330 lines
10 KiB
QML
330 lines
10 KiB
QML
import QtQuick 2.0
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import QtCharts 2.3
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import QtQuick.Layouts 1.2
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import QtQuick.Controls 2.3
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import Nymea 1.0
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ChartView {
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id: root
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backgroundColor: "transparent"
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margins.left: 0
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margins.right: 0
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margins.bottom: 0
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margins.top: 0
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title: qsTr("My production history")
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titleColor: Style.foregroundColor
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legend.alignment: Qt.AlignBottom
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legend.labelColor: Style.foregroundColor
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legend.font: Style.extraSmallFont
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property PowerBalanceLogs energyLogs: PowerBalanceLogs {
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id: powerBalanceLogs
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engine: _engine
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startTime: dateTimeAxis.min
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}
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Component.onCompleted: {
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for (var i = 0; i < powerBalanceLogs.count; i++) {
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var entry = energyLogs.powerBalanceLogs.get(i);
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productionSeries.addEntry(entry)
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selfConsumptionSeries.addEntry(entry)
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storageSeries.addEntry(entry)
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acquisitionSeries.addEntry(entry)
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}
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}
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Connections {
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target: powerBalanceLogs
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onEntryAdded: {
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productionSeries.addEntry(entry)
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selfConsumptionSeries.addEntry(entry)
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storageSeries.addEntry(entry)
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acquisitionSeries.addEntry(entry)
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if (dateTimeAxis.now < entry.timestamp) {
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dateTimeAxis.now = entry.timestamp
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zeroSeries.update(entry.timestamp)
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}
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}
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}
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Timer {
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interval: 60000
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repeat: true
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onTriggered: {
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var now = new Date()
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if (dateTimeAxis.now < now) {
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dateTimeAxis.now = now
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zeroSeries.update(now)
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}
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}
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}
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ValueAxis {
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id: valueAxis
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min: 0
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max: Math.ceil(-powerBalanceLogs.minValue / 1000) * 1000
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labelFormat: ""
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gridLineColor: Style.tileOverlayColor
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labelsVisible: false
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lineVisible: false
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titleVisible: false
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shadesVisible: false
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}
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Item {
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id: labelsLayout
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x: Style.smallMargins
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y: root.plotArea.y
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height: root.plotArea.height
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width: plotArea.x - x
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Repeater {
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model: valueAxis.tickCount
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delegate: Label {
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y: parent.height / (valueAxis.tickCount - 1) * index - font.pixelSize / 2
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width: parent.width - Style.smallMargins
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horizontalAlignment: Text.AlignRight
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text: ((valueAxis.max - (index * valueAxis.max / (valueAxis.tickCount - 1))) / 1000).toFixed(2) + "kW"
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verticalAlignment: Text.AlignTop
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font: Style.extraSmallFont
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}
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}
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}
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DateTimeAxis {
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id: dateTimeAxis
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property date now: new Date()
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min: {
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var date = new Date(now);
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date.setTime(date.getTime() - (1000 * 60 * 60 * 24) + 2000);
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return date;
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}
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max: {
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var date = new Date(now);
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date.setTime(date.getTime() + 2000)
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return date;
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}
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format: "hh:mm"
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labelsFont: Style.extraSmallFont
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gridVisible: false
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minorGridVisible: false
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lineVisible: false
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shadesVisible: false
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labelsColor: Style.foregroundColor
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}
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// For debugging, to see if the other maths line up with the plain production graph
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AreaSeries {
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id: productionSeries
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axisX: dateTimeAxis
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axisY: valueAxis
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color: "blue"
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borderWidth: 0
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borderColor: color
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opacity: .5
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name: "Total production"
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visible: false
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function calculateValue(entry) {
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return Math.abs(Math.min(0, entry.production))
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}
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function addEntry(entry) {
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productionUpperSeries.append(entry.timestamp.getTime(), calculateValue(entry))
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}
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lowerSeries: zeroSeries
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upperSeries: LineSeries {
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id: productionUpperSeries
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}
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}
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AreaSeries {
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id: selfConsumptionSeries
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axisX: dateTimeAxis
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axisY: valueAxis
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color: Style.red
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borderWidth: 0
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borderColor: color
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name: qsTr("Consumed")
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// visible: false
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function calculateValue(entry) {
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return Math.abs(Math.min(0, entry.production)) - Math.abs(Math.min(0, entry.acquisition)) - Math.max(0, entry.storage)
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}
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function addEntry(entry) {
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selfConsumptionUpperSeries.append(entry.timestamp.getTime(), calculateValue(entry))
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}
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lowerSeries: LineSeries {
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id: zeroSeries
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XYPoint { x: dateTimeAxis.min.getTime(); y: 0 }
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XYPoint { x: dateTimeAxis.max.getTime(); y: 0 }
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function update(timestamp) {
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append(timestamp, 0);
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removePoints(1,1);
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}
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}
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upperSeries: LineSeries {
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id: selfConsumptionUpperSeries
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}
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}
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AreaSeries {
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id: storageSeries
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axisX: dateTimeAxis
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axisY: valueAxis
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color: Style.orange
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borderWidth: 0
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borderColor: color
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// visible: false
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name: qsTr("To battery")
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function calculateValue(entry) {
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return selfConsumptionSeries.calculateValue(entry) + Math.abs(Math.max(0, entry.storage));
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}
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function addEntry(entry) {
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storageUpperSeries.append(entry.timestamp.getTime(), calculateValue(entry))
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}
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lowerSeries: selfConsumptionUpperSeries
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upperSeries: LineSeries {
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id: storageUpperSeries
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}
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}
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AreaSeries {
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id: acquisitionSeries
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axisX: dateTimeAxis
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axisY: valueAxis
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color: Style.green
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borderWidth: 0
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borderColor: color
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name: qsTr("To grid")
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// visible: false
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function calculateValue(entry) {
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return storageSeries.calculateValue(entry) + Math.abs(Math.min(0, entry.acquisition))
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}
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function addEntry(entry) {
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acquisitionUpperSeries.append(entry.timestamp.getTime(), calculateValue(entry))
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}
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lowerSeries: storageUpperSeries
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upperSeries: LineSeries {
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id: acquisitionUpperSeries
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}
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}
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MouseArea {
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id: mouseArea
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anchors.fill: parent
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anchors.leftMargin: root.plotArea.x
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anchors.topMargin: root.plotArea.y
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anchors.rightMargin: root.width - root.plotArea.width - root.plotArea.x
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anchors.bottomMargin: root.height - root.plotArea.height - root.plotArea.y
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hoverEnabled: true
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Timer {
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interval: 300
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running: mouseArea.pressed
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onTriggered: mouseArea.preventStealing = true
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}
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onReleased: mouseArea.preventStealing = false
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Rectangle {
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height: parent.height
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width: 1
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color: Style.foregroundColor
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x: mouseArea.mouseX
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visible: mouseArea.containsMouse
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}
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Item {
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id: toolTip
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visible: mouseArea.containsMouse
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property int idx: productionUpperSeries.count - Math.floor(mouseArea.mouseX * productionUpperSeries.count / mouseArea.width)
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property int seriesIndex: productionUpperSeries.count - idx
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property int xOnRight: mouseArea.mouseX + Style.smallMargins
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property int xOnLeft: mouseArea.mouseX - Style.smallMargins - width
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x: xOnRight + width < mouseArea.width ? xOnRight : xOnLeft
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property double maxValue: productionUpperSeries.at(seriesIndex).y
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y: Math.min(Math.max(mouseArea.height - (maxValue * mouseArea.height / valueAxis.max) - height - Style.margins, 0), mouseArea.height - height)
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width: tooltipLayout.implicitWidth + Style.smallMargins * 2
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height: tooltipLayout.implicitHeight + Style.smallMargins * 2
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Behavior on x { NumberAnimation { duration: Style.animationDuration } }
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Behavior on y { NumberAnimation { duration: Style.animationDuration } }
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Behavior on width { NumberAnimation { duration: Style.animationDuration } }
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Behavior on height { NumberAnimation { duration: Style.animationDuration } }
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Rectangle {
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anchors.fill: parent
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color: Style.tileOverlayColor
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opacity: .8
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radius: Style.smallCornerRadius
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}
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ColumnLayout {
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id: tooltipLayout
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anchors {
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left: parent.left
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top: parent.top
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margins: Style.smallMargins
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}
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Label {
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text: new Date(selfConsumptionUpperSeries.at(toolTip.seriesIndex).x).toLocaleString(Qt.locale(), Locale.ShortFormat)
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font: Style.smallFont
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}
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RowLayout {
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Rectangle {
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width: Style.extraSmallFont.pixelSize
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height: width
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color: Style.green
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}
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Label {
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text: qsTr("Consumed: %1 kW").arg(selfConsumptionUpperSeries.at(toolTip.seriesIndex).y.toFixed(2))
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font: Style.extraSmallFont
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}
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}
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RowLayout {
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Rectangle {
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width: Style.extraSmallFont.pixelSize
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height: width
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color: Style.orange
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}
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Label {
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text: qsTr("To battery: %1 kW").arg(storageUpperSeries.at(toolTip.seriesIndex).y.toFixed(2))
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font: Style.extraSmallFont
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}
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}
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RowLayout {
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Rectangle {
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width: Style.extraSmallFont.pixelSize
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height: width
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color: Style.red
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}
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Label {
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text: qsTr("To grid: %1 kW").arg(acquisitionUpperSeries.at(toolTip.seriesIndex).y.toFixed(2))
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font: Style.extraSmallFont
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}
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}
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}
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}
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}
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}
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