diff --git a/src/app/qml/viewers/ImageBrowser.qml b/src/app/qml/viewers/ImageBrowser.qml index 784a2a3..d5b349d 100644 --- a/src/app/qml/viewers/ImageBrowser.qml +++ b/src/app/qml/viewers/ImageBrowser.qml @@ -1,234 +1,234 @@ /* * Copyright (C) 2015 Vishesh Handa * * This library is free software; you can redistribute it and/or * modify it under the terms of the GNU Lesser General Public * License as published by the Free Software Foundation; either * version 2.1 of the License, or (at your option) version 3, or any * later version accepted by the membership of KDE e.V. (or its * successor approved by the membership of KDE e.V.), which shall * act as a proxy defined in Section 6 of version 3 of the license. * * This library 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 * Lesser General Public License for more details. * * You should have received a copy of the GNU Lesser General Public * License along with this library. If not, see . * */ import QtQuick 2.3 // import QtQuick.Layouts 1.1 // import QtQuick.Controls 1.0 as QtControls /** * @brief The image viewer used by the CBR and Folder Viewer Base classes. * * It handles drawing the image and the different zoom modes. */ ListView { id: root signal goNextPage(); signal goPreviousPage(); property int imageWidth property int imageHeight orientation: ListView.Horizontal snapMode: ListView.SnapOneItem cacheBuffer: 3000 // This ensures that the current index is always up to date, which we need to ensure we can track the current page // as required by the thumbnail navigator, and the resume-reading-from functionality onMovementEnded: { var indexHere = indexAt(contentX + width / 2, contentY + height / 2); if(currentIndex !== indexHere) { currentIndex = indexHere; } } /** * An interactive area with an image. * * Clicking once on the image will hide all other controls from view. * Clicking twice will instead zoom in. * * Pinch will zoom in as well. */ delegate: Flickable { id: flick width: imageWidth height: imageHeight contentWidth: imageWidth contentHeight: imageHeight interactive: contentWidth > width || contentHeight > height onInteractiveChanged: root.interactive = !interactive; z: interactive ? 1000 : 0 PinchArea { width: Math.max(flick.contentWidth, flick.width) height: Math.max(flick.contentHeight, flick.height) property real initialWidth property real initialHeight onPinchStarted: { initialWidth = flick.contentWidth initialHeight = flick.contentHeight } onPinchUpdated: { // adjust content pos due to drag flick.contentX += pinch.previousCenter.x - pinch.center.x flick.contentY += pinch.previousCenter.y - pinch.center.y // resize content flick.resizeContent(Math.max(imageWidth, initialWidth * pinch.scale), Math.max(imageHeight, initialHeight * pinch.scale), pinch.center) } onPinchFinished: { // Move its content within bounds. flick.returnToBounds(); } Image { id: image width: flick.contentWidth height: flick.contentHeight source: model.url fillMode: Image.PreserveAspectFit asynchronous: true property bool shouldCheat: imageWidth * 2 > maxTextureSize || imageHeight * 2 > maxTextureSize; property bool isTall: imageHeight < imageWidth; property int fixedWidth: isTall ? maxTextureSize * (imageWidth / imageHeight) : maxTextureSize; property int fixedHeight: isTall ? maxTextureSize : maxTextureSize * (imageHeight / imageWidth); sourceSize.width: shouldCheat ? fixedWidth : imageWidth * 2; sourceSize.height: shouldCheat ? fixedHeight : imageHeight * 2; MouseArea { anchors.fill: parent onClicked: startToggleControls(); onDoubleClicked: { abortToggleControls(); if (flick.interactive) { flick.resizeContent(imageWidth, imageHeight, {x: imageWidth/2, y: imageHeight/2}); } else { flick.resizeContent(imageWidth * 2, imageHeight * 2, Qt.point(mouse.x, mouse.y)); } } } // Setup for all the entries. property QtObject currentPageObject: { - if (model.acbfData) { + if (root.model.acbfData) { if (model.index===0) { currentPageObject = root.model.acbfData.metaData.bookInfo.coverpage(); } else if (model.index > 0) { currentPageObject = root.model.acbfData.body.page(model.index-1); } } else { null; } } property real muliplier: isTall? (paintedHeight / implicitHeight): (paintedWidth / implicitWidth); property int offsetX: (width-paintedWidth)/2; property int offsetY: (height-paintedHeight)/2; function focusOnFrame(index) { if (index>-1) { var frameBounds = image.currentPageObject.frame(index).bounds; var frameMultiplier = image.implicitWidth/frameBounds.width; //Check if the height of the final frame is higher than the contentHeight //When we're using a *fit to with scheme. if ((frameBounds.height/frameBounds.width)*contentWidth > contentHeight) { frameMultiplier = image.implicitHeight/frameBounds.height; frameMultiplier = frameMultiplier * (contentHeight/image.paintedHeight); } else { frameMultiplier = frameMultiplier * (contentWidth/image.paintedWidth); } flick.resizeContent(imageWidth * frameMultiplier, imageHeight * frameMultiplier, Qt.point(0,0)); var frameRect = Qt.rect(image.muliplier * frameBounds.x + image.offsetX, image.muliplier * frameBounds.y+ image.offsetY, image.muliplier * frameBounds.width, image.muliplier * frameBounds.height); flick.contentX = frameRect.x - (flick.width-frameRect.width)/2; flick.contentY = frameRect.y - (flick.height-frameRect.height)/2; } } function nextFrame() { if (image.totalFrames > 0 && image.currentFrame+1 < image.totalFrames) { image.currentFrame++; } else { root.goNextPage(); image.currentFrame = -1; } } function previousFrame() { if (image.totalFrames > 0 && image.currentFrame-1 > -1) { image.currentFrame--; } else { root.goPreviousPage(); image.currentFrame = -1; } } property int totalFrames: image.currentPageObject? image.currentPageObject.framePointStrings.length: 0; property int currentFrame: -1; onCurrentFrameChanged: focusOnFrame(currentFrame); Repeater { model: image.currentPageObject? image.currentPageObject.framePointStrings: 0; Rectangle { id: frame; x: image.muliplier * image.currentPageObject.frame(index).bounds.x + image.offsetX; y: image.muliplier * image.currentPageObject.frame(index).bounds.y + image.offsetY; width: { image.muliplier * image.currentPageObject.frame(index).bounds.width; } height: image.muliplier * image.currentPageObject.frame(index).bounds.height; color: "blue"; opacity: 0; MouseArea { anchors.fill: parent; onClicked: startToggleControls(); preventStealing: true; onDoubleClicked: { abortToggleControls(); if (flick.interactive && image.currentFrame == index) { flick.resizeContent(imageWidth, imageHeight, {x: imageWidth/2, y: imageHeight/2}); image.currentFrame = -1; } else { image.currentFrame = index; mouse.accepted; } } } } } MouseArea { anchors { top: parent.top; left: parent.left; bottom: parent.bottom; } width: parent.width / 6; preventStealing: true; onClicked: image.previousFrame(); } MouseArea { anchors { top: parent.top; right: parent.right; bottom: parent.bottom; } width: parent.width / 6; preventStealing: true; onClicked: image.nextFrame(); } } } } }