QML and Qt Quick

@J-Hilk Ok that's enough I think. One more question what will happen to scrolleft(). If I keep on incrementing these, will there be any increase in runtime memory or processor load?

The tag support in Qt objects is really simplistic and nowhere near like a browser. If you want browser type html use webengine. I think webengine is pretty heavy and probably not what you want.

@Fitndex-developer said in In-App Purchasing of Registered Product (google store): com.fitndex.theApp Hello Everyone, since there has been no activity on this post, I thought I'd let everyone know that this setup works with one change in the code: do not include the app name in the identifier. identifier: 30day_data_access ... is correct identifier com.fitndex.theApp.30day_data_access ... is wrong On google play I was missing the following. I was in internal testing and the app had not been published, i published to closed testing. Add licence testers to the app in google play console (this is different than the release track email list) If using the same app version code as the published version, testing will work, even when plugged in for debug, if you are logged into the tester gmail account. I took a crack at developing subscriptions in java, and for me, that is going to take a while but I will finish (the jni messenger example in android extras helps start with communicating with java if you are new to that), Qt purchasing makes life a lot easier just most of your work is going to be on the google play console side when dealing with Qt Purchasing. So if things are not working, check your settings with google (or apple), that is most likely it. Qt purchasing does not handle subscriptions, it will never find your subscriptions no matter what. The reason for that is the developers could not come up with a platform independent solution for subscriptions. The community needs to figure this one out for everyone. An example anyone? Since monetization is so important; and documentation/examples on qt purchasing are minimal, I hope this helps some of you!! I could have used something like this when I was working on it. FITNDEX HOME now we are on track to launch this summer. You can join the beta on website. Lets help each other get to market. The more money we all make, the better Qt will get, I promise. Steve

@qcoderpro said in Setting an icon for the QML app (the APK file): Did you find the first error I sent in the first post here trivial? Probably that may cause later issues. like I said, I'm not using Qt7 there might be a bug with that, but I usually also do not check that checkbox, top copy the files. Was never really necessary :D

Solved :-) the problem was the tickmarkStepSize : 4 Rectangle { x : 70 y : 400 width: 200 height: 50 color: "#808080" Gauge { id: accu anchors.fill: parent anchors.margins: 10 orientation : Qt.Horizontal tickmarkStepSize : 0.5 tickmarkAlignment: Qt.AlignBottom minimumValue: 11 maximumValue: 13 value: 12.6 style: GaugeStyle { valueBar: Rectangle { implicitWidth: 10 color: (accu.value <= 12) ? "red" : (accu.value <= 12.5) ? "yellow" : "green" } } } }

Are you trying to implement something like described here ?

Is the problem still ambiguous, please? I tried hard but can't find the issue. :(

It works, thank you for your answers, @J-Hilk 's solution fits my need more, thank you anyway for your answer @lemons :)

That works. Thank you.

@fcarney Thank you for your answer. Finally I could resolve my issue by getting the Loader created by the Repeater, and to calling its setSource() function directly, with the correct properties, adapted for each component I need to load.

@Laito Unfortunately I almost forgot about the old quick controls. Here is an idea of how you could do it with the new controls. Note, I added a wrapper for spacing around the table, to show there is no overflowing: import QtQuick.Window 2.15 import QtQuick 2.15 import QtQuick.Controls 2.15 import Qt.labs.qmlmodels 1.0 ApplicationWindow { title: qsTr("TableView example") id: root width: 500 height: 400 visible: true Item { id: wrapper anchors.fill: parent anchors.margins: 20 HorizontalHeaderView { id: header z: 1 interactive: false syncView: tableView anchors.top: parent.top implicitHeight: 50 model: ["Number", "Elevation Max", "Elevation Min", "Length", "Depth"] delegate: Rectangle { implicitWidth: 100 implicitHeight: 50 color: "#0A1B2D" Text { anchors.fill: parent anchors.margins: 5 wrapMode: Text.Wrap text: modelData color: "#ffffff" font.pixelSize: 15 horizontalAlignment: Text.AlignHCenter verticalAlignment: Text.AlignVCenter } } } TableView { id: tableView anchors.fill: parent topMargin: header.implicitHeight columnSpacing: 1 rowSpacing: 1 clip: true flickableDirection: Flickable.VerticalFlick boundsBehavior: Flickable.StopAtBounds property int selectedRow: -1 model: TableModel { TableModelColumn { display: "number" } TableModelColumn { display: "elevation_Max" } TableModelColumn { display: "elevation_Min" } TableModelColumn { display: "length" } TableModelColumn { display: "depth" } rows: [{ "number": 1, "elevation_Max": 90000, "elevation_Min": 50, "length": "52-73\n122-163\n200-264\n280-317", "depth": "8636-8900" }, { "number": 2, "elevation_Max": 8000, "elevation_Min": 21, "length": "0-57\n119-166\n206-264\n119-166\n206-264\n119-166\n206-264\n119-166\n206-264", "depth": "12700-13462" }, { "number": 3, "elevation_Max": 8000, "elevation_Min": 21, "length": "0-57", "depth": "12700-13462" }, { "number": 3, "elevation_Max": 8000, "elevation_Min": 21, "length": "0-57", "depth": "12700-13462" }, { "number": 3, "elevation_Max": 8000, "elevation_Min": 21, "length": "0-57", "depth": "12700-13462" }, { "number": 3, "elevation_Max": 8000, "elevation_Min": 21, "length": "0-57", "depth": "12700-13462" }, { "number": 3, "elevation_Max": 8000, "elevation_Min": 21, "length": "0-57", "depth": "12700-13462" }, { "number": 3, "elevation_Max": 8000, "elevation_Min": 21, "length": "0-57", "depth": "12700-13462" }, { "number": 3, "elevation_Max": 8000, "elevation_Min": 21, "length": "0-57", "depth": "12700-13462" }, { "number": 3, "elevation_Max": 8000, "elevation_Min": 21, "length": "0-57", "depth": "12700-13462" }, { "number": 3, "elevation_Max": 8000, "elevation_Min": 21, "length": "0-57", "depth": "12700-13462" }, { "number": 3, "elevation_Max": 8000, "elevation_Min": 21, "length": "0-57", "depth": "12700-13462" }] } delegate: Rectangle { implicitWidth: 90 implicitHeight: content.implicitHeight color: tableView.selectedRow === row ? "#052641" : "#394755" MouseArea { anchors.fill: parent onClicked: tableView.selectedRow = row } Text { id: content width: parent.width padding: 10 text: display color: "#ffffff" horizontalAlignment: Text.AlignHCenter verticalAlignment: Text.AlignVCenter wrapMode: Text.Wrap } } } } }

Thank you very much. I'm struggling a lot before I saw that post

This is not sustainable. Cache the data to disk and load n points from this cache. Give yourself the ability to scroll through the data that was collected. Maybe a date time lookup. I like to use sqlite databases for stuff like this and then I just do queries using the qdatabase classes.

@Praveen-Illa There is currently no way to give each data point in the same series a different colour. As a workaround, you can split your data points into multiple series (for example, 1 point per series). This will allow you to set different colours to each of the points.