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/*
This file is part of Gabriel's Qt/QML CardBoard Sample (or short GQQCS)
GQQCS is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
GQQCS 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 General Public License for more details.
You should have received a copy of the GNU General Public License
along with Foobar. If not, see <http://www.gnu.org/licenses/>.
Updated: 07/08/2015 by: Gabriel F.
*/
import QtQuick 2.4
import QtQuick.Window 2.2
import QtSensors 5.0
Window {
id: mainRoot
property string fileName: "main.qml"
property bool debug: false
property double l_scale: 0.5
property bool stereo: true
property bool gyro: false
property bool useGyro: true
property string appState: "Unknown"
onAppStateChanged: {
console.log(appState)
if (appState != "Active" && !config.visible) {
Qt.quit()
}
}
property var rotations: []
property int updateCounter: 0
onUpdateCounterChanged: {
if (updateCounter > 1000) {
updateCounter = 0
}
mainSensorLoop()
}
property var rotXY: {"x":0,"y":0}
visible: true
width: 1280*l_scale
height: 720*l_scale
color: "black"
LocaleHelper {
id: localeHelper
loadCallback: function() { config.visible = true }
}
function logMe(message,owner,filename) {
if (debug) {
console.log(filename+" || "+owner+" || "+message)
}
}
//Sensors
function startSensor() {
var types = []
types = QmlSensors.sensorTypes();
console.log(types.join(", "));
if (types.indexOf("QRotationSensor") >= 0) {
rotSensor.start()
} else {
logMe("NO ROTATION SENSOR AVAILABLE","startSensor",fileName)
}
}
function testGyro() {
var types = []
types = QmlSensors.sensorTypes();
console.log(types.join(", "));
if (types.indexOf("QRotationSensor") >= 0) {
gyro = true
useGyro = true
logMe("testGyro: ROTATION SENSOR OK!","testGyro",fileName)
return true
} else {
gyro = false
useGyro = false
stereo = false
logMe("testGyro: NO ROTATION SENSOR AVAILABLE!","testGyro",fileName)
return false
}
}
RotationSensor {
id: rotSensor
onReadingChanged: {
rotations.push([reading.x,reading.y,reading.z])
if (rotations.length > 2) {
rotations.shift()
updateXY()
updateCounter++
}
}
}
function updateXY() {
var x = rotations[1][2] < 0 ? -rotations[1][2] : rotations[1][2]
var vX = 6*(mainRoot.rotations[1][2] - mainRoot.rotations[0][2])
var y = rotations[1][1] < 0 ? -rotations[1][1] : rotations[1][1]
var vY = 6*(mainRoot.rotations[1][1] - mainRoot.rotations[0][1])
var pY = (y-40)/70 < 0 ? 0 : (y-40)/70 > 1.0 ? 1.0 : (y-40)/70
rotXY.x = vX
rotXY.y = pY
}
function mainSensorLoop() {
if ((menu.visible || sobre.visible) && !detail.visible) {
if (useGyro) { menu.updateMenuPositionGyro() } else { menu.updateMenuPositionTouch() }
}
}
Component.onCompleted: {
if (!localeHelper.loaded) { localeHelper.loadLocaleData() }
testGyro()
}
function startApp() {
if (gyro && useGyro) { rotSensor.start() }
splash.show()
}
Config {
id: config
continueCallback: function() { startApp() }
}
FakeSplash {
id: splash
timerEndCallback: function() { config.visible = false; introducao.show() }
}
Introducao {
id: introducao
fadeInEndCallback: function() { splash.hide() }
panEndCallback: function() { menu.show() }
}
property var accumTouch: { "x":0,"y":0 }
property var accumTouchTemp: { "x":0,"y":0 }
property var currentTouch: { "x":mainRoot.width*200,"y":mainRoot.height*200, "t": false}
function hitwall() { touchArea.updateHits() }
Menu {
id: menu
fadeInEndCallback: function() {
introducao.hide();
}
fadeOutCallback: function() {
splash.show()
}
MultiPointTouchArea {
id: touchArea
anchors.fill: parent
visible: !useGyro
enabled: visible
property var origin: {"x":0,"y":0}
touchPoints: [TouchPoint { id: point1 }]
function updateHits() {
var getImage = menu.getPosImage()
accumTouch.x = getImage[0]
accumTouch.y = getImage[1]
origin.x = point1.x
origin.y = point1.y
}
onPressed: {
var getImage = menu.getPosImage()
accumTouch.x = getImage[0]
accumTouch.y = getImage[1]
origin.x = point1.x
origin.y = point1.y
currentTouch.x = point1.x
currentTouch.y = point1.y
currentTouch.t = true
updateCounter++
}
onUpdated: {
var vY = point1.y - origin.y
accumTouchTemp.x = point1.x - origin.x
accumTouchTemp.y = vY
currentTouch.x = point1.x
currentTouch.y = point1.y
currentTouch.t = point1.pressed
updateCounter++
}
onReleased: {
accumTouch.x += accumTouchTemp.x
accumTouch.y += accumTouchTemp.y
accumTouchTemp = {"x":0,"y":0}
currentTouch.x = mainRoot.width*200
currentTouch.y = mainRoot.height*200
currentTouch.t = false
updateCounter++
}
}
}
VideoTitle {
id: videoTitle
fadeInEndCallback: function() {
logMe("videoTitle fadeInEndCallback -> show detail","videoTitle,fadeInEndCallback",fileName)
detail.show()
}
}
Detail {
id: detail
fadeInEndCallback: function() {
videoTitle.hide()
playVideo()
}
}
Sobre {
id: sobre
}
property string debugText: ""
Text {
text: debugText
anchors.top: parent.top
anchors.horizontalCenter: parent.horizontalCenter
font.pixelSize: parent.height*0.04
width: parent.width
wrapMode: Text.WordWrap
color: "white"
visible: false
}
}