path: root/tests/auto/declarative_ui/tst_map_pinch_and_flick.qml

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import QtQuick 2.0
import QtTest 1.0
import QtLocation 5.3
import QtPositioning 5.2
import QtLocation.test 5.0

Item {
    // General-purpose elements for the test:
    id: page
    width: 100
    height: 100
    Plugin { id: testPlugin; name: "qmlgeo.test.plugin"; allowExperimental: true }

    property variant coordinate1: QtPositioning.coordinate(10, 11)

    Map {
        id: map
        plugin: testPlugin
        center: coordinate1;
        zoomLevel: 9;
        anchors.fill: page
        x:0; y:0
        property variant lastPinchEvent: null
        property bool rejectPinch: false
        gesture.onPinchStarted: {
            map.lastPinchEvent = pinch;
            if (rejectPinch)
                pinch.accepted = false;
            //console.log('Pinch got started, point1: ' + pinch.point1 + ' point2: ' + pinch.point2 + ' angle: ' + pinch.angle)
        }
        gesture.onPinchUpdated: {
            map.lastPinchEvent = pinch;
            //console.log('Pinch got updated, point1: ' + pinch.point1 + ' point2: ' + pinch.point2 + ' angle: ' + pinch.angle)
        }
        gesture.onPinchFinished: {
            map.lastPinchEvent = pinch;
        }
        property real flickStartedLatitude
        property real flickStartedLongitude
        property bool disableFlickOnStarted: false
        property bool disableFlickOnMovementStarted: false
        gesture.onPanStarted: {
            if (disableFlickOnMovementStarted)
                map.gesture.panEnabled = false
        }
        gesture.onFlickStarted: {
            flickStartedLatitude = map.center.latitude
            flickStartedLatitude = map.center.longitude
            if (disableFlickOnStarted)
                map.gesture.panEnabled = false
        }
    }
    SignalSpy {id: centerSpy; target: map; signalName: 'centerChanged'}
    SignalSpy {id: pinchStartedSpy; target: map.gesture; signalName: 'pinchStarted'}
    SignalSpy {id: pinchUpdatedSpy; target: map.gesture; signalName: 'pinchUpdated'}
    SignalSpy {id: pinchFinishedSpy; target: map.gesture; signalName: 'pinchFinished'}
    SignalSpy {id: pinchMaximumZoomLevelChangeSpy; target: map.gesture; signalName: 'maximumZoomLevelChangeChanged'}
    SignalSpy {id: gestureEnabledSpy; target: map.gesture; signalName: 'enabledChanged'}
    SignalSpy {id: pinchActiveSpy; target: map.gesture; signalName: 'pinchActiveChanged'}
    SignalSpy {id: pinchActiveGesturesSpy; target: map.gesture; signalName: 'activeGesturesChanged'}
    SignalSpy {id: mapZoomLevelSpy; target: map; signalName: 'zoomLevelChanged'}
    SignalSpy {id: flickDecelerationSpy; target: map.gesture; signalName: 'flickDecelerationChanged'}
    SignalSpy {id: movementStoppedSpy; target: map.gesture; signalName: 'movementStopped'}
    SignalSpy {id: flickStartedSpy; target: map.gesture; signalName: 'flickStarted'}
    SignalSpy {id: flickFinishedSpy; target: map.gesture; signalName: 'flickFinished'}

    // From QtLocation.test plugin
    PinchGenerator {
        id: pinchGenerator
        anchors.fill: parent
        target: map
        enabled: false
    }

    TestCase {
        when: windowShown
        name: "Map pinch"

        function clear_data() {
            centerSpy.clear()
            pinchStartedSpy.clear()
            pinchUpdatedSpy.clear()
            pinchFinishedSpy.clear()
            pinchMaximumZoomLevelChangeSpy.clear()
            gestureEnabledSpy.clear()
            pinchActiveSpy.clear()
            pinchActiveGesturesSpy.clear()
            mapZoomLevelSpy.clear()
            flickDecelerationSpy.clear()
            movementStoppedSpy.clear()
            flickStartedSpy.clear()
            flickFinishedSpy.clear()
        }

        function test_a_basic_properties() { // a to excecute first
            clear_data()

            compare(map.gesture.enabled, true)
            map.gesture.enabled = false
            compare(gestureEnabledSpy.count, 1)
            compare(map.gesture.enabled, false)
            map.gesture.enabled = false
            compare(gestureEnabledSpy.count, 1)
            compare(map.gesture.enabled, false)
            map.gesture.enabled = true
            compare(gestureEnabledSpy.count, 2)
            compare(map.gesture.enabled, true)

            compare(map.gesture.isPinchActive, false)

            verify(map.gesture.activeGestures & MapGestureArea.ZoomGesture)
            map.gesture.activeGestures = MapGestureArea.NoGesture
            compare(map.gesture.activeGestures, MapGestureArea.NoGesture)
            compare(pinchActiveGesturesSpy.count, 1)
            map.gesture.activeGestures = MapGestureArea.NoGesture
            compare(map.gesture.activeGestures, MapGestureArea.NoGesture)
            compare(pinchActiveGesturesSpy.count, 1)
            map.gesture.activeGestures = MapGestureArea.ZoomGesture | MapGestureArea.PanGesture
            compare(map.gesture.activeGestures, MapGestureArea.ZoomGesture | MapGestureArea.PanGesture)
            compare(pinchActiveGesturesSpy.count, 2)
            map.gesture.activeGestures = MapGestureArea.PanGesture
            compare(map.gesture.activeGestures, MapGestureArea.PanGesture)
            compare(pinchActiveGesturesSpy.count, 3)
            map.gesture.activeGestures = MapGestureArea.ZoomGesture
            compare(map.gesture.activeGestures, MapGestureArea.ZoomGesture)
            compare(pinchActiveGesturesSpy.count, 4)

            compare(map.gesture.maximumZoomLevelChange, 2)
            map.gesture.maximumZoomLevelChange = 4
            compare(pinchMaximumZoomLevelChangeSpy.count, 1)
            compare (map.gesture.maximumZoomLevelChange, 4)
            map.gesture.maximumZoomLevelChange = 4
            compare(pinchMaximumZoomLevelChangeSpy.count, 1)
            compare (map.gesture.maximumZoomLevelChange, 4)
            map.gesture.maximumZoomLevelChange = 11   // too big
            map.gesture.maximumZoomLevelChange = 0.01 // too small
            map.gesture.maximumZoomLevelChange = -1   // too small
            compare(pinchMaximumZoomLevelChangeSpy.count, 1)
            compare (map.gesture.maximumZoomLevelChange, 4)
            map.gesture.maximumZoomLevelChange = 2
            compare(pinchMaximumZoomLevelChangeSpy.count, 2)
            compare (map.gesture.maximumZoomLevelChange, 2)

            compare(map.gesture.flickDeceleration, 2500)
            map.gesture.flickDeceleration = 2600
            compare(flickDecelerationSpy.count, 1)
            compare(map.gesture.flickDeceleration, 2600)
            map.gesture.flickDeceleration = 2600
            compare(flickDecelerationSpy.count, 1)
            compare(map.gesture.flickDeceleration, 2600)
            map.gesture.flickDeceleration = 400 // too small
            compare(flickDecelerationSpy.count, 2)
            compare(map.gesture.flickDeceleration, 500) // clipped to min
            map.gesture.flickDeceleration = 11000 // too big
            compare(flickDecelerationSpy.count, 3)
            compare(map.gesture.flickDeceleration, 10000) // clipped to max
        }

        function test_a_flick() {
            clear_data()
            var i=0
            //var moveLatitude=0
            // few sanity checks
            map.gesture.activeGestures = MapGestureArea.PanGesture | MapGestureArea.FlickGesture;
            map.gesture.enabled = true
            map.gesture.panEnabled = true
            // to get maximum changes (robust autotest)
            map.gesture.flickDeceleration = 500
            map.zoomLevel = 0
            compare(map.center.latitude, coordinate1.latitude)
            compare(map.center.longitude, coordinate1.longitude)
            // 1. test basic flick down
            clear_data()
            map.center.latitude = 10
            map.center.longitude = 11
            mousePress(map, 0, 50)
            for (i=0; i < 50; i += 5) {
                wait(20)
                mouseMove(map, 0, (50 + i), 0, Qt.LeftButton);
            }
            mouseRelease(map, 0, (50 + i))

            // order of signals is: flickStarted, either order: (flickEnded, movementEnded)
            verify(map.center.latitude > 10) // latitude increases we are going 'up/north' (moving mouse down)
            var moveLatitude = map.center.latitude // store lat and check that flick continues
            tryCompare(flickStartedSpy, "count", 1)

            tryCompare(movementStoppedSpy, "count", 1)
            tryCompare(flickFinishedSpy, "count", 1)
            verify(map.center.latitude > moveLatitude)
            compare(map.center.longitude, 11) // should remain the same

            // 2. test basic flick up
            clear_data()
            map.center.latitude = 70
            map.center.longitude = 11
            mousePress(map, 10, 95)
            for (i=45; i > 0; i -= 5) {
                wait(20)
                mouseMove(map, 10, (50 + i), 0, Qt.LeftButton);
            }
            mouseRelease(map, 10, (50 + i))
            verify(map.center.latitude < 70)
            moveLatitude = map.center.latitude // store lat and check that flick continues
            tryCompare(flickStartedSpy, "count", 1)
            tryCompare(movementStoppedSpy, "count", 1)
            tryCompare(flickFinishedSpy, "count", 1)
            verify(map.center.latitude < moveLatitude)
            compare(map.center.longitude, 11) // should remain the same

            // 3. basic flick diagonal
            clear_data()
            map.center.latitude = 50
            map.center.longitude = 50
            mousePress(map, 0, 0)
            for (i=0; i < 50; i += 5) {
                wait(20)
                mouseMove(map, i, i, 0, Qt.LeftButton);
            }
            mouseRelease(map, i, i)
            verify(map.center.latitude > 50)
            verify(map.center.longitude < 50)
            moveLatitude = map.center.latitude
            var moveLongitude = map.center.longitude
            tryCompare(flickStartedSpy, "count", 1)
            tryCompare(movementStoppedSpy, "count", 1)
            tryCompare(flickFinishedSpy, "count", 1)
            verify(map.center.latitude > moveLatitude)
            verify(map.center.longitude < moveLongitude)
            var diagonalFlickResultLatitude = map.center.latitude
            var diagonalFlickResultLongitude = map.center.longitude
            // 4. test flicking while disabled
            clear_data()
            map.gesture.panEnabled = false
            map.center.latitude = 50
            map.center.longitude = 50
            for (i=0; i < 50; i += 5) {
                wait(20)
                mouseMove(map, i, i, 0, Qt.LeftButton);
            }
            mouseRelease(map, i, i)
            compare(flickStartedSpy.count, 0)
            compare(flickFinishedSpy.count, 0)
            compare(movementStoppedSpy.count, 0)
            map.gesture.panEnabled = true

            // 5. disable during flick: onFlickStarted
            clear_data()
            map.disableFlickOnStarted = true
            map.center.latitude = 50
            map.center.longitude = 50
            mousePress(map, 0, 0)
            for (i=0; i < 50; i += 5) {
                wait(20)
                mouseMove(map, i, i, 0, Qt.LeftButton);
            }
            mouseRelease(map, i, i)
            tryCompare(flickStartedSpy, "count", 1)
            verify(map.center.latitude > 50)
            tryCompare(flickStartedSpy, "count", 1)
            tryCompare(movementStoppedSpy, "count", 1)
            tryCompare(flickFinishedSpy, "count", 1)
            // compare that flick was interrupted (less movement than without interrupting)
            verify(diagonalFlickResultLatitude > map.center.latitude)
            verify(diagonalFlickResultLongitude < map.center.longitude)
            map.disableFlickOnStarted = false
            map.gesture.panEnabled = true

            // 6. disable during flick: onMovementStarted
            clear_data()
            map.disableFlickOnMovementStarted = true
            map.center.latitude = 50
            map.center.longitude = 50
            mousePress(map, 0, 0)
            for (i=0; i < 50; i += 5) {
                wait(20)
                mouseMove(map, i, i, 0, Qt.LeftButton);
            }
            mouseRelease(map, i, i)
            verify(map.center.latitude > 50)
            tryCompare(movementStoppedSpy, "count", 1)
            // compare that flick was interrupted (less movement than without interrupting)
            verify(diagonalFlickResultLatitude > map.center.latitude)
            verify(diagonalFlickResultLongitude < map.center.longitude)
            map.disableFlickOnMovementStarted = false
        }

        function test_pinch_zoom() {
            map.gesture.activeGestures = MapGestureArea.ZoomGesture
            map.zoomLevel = 9
            clear_data()
            // 1. typical zoom in
            map.gesture.maximumZoomLevelChange = 2
            compare(map.gesture.isPinchActive, false)
            pinchGenerator.pinch(
                        Qt.point(0,50),   // point1From
                        Qt.point(50,50),  // point1To
                        Qt.point(100,50), // point2From
                        Qt.point(50,50),  // point2To
                        40,               // interval between touch events (swipe1), default 20ms
                        40,               // interval between touch events (swipe2), default 20ms
                        10,               // number of touchevents in point1from -> point1to, default 10
                        10);              // number of touchevents in point2from -> point2to, default 10
            tryCompare(pinchStartedSpy, "count", 1);
            // check the pinch event data for pinchStarted
            compare(map.lastPinchEvent.center.x, 50)
            compare(map.lastPinchEvent.center.y, 50)
            compare(map.lastPinchEvent.angle, 0)
            verify((map.lastPinchEvent.point1.x > 0) && (map.lastPinchEvent.point1.x < 25))
            compare(map.lastPinchEvent.point1.y, 50)
            verify((map.lastPinchEvent.point2.x > 75) && (map.lastPinchEvent.point2.x < 100))
            compare(map.lastPinchEvent.point2.y, 50)
            compare(map.lastPinchEvent.accepted, true)
            compare(map.lastPinchEvent.pointCount, 2)
            tryCompare(pinchActiveSpy, "count", 1) // check that pinch is active
            compare(map.gesture.isPinchActive, true)
            wait(200)
            // check the pinch event data for pinchUpdated
            compare(map.lastPinchEvent.center.x, 50)
            compare(map.lastPinchEvent.center.y, 50)
            compare(map.lastPinchEvent.angle, 0)
            verify((map.lastPinchEvent.point1.x) > 25 &&  (map.lastPinchEvent.point1.x <= 50))
            compare(map.lastPinchEvent.point1.y, 50)
            verify((map.lastPinchEvent.point2.x) >= 50 && (map.lastPinchEvent.point2.x < 85))
            compare(map.lastPinchEvent.point2.y, 50)
            compare(map.lastPinchEvent.accepted, true)
            compare(map.lastPinchEvent.pointCount, 2)
            tryCompare(pinchFinishedSpy, "count", 1);
            // check the pinch event data for pinchFinished
            compare(map.lastPinchEvent.center.x, 50)
            compare(map.lastPinchEvent.center.y, 50)
            compare(map.lastPinchEvent.angle, 0)
            verify((map.lastPinchEvent.point1.x) > 35 &&  (map.lastPinchEvent.point1.x <= 50))
            compare(map.lastPinchEvent.point1.y, 50)
            verify((map.lastPinchEvent.point2.x) >= 50 &&  (map.lastPinchEvent.point2.x < 65))
            compare(map.lastPinchEvent.point2.y, 50)
            compare(map.lastPinchEvent.accepted, true)
            compare(map.lastPinchEvent.pointCount, 0)

            verify(pinchUpdatedSpy.count >= 5); // verify 'sane' number of updates received
            compare(pinchActiveSpy.count,2)
            compare(map.gesture.isPinchActive, false)
            compare(mapZoomLevelSpy.count, pinchUpdatedSpy.count)
            compare(map.zoomLevel, 8)
            // 2. typical zoom out
            clear_data();
            map.gesture.maximumZoomLevelChange = 2
            pinchGenerator.pinch(Qt.point(50,50), Qt.point(0,50),
                                 Qt.point(50,50), Qt.point(100,50),
                                 40, 40, 10, 10);
            tryCompare(pinchStartedSpy, "count", 1);
            tryCompare(pinchFinishedSpy, "count", 1);
            verify(pinchUpdatedSpy.count >= 5); // verify 'sane' number of updates received
            compare(map.zoomLevel, 9)
            // 3. zoom in and back out (direction change during same pinch)
            clear_data();
            pinchGenerator.pinch(Qt.point(0,50), Qt.point(100,50),
                                 Qt.point(100,50),Qt.point(0,50),
                                 40, 40, 10, 10);
            tryCompare(pinchStartedSpy, "count", 1);
            tryCompare(pinchFinishedSpy, "count", 1);
            verify(pinchUpdatedSpy.count >= 5); // verify 'sane' number of updates received
            compare(map.zoomLevel, 9) // should remain the same
            // 4. typical zoom in with different change level
            clear_data();
            map.gesture.maximumZoomLevelChange = 4
            compare (map.gesture.maximumZoomLevelChange, 4)
            pinchGenerator.pinch(Qt.point(0,50),Qt.point(50,50),
                                 Qt.point(100,50),Qt.point(50,50),
                                 40, 40, 10, 10);
            tryCompare(pinchFinishedSpy, "count", 1);
            compare(map.zoomLevel, 7)
            // 5. typical zoom out with different change level
            clear_data();
            map.gesture.maximumZoomLevelChange = 1
            compare (map.gesture.maximumZoomLevelChange, 1)
            pinchGenerator.pinch(Qt.point(50,50), Qt.point(0,50),
                                 Qt.point(50,50), Qt.point(100,50),
                                 40, 40, 10, 10);
            tryCompare(pinchFinishedSpy, "count", 1);
            compare(map.zoomLevel, 7.5)

            // 6. try to zoom in below minimum zoom level
            /*
            clear_data()
            map.gesture.maximumZoomLevelChange = 4
            map.gesture.minimumZoomLevel = 7
            pinchGenerator.pinch(Qt.point(0,50),Qt.point(50,50),Qt.point(100,50),Qt.point(50,50));
            wait(250);
            tryCompare(pinchFinishedSpy, "count", 1);
            compare(map.zoomLevel, 7) // would go to 5.5

            // 7. try to zoom out above maximum zoom level
            clear_data()
            map.gesture.maximumZoomLevelChange = 4
            map.gesture.maximumZoomLevel = 8
            pinchGenerator.pinch(Qt.point(50,50), Qt.point(0,50),Qt.point(50,50), Qt.point(100,50));
            tryCompare(pinchFinishedSpy, "count", 1);
            compare(map.zoomLevel, 8) // would go to 9

            // 8. pinch when max and min are same
            clear_data()
            map.gesture.maximumZoomLevel = 8
            map.gesture.minimumZoomLevel = 8
            compare(map.gesture.maximumZoomLevel, 8)
            compare(map.gesture.minimumZoomLevel, 8)
            pinchGenerator.pinch(Qt.point(0,50),Qt.point(50,50),Qt.point(100,50),Qt.point(50,50));
            tryCompare(pinchFinishedSpy, "count", 1);
            compare(map.zoomLevel, 8)

            // 9. pinch when max..min is not where map zoomLevel currently is
            clear_data()
            map.gesture.maximumZoomLevelChange = 4
            map.gesture.minimumZoomLevel = 4
            map.gesture.maximumZoomLevel = 6
            // first when above the zoom range
            map.zoomLevel = 10
            pinchGenerator.pinch(Qt.point(50,50), Qt.point(0,50),Qt.point(50,50), Qt.point(100,50)); // zoom out
            tryCompare(pinchFinishedSpy, "count", 1);
            compare(map.zoomLevel, 6)
            map.zoomLevel = 10
            pinchGenerator.pinch(Qt.point(0,50),Qt.point(50,50),Qt.point(100,50),Qt.point(50,50)); // zoom in
            tryCompare(pinchFinishedSpy, "count", 2);
            compare(map.zoomLevel, 6)
            pinchGenerator.pinch(Qt.point(0,50),Qt.point(50,50),Qt.point(100,50),Qt.point(50,50)); // zoom in
            tryCompare(pinchFinishedSpy, "count", 3);
            compare(map.zoomLevel, 4)
            // when below the zoom range
            map.zoomLevel = 1
            pinchGenerator.pinch(Qt.point(50,50), Qt.point(0,50),Qt.point(50,50), Qt.point(100,50)); // zoom out
            tryCompare(pinchFinishedSpy, "count", 4);
            compare(map.zoomLevel, 4)
            map.zoomLevel = 1
            pinchGenerator.pinch(Qt.point(0,50),Qt.point(50,50),Qt.point(100,50),Qt.point(50,50)); // zoom in
            tryCompare(pinchFinishedSpy, "count", 5);
            compare(map.zoomLevel, 4)
            pinchGenerator.pinch(Qt.point(50,50), Qt.point(0,50),Qt.point(50,50), Qt.point(100,50)); // zoom out
            tryCompare(pinchFinishedSpy, "count", 6);
            compare(map.zoomLevel, 6)
            map.gesture.minimumZoomLevel = map.minimumZoomLevel
            map.gesture.maximumZoomLevel = map.maximumZoomLevel
            */

            // 10. pinch while pinch area is disabled
            clear_data()
            map.gesture.enabled = false
            map.gesture.maximumZoomLevelChange = 2
            pinchGenerator.pinch(Qt.point(50,50), Qt.point(0,50),
                                 Qt.point(50,50), Qt.point(100,50),
                                 40, 40, 10, 10);
            wait(200);
            compare(pinchActiveSpy.count, 0)
            compare(map.gesture.isPinchActive, false)
            compare(pinchStartedSpy.count, 0)
            compare(pinchUpdatedSpy.count, 0);
            compare(pinchFinishedSpy.count, 0);
            compare(map.zoomLevel, 7.5)
            pinchGenerator.stop()
            map.gesture.enabled = true

            // 11. pinch disabling during pinching
            clear_data()
            pinchGenerator.pinch(Qt.point(50,50), Qt.point(0,50),
                                 Qt.point(50,50), Qt.point(100,50),
                                 40, 40, 10, 10);
            wait(300)
            map.gesture.enabled = false
            // check that pinch is active. then disable the pinch. pinch area should still process
            // as long as it is active
            compare(pinchActiveSpy.count,1)
            compare(map.gesture.isPinchActive, true)
            compare(pinchStartedSpy.count, 1)
            compare(pinchFinishedSpy.count, 0)
            var pinchupdates = pinchUpdatedSpy.count
            verify(pinchupdates > 0)
            tryCompare(pinchFinishedSpy, "count", 1)
            compare(pinchActiveSpy.count,2)
            compare(map.gesture.isPinchActive, false)
            map.gesture.enabled = true
            // 12. check nuthin happens if no active gestures
            clear_data()
            map.gesture.activeGestures = MapGestureArea.NoGesture
            pinchGenerator.pinch(Qt.point(50,50), Qt.point(0,50),
                                 Qt.point(50,50), Qt.point(100,50),
                                 40, 40, 10, 10);
            tryCompare(pinchStartedSpy, "count", 0);
            wait(300);
            compare(pinchUpdatedSpy.count, 0);
            compare(pinchStartedSpy.count, 0);
            compare(map.zoomLevel, 8.5)
            pinchGenerator.stop()
            map.gesture.activeGestures = MapGestureArea.ZoomGesture
            // 13. manually changing zoom level during active pinch zoom
            clear_data();
            map.gesture.maximumZoomLevelChange = 2
            pinchGenerator.pinch(Qt.point(50,50), Qt.point(0,50),
                                 Qt.point(50,50), Qt.point(100,50),
                                 40, 40, 10, 10);
            tryCompare(pinchStartedSpy, "count", 1);
            tryCompare(pinchActiveSpy, "count", 1)
            compare(map.gesture.isPinchActive, true)
            map.zoomLevel = 3 // will get overridden by pinch
            tryCompare(pinchFinishedSpy, "count", 1);
            verify(pinchUpdatedSpy.count >= 5); // verify 'sane' number of updates received
            compare(map.zoomLevel, 9.5)
            // 14. try to zoom below and above plugin's support
            clear_data()
            map.gesture.maximumZoomLevelChange = 4
            map.zoomLevel = map.minimumZoomLevel + 0.5
            pinchGenerator.pinch(Qt.point(0,50),Qt.point(50,50),
                                 Qt.point(100,50),Qt.point(50,50),
                                 40, 40, 10, 10);
            tryCompare(pinchFinishedSpy, "count", 1);
            compare(map.zoomLevel, map.minimumZoomLevel)
            map.zoomLevel = map.maximumZoomLevel - 0.5
            pinchGenerator.pinch(Qt.point(50,50), Qt.point(0,50),Qt.point(50,50), Qt.point(100,50));
            tryCompare(pinchFinishedSpy, "count", 2);
            compare(map.zoomLevel, map.maximumZoomLevel)
            map.zoomLevel = 10
            // 15. check that pinch accepted works (rejection)
            clear_data()
            map.rejectPinch = true
            pinchGenerator.pinch(Qt.point(0,50),Qt.point(50,50),
                                 Qt.point(100,50),Qt.point(50,50),
                                 40, 40, 10, 10);
            wait(300)
            compare(pinchUpdatedSpy.count, 0)
            compare(pinchFinishedSpy.count, 0)
            compare(map.gesture.isPinchActive, false)
            compare(map.zoomLevel, 10)
            map.rejectPinch = false
            pinchGenerator.stop()
            pinchGenerator.pinch(Qt.point(0,50),Qt.point(50,50),Qt.point(100,50),Qt.point(50,50));
            tryCompare(pinchFinishedSpy, "count",  1)
            compare(map.zoomLevel, 8)
            compare(map.lastPinchEvent.accepted, true)
            // 16. moving center
            clear_data()
            pinchGenerator.pinch(Qt.point(0, 50), Qt.point(50,100), Qt.point(50,0), Qt.point(100, 50))
            tryCompare(pinchStartedSpy, "count", 1)
            compare(map.lastPinchEvent.center.x, (map.lastPinchEvent.point1.x + map.lastPinchEvent.point2.x) /2)
            compare(map.lastPinchEvent.center.x, (map.lastPinchEvent.point1.y + map.lastPinchEvent.point2.y) /2)
            tryCompare(pinchFinishedSpy, "count", 1)
            compare(map.lastPinchEvent.center.x, (map.lastPinchEvent.point1.x + map.lastPinchEvent.point2.x) /2)
            compare(map.lastPinchEvent.center.x, (map.lastPinchEvent.point1.y + map.lastPinchEvent.point2.y) /2)
            // sanity check that we are not comparing wrong (points) with wrong (center) and calling it a success
            verify((map.lastPinchEvent.center.x > 50) && (map.lastPinchEvent.center.x < 100))
            verify((map.lastPinchEvent.center.y > 50) && (map.lastPinchEvent.center.y < 100))
            // 17. angle between points
            clear_data()
            // todo calculate the angle from points for comparison
            pinchGenerator.pinch(Qt.point(0,0), Qt.point(0,100), Qt.point(100,100), Qt.point(100,0))
            tryCompare(pinchStartedSpy, "count", 1)
            verify(map.lastPinchEvent.angle >= -45 && map.lastPinchEvent.angle < -20)
            tryCompare(pinchFinishedSpy, "count", 1)
            verify(map.lastPinchEvent.angle >= 20 && map.lastPinchEvent.angle <= 45)
        }
    }
}