCurves::TOOL_NAME;
case Tool::COLOR_TONING:
return ColorToning::TOOL_NAME;
case Tool::LENS_GEOM:
return LensGeometry::TOOL_NAME;
case Tool::LENS_PROF:
return LensProfilePanel::TOOL_NAME;
case Tool::DISTORTION:
return Distortion::TOOL_NAME;
case Tool::ROTATE:
return Rotate::TOOL_NAME;
case Tool::VIBRANCE:
return Vibrance::TOOL_NAME;
case Tool::COLOR_APPEARANCE:
return ColorAppearance::TOOL_NAME;
case Tool::WHITE_BALANCE:
return WhiteBalance::TOOL_NAME;
case Tool::VIGNETTING:
return Vignetting::TOOL_NAME;
case Tool::RETINEX_TOOL:
return Retinex::TOOL_NAME;
case Tool::GRADIENT:
return Gradient::TOOL_NAME;
case Tool::LOCALLAB:
return Locallab::TOOL_NAME;
case Tool::PC_VIGNETTE:
return PCVignette::TOOL_NAME;
case Tool::PERSPECTIVE:
return PerspCorrection::TOOL_NAME;
case Tool::CA_CORRECTION:
return CACorrection::TOOL_NAME;
case Tool::CH_MIXER:
return ChMixer::TOOL_NAME;
case Tool::BLACK_WHITE:
return BlackWhite::TOOL_NAME;
case Tool::RESIZE_TOOL:
return Resize::TOOL_NAME;
case Tool::PR_SHARPENING:
return PrSharpening::TOOL_NAME;
case Tool::CROP_TOOL:
return Crop::TOOL_NAME;
case Tool::ICM:
return ICMPanel::TOOL_NAME;
case Tool::WAVELET:
return Wavelet::TOOL_NAME;
case Tool::DIR_PYR_EQUALIZER:
return DirPyrEqualizer::TOOL_NAME;
case Tool::HSV_EQUALIZER:
return HSVEqualizer::TOOL_NAME;
case Tool::FILM_SIMULATION:
return FilmSimulation::TOOL_NAME;
case Tool::SOFT_LIGHT:
return SoftLight::TOOL_NAME;
case Tool::DEHAZE:
return Dehaze::TOOL_NAME;
case Tool::SENSOR_BAYER:
return SensorBayer::TOOL_NAME;
case Tool::SENSOR_XTRANS:
return SensorXTrans::TOOL_NAME;
case Tool::BAYER_PROCESS:
return BayerProcess::TOOL_NAME;
case Tool::XTRANS_PROCESS:
return XTransProcess::TOOL_NAME;
case Tool::BAYER_PREPROCESS:
return BayerPreProcess::TOOL_NAME;
case Tool::PREPROCESS:
return PreProcess::TOOL_NAME;
case Tool::DARKFRAME_TOOL:
return DarkFrame::TOOL_NAME;
case Tool::FLATFIELD_TOOL:
return FlatField::TOOL_NAME;
case Tool::RAW_CA_CORRECTION:
return RAWCACorr::TOOL_NAME;
case Tool::RAW_EXPOSURE:
return RAWExposure::TOOL_NAME;
case Tool::PREPROCESS_WB:
return PreprocessWB::TOOL_NAME;
case Tool::BAYER_RAW_EXPOSURE:
return BayerRAWExposure::TOOL_NAME;
case Tool::XTRANS_RAW_EXPOSURE:
return XTransRAWExposure::TOOL_NAME;
case Tool::FATTAL:
return FattalToneMapping::TOOL_NAME;
case Tool::FILM_NEGATIVE:
return FilmNegative::TOOL_NAME;
case Tool::PD_SHARPENING:
return PdSharpening::TOOL_NAME;
};
assert(false);
return "";
};
bool ToolPanelCoordinator::isFavoritable(Tool tool)
{
switch (tool) {
case Tool::PR_SHARPENING:
return false;
default:
return true;
}
}
void ToolPanelCoordinator::notebookPageChanged(Gtk::Widget* page, guint page_num)
{
updatePanelTools(page, options.favorites, options.cloneFavoriteTools);
// Locallab spot curves are set visible if at least one photo has been loaded (to avoid
// segfault) and locallab panel is active
if (photoLoadedOnce) {
if (page == locallabPanelSW) {
toolBar->blockEditDeactivation(); // Avoid edit tool deactivation when Locallab page is active (except if pressing other tools button)
locallab->subscribe();
}
if (prevPage == locallabPanelSW) { // To deactivate Locallab only when switching from Locallab page
toolBar->blockEditDeactivation(false);
locallab->unsubscribe();
}
prevPage = page;
}
}
void ToolPanelCoordinator::updateFavoritesPanel(
const std::vector<Glib::ustring> &favoritesNames,
bool cloneFavoriteTools)
{
std::unordered_set<Tool, ScopedEnumHash> favorites_set;
std::vector<std::reference_wrapper<const ToolTree>> favorites_tool_tree;
for (const auto &tool_name : favoritesNames) {
Tool tool;
try {
tool = getToolFromName(tool_name.raw());
} catch (const std::out_of_range &e) {
if (rtengine::settings->verbose) {
std::cerr
<< "Unrecognized favorite tool \"" << tool_name << "\""
<< std::endl;
}
continue;
}
if (isFavoritable(tool)) {
favorites_set.insert(tool);
favorites_tool_tree.push_back(
std::ref(*(toolToDefaultToolTreeMap.at(tool))));
}
}
updateToolPanel(
favoritePanel, favorites_tool_tree, 1, favorites_set, cloneFavoriteTools);
}
void ToolPanelCoordinator::updatePanelTools(
Gtk::Widget *page,
const std::vector<Glib::ustring> &favorites,
bool cloneFavoriteTools)
{
if (page == favoritePanelSW.get()) {
updateFavoritesPanel(favorites, cloneFavoriteTools);
return;
}
ToolVBox *panel = nullptr;
const std::vector<ToolTree> *default_panel_tools = nullptr;
if (page == exposurePanelSW) {
panel = exposurePanel;
default_panel_tools = &EXPOSURE_PANEL_TOOLS;
} else if (page == detailsPanelSW) {
panel = detailsPanel;
default_panel_tools = &DETAILS_PANEL_TOOLS;
} else if (page == colorPanelSW) {
panel = colorPanel;
default_panel_tools = &COLOR_PANEL_TOOLS;
} else if (page == transformPanelSW) {
panel = transformPanel;
default_panel_tools = &TRANSFORM_PANEL_TOOLS;
} else if (page == rawPanelSW) {
panel = rawPanel;
default_panel_tools = &RAW_PANEL_TOOLS;
} else if (page == advancedPanelSW) {
panel = advancedPanel;
default_panel_tools = &ADVANCED_PANEL_TOOLS;
} else if (page == locallabPanelSW) {
panel = locallabPanel;
default_panel_tools = &LOCALLAB_PANEL_TOOLS;
} else {
return;
}
assert(panel && default_panel_tools);
std::unordered_set<Tool, ScopedEnumHash> favoriteTools;
for (const auto &tool_name : favorites) {
Tool tool;
try {
tool = getToolFromName(tool_name.raw());
} catch (const std::out_of_range &e) {
if (rtengine::settings->verbose) {
std::cerr
<< "Unrecognized favorite tool \"" << tool_name << "\""
<< std::endl;
}
continue;
}
if (isFavoritable(tool)) {
favoriteTools.insert(tool);
}
}
updateToolPanel(panel, *default_panel_tools, 1, favoriteTools, cloneFavoriteTools);
}
template <typename T>
typename std::enable_if<std::is_convertible<T, const ToolTree>::value, void>::type
ToolPanelCoordinator::updateToolPanel(
Gtk::Box *panelBox,
const std::vector<T> &children,
int level,
const std::unordered_set<Tool, ScopedEnumHash> &favorites,
bool cloneFavoriteTools)
{
const bool is_favorite_panel = panelBox == favoritePanel;
const bool skip_favorites = !cloneFavoriteTools && !is_favorite_panel;
const std::vector<Gtk::Widget *> old_tool_panels = panelBox->get_children();
auto old_widgets_iter = old_tool_panels.begin();
auto new_tool_trees_iter = children.begin();
// Indicates if this tool should not be added. Favorite tools are skipped
// if they are sub-tools within the favorites panel, or if tool cloning is
// off and they are not within the favorites panel.
const auto should_skip_tool =
[this, skip_favorites, &favorites](const ToolTree &tool_tree) {
return (skip_favorites && favorites.count(tool_tree.id)) ||
(batch && tool_tree.id == Tool::LOCALLAB);
};
// Keep tools that are already correct.
while (
old_widgets_iter != old_tool_panels.end() &&
new_tool_trees_iter != children.end()) {
if (should_skip_tool(*new_tool_trees_iter)) {
++new_tool_trees_iter;
continue;
}
if (*old_widgets_iter !=
getFoldableToolPanel(*new_tool_trees_iter)->getExpander()) {
break;
}
++new_tool_trees_iter;
++old_widgets_iter;
}
// Remove incorrect tools.
for (auto iter = old_tool_panels.end(); iter != old_widgets_iter;) {
--iter;
FoldableToolPanel *old_tool_panel = expanderToToolPanelMap.at(*iter);
assert(*iter == old_tool_panel->getExpander());
panelBox->remove(**iter);
old_tool_panel->setParent(nullptr);
}
// Add correct tools.
for (; new_tool_trees_iter != children.end(); new_tool_trees_iter++) {
if (should_skip_tool(*new_tool_trees_iter)) {
continue;
}
FoldableToolPanel *tool_panel =
getFoldableToolPanel(*new_tool_trees_iter);
if (tool_panel->getParent()) {
tool_panel->getParent()->remove(*tool_panel->getExpander());
}
addPanel(panelBox, tool_panel, level);
}
// Update the child tools.
for (const ToolTree &tool_tree : children) {
const FoldableToolPanel *tool_panel = getFoldableToolPanel(tool_tree);
updateToolPanel(
tool_panel->getSubToolsContainer(),
tool_tree.children,
level + 1,
favorites,
cloneFavoriteTools && !is_favorite_panel);
}
}
void ToolPanelCoordinator::addPanel(Gtk::Box* where, FoldableToolPanel* panel, int level)
{
panel->setParent(where);
panel->setLevel(level);
where->pack_start(*panel->getExpander(), false, false);
}
ToolPanelCoordinator::~ToolPanelCoordinator ()
{
idle_register.destroy();
closeImage();
// When deleting toolPanelNotebook, pages removal activates notebookPageChanged function
// which is responsible of segfault if listener isn't deactivated before
notebookconn.block(true);
// Foldable tool panels manage (Gtk::manage) their expanders. Each expander
// will only be automatically deleted if attached to a parent and the parent
// is deleted. This is a hack in lieu of a potentially tedious refactoring
// of FoldableToolPanel.
std::unique_ptr<Gtk::Box> hidden_tool_panel_parent(new Gtk::Box());
for (const auto expander : expList) {
if (!expander->get_parent()) {
hidden_tool_panel_parent->add(*expander);
}
}
delete toolPanelNotebook;
delete toolBar;
}
void ToolPanelCoordinator::imageTypeChanged(bool isRaw, bool isBayer, bool isXtrans, bool isMono)
{
if (isRaw) {
if (isBayer) {
idle_register.add(
[this]() -> bool
{
rawPanelSW->set_sensitive(true);
sensorxtrans->FoldableToolPanel::hide();
xtransprocess->FoldableToolPanel::hide();
bayerrawexposure->FoldableToolPanel::show();
xtransrawexposure->FoldableToolPanel::hide();
sensorbayer->FoldableToolPanel::show();
bayerprocess->FoldableToolPanel::show();
bayerpreprocess->FoldableToolPanel::show();
rawcacorrection->FoldableToolPanel::show();
preprocessWB->FoldableToolPanel::show();
preprocess->FoldableToolPanel::show();
flatfield->FoldableToolPanel::show();
pdSharpening->FoldableToolPanel::show();
retinex->FoldableToolPanel::setGrayedOut(false);
return false;
}
);
} else if (isXtrans) {
idle_register.add(
[this]() -> bool
{
rawPanelSW->set_sensitive(true);
sensorxtrans->FoldableToolPanel::show();
xtransprocess->FoldableToolPanel::show();
xtransrawexposure->FoldableToolPanel::show();
bayerrawexposure->FoldableToolPanel::hide();
sensorbayer->FoldableToolPanel::hide();
bayerprocess->FoldableToolPanel::hide();
bayerpreprocess->FoldableToolPanel::hide();
rawcacorrection->FoldableToolPanel::hide();
preprocessWB->FoldableToolPanel::show();
preprocess->FoldableToolPanel::show();
flatfield->FoldableToolPanel::show();
pdSharpening->FoldableToolPanel::show();
retinex->FoldableToolPanel::setGrayedOut(false);
return false;
}
);
} else if (isMono) {
idle_register.add(
[this]() -> bool
{
rawPanelSW->set_sensitive(true);
sensorbayer->FoldableToolPanel::hide();
bayerprocess->FoldableToolPanel::hide();
bayerpreprocess->FoldableToolPanel::hide();
rawcacorrection->FoldableToolPanel::hide();
sensorxtrans->FoldableToolPanel::hide();
xtransprocess->FoldableToolPanel::hide();
xtransrawexposure->FoldableToolPanel::hide();
preprocessWB->FoldableToolPanel::hide();
preprocess->FoldableToolPanel::hide();
flatfield->FoldableToolPanel::show();
pdSharpening->FoldableToolPanel::show();
retinex->FoldableToolPanel::setGrayedOut(false);
return false;
}
);
} else {
idle_register.add(
[this]() -> bool
{
rawPanelSW->set_sensitive(true);
sensorbayer->FoldableToolPanel::hide();
bayerprocess->FoldableToolPanel::hide();
bayerpreprocess->FoldableToolPanel::hide();
rawcacorrection->FoldableToolPanel::hide();
sensorxtrans->FoldableToolPanel::hide();
xtransprocess->FoldableToolPanel::hide();
xtransrawexposure->FoldableToolPanel::hide();
preprocessWB->FoldableToolPanel::hide();
preprocess->FoldableToolPanel::hide();
flatfield->FoldableToolPanel::hide();
pdSharpening->FoldableToolPanel::hide();
retinex->FoldableToolPanel::setGrayedOut(false);
return false;
}
);
}
} else {
idle_register.add(
[this]() -> bool
{
rawPanelSW->set_sensitive(false);
sensorbayer->FoldableToolPanel::hide();
bayerprocess->FoldableToolPanel::hide();
bayerpreprocess->FoldableToolPanel::hide();
rawcacorrection->FoldableToolPanel::hide();
sensorxtrans->FoldableToolPanel::hide();
xtransprocess->FoldableToolPanel::hide();
xtransrawexposure->FoldableToolPanel::hide();
preprocessWB->FoldableToolPanel::hide();
preprocess->FoldableToolPanel::hide();
flatfield->FoldableToolPanel::hide();
pdSharpening->FoldableToolPanel::hide();
retinex->FoldableToolPanel::setGrayedOut(true);
return false;
}
);
}
}
void ToolPanelCoordinator::setTweakOperator (rtengine::TweakOperator *tOperator)
{
if (ipc && tOperator) {
ipc->setTweakOperator(tOperator);
}
}
void ToolPanelCoordinator::unsetTweakOperator (rtengine::TweakOperator *tOperator)
{
if (ipc && tOperator) {
ipc->unsetTweakOperator(tOperator);
}
}
void ToolPanelCoordinator::refreshPreview (const rtengine::ProcEvent& event)
{
if (!ipc) {
return;
}
ProcParams* params = ipc->beginUpdateParams ();
for (auto toolPanel : toolPanels) {
toolPanel->write (params);
}
ipc->endUpdateParams (event); // starts the IPC processing
}
void ToolPanelCoordinator::panelChanged(const rtengine::ProcEvent& event, const Glib::ustring& descr)
{
if (!ipc) {
return;
}
int changeFlags = rtengine::RefreshMapper::getInstance()->getAction(event);
ProcParams* params = ipc->beginUpdateParams();
for (auto toolPanel : toolPanels) {
toolPanel->write(params);
}
// Compensate rotation on flip
if (event == rtengine::EvCTHFlip || event == rtengine::EvCTVFlip) {
if (fabs(params->rotate.degree) > 0.001) {
params->rotate.degree *= -1;
changeFlags |= rtengine::RefreshMapper::getInstance()->getAction(rtengine::EvROTDegree);
rotate->read(params);
}
}
int tr = TR_NONE;
if (params->coarse.rotate == 90) {
tr = TR_R90;
} else if (params->coarse.rotate == 180) {
tr = TR_R180;
} else if (params->coarse.rotate == 270) {
tr = TR_R270;
}
// Update "on preview" geometry
if (event == rtengine::EvPhotoLoaded || event == rtengine::EvProfileChanged || event == rtengine::EvHistoryBrowsed || event == rtengine::EvCTRotate) {
// updating the "on preview" geometry
int fw, fh;
ipc->getInitialImage()->getImageSource()->getFullSize(fw, fh, tr);
gradient->updateGeometry(params->gradient.centerX, params->gradient.centerY, params->gradient.feather, params->gradient.degree, fw, fh);
}
// some transformations make the crop change for convenience
if (event == rtengine::EvCTHFlip) {
crop->hFlipCrop();
crop->write(params);
} else if (event == rtengine::EvCTVFlip) {
crop->vFlipCrop();
crop->write(params);
} else if (event == rtengine::EvCTRotate) {
crop->rotateCrop(params->coarse.rotate, params->coarse.hflip, params->coarse.vflip);
crop->write(params);
resize->update(params->crop.enabled, params->crop.w, params->crop.h, ipc->getFullWidth(), ipc->getFullHeight());
resize->write(params);
} else if (event == rtengine::EvCrop) {
resize->update(params->crop.enabled, params->crop.w, params->crop.h);
resize->write(params);
}
/*
* Manage Locallab mask visibility:
* - Mask preview is updated when choosing a mask preview method
* - Mask preview is also updated when modifying (to avoid hiding a potentially visible mask combobox):
* - Color&Light invers
* - Exposure inversex
* - Shadow Highlight inverssh
* - Soft Light softMethod
* - Mask preview is stopped when creating, deleting or selecting a spot
* - Mask preview is also stopped when removing a spot or resetting all mask visibility
*/
if (event == rtengine::EvlocallabshowmaskMethod) {
const Locallab::llMaskVisibility maskStruc = locallab->getMaskVisibility();
ipc->setLocallabMaskVisibility(maskStruc.previewDeltaE, maskStruc.colorMask, maskStruc.colorMaskinv, maskStruc.expMask, maskStruc.expMaskinv,
maskStruc.SHMask, maskStruc.SHMaskinv, maskStruc.vibMask, maskStruc.softMask,
maskStruc.blMask, maskStruc.tmMask, maskStruc.retiMask, maskStruc.sharMask,
maskStruc.lcMask, maskStruc.cbMask, maskStruc.logMask, maskStruc.maskMask);
} else if (event == rtengine::EvLocallabSpotCreated || event == rtengine::EvLocallabSpotSelectedWithMask ||
event == rtengine::EvLocallabSpotDeleted || event == rtengine::Evlocallabshowreset ||
event == rtengine::EvlocallabToolRemovedWithRefresh) {
locallab->resetMaskVisibility();
ipc->setLocallabMaskVisibility(false, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0);
}
ipc->endUpdateParams(changeFlags); // starts the IPC processing
hasChanged = true;
for (auto paramcListener : paramcListeners) {
paramcListener->procParamsChanged(params, event, descr);
}
// Locallab spot curves are set visible if at least one photo has been loaded (to avoid
// segfault) and locallab panel is active
// When a new photo is loaded, Locallab spot curves need to be set visible again
const auto func =
[this]() -> bool
{
if (photoLoadedOnce && (toolPanelNotebook->get_nth_page(toolPanelNotebook->get_current_page()) == locallabPanelSW)) {
locallab->subscribe();
}
return false;
};
if (event == rtengine::EvPhotoLoaded) {
idle_register.add(func);
}
photoLoadedOnce = true;
}
void ToolPanelCoordinator::profileChange(
const PartialProfile* nparams,
const rtengine::ProcEvent& event,
const Glib::ustring& descr,
const ParamsEdited* paramsEdited,
bool fromLastSave
)
{
int fw, fh, tr;
if (!ipc) {
return;
}
ProcParams *params = ipc->beginUpdateParams();
ProcParams *mergedParams = new ProcParams();
// Copy the current params as default values for the fusion
*mergedParams = *params;
// Reset IPTC values when switching procparams from the History
if (event == rtengine::EvHistoryBrowsed) {
mergedParams->iptc.clear();
mergedParams->exif.clear();
}
// And apply the partial profile nparams to mergedParams
nparams->applyTo(mergedParams, fromLastSave);
// Derive the effective changes, if it's a profile change, to prevent slow RAW rerendering if not necessary
bool filterRawRefresh = false;
if (event != rtengine::EvPhotoLoaded) {
ParamsEdited pe(true);
std::vector<rtengine::procparams::ProcParams> lParams(2);
lParams[0] = *params;
lParams[1] = *mergedParams;
pe.initFrom(lParams);
filterRawRefresh = pe.raw.isUnchanged() && pe.lensProf.isUnchanged() && pe.retinex.isUnchanged() && pe.pdsharpening.isUnchanged();
}
*params = *mergedParams;
delete mergedParams;
tr = TR_NONE;
if (params->coarse.rotate == 90) {
tr = TR_R90;
} else if (params->coarse.rotate == 180) {
tr = TR_R180;
} else if (params->coarse.rotate == 270) {
tr = TR_R270;
}
// trimming overflowing cropped area
ipc->getInitialImage()->getImageSource()->getFullSize(fw, fh, tr);
crop->trim(params, fw, fh);
// updating the GUI with updated values
for (auto toolPanel : toolPanels) {
toolPanel->read(params);
if (event == rtengine::EvPhotoLoaded || event == rtengine::EvProfileChanged) {
toolPanel->autoOpenCurve();
// For Locallab, reset tool expanders visibility only when a photo or profile is loaded
locallab->openAllTools();
}
}
if (event == rtengine::EvPhotoLoaded || event == rtengine::EvProfileChanged || event == rtengine::EvHistoryBrowsed || event == rtengine::EvCTRotate) {
// updating the "on preview" geometry
gradient->updateGeometry(params->gradient.centerX, params->gradient.centerY, params->gradient.feather, params->gradient.degree, fw, fh);
}
// Reset Locallab mask visibility
locallab->resetMaskVisibility();
ipc->setLocallabMaskVisibility(false, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0);
// start the IPC processing
if (filterRawRefresh) {
ipc->endUpdateParams(rtengine::RefreshMapper::getInstance()->getAction(event) & ALLNORAW);
} else {
ipc->endUpdateParams(event);
}
hasChanged = event != rtengine::EvProfileChangeNotification;
for (auto paramcListener : paramcListeners) {
paramcListener->procParamsChanged(params, event, descr);
}
// Locallab spot curves are set visible if at least one photo has been loaded (to avoid
// segfault) and locallab panel is active
// When a new photo is loaded, Locallab spot curves need to be set visible again
const auto func =
[this]() -> bool
{
if (photoLoadedOnce && (toolPanelNotebook->get_nth_page(toolPanelNotebook->get_current_page()) == locallabPanelSW)) {
locallab->subscribe();
}
return false;
};
if (event == rtengine::EvPhotoLoaded) {
idle_register.add(func);
}
photoLoadedOnce = true;
}
void ToolPanelCoordinator::setDefaults(const ProcParams* defparams)
{
if (defparams) {
for (auto toolPanel : toolPanels) {
toolPanel->setDefaults(defparams);
}
}
}
CropGUIListener* ToolPanelCoordinator::getCropGUIListener()
{
return crop;
}
void ToolPanelCoordinator::initImage(rtengine::StagedImageProcessor* ipc_, bool raw)
{
ipc = ipc_;
toneCurve->disableListener();
toneCurve->enableAll();
toneCurve->enableListener();
if (ipc) {
const rtengine::FramesMetaData* pMetaData = ipc->getInitialImage()->getMetaData();
metadata->setImageData(pMetaData);
ipc->setAutoExpListener(toneCurve);
ipc->setAutoCamListener(colorappearance);
ipc->setAutoBWListener(blackwhite);
ipc->setFrameCountListener(bayerprocess);
ipc->setFlatFieldAutoClipListener (flatfield);
ipc->setBayerAutoContrastListener (bayerprocess);
ipc->setXtransAutoContrastListener (xtransprocess);
ipc->setpdSharpenAutoContrastListener (pdSharpening);
ipc->setpdSharpenAutoRadiusListener (pdSharpening);
ipc->setAutoWBListener(whitebalance);
ipc->setAutoColorTonListener(colortoning);
ipc->setAutoprimListener(icm);
ipc->setAutoChromaListener(dirpyrdenoise);
ipc->setWaveletListener(wavelet);
ipc->setRetinexListener(retinex);
ipc->setSizeListener(crop);
ipc->setSizeListener(resize);
ipc->setLocallabListener(locallab);
ipc->setImageTypeListener(this);
ipc->setFilmNegListener(filmNegative);
flatfield->setShortcutPath(Glib::path_get_dirname(ipc->getInitialImage()->getFileName()));
icm->setRawMeta(raw, (const rtengine::FramesData*)pMetaData);
lensProf->setRawMeta(raw, pMetaData);
perspective->setMetadata(pMetaData);
}
toneCurve->setRaw(raw);
hasChanged = true;
}
void ToolPanelCoordinator::closeImage()
{
if (ipc) {
ipc->stopProcessing();
ipc = nullptr;
}
}
void ToolPanelCoordinator::closeAllTools()
{
for (size_t i = 0; i < options.tpOpen.size(); ++i) {
if (i < expList.size()) {
expList[i]->set_expanded(false);
}
}
}
void ToolPanelCoordinator::openAllTools()
{
for (size_t i = 0; i < options.tpOpen.size(); ++i) {
if (i < expList.size()) {
expList[i]->set_expanded(true);
}
}
}
void ToolPanelCoordinator::updateToolState()
{
if (options.tpOpen.empty()) {
for (auto expander : expList) {
expander->set_expanded(false);
}
wavelet->updateToolState({});
retinex->updateToolState({});
return;
}
for (size_t i = 0; i < options.tpOpen.size(); ++i) {
if (i < expList.size()) {
expList[i]->set_expanded(options.tpOpen[i]);
}
}
if (options.tpOpen.size() > expList.size()) {
const size_t sizeWavelet = options.tpOpen.size() - expList.size();
std::vector<int> temp;
for (size_t i = 0; i < sizeWavelet; ++i) {
temp.push_back(options.tpOpen[i + expList.size()]);
}
wavelet->updateToolState(temp);
retinex->updateToolState(temp);
}
}
void ToolPanelCoordinator::readOptions()
{
crop->readOptions();
}
void ToolPanelCoordinator::writeOptions()
{
crop->writeOptions();
if (options.autoSaveTpOpen) {
writeToolExpandedStatus(options.tpOpen);
}
}
void ToolPanelCoordinator::writeToolExpandedStatus(std::vector<int> &tpOpen)
{
tpOpen.clear();
for (size_t i = 0; i < expList.size(); i++) {
tpOpen.push_back(expList.at(i)->get_expanded());
}
wavelet->writeOptions(tpOpen);
retinex->writeOptions(tpOpen);
}
void ToolPanelCoordinator::updateShowtooltipVisibility (bool showtooltip)
{
locallab->updateShowtooltipVisibility(showtooltip);
}
void ToolPanelCoordinator::spotWBselected(int x, int y, Thumbnail* thm)
{
if (!ipc) {
return;
}
// toolBar->setTool (TOOL_HAND);
int rect = whitebalance->getSize();
int ww = ipc->getFullWidth();
int hh = ipc->getFullHeight();
if (x - rect > 0 && y - rect > 0 && x + rect < ww && y + rect < hh) {
double temp;
double green;
ipc->getSpotWB(x, y, rect, temp, green);
whitebalance->setWB(temp, green);
}
}
void ToolPanelCoordinator::sharpMaskSelected(bool sharpMask)
{
if (!ipc) {
return;
}
ipc->beginUpdateParams();
ipc->endUpdateParams (ipc->setSharpMask(sharpMask));
}
int ToolPanelCoordinator::getSpotWBRectSize() const
{
return whitebalance->getSize();
}
void ToolPanelCoordinator::cropSelectionReady()
{
toolBar->setTool (TMHand);
if (!ipc) {
return;
}
}
void ToolPanelCoordinator::rotateSelectionReady(double rotate_deg, Thumbnail* thm)
{
toolBar->setTool (TMHand);
if (!ipc) {
return;
}
if (rotate_deg != 0.0) {
rotate->straighten (rotate_deg);
}
}
ToolBar* ToolPanelCoordinator::getToolBar() const
{
return toolBar;
}
CropGUIListener* ToolPanelCoordinator::startCropEditing(Thumbnail* thm)
{
return crop;
}
void ToolPanelCoordinator::autoCropRequested()
{
if (!ipc) {
return;
}
int x1, y1, x2, y2, w, h;
ipc->getAutoCrop(crop->getRatio(), x1, y1, w, h);
x2 = x1 + w - 1;
y2 = y1 + h - 1;
crop->cropInit(x1, y1, w, h);
crop->cropResized(x1, y1, x2, y2);
crop->cropManipReady();
}
rtengine::RawImage* ToolPanelCoordinator::getDF()
{
if (!ipc) {
return nullptr;
}
const rtengine::FramesMetaData *imd = ipc->getInitialImage()->getMetaData();
if (imd) {
int iso = imd->getISOSpeed();
double shutter = imd->getShutterSpeed();
std::string maker(imd->getMake());
std::string model(imd->getModel());
time_t timestamp = imd->getDateTimeAsTS();
return rtengine::dfm.searchDarkFrame(maker, model, iso, shutter, timestamp);
}
return nullptr;
}
rtengine::RawImage* ToolPanelCoordinator::getFF()
{
if (!ipc) {
return nullptr;
}
const rtengine::FramesMetaData *imd = ipc->getInitialImage()->getMetaData();
if (imd) {
// int iso = imd->getISOSpeed(); temporarily removed because unused
// double shutter = imd->getShutterSpeed(); temporarily removed because unused
double aperture = imd->getFNumber();
double focallength = imd->getFocalLen();
std::string maker(imd->getMake());
std::string model(imd->getModel());
std::string lens(imd->getLens());
time_t timestamp = imd->getDateTimeAsTS();
return rtengine::ffm.searchFlatField(maker, model, lens, focallength, aperture, timestamp);
}
return nullptr;
}
Glib::ustring ToolPanelCoordinator::GetCurrentImageFilePath()
{
if (!ipc) {
return "";
}
return ipc->getInitialImage()->getFileName();
}
void ToolPanelCoordinator::straightenRequested()
{
if (!ipc) {
return;
}
toolBar->setTool(TMStraighten);
}
void ToolPanelCoordinator::autoPerspRequested (bool corr_pitch, bool corr_yaw, double& rot, double& pitch, double& yaw, const std::vector<rtengine::ControlLine> *lines)
{
if (!(ipc && (corr_pitch || corr_yaw))) {
return;
}
rtengine::ImageSource *src = dynamic_cast<rtengine::ImageSource *>(ipc->getInitialImage());
if (!src) {
return;
}
rtengine::procparams::ProcParams params;
ipc->getParams(&params);
auto res = rtengine::PerspectiveCorrection::autocompute(src, corr_pitch, corr_yaw, &params, src->getMetaData(), lines);
rot = res.angle;
pitch = res.pitch;
yaw = res.yaw;
}
double ToolPanelCoordinator::autoDistorRequested()
{
if (!ipc) {
return 0.0;
}
return rtengine::ImProcFunctions::getAutoDistor(ipc->getInitialImage()->getFileName(), 400);
}
void ToolPanelCoordinator::spotWBRequested(int size)
{
if (!ipc) {
return;
}
toolBar->setTool(TMSpotWB);
}
void ToolPanelCoordinator::cropSelectRequested()
{
if (!ipc) {
return;
}
toolBar->setTool(TMCropSelect);
}
void ToolPanelCoordinator::controlLineEditModeChanged(bool active)
{
if (!ipc) {
return;
}
if (active) {
toolBar->setTool(TMPerspective);
}
}
void ToolPanelCoordinator::saveInputICCReference(const Glib::ustring& fname, bool apply_wb)
{
if (ipc) {
ipc->saveInputICCReference(fname, apply_wb);
}
}
void ToolPanelCoordinator::updateCurveBackgroundHistogram(
const LUTu& histToneCurve,
const LUTu& histLCurve,
const LUTu& histCCurve,
const LUTu& histLCAM,
const LUTu& histCCAM,
const LUTu& histRed,
const LUTu& histGreen,
const LUTu& histBlue,
const LUTu& histLuma,
const LUTu& histLRETI
)
{
colorappearance->updateCurveBackgroundHistogram(histToneCurve, histLCurve, histCCurve, histLCAM, histCCAM, histRed, histGreen, histBlue, histLuma, histLRETI);
toneCurve->updateCurveBackgroundHistogram(histToneCurve, histLCurve, histCCurve,histLCAM, histCCAM, histRed, histGreen, histBlue, histLuma, histLRETI);
lcurve->updateCurveBackgroundHistogram(histToneCurve, histLCurve, histCCurve, histLCAM, histCCAM, histRed, histGreen, histBlue, histLuma, histLRETI);
rgbcurves->updateCurveBackgroundHistogram(histToneCurve, histLCurve, histCCurve, histLCAM, histCCAM, histRed, histGreen, histBlue, histLuma, histLRETI);
retinex->updateCurveBackgroundHistogram(histToneCurve, histLCurve, histCCurve, histLCAM, histCCAM, histRed, histGreen, histBlue, histLuma, histLRETI);
}
void ToolPanelCoordinator::foldAllButOne(Gtk::Box* parent, FoldableToolPanel* openedSection)
{
for (auto toolPanel : toolPanels) {
if (toolPanel->getParent() != nullptr) {
ToolPanel* currentTP = toolPanel;
if (currentTP->getParent() == parent) {
// Section in the same tab, we unfold it if it's not the one that has been clicked
if (currentTP != openedSection) {
currentTP->setExpanded(false);
} else {
if (!currentTP->getExpanded()) {
currentTP->setExpanded(true);
}
}
}
}
}
}
void ToolPanelCoordinator::updateToolLocations(
const std::vector<Glib::ustring> &favorites, bool cloneFavoriteTools)
{
const int fav_page_num = toolPanelNotebook->page_num(*favoritePanelSW);
// Add or remove favorites tab if necessary.
if (favorites.empty() && fav_page_num != -1) {
toolPanelNotebook->remove_page(fav_page_num);
} else if (!favorites.empty() && fav_page_num == -1) {
toolPanelNotebook->prepend_page(*favoritePanelSW, *toiF);
}
// Update favorite tool panels list.
favoritesToolPanels.clear();
for (const auto &favorite_name : favorites) {
Tool tool;
try {
tool = getToolFromName(favorite_name.raw());
} catch (const std::out_of_range &e) {
if (rtengine::settings->verbose) {
std::cerr
<< "Unrecognized favorite tool \"" << favorite_name << "\""
<< std::endl;
}
continue;
}
if (isFavoritable(tool)) {
favoritesToolPanels.push_back(getFoldableToolPanel(tool));
}
}
int cur_page_num = toolPanelNotebook->get_current_page();
Gtk::Widget *const cur_page = toolPanelNotebook->get_nth_page(cur_page_num);
updatePanelTools(cur_page, favorites, cloneFavoriteTools);
}
bool ToolPanelCoordinator::handleShortcutKey(GdkEventKey* event)
{
//bool ctrl = event->state & GDK_CONTROL_MASK; temporarily removed because unused
//bool shift = event->state & GDK_SHIFT_MASK; temporarily removed because unused
bool alt = event->state & GDK_MOD1_MASK;
if (alt) {
switch (event->keyval) {
case GDK_KEY_u:
if (toolPanelNotebook->page_num(*favoritePanelSW) >= 0) {
toolPanelNotebook->set_current_page (toolPanelNotebook->page_num (*favoritePanelSW));
}
return true;
case GDK_KEY_e:
toolPanelNotebook->set_current_page(toolPanelNotebook->page_num(*exposurePanelSW));
return true;
case GDK_KEY_d:
toolPanelNotebook->set_current_page(toolPanelNotebook->page_num(*detailsPanelSW));
return true;
case GDK_KEY_c:
toolPanelNotebook->set_current_page(toolPanelNotebook->page_num(*colorPanelSW));
return true;
case GDK_KEY_t:
toolPanelNotebook->set_current_page(toolPanelNotebook->page_num(*transformPanelSW));
return true;
case GDK_KEY_r:
toolPanelNotebook->set_current_page(toolPanelNotebook->page_num(*rawPanelSW));
return true;
case GDK_KEY_a:
toolPanelNotebook->set_current_page(toolPanelNotebook->page_num(*advancedPanelSW));
return true;
case GDK_KEY_o:
toolPanelNotebook->set_current_page(toolPanelNotebook->page_num(*locallabPanelSW));
return true;
case GDK_KEY_m:
toolPanelNotebook->set_current_page(toolPanelNotebook->page_num(*metadata));
return true;
}
}
return false;
}
void ToolPanelCoordinator::updateVScrollbars(bool hide)
{
GThreadLock lock; // All GUI access from idle_add callbacks or separate thread HAVE to be protected
Gtk::PolicyType policy = hide ? Gtk::POLICY_NEVER : Gtk::POLICY_AUTOMATIC;
favoritePanelSW->set_policy (Gtk::POLICY_AUTOMATIC, policy);
exposurePanelSW->set_policy (Gtk::POLICY_AUTOMATIC, policy);
detailsPanelSW->set_policy (Gtk::POLICY_AUTOMATIC, policy);
colorPanelSW->set_policy (Gtk::POLICY_AUTOMATIC, policy);
transformPanelSW->set_policy (Gtk::POLICY_AUTOMATIC, policy);
rawPanelSW->set_policy (Gtk::POLICY_AUTOMATIC, policy);
advancedPanelSW->set_policy (Gtk::POLICY_AUTOMATIC, policy);
locallabPanelSW->set_policy(Gtk::POLICY_AUTOMATIC, policy);
for (auto currExp : expList) {
currExp->updateVScrollbars(hide);
}
}
void ToolPanelCoordinator::updateTPVScrollbar(bool hide)
{
updateVScrollbars(hide);
}
void ToolPanelCoordinator::toolDeselected(ToolMode tool)
{
if (tool == TMPerspective) {
perspective->requestApplyControlLines();
}
}
void ToolPanelCoordinator::toolSelected(ToolMode tool)
{
GThreadLock lock; // All GUI access from idle_add callbacks or separate thread HAVE to be protected
notebookconn.block(true); // "signal_switch_page" event is blocked to avoid unsubscribing Locallab (allows a correct behavior when switching to another tool using toolbar)
auto checkFavorite = [this](FoldableToolPanel* tool) {
for (auto fav : favoritesToolPanels) {
if (fav == tool) {
return true;
}
}
return false;
};
switch (tool) {
case TMCropSelect: {
toolBar->blockEditDeactivation(false); // To allow deactivating Locallab when switching to another tool using toolbar
crop->setExpanded(true);
toolPanelNotebook->set_current_page(toolPanelNotebook->page_num(checkFavorite(crop) ? *favoritePanelSW : *transformPanelSW));
prevPage = toolPanelNotebook->get_nth_page(toolPanelNotebook->get_current_page()); // Updating prevPage as "signal_switch_page" event
break;
}
case TMSpotWB: {
toolBar->blockEditDeactivation(false); // To allow deactivating Locallab when switching to another tool using toolbar
whitebalance->setExpanded(true);
toolPanelNotebook->set_current_page(toolPanelNotebook->page_num(checkFavorite(whitebalance) ? *favoritePanelSW : *colorPanelSW));
prevPage = toolPanelNotebook->get_nth_page(toolPanelNotebook->get_current_page()); // Updating prevPage as "signal_switch_page" event
break;
}
case TMStraighten: {
toolBar->blockEditDeactivation(false); // To allow deactivating Locallab when switching to another tool using toolbar
rotate->setExpanded(true);
bool isFavorite = checkFavorite(rotate);
if (!isFavorite) {
isFavorite = checkFavorite(lensgeom);
lensgeom->setExpanded(true);
}
toolPanelNotebook->set_current_page(toolPanelNotebook->page_num(isFavorite ? *favoritePanelSW : *transformPanelSW));
prevPage = toolPanelNotebook->get_nth_page(toolPanelNotebook->get_current_page()); // Updating prevPage as "signal_switch_page" event
break;
}
case TMPerspective: {
toolBar->blockEditDeactivation(false); // To allow deactivating Locallab when switching to another tool using toolbar
perspective->setControlLineEditMode(true);
perspective->setExpanded(true);
bool isFavorite = checkFavorite(perspective);
if (!isFavorite) {
isFavorite = checkFavorite(lensgeom);
lensgeom->setExpanded(true);
}
toolPanelNotebook->set_current_page(toolPanelNotebook->page_num(isFavorite ? *favoritePanelSW : *transformPanelSW));
prevPage = toolPanelNotebook->get_nth_page(toolPanelNotebook->get_current_page()); // Updating prevPage as "signal_switch_page" event
break;
}
default:
break;
}
updateToolLocations(options.favorites, options.cloneFavoriteTools);
notebookconn.block(false);
}
void ToolPanelCoordinator::editModeSwitchedOff()
{
if (editDataProvider) {
editDataProvider->switchOffEditMode();
}
}
void ToolPanelCoordinator::dirSelected(const Glib::ustring& dirname, const Glib::ustring& openfile)
{
flatfield->setShortcutPath(dirname);
}
void ToolPanelCoordinator::setEditProvider(EditDataProvider *provider)
{
editDataProvider = provider;
for (size_t i = 0; i < toolPanels.size(); i++) {
toolPanels.at(i)->setEditProvider(provider);
}
}
bool ToolPanelCoordinator::getFilmNegativeSpot(rtengine::Coord spot, int spotSize, RGB &refInput, RGB &refOutput)
{
return ipc && ipc->getFilmNegativeSpot(spot.x, spot.y, spotSize, refInput, refOutput);
}
FoldableToolPanel *ToolPanelCoordinator::getFoldableToolPanel(Tool tool) const
{
switch (tool) {
case Tool::TONE_CURVE:
return toneCurve;
case Tool::SHADOWS_HIGHLIGHTS:
return shadowshighlights;
case Tool::IMPULSE_DENOISE:
return impulsedenoise;
case Tool::DEFRINGE_TOOL:
return defringe;
case Tool::SPOT:
return spot;
case Tool::DIR_PYR_DENOISE:
return dirpyrdenoise;
case Tool::EPD:
return epd;
case Tool::SHARPENING_TOOL:
return sharpening;
case Tool::LOCAL_CONTRAST:
return localContrast;
case Tool::SHARPEN_EDGE:
return sharpenEdge;
case Tool::SHARPEN_MICRO:
return sharpenMicro;
case Tool::L_CURVE:
return lcurve;
case Tool::RGB_CURVES:
return rgbcurves;
case Tool::COLOR_TONING:
return colortoning;
case Tool::LENS_GEOM:
return lensgeom;
case Tool::LENS_PROF:
return lensProf;
case Tool::DISTORTION:
return distortion;
case Tool::ROTATE:
return rotate;
case Tool::VIBRANCE:
return vibrance;
case Tool::COLOR_APPEARANCE:
return colorappearance;
case Tool::WHITE_BALANCE:
return whitebalance;
case Tool::VIGNETTING:
return vignetting;
case Tool::RETINEX_TOOL:
return retinex;
case Tool::GRADIENT:
return gradient;
case Tool::LOCALLAB:
return locallab;
case Tool::PC_VIGNETTE:
return pcvignette;
case Tool::PERSPECTIVE:
return perspective;
case Tool::CA_CORRECTION:
return cacorrection;
case Tool::CH_MIXER:
return chmixer;
case Tool::BLACK_WHITE:
return blackwhite;
case Tool::RESIZE_TOOL:
return resize;
case Tool::PR_SHARPENING:
return prsharpening;
case Tool::CROP_TOOL:
return crop;
case Tool::ICM:
return icm;
case Tool::WAVELET:
return wavelet;
case Tool::DIR_PYR_EQUALIZER:
return dirpyrequalizer;
case Tool::HSV_EQUALIZER:
return hsvequalizer;
case Tool::FILM_SIMULATION:
return filmSimulation;
case Tool::SOFT_LIGHT:
return softlight;
case Tool::DEHAZE:
return dehaze;
case Tool::SENSOR_BAYER:
return sensorbayer;
case Tool::SENSOR_XTRANS:
return sensorxtrans;
case Tool::BAYER_PROCESS:
return bayerprocess;
case Tool::XTRANS_PROCESS:
return xtransprocess;
case Tool::BAYER_PREPROCESS:
return bayerpreprocess;
case Tool::PREPROCESS:
return preprocess;
case Tool::DARKFRAME_TOOL:
return darkframe;
case Tool::FLATFIELD_TOOL:
return flatfield;
case Tool::RAW_CA_CORRECTION:
return rawcacorrection;
case Tool::RAW_EXPOSURE:
return rawexposure;
case Tool::PREPROCESS_WB:
return preprocessWB;
case Tool::BAYER_RAW_EXPOSURE:
return bayerrawexposure;
case Tool::XTRANS_RAW_EXPOSURE:
return xtransrawexposure;
case Tool::FATTAL:
return fattal;
case Tool::FILM_NEGATIVE:
return filmNegative;
case Tool::PD_SHARPENING:
return pdSharpening;
};
assert(false);
return nullptr;
}
FoldableToolPanel *ToolPanelCoordinator::getFoldableToolPanel(const ToolTree &toolTree) const
{
return getFoldableToolPanel(toolTree.id);
}
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