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// Copyright (C) 2024 The Qt Company Ltd.
// SPDX-License-Identifier: LicenseRef-Qt-Commercial OR GPL-3.0-only
import QtQuick
import QtQuick.Layouts
import QtQuick.Controls
import QtDataVisualization
import "."
Item {
height: 150
property list<string> graphTypes: ["Surface", "Scatter", "Bars"]
property int currentGraph: 0
property list<int>dataPoints: [10, 100, 300, 500]
property int currentPoints: 0
property list<string> optimization: ["Default", "Static"]
property int currentOptimization: 0
property list<int> sampleCounts: [0,2,4,8]
property int currentSamples: 0
property int shadowQuality
property bool finished: true
property int initTime: 0
function initAutoTest() {
//go through each graph iterating over all the variables
liveDataCB.checked = true
rotateCB.checked = true
tests.onTestFinished.connect(test)
dataGenerator.onCaptureInit.connect(setInitTime)
finished = false
currentGraph = 0
currentPoints = 0
currentOptimization = 0
currentSamples= 0
shadowQuality = 0
setParameters()
tests.startTest()
}
function test() {
//write previous test results
var averageFps = tests.averageFps
// graph type, num points, optimization, msaa, init time, averagefps
var csvLine = graphTypes[currentGraph] + ","
+ (dataPoints[currentPoints] * dataPoints[currentPoints])+ ","
+ optimization[currentOptimization] + ","
+ sampleCounts[currentSamples] + ","
+ shadowQuality + ","
+ initTime + ","
+ averageFps
dataGenerator.writeCSV(csvLine)
increment()
setParameters()
if (!finished) {
tests.startTest()
} else {
tests.onTestFinished.disconnect(test)
dataGenerator.onCaptureInit.disconnect(setInitTime)
}
}
function increment() {
if (varyShadow.checked) {
if (shadowQuality < 6) {
shadowQuality++
return
}
shadowQuality = 0
}
if (varySamples.checked) {
if (currentSamples < sampleCounts.length -1) {
currentSamples ++
return
}
currentSamples = 0
}
if (varyOptimization.checked) {
if (currentOptimization < optimization.length -1
&& tabBar.currentIndex !== 0) {
currentOptimization++
return
}
currentOptimization = 0
}
if (varyPoints.checked) {
if (currentPoints < dataPoints.length -1) {
currentPoints ++
return
}
currentPoints = 0
}
if (varyGraphs.checked) {
if (currentGraph < graphTypes.length - 1) {
currentGraph++
console.log("Switching to " + graphTypes[currentGraph])
return
}
currentGraph = 0
}
dataGenerator.writeLine("Finished all tests!")
finished = true
}
function setParameters() {
if (varyShadow.checked) {
surfaceGraph.shadowQuality = shadowQuality
scatterGraph.shadowQuality = shadowQuality
barGraph.shadowQuality = shadowQuality
}
if (varySamples.checked) {
surfaceGraph.msaaSamples = sampleCounts[currentSamples]
scatterGraph.msaaSamples = sampleCounts[currentSamples]
barGraph.msaaSamples = sampleCounts[currentSamples]
}
if (varyOptimization.checked) {
if (optimization[currentOptimization] === "Legacy") {
scatterGraph.optimizationHint = AbstractGraph3D.OptimizationHint.Default
barGraph.optimizationHint = AbstractGraph3D.OptimizationHint.Default
} else {
scatterGraph.optimizationHint = AbstractGraph3D.OptimizationHint.Legacy
barGraph.optimizationHint = AbstractGraph3D.OptimizationHint.Legacy
}
}
if (varyGraphs.checked)
tabBar.setCurrentIndex(currentGraph)
if (varyPoints.checked) {
if (tabBar.currentIndex === 0)
dataGenerator.generateSurfaceData(surfaceSeries, dataPoints[currentPoints])
else if (tabBar.currentIndex === 1)
dataGenerator.generateScatterData(scatterSeries, dataPoints[currentPoints])
else
dataGenerator.generateBarData(barSeries, dataPoints[currentPoints])
}
}
function setInitTime(nsecs) {
initTime = nsecs
}
Button {
id: autoButton
text: finished? "Auto Test" : "End test"
width: parent.width - 20
anchors.horizontalCenter: parent.horizontalCenter
anchors.top: parent.top
height: 50
onClicked: {
if (finished) {
dataGenerator.writeLine("Testing configurations...")
initAutoTest()
} else {
finished = true
}
}
}
GridLayout {
id: autoTestParams
anchors.top: autoButton.bottom
anchors.topMargin: 10
width: parent.width - 50
enabled: finished
anchors.horizontalCenter: parent.Center
height: 50
columns: 2
CheckBox {
id: varyGraphs
text: qsTr("Vary graphs")
Layout.alignment: Qt.AlignCenter
checked: true
}
CheckBox {
id: varyPoints
text: qsTr("Vary points")
Layout.alignment: Qt.AlignCenter
checked: true
}
CheckBox {
id: varyOptimization
text: qsTr("Vary optimization")
Layout.alignment: Qt.AlignCenter
}
CheckBox {
id: varySamples
text: qsTr("Vary MSAA ")
Layout.alignment: Qt.AlignCenter
}
CheckBox {
id: varyShadow
text: qsTr("Vary Shadow ")
Layout.alignment: Qt.AlignCenter
}
}
}
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