File indexing completed on 2024-05-12 15:59:38

 /*
  *  SPDX-FileCopyrightText: 2014 Boudewijn Rempt <boud@valdyas.org>
  *  SPDX-FileCopyrightText: 2021 L. E. Segovia <amy@amyspark.me>
  *
  *  SPDX-License-Identifier: GPL-2.0-or-later
  */
 #ifndef PSD_ADDITIONAL_LAYER_INFO_BLOCK_H
 #define PSD_ADDITIONAL_LAYER_INFO_BLOCK_H
 
 #include "kritapsd_export.h"
 
 #include <QBitArray>
 #include <QByteArray>
 #include <QDomDocument>
 #include <QIODevice>
 #include <QString>
 #include <QVector>
 #include <functional>
 
 #include <kis_types.h>
 #include <kis_global.h>
 
 #include <kis_node.h>
 #include <kis_paint_device.h>
 #include <kis_generator_registry.h>
 #include <KisGlobalResourcesInterface.h>
 #include <KoStopGradient.h>
 #include <KoSegmentGradient.h>
 #include <psd.h>
 
 #include <asl/kis_asl_xml_writer.h>
 
 #include "psd_header.h"
 
 // additional layer information
 
 // LEVELS
 // Level record
 struct KRITAPSD_EXPORT psd_layer_level_record {
     quint16 input_floor {0}; // (0...253)
     quint16 input_ceiling {2}; // (2...255)
     quint16 output_floor {0}; // 255). Matched to input floor.
     quint16 output_ceiling {0}; // (0...255)
     float gamma {0.0}; // Short integer from 10...999 representing 0.1...9.99. Applied to all image data.
 };
 
 // Levels settings files are loaded and saved in the Levels dialog.
 struct KRITAPSD_EXPORT psd_layer_levels {
     psd_layer_level_record record[29]; // 29 sets of level records, each level containing 5 qint8 integers
     // Photoshop CS (8.0) Additional information
     // At the end of the Version 2 file is the following information:
     quint16 extra_level_count {0}; // Count of total level record structures. Subtract the legacy number of level record structures, 29, to determine how many are
                                // remaining in the file for reading.
     psd_layer_level_record *extra_record {nullptr}; // Additianol level records according to count
     quint8 lookup_table[3][256];
 };
 
 // CURVES
 // The following is the data for each curve specified by count above
 struct KRITAPSD_EXPORT psd_layer_curves_data {
     quint16 channel_index {0}; // Before each curve is a channel index.
     quint16 point_count {0}; // Count of points in the curve (qint8 integer from 2...19)
     quint16 output_value[19]; // All coordinates have range 0 to 255
     quint16 input_value[19];
 };
 
 // Curves file format
 struct KRITAPSD_EXPORT psd_layer_curves {
     quint16 curve_count {0}; // Count of curves in the file.
     psd_layer_curves_data *curve {nullptr};
     quint8 lookup_table[3][256];
 };
 
 // BRIGHTNESS AND CONTRAST
 struct KRITAPSD_EXPORT psd_layer_brightness_contrast {
     qint8 brightness {0};
     qint8 contrast {0};
     qint8 mean_value {0}; // for brightness and contrast
     qint8 Lab_color {0};
     quint8 lookup_table[256];
 };
 
 // COLOR BALANCE
 struct KRITAPSD_EXPORT psd_layer_color_balance {
     qint8 cyan_red[3]; // (-100...100). shadows, midtones, highlights
     qint8 magenta_green[3];
     qint8 yellow_blue[3];
     bool preserve_luminosity {false};
     quint8 lookup_table[3][256];
 };
 
 // HUE/SATURATION
 // Hue/Saturation settings files are loaded and saved in Photoshop¡¯s Hue/Saturation dialog
 struct KRITAPSD_EXPORT psd_layer_hue_saturation {
     quint8 hue_or_colorization {0}; // 0 = Use settings for hue-adjustment; 1 = Use settings for colorization.
     qint8 colorization_hue {0}; // Photoshop 5.0: The actual values are stored for the new version. Hue is - 180...180, Saturation is 0...100, and Lightness is
                             // -100...100.
     qint8 colorization_saturation {0}; // Photoshop 4.0: Three qint8 integers Hue, Saturation, and Lightness from ¨C100...100.
     qint8 colorization_lightness {0}; // The user interface represents hue as ¨C180...180, saturation as 0...100, and Lightness as -100...1000, as the traditional
                                   // HSB color wheel, with red = 0.
     qint8 master_hue {0}; // Master hue, saturation and lightness values.
     qint8 master_saturation {0};
     qint8 master_lightness {0};
     qint8 range_values[6][4]; // For RGB and CMYK, those values apply to each of the six hextants in the HSB color wheel: those image pixels nearest to red,
                               // yellow, green, cyan, blue, or magenta. These numbers appear in the user interface from ¨C60...60, however the slider will
                               // reflect each of the possible 201 values from ¨C100...100.
     qint8 setting_values[6][3]; // For Lab, the first four of the six values are applied to image pixels in the four Lab color quadrants, yellow, green, blue,
                                 // and magenta. The other two values are ignored ( = 0). The values appear in the user interface from ¨C90 to 90.
     quint8 lookup_table[6][360];
 };
 
 // SELECTIVE COLOR
 // Selective Color settings files are loaded and saved in Photoshop¡¯s Selective Color dialog.
 struct KRITAPSD_EXPORT psd_layer_selective_color {
     quint16 correction_method {0}; // 0 = Apply color correction in relative mode; 1 = Apply color correction in absolute mode.
     qint8 cyan_correction[10]; // Amount of cyan correction. Short integer from ¨C100...100.
     qint8 magenta_correction[10]; // Amount of magenta correction. Short integer from ¨C100...100.
     qint8 yellow_correction[10]; // Amount of yellow correction. Short integer from ¨C100...100.
     qint8 black_correction[10]; // Amount of black correction. Short integer from ¨C100...100.
 };
 
 // THRESHOLD
 struct KRITAPSD_EXPORT psd_layer_threshold {
     quint16 level {1}; // (1...255)
 };
 
 // INVERT
 // no parameter
 
 // POSTERIZE
 struct KRITAPSD_EXPORT psd_layer_posterize {
     quint16 levels {2}; // (2...255)
     quint8 lookup_table[256];
 };
 
 // CHANNEL MIXER
 struct KRITAPSD_EXPORT psd_layer_channel_mixer {
     bool monochrome {false};
     qint8 red_cyan[4]; // RGB or CMYK color plus constant for the mixer settings. 4 * 2 bytes of color with 2 bytes of constant.
     qint8 green_magenta[4]; // (-200...200)
     qint8 blue_yellow[4];
     qint8 black[4];
     qint8 constant[4];
 };
 
 // PHOTO FILTER
 struct KRITAPSD_EXPORT psd_layer_photo_filter {
     qint32 x_color {0}; // 4 bytes each for XYZ color
     qint32 y_color {0};
     qint32 z_color {0};
     qint32 density {0}; // (1...100)
     bool preserve_luminosity {true};
 };
 
 #include <kis_psd_layer_style.h>
 
 struct KRITAPSD_EXPORT psd_layer_solid_color {
     KoColor fill_color;
     const KoColorSpace *cs {nullptr};
 
     // Used by ASL callback;
     void setColor(const KoColor &color) {
         fill_color = color;
         if (fill_color.colorSpace()->colorModelId() == cs->colorModelId()) {
             fill_color.setProfile(cs->profile());
         }
     }
     QDomDocument getFillLayerConfig() {
         KisFilterConfigurationSP cfg;
         cfg = KisGeneratorRegistry::instance()->value("color")->defaultConfiguration(KisGlobalResourcesInterface::instance());
         QVariant v;
         v.setValue(fill_color);
         cfg->setProperty("color", v);
         QDomDocument doc;
         doc.setContent(cfg->toXML());
         return doc;
     }
     
     bool loadFromConfig(KisFilterConfigurationSP cfg) {
         if (cfg->name() != "color") {
             return false;
         }
         fill_color = cfg->getColor("color");
         return true;
     }
     
     QDomDocument getASLXML() {
         KisAslXmlWriter w;
         w.enterDescriptor("", "", "null");
         if (cs) {
             w.writeColor("Clr ", fill_color.convertedTo(cs));
         } else {
              w.writeColor("Clr ", fill_color);
         }
 
         w.leaveDescriptor();
 
         return w.document();
     }
 };
 
 struct KRITAPSD_EXPORT psd_layer_gradient_fill {
     double angle {0.0};
     QString style {QString("linear")};
     QString repeat {QString("none")};
     double scale {100.0};
     bool reverse {false}; // Is gradient reverse
     bool dithered {false}; // Is gradient dithered
     bool align_with_layer {false};
     QPointF offset;
     QDomDocument gradient;
     int imageWidth {1}; // Set when loading.
     int imageHeight {1};
 
     // Used by ASL callback;
     void setGradient(const KoAbstractGradientSP &newGradient) {
         QDomDocument document;
         QDomElement gradientElement = document.createElement("gradient");
         gradientElement.setAttribute("name", newGradient->name());
 
         if (dynamic_cast<KoStopGradient*>(newGradient.data())) {
             KoStopGradient *gradient = dynamic_cast<KoStopGradient*>(newGradient.data());
             gradient->toXML(document, gradientElement);
         } else if (dynamic_cast<KoSegmentGradient*>(newGradient.data())) {
             KoSegmentGradient *gradient = dynamic_cast<KoSegmentGradient*>(newGradient.data());
             gradient->toXML(document, gradientElement);
         }
 
         document.appendChild(gradientElement);
         gradient = document;
     }
 
     void setDither(bool Dthr) {
         dithered = Dthr;
     }
 
     void setReverse(bool Rvrs) {
         reverse = Rvrs;
     }
 
     void setAngle(float Angl) {
         angle = Angl;
     }
 
     void setType(const QString type) {
         repeat = "none";
         if (type == "Lnr "){
             style = "linear";
         } else if (type == "Rdl "){
             style = "radial";
         } else if (type == "Angl"){
             style = "conical";
         } else if (type == "Rflc"){
             style = "bilinear";
             repeat ="alternate";
         } else {
             style = "square"; // diamond???
         }
     }
 
     void setAlignWithLayer(bool align) {
         align_with_layer = align;
     }
 
     void setScale(float Scl) {
         scale = Scl;
     }
 
     void setOffset(QPointF Ofst) {
         offset = Ofst;
     }
 
     QDomDocument getFillLayerConfig() {
         KisFilterConfigurationSP cfg;
         cfg = KisGeneratorRegistry::instance()->value("gradient")->defaultConfiguration(KisGlobalResourcesInterface::instance());
         cfg->setProperty("gradient", gradient.toString());
         cfg->setProperty("dither", dithered);
         cfg->setProperty("reverse", reverse);
 
         cfg->setProperty("shape", style);
         cfg->setProperty("repeat", repeat);
 
         cfg->setProperty("end_position_coordinate_system", "polar");
 
         cfg->setProperty("end_position_distance_units", "percent_of_width");
         cfg->setProperty("start_position_x_units", "percent_of_width");
         cfg->setProperty("start_position_y_units", "percent_of_height");
 
         // angle seems to go from -180 to +180;
         double fixedAngle = fmod(360.0 + angle, 360.0);
 
         double scaleModifier = 1.0;
 
         if (style == "square") {
             fixedAngle = fmod((45.0 + fixedAngle), 360.0);
 
             scaleModifier = cos(kisDegreesToRadians(45.0));
             double halfAngle = fmod(fabs(fixedAngle), 180.0);
             scaleModifier *= 1/cos(kisDegreesToRadians(45.0 - fmod(halfAngle, 45.0) ));
             if (halfAngle >= 45.0 && halfAngle < 135.0) {
                 scaleModifier = (scaleModifier) * (imageHeight / imageWidth);
             }
 
         } else {
             double halfAngle = fmod(fabs(fixedAngle), 180.0);
             scaleModifier *= 1/cos(kisDegreesToRadians(halfAngle));
             if (halfAngle >= 45.0 && halfAngle < 135.0) {
                 scaleModifier = (scaleModifier) * (imageHeight / imageWidth);
             }
 
         }
 
         cfg->setProperty("end_position_angle", fixedAngle);
 
         if (style == "linear") {
             // linear has the problem that in Krita it rotates around the top-left,
             // while in psd it rotates around the middle.
             QPointF center(imageWidth*0.5, imageHeight*0.5);
 
             QTransform rotate;
             rotate.rotate(fixedAngle);
             QTransform tf = QTransform::fromTranslate(-center.x(), -center.y())
                     * rotate * QTransform::fromTranslate(center.x(), center.y());
             QPointF topleft = tf.inverted().map(QPointF(0.0, 0.0));
             double xPercentage = (topleft.x()/double(imageWidth)) * 100.0;
             double yPercentage = (topleft.y()/double(imageHeight)) * 100.0;
 
             cfg->setProperty("end_position_distance", scale * scaleModifier);
             cfg->setProperty("start_position_x", xPercentage + offset.x());
             cfg->setProperty("start_position_y", yPercentage + offset.y());
         } else {
             cfg->setProperty("end_position_distance", scale * 0.5 * fabs(scaleModifier));
             cfg->setProperty("start_position_x", (50.0)+offset.x());
             cfg->setProperty("start_position_y", (50.0)+offset.y());
         }
 
         QDomDocument doc;
         doc.setContent(cfg->toXML());
         return doc;
     }
 
     bool loadFromConfig(KisFilterConfigurationSP cfg) {
         if (cfg->name() != "gradient") {
             return false;
         }
 
         bool res = false;
 
         res = gradient.setContent(cfg->getString("gradient", ""));
 
         dithered = cfg->getBool("dither");
         reverse = cfg->getBool("reverse");
         align_with_layer = false; // not supported.
 
         style = cfg->getString("shape", "linear");
         repeat = cfg->getString("repeat", "none");
 
         bool polar = (cfg->getString("end_position_coordinate_system") == "polar");
 
         QPointF start(cfg->getDouble("start_position_x", 0.0), cfg->getDouble("start_position_y", 0.0));
         if (polar) {
             angle = cfg->getDouble("end_position_angle", 0.0);
             scale = cfg->getDouble("end_position_distance", 100.0);
         } else {
             // assume carthesian
             QPointF end(cfg->getDouble("end_position_x", 1.0), cfg->getDouble("end_position_y", 1.0));
             // calculate angle and scale.
             double width  = start.x() - end.x();
             double height = start.y() - end.y();
             angle = fmod(360.0 + kisRadiansToDegrees(atan2(width, height)), 360.0);
             scale = sqrt((width*width) + (height*height));
         }
 
 
         if (style == "linear") {
             QPointF center(imageWidth*0.5, imageHeight*0.5);
 
             QTransform rotate;
             rotate.rotate(angle);
             QTransform tf = QTransform::fromTranslate(-center.x(), -center.y())
                     * rotate * QTransform::fromTranslate(center.x(), center.y());
             QPointF topleft = tf.inverted().map(QPointF(0.0, 0.0));
             double xPercentage = (topleft.x()/double(imageWidth)) * 100.0;
             double yPercentage = (topleft.y()/double(imageHeight)) * 100.0;
             offset = QPointF((start.x() - xPercentage), (start.y() - yPercentage));
         } else {
             scale = scale*2;
             offset = QPointF((start.x() - 50.0), (start.y() - 50.0));
         }
 
         double scaleModifier = 1.0;
         if (style == "square") {
             scaleModifier = cos(kisDegreesToRadians(45.0));
             double halfAngle = fmod(fabs(angle), 180.0);
             scaleModifier *= 1/cos(kisDegreesToRadians(45.0 - fmod(halfAngle, 45.0) ));
             if (halfAngle >= 45.0 && halfAngle < 135.0) {
                 scaleModifier = (scaleModifier) * (imageHeight / imageWidth);
             }
 
             angle = angle - 45.0;
             if (angle < 0) {
                 angle = 360.0 - angle;
             }
 
         } else {
             double halfAngle = fmod(fabs(angle), 180.0);
             scaleModifier *= 1/cos(kisDegreesToRadians(halfAngle));
             if (halfAngle >= 45.0 && halfAngle < 135.0) {
                 scaleModifier = (scaleModifier) * (imageHeight / imageWidth);
             }
 
         }
 
         if (angle > 180) {
             angle = (0.0 - fmod(angle, 180.0));
         }
 
         scale /= fabs(scaleModifier);
 
 
         return res;
     }
 
     QDomDocument getASLXML() {
         KisAslXmlWriter w;
         w.enterDescriptor("", "", "null");
 
         if (!gradient.isNull()) {
             const QDomElement gradientElement = gradient.firstChildElement();
             if (!gradientElement.isNull()) {
                 const QString gradientType = gradientElement.attribute("type");
                 if (gradientType == "stop") {
                     const KoStopGradient *grad = new KoStopGradient(KoStopGradient::fromXML(gradientElement));
                     if (grad && grad->valid()) {
                         w.writeStopGradient("Grad", grad);
                     }
                 } else if (gradientType == "segment") {
                     const KoSegmentGradient *grad = new KoSegmentGradient(KoSegmentGradient::fromXML(gradientElement));
                     if (grad && grad->valid()) {
                         w.writeSegmentGradient("Grad", grad);
                     }
                 }
             }
         }
         w.writeBoolean("Dthr", dithered);
         w.writeBoolean("Rvrs", reverse);
         w.writeUnitFloat("Angl", "#Ang", angle);
 
         QString type = "Lnr ";
         if (style == "linear"){
             type = "Lnr ";
         } else if (style == "radial") {
             type = "Rdl ";
         } else if (style == "conical"){
             type = "Angl";
         } else if (style == "bilinear"){
             type = "Rflc";
         } else if (style == "square") {
             type = "Dmnd";
         }
 
         w.writeEnum("Type", "GrdT", type);
         w.writeBoolean("Algn", align_with_layer);
         w.writeUnitFloat("Scl ", "#Prc", scale);
         w.writePoint("Ofst", offset);
 
         w.leaveDescriptor();
 
         return w.document();
     }
 };
 
 struct KRITAPSD_EXPORT psd_layer_pattern_fill {
     double angle {0.0};
     double scale {1.0};
     QPointF offset;
     QString patternName;
     QString patternID;
     KoPatternSP pattern;
     bool align_with_layer {false};
     
     void setAngle(float Angl) {
         angle = Angl;
     }
     void setScale(float Scl) {
         scale = Scl;
     }
     void setOffset(QPointF phase) {
         offset = phase;
     }
 
     void setPatternRef(const QString Idnt, const QString name) {
         patternName = name;
         patternID = Idnt;
     }
 
     void setAlignWithLayer(bool align) {
         align_with_layer = align;
     }
     
     QDomDocument getFillLayerConfig() const {
         KisFilterConfigurationSP cfg;
         cfg = KisGeneratorRegistry::instance()->value("pattern")->defaultConfiguration(KisGlobalResourcesInterface::instance());
 
         cfg->setProperty("pattern", patternName);
         cfg->setProperty("fileName", QString(patternID + ".pat"));
         cfg->setProperty("md5", ""); // Zero out MD5, PSD patterns are looked up by UUID in filename
 
         //angle is flipped for patterns in Krita.
         double fixedAngle = 360.0 - fmod(360.0 + angle, 360.0);
 
         cfg->setProperty("transform_scale_x", scale / 100);
         cfg->setProperty("transform_scale_y", scale / 100);
         cfg->setProperty("transform_rotation_z", fixedAngle);
 
         cfg->setProperty("transform_offset_x", offset.x());
         cfg->setProperty("transform_offset_y", offset.y());
         QDomDocument doc;
         doc.setContent(cfg->toXML());
         return doc;
     }
 
     bool loadFromConfig(KisFilterConfigurationSP cfg) {
         if (cfg->name() != "pattern") {
             return false;
         }
 
         const QString patternMD5 = cfg->getString("md5", "");
         const QString patternNameTemp = cfg->getString("pattern", "Grid01.pat");
         const QString patternFileName = cfg->getString("fileName", "");
 
         KoResourceLoadResult res = KisGlobalResourcesInterface::instance()->source(ResourceType::Patterns).bestMatchLoadResult(patternMD5, patternFileName, patternNameTemp);
         pattern = res.resource<KoPattern>();
 
         patternName = cfg->getString("pattern", "");
 
         // Pattern ID needs the pattern to be saved first.
 
         align_with_layer = false;
 
         scale = cfg->getDouble("transform_scale_x", 1.0) * 100;
 
         angle = 360.0 - cfg->getDouble("transform_rotation_z", 0.0);
         if (angle > 180) {
             angle = (180.0 - angle);
         }
 
         offset  = QPointF(cfg->getInt("transform_offset_x", 0), cfg->getInt("transform_offset_y", 0));
 
         return true;
     }
 
     QDomDocument getASLXML() {
         KisAslXmlWriter w;
         w.enterDescriptor("", "", "null");
 
         // pattern ref
         w.enterDescriptor("Ptrn", "", "Ptrn");
 
         w.writeText("Nm  ", patternName);
         if (patternID.isEmpty()) {
             qWarning() << "This pattern cannot be saved: No pattern UUID available.";
             return QDomDocument();
         }
         w.writeText("Idnt", patternID);
         w.leaveDescriptor();
 
         // end
 
         w.writeBoolean("Algn", align_with_layer);
         w.writeUnitFloat("Scl ", "#Prc", scale);
         w.writeUnitFloat("Angl", "#Ang", angle);
         w.writePoint("phase", offset);
 
         w.leaveDescriptor();
 
         return w.document();
     }
 };
 
 struct KRITAPSD_EXPORT psd_layer_type_face {
     qint8 mark {0}; // Mark value
     qint32 font_type {0}; // Font type data
     qint8 font_name[256]; // Pascal string of font name
     qint8 font_family_name[256]; // Pascal string of font family name
     qint8 font_style_name[256]; // Pascal string of font style name
     qint8 script {0}; // Script value
     qint32 number_axes_vector {0}; // Number of design axes vector to follow
     qint32 *vector {nullptr}; // Design vector value
 };
 
 struct KRITAPSD_EXPORT psd_layer_type_style {
     qint8 mark {0}; // Mark value
     qint8 face_mark {0}; // Face mark value
     qint32 size {0}; // Size value
     qint32 tracking {0}; // Tracking value
     qint32 kerning {0}; // Kerning value
     qint32 leading {0}; // Leading value
     qint32 base_shift {0}; // Base shift value
     bool auto_kern {false}; // Auto kern on/off
     bool rotate {false}; // Rotate up/down
 };
 
 struct KRITAPSD_EXPORT psd_layer_type_line {
     qint32 char_count {0}; // Character count value
     qint8 orientation {0}; // Orientation value
     qint8 alignment {0}; // Alignment value
     qint8 actual_char {0}; // Actual character as a double byte character
     qint8 style {0}; // Style value
 };
 
 struct KRITAPSD_EXPORT psd_layer_type_tool {
     double transform_info[6]; // 6 * 8 double precision numbers for the transform information
     qint8 faces_count {0}; // Count of faces
     psd_layer_type_face *face {nullptr};
     qint8 styles_count {0}; // Count of styles
     psd_layer_type_style *style {nullptr};
     qint8 type {0}; // Type value
     qint32 scaling_factor {0}; // Scaling factor value
     qint32 character_count {0}; // Character count value
     qint32 horz_place {0}; // Horizontal placement
     qint32 vert_place {0}; // Vertical placement
     qint32 select_start {0}; // Select start value
     qint32 select_end {0}; // Select end value
     qint8 lines_count {0}; // Line count
     psd_layer_type_line *line {nullptr};
     QColor color;
     bool anti_alias {false}; // Anti alias on/off
 };
 
 /**
  * @brief The PsdAdditionalLayerInfoBlock class implements the Additional Layer Information block
  *
  * See: https://www.adobe.com/devnet-apps/photoshop/fileformatashtml/#50577409_71546
  */
 class KRITAPSD_EXPORT PsdAdditionalLayerInfoBlock
 {
 public:
     PsdAdditionalLayerInfoBlock(const PSDHeader &header);
 
     using ExtraLayerInfoBlockHandler = std::function<bool(QIODevice &)>;
     using UserMaskInfoBlockHandler = std::function<bool(QIODevice &)>;
 
     void setExtraLayerInfoBlockHandler(ExtraLayerInfoBlockHandler handler);
     void setUserMaskInfoBlockHandler(UserMaskInfoBlockHandler handler);
 
     bool read(QIODevice &io);
     bool write(QIODevice &io, KisNodeSP node);
 
     void writeLuniBlockEx(QIODevice &io, const QString &layerName);
     void writeLsctBlockEx(QIODevice &io, psd_section_type sectionType, bool isPassThrough, const QString &blendModeKey);
     void writeLfx2BlockEx(QIODevice &io, const QDomDocument &stylesXmlDoc, bool useLfxsLayerStyleFormat);
     void writePattBlockEx(QIODevice &io, const QDomDocument &patternsXmlDoc);
     void writeLclrBlockEx(QIODevice &io, const quint16 &labelColor);
 
     void writeFillLayerBlockEx(QIODevice &io, const QDomDocument &fillConfig, psd_fill_type type);
 
     bool valid();
 
     const PSDHeader &m_header;
     QString error;
     QStringList keys; // List of all the keys that we've seen
 
     QString unicodeLayerName;
     QDomDocument layerStyleXml;
     QVector<QDomDocument> embeddedPatterns;
     quint16 labelColor{0}; // layer color.
 
     QDomDocument fillConfig;
     psd_fill_type fillType {psd_fill_solid_color};
 
     psd_section_type sectionDividerType;
     QString sectionDividerBlendMode;
 
 private:
     template<psd_byte_order byteOrder = psd_byte_order::psdBigEndian>
     void readImpl(QIODevice &io);
 
     template<psd_byte_order byteOrder = psd_byte_order::psdBigEndian>
     void writeLuniBlockExImpl(QIODevice &io, const QString &layerName);
 
     template<psd_byte_order byteOrder = psd_byte_order::psdBigEndian>
     void writeLsctBlockExImpl(QIODevice &io, psd_section_type sectionType, bool isPassThrough, const QString &blendModeKey);
 
     template<psd_byte_order byteOrder = psd_byte_order::psdBigEndian>
     void writeLfx2BlockExImpl(QIODevice &io, const QDomDocument &stylesXmlDoc, bool useLfxsLayerStyleFormat);
 
     template<psd_byte_order byteOrder = psd_byte_order::psdBigEndian>
     void writePattBlockExImpl(QIODevice &io, const QDomDocument &patternsXmlDoc);
 
     template<psd_byte_order byteOrder = psd_byte_order::psdBigEndian>
     void writeLclrBlockExImpl(QIODevice &io, const quint16 &lclr);
 
     template<psd_byte_order byteOrder = psd_byte_order::psdBigEndian>
     void writeFillLayerBlockExImpl(QIODevice &io, const QDomDocument &fillConfig, psd_fill_type type);
 
 private:
     ExtraLayerInfoBlockHandler m_layerInfoBlockHandler;
     UserMaskInfoBlockHandler m_userMaskBlockHandler;
 };
 
 #endif // PSD_ADDITIONAL_LAYER_INFO_BLOCK_H