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/****************************************************************************
**
** Copyright (C) 2016 The Qt Company Ltd.
** Contact: https://www.qt.io/licensing/
**
** This file is part of the test suite of the Qt Toolkit.
**
** $QT_BEGIN_LICENSE:GPL-EXCEPT$
** Commercial License Usage
** Licensees holding valid commercial Qt licenses may use this file in
** accordance with the commercial license agreement provided with the
** Software or, alternatively, in accordance with the terms contained in
** a written agreement between you and The Qt Company. For licensing terms
** and conditions see https://www.qt.io/terms-conditions. For further
** information use the contact form at https://www.qt.io/contact-us.
**
** GNU General Public License Usage
** Alternatively, this file may be used under the terms of the GNU
** General Public License version 3 as published by the Free Software
** Foundation with exceptions as appearing in the file LICENSE.GPL3-EXCEPT
** included in the packaging of this file. Please review the following
** information to ensure the GNU General Public License requirements will
** be met: https://www.gnu.org/licenses/gpl-3.0.html.
**
** $QT_END_LICENSE$
**
****************************************************************************/
import QtQuick 2.0
import QtTest 1.0
import QtPositioning 5.5
import QtLocation 5.10
import QtLocation.Test 5.6
Item {
width:100
height:100
// General-purpose elements for the test:
Plugin { id: testPlugin; name: "qmlgeo.test.plugin"; allowExperimental: true }
Plugin { id: testPlugin2; name: "gmlgeo.test.plugin"; allowExperimental: true }
Plugin {
id: testPluginLazyParameter;
name: "qmlgeo.test.plugin"
allowExperimental: true
property string extraTypeName : undefined
PluginParameter { name: "supported"; value: true}
PluginParameter { name: "finishRequestImmediately"; value: true}
PluginParameter { name: "validateWellKnownValues"; value: true}
PluginParameter { name: "extraMapTypeName"; value: testPluginLazyParameter.extraTypeName}
Component.onCompleted: {
extraTypeName = "SomeString"
}
}
property variant coordinate1: QtPositioning.coordinate(10, 11)
property variant coordinate2: QtPositioning.coordinate(12, 13)
property variant coordinate3: QtPositioning.coordinate(50, 50, 0)
property variant coordinate4: QtPositioning.coordinate(80, 80, 0)
property variant coordinate5: QtPositioning.coordinate(20, 180)
property variant coordinateCenterVisibleRegion: QtPositioning.coordinate(27, 77)
property variant coordinateVisible1: QtPositioning.coordinate(28, 77)
property variant coordinateVisible2: QtPositioning.coordinate(33, 79.1)
property variant coordinateVisible3: QtPositioning.coordinate(27, 80.5)
property variant invalidCoordinate: QtPositioning.coordinate()
property variant altitudelessCoordinate: QtPositioning.coordinate(50, 50)
property bool allMapsReady: mapZoomOnCompleted.mapReady
&& mapZoomDefault.mapReady
&& mapZoomUserInit.mapReady
&& map.mapReady
&& mapPar.mapReady
&& coordinateMap.mapReady
&& mapTiltBearing.mapReady
&& mapTiltBearingHere.mapReady
&& mapTestProjection.mapReady
Map { id: mapZoomOnCompleted; width: 200; height: 200;
zoomLevel: 3; center: coordinate1; plugin: testPlugin;
Component.onCompleted: {
zoomLevel = 7
}
}
SignalSpy {id: mapZoomSpy; target: mapZoomOnCompleted; signalName: 'zoomLevelChanged'}
Map { id: mapZoomDefault; width: 200; height: 200;
center: coordinate1; plugin: testPlugin; }
Map { id: mapZoomUserInit; width: 210; height: 210;
zoomLevel: 4; center: coordinate1; plugin: testPlugin;
Component.onCompleted: {
console.log("mapZoomUserInit completed")
}
}
Map { id: mapVisibleRegion; width: 800; height: 600;
center: coordinateCenterVisibleRegion; plugin: testPlugin; zoomLevel: 1.0 }
Map {id: map; plugin: testPlugin; center: coordinate1; width: 100; height: 100}
SignalSpy {id: mapCenterSpy; target: map; signalName: 'centerChanged'}
Map {id: mapPar; plugin: testPlugin; center: coordinate1; width: 512; height: 512}
Map {id: coordinateMap; plugin: testPlugin; center: coordinate3;
width: 1000; height: 1000; zoomLevel: 15 }
Map {id: mapTiltBearing; plugin: testPlugin; center: coordinate1;
width: 1000; height: 1000; zoomLevel: 4; bearing: 45.0; tilt: 25.0 }
Map {id: mapTiltBearingHere; plugin: testPlugin; center: coordinate1;
width: 1000; height: 1000; zoomLevel: 4; bearing: 45.0; tilt: 25.0 }
Map {
id: mapWithLazyPlugin
plugin: testPluginLazyParameter
}
Map {
id: mapTestProjection
plugin: testPlugin
width: 200
height: 200
}
MapParameter {
id: testParameter
type: "cameraCenter_test"
property var center: QtPositioning.coordinate(-33.0, -47.0)
}
TestCase {
when: windowShown && allMapsReady
name: "MapProperties"
function fuzzy_compare(val, ref) {
var tolerance = 0.01;
if ((val > ref - tolerance) && (val < ref + tolerance))
return true;
console.log('map fuzzy cmp returns false for value, ref: ' + val + ', ' + ref)
return false;
}
function init() {
mapCenterSpy.clear();
}
function test_lazy_parameter() {
compare(mapWithLazyPlugin.supportedMapTypes.length, 5)
compare(mapWithLazyPlugin.supportedMapTypes[4].name, "SomeString")
}
function test_map_center() {
// coordinate is set at map element declaration
compare(map.center.latitude, 10)
compare(map.center.longitude, 11)
// change center and its values
mapCenterSpy.clear();
compare(mapCenterSpy.count, 0)
map.center = coordinate2
compare(mapCenterSpy.count, 1)
map.center = coordinate2
compare(mapCenterSpy.count, 1)
// change center to dateline
mapCenterSpy.clear()
compare(mapCenterSpy.count, 0)
map.center = coordinate5
compare(mapCenterSpy.count, 1)
compare(map.center, coordinate5)
map.center = coordinate2
verify(isNaN(map.center.altitude));
compare(map.center.longitude, 13)
compare(map.center.latitude, 12)
}
function test_map_visible_region()
{
mapVisibleRegion.zoomLevel = 1.0
wait(50)
verify(mapVisibleRegion.visibleRegion.contains(coordinateVisible1))
verify(mapVisibleRegion.visibleRegion.contains(coordinateVisible2))
verify(mapVisibleRegion.visibleRegion.contains(coordinateVisible3))
mapVisibleRegion.zoomLevel = 1.88
verify(LocationTestHelper.waitForPolished(mapVisibleRegion))
verify(mapVisibleRegion.visibleRegion.contains(coordinateVisible1))
verify(mapVisibleRegion.visibleRegion.contains(coordinateVisible2))
verify(mapVisibleRegion.visibleRegion.contains(coordinateVisible3))
mapVisibleRegion.zoomLevel = 2.12
verify(LocationTestHelper.waitForPolished(mapVisibleRegion))
verify(mapVisibleRegion.visibleRegion.contains(coordinateVisible1))
verify(mapVisibleRegion.visibleRegion.contains(coordinateVisible2))
verify(mapVisibleRegion.visibleRegion.contains(coordinateVisible3))
mapVisibleRegion.zoomLevel = 2.5
verify(LocationTestHelper.waitForPolished(mapVisibleRegion))
verify(mapVisibleRegion.visibleRegion.contains(coordinateVisible1))
verify(mapVisibleRegion.visibleRegion.contains(coordinateVisible2))
verify(mapVisibleRegion.visibleRegion.contains(coordinateVisible3))
mapVisibleRegion.zoomLevel = 2.7
verify(LocationTestHelper.waitForPolished(mapVisibleRegion))
verify(mapVisibleRegion.visibleRegion.contains(coordinateVisible1))
verify(mapVisibleRegion.visibleRegion.contains(coordinateVisible2))
verify(mapVisibleRegion.visibleRegion.contains(coordinateVisible3))
}
function test_map_parameters()
{
// coordinate is set at map element declaration
var center = mapPar.toCoordinate(Qt.point((mapPar.width - 1) / 2.0, (mapPar.height - 1) / 2.0))
fuzzyCompare(center.latitude, 10, 0.1)
fuzzyCompare(center.longitude, 11, 0.1)
compare(mapPar.mapParameters.length, 0)
mapPar.addMapParameter(testParameter)
compare(mapPar.mapParameters.length, 1)
center = mapPar.toCoordinate(Qt.point((mapPar.width - 1) / 2.0, (mapPar.height - 1) / 2.0))
fuzzyCompare(center.latitude, -33, 0.1)
fuzzyCompare(center.longitude, -47, 0.1)
mapPar.addMapParameter(testParameter)
compare(mapPar.mapParameters.length, 1)
mapPar.removeMapParameter(testParameter)
compare(mapPar.mapParameters.length, 0)
center = mapPar.toCoordinate(Qt.point((mapPar.width - 1) / 2.0, (mapPar.height - 1) / 2.0))
fuzzyCompare(center.latitude, -33, 0.1)
fuzzyCompare(center.longitude, -47, 0.1)
testParameter.center = mapPar.center // map.center has not been affected as it lives in the Declarative Map
mapPar.addMapParameter(testParameter)
compare(mapPar.mapParameters.length, 1)
center = mapPar.toCoordinate(Qt.point((mapPar.width - 1) / 2.0, (mapPar.height - 1) / 2.0))
fuzzyCompare(center.latitude, 10, 0.1)
fuzzyCompare(center.longitude, 11, 0.1)
testParameter.center = QtPositioning.coordinate(-33.0, -47.0)
center = mapPar.toCoordinate(Qt.point((mapPar.width - 1) / 2.0, (mapPar.height - 1) / 2.0))
fuzzyCompare(center.latitude, -33, 0.1)
fuzzyCompare(center.longitude, -47, 0.1)
mapPar.removeMapParameter(testParameter)
compare(mapPar.mapParameters.length, 0)
}
function test_map_clamp()
{
//valid
map.center = QtPositioning.coordinate(10.0, 20.5, 30.8)
map.zoomLevel = 2.0
compare(map.center.latitude, 10)
compare(map.center.longitude, 20.5)
compare(map.center.altitude, 30.8)
//negative values
map.center = QtPositioning.coordinate(-50, -20, 100)
map.zoomLevel = 1.0
compare(map.center.latitude, -50)
compare(map.center.longitude, -20)
compare(map.center.altitude, 100)
//clamped center negative
map.center = QtPositioning.coordinate(-89, -45, 0)
map.zoomLevel = 1.0
fuzzyCompare(map.center.latitude, -80.8728, 0.001)
compare(map.center.longitude, -45)
compare(map.center.altitude, 0)
//clamped center positive
map.center = QtPositioning.coordinate(86, 38, 0)
map.zoomLevel = 1.0
fuzzyCompare(map.center.latitude, 80.8728, 0.001)
compare(map.center.longitude, 38)
compare(map.center.altitude, 0)
}
function test_zoom_limits()
{
map.center.latitude = 30
map.center.longitude = 60
map.zoomLevel = 4
//initial plugin values
compare(map.minimumZoomLevel, 0)
compare(map.maximumZoomLevel, 20)
compare(map.activeMapType.cameraCapabilities.minimumZoomLevel, 0)
compare(map.activeMapType.cameraCapabilities.maximumZoomLevel, 20)
//Higher min level than curr zoom, should change curr zoom
map.minimumZoomLevel = 5
map.maximumZoomLevel = 18
compare(map.zoomLevel, 5)
compare(map.minimumZoomLevel, 5)
compare(map.maximumZoomLevel, 18)
//Trying to set higher than max, max should be set.
map.maximumZoomLevel = 21
compare(map.minimumZoomLevel, 5)
compare(map.maximumZoomLevel, 20)
//Negative values should be ignored
map.minimumZoomLevel = -1
map.maximumZoomLevel = -2
compare(map.minimumZoomLevel, 5)
compare(map.maximumZoomLevel, 20)
//Max limit lower than curr zoom, should change curr zoom
map.zoomLevel = 18
map.maximumZoomLevel = 16
compare(map.zoomLevel, 16)
compare(map.activeMapType.cameraCapabilities.minimumZoomLevel, 0)
compare(map.activeMapType.cameraCapabilities.maximumZoomLevel, 20)
//reseting default
map.minimumZoomLevel = 0
map.maximumZoomLevel = 20
compare(map.minimumZoomLevel, 0)
compare(map.maximumZoomLevel, 20)
}
function test_tilt_limits()
{
map.tilt = 0
//initial plugin values
compare(map.minimumTilt, 0)
compare(map.maximumTilt, 60)
compare(map.activeMapType.cameraCapabilities.minimumTilt, 0)
compare(map.activeMapType.cameraCapabilities.maximumTilt, 60)
//Higher min level than curr tilt, should change curr tilt
map.minimumTilt = 5
map.maximumTilt = 18
compare(map.tilt, 5)
compare(map.minimumTilt, 5)
compare(map.maximumTilt, 18)
// Capabilities remain the same
compare(map.activeMapType.cameraCapabilities.minimumTilt, 0)
compare(map.activeMapType.cameraCapabilities.maximumTilt, 60)
//Trying to set higher than max, max should be set.
map.maximumTilt = 61
compare(map.minimumTilt, 5)
compare(map.maximumTilt, 60)
//Negative values should be ignored
map.minimumTilt = -1
map.maximumTilt = -2
compare(map.minimumTilt, 5)
compare(map.maximumTilt, 60)
//Max limit lower than curr zoom, should change curr zoom
map.tilt = 18
map.maximumTilt = 16
compare(map.tilt, 16)
//resetting default
map.minimumTilt = 0
map.maximumTilt = 60
map.tilt = 0
compare(map.minimumTilt, 0)
compare(map.maximumTilt, 60)
compare(map.tilt, 0)
}
function test_fov_limits()
{
map.fieldOfView = 45
//initial plugin values
compare(map.minimumFieldOfView, 45)
compare(map.maximumFieldOfView, 45)
compare(map.activeMapType.cameraCapabilities.minimumFieldOfView, 45)
compare(map.activeMapType.cameraCapabilities.maximumFieldOfView, 45)
map.minimumFieldOfView = 5
map.maximumFieldOfView = 18
map.fieldOfView = 4
compare(map.fieldOfView, 45)
compare(map.minimumFieldOfView, 45)
compare(map.maximumFieldOfView, 45)
map.activeMapType = map.supportedMapTypes[3]
// camera caps are [1-179], user previously asked for [5-18]
compare(map.minimumFieldOfView, 5)
compare(map.maximumFieldOfView, 18)
compare(map.activeMapType.cameraCapabilities.minimumFieldOfView, 1)
compare(map.activeMapType.cameraCapabilities.maximumFieldOfView, 179)
map.fieldOfView = 4
compare(map.fieldOfView, 5)
//Higher min level than curr fieldOfView, should change curr fieldOfView
map.minimumFieldOfView = 6
compare(map.fieldOfView, 6)
compare(map.minimumFieldOfView, 6)
compare(map.maximumFieldOfView, 18)
//Trying to set higher than max, max should be set.
map.maximumFieldOfView = 179.5
compare(map.minimumFieldOfView, 6)
compare(map.maximumFieldOfView, 179)
//Negative values should be ignored
map.minimumFieldOfView = -1
map.maximumFieldOfView = -2
compare(map.minimumFieldOfView, 6)
compare(map.maximumFieldOfView, 179)
//Max limit lower than curr zoom, should change curr zoom
map.fieldOfView = 18
compare(map.fieldOfView, 18)
map.maximumFieldOfView = 16
compare(map.maximumFieldOfView, 16)
compare(map.fieldOfView, 16)
//resetting default
map.minimumFieldOfView = 1
map.maximumFieldOfView = 179
compare(map.minimumFieldOfView, 1)
compare(map.maximumFieldOfView, 179)
map.activeMapType = map.supportedMapTypes[0]
compare(map.minimumFieldOfView, 45)
compare(map.maximumFieldOfView, 45)
compare(map.fieldOfView, 45)
compare(map.activeMapType.cameraCapabilities.minimumFieldOfView, 45)
compare(map.activeMapType.cameraCapabilities.maximumFieldOfView, 45)
}
function test_zoom()
{
wait(1000)
compare(mapZoomOnCompleted.zoomLevel, 7)
compare(mapZoomDefault.zoomLevel, 8)
compare(mapZoomUserInit.zoomLevel, 4)
mapZoomSpy.clear()
mapZoomOnCompleted.zoomLevel = 6
tryCompare(mapZoomSpy, "count", 1)
}
function test_pan()
{
map.center.latitude = 30
map.center.longitude = 60
map.zoomLevel = 4
mapCenterSpy.clear();
// up left
tryCompare(mapCenterSpy, "count", 0)
map.pan(-20,-20)
tryCompare(mapCenterSpy, "count", 1)
verify(map.center.latitude > 30)
verify(map.center.longitude < 60)
map.center.latitude = 30
map.center.longitude = 60
mapCenterSpy.clear()
// up
map.pan(0,-20)
tryCompare(mapCenterSpy, "count", 1)
verify(map.center.latitude > 30)
compare(map.center.longitude, 60)
map.center.latitude = 30
map.center.longitude = 60
mapCenterSpy.clear()
// up right
tryCompare(mapCenterSpy, "count", 0)
map.pan(20,-20)
tryCompare(mapCenterSpy, "count", 1)
verify(map.center.latitude > 30)
verify(map.center.longitude > 60)
map.center.latitude = 30
map.center.longitude = 60
mapCenterSpy.clear()
// left
map.pan(-20,0)
tryCompare(mapCenterSpy, "count", 1)
verify (fuzzy_compare(map.center.latitude, 30))
verify(map.center.longitude < 60)
map.center.latitude = 30
map.center.longitude = 60
mapCenterSpy.clear()
// center
map.pan(0,0)
tryCompare(mapCenterSpy, "count", 0)
compare(map.center.latitude, 30)
compare(map.center.longitude, 60)
map.center.latitude = 30
map.center.longitude = 60
mapCenterSpy.clear()
// right
map.pan(20,0)
tryCompare(mapCenterSpy, "count", 1)
verify (fuzzy_compare(map.center.latitude, 30))
verify(map.center.longitude > 60)
map.center.latitude = 30
map.center.longitude = 60
mapCenterSpy.clear()
// down left
map.pan(-20,20)
tryCompare(mapCenterSpy, "count", 1)
verify (map.center.latitude < 30 )
verify (map.center.longitude < 60 )
map.center.latitude = 30
map.center.longitude = 60
mapCenterSpy.clear()
// down
map.pan(0,20)
tryCompare(mapCenterSpy, "count", 1)
verify (map.center.latitude < 30 )
verify (fuzzy_compare(map.center.longitude, 60))
map.center.latitude = 30
map.center.longitude = 60
mapCenterSpy.clear()
// down right
map.pan(20,20)
tryCompare(mapCenterSpy, "count", 1)
verify (map.center.latitude < 30 )
verify (map.center.longitude > 60 )
map.center.latitude = 30
map.center.longitude = 60
mapCenterSpy.clear()
}
function test_map_tilt_bearing()
{
compare(map.bearing, 0.0)
compare(map.tilt, 0.0)
compare(mapTiltBearing.bearing, 45.0)
compare(mapTiltBearing.tilt, 25.0)
compare(mapTiltBearingHere.bearing, 45.0)
compare(mapTiltBearingHere.tilt, 25.0)
mapTiltBearing.bearing = 0.0
mapTiltBearing.tilt = 0.0
compare(mapTiltBearing.bearing, 0.0)
compare(mapTiltBearing.tilt, 0.0)
mapTiltBearing.bearing = 480.0
mapTiltBearing.tilt = 140.0
compare(mapTiltBearing.bearing, 120.0)
compare(mapTiltBearing.tilt, 60.0)
mapTiltBearing.tilt = -140.0
compare(mapTiltBearing.tilt, 0.0)
mapTiltBearingHere.bearing = 45.0
mapTiltBearingHere.tilt = 25.0
compare(mapTiltBearingHere.bearing, 45.0)
compare(mapTiltBearingHere.tilt, 25.0)
mapTiltBearingHere.bearing = 0.0
mapTiltBearingHere.tilt = 0.0
compare(mapTiltBearingHere.bearing, 0.0)
compare(mapTiltBearingHere.tilt, 0.0)
mapTiltBearing.bearing = 45.0
mapTiltBearing.tilt = 25.0
mapTiltBearing.zoomLevel = 8.0
compare(mapTiltBearing.bearing, 45.0)
compare(mapTiltBearing.tilt, 25.0)
}
function test_map_setbearing()
{
var zeroCoord = QtPositioning.coordinate(0,0)
mapTiltBearing.bearing = 0.0
mapTiltBearing.tilt = 0.0
mapTiltBearing.zoomLevel = 3
mapTiltBearing.center = zeroCoord
compare(mapTiltBearing.bearing, 0.0)
compare(mapTiltBearing.tilt, 0.0)
compare(mapTiltBearing.zoomLevel, 3)
compare(mapTiltBearing.center, zeroCoord)
var fulcrum = QtPositioning.coordinate(20,-20)
var fulcrumPos = mapTiltBearing.fromCoordinate(fulcrum)
var bearing = 90.0
mapTiltBearing.setBearing(bearing, fulcrum)
var fulcrumPosAfter = mapTiltBearing.fromCoordinate(fulcrum)
compare(mapTiltBearing.bearing, bearing)
compare(fulcrumPos, fulcrumPosAfter)
// resetting
mapTiltBearing.center = coordinate1
mapTiltBearing.zoomLevel = 4
mapTiltBearing.bearing = 45.0
mapTiltBearing.tilt = 25.0
}
function test_map_align_coordinate_to_point()
{
var zeroCoord = QtPositioning.coordinate(0,0)
mapTiltBearing.bearing = 0.0
mapTiltBearing.tilt = 0.0
mapTiltBearing.zoomLevel = 3
mapTiltBearing.center = zeroCoord
compare(mapTiltBearing.bearing, 0.0)
compare(mapTiltBearing.tilt, 0.0)
compare(mapTiltBearing.zoomLevel, 3)
compare(mapTiltBearing.center, zeroCoord)
var coord = QtPositioning.coordinate(20,-20)
var point = Qt.point(400, 400)
mapTiltBearing.alignCoordinateToPoint(coord, point)
var coordAfter = mapTiltBearing.toCoordinate(point)
compare(coord.latitude, coordAfter.latitude)
compare(coord.longitude, coordAfter.longitude)
// resetting
mapTiltBearing.center = coordinate1
mapTiltBearing.zoomLevel = 4
mapTiltBearing.bearing = 45.0
mapTiltBearing.tilt = 25.0
}
function test_coordinate_conversion()
{
wait(1000)
mapCenterSpy.clear();
compare(coordinateMap.center.latitude, 50)
compare(coordinateMap.center.longitude, 50)
// valid to screen position
var point = coordinateMap.fromCoordinate(coordinateMap.center)
verify (point.x > 495 && point.x < 505)
verify (point.y > 495 && point.y < 505)
// valid coordinate without altitude
point = coordinateMap.fromCoordinate(altitudelessCoordinate)
verify (point.x > 495 && point.x < 505)
verify (point.y > 495 && point.y < 505)
// out of map area in view
//var oldZoomLevel = coordinateMap.zoomLevel
//coordinateMap.zoomLevel = 8
point = coordinateMap.fromCoordinate(coordinate4)
verify(isNaN(point.x))
verify(isNaN(point.y))
//coordinateMap.zoomLevel = oldZoomLevel
// invalid coordinates
point = coordinateMap.fromCoordinate(invalidCoordinate)
verify(isNaN(point.x))
verify(isNaN(point.y))
point = coordinateMap.fromCoordinate(null)
verify(isNaN(point.x))
verify(isNaN(point.y))
// valid point to coordinate
var coord = coordinateMap.toCoordinate(Qt.point(500,500))
verify(coord.latitude > 49 && coord.latitude < 51)
verify(coord.longitude > 49 && coord.longitude < 51)
// beyond
coord = coordinateMap.toCoordinate(Qt.point(2000, 2000))
verify(isNaN(coord.latitude))
verify(isNaN(coord.longitde))
// invalid
coord = coordinateMap.toCoordinate(Qt.point(-5, -6))
verify(isNaN(coord.latitude))
verify(isNaN(coord.longitde))
// test with tilting
coord = QtPositioning.coordinate(45.6, 17.67)
var pos = mapTestProjection.fromCoordinate(coord, false)
compare(Math.floor(pos.x), 3339)
compare(Math.floor(pos.y), 1727)
mapTestProjection.tilt = 6
pos = mapTestProjection.fromCoordinate(coord, false)
compare(Math.floor(pos.x), 11066)
compare(Math.floor(pos.y), 5577)
mapTestProjection.tilt = 12
pos = mapTestProjection.fromCoordinate(coord, false)
verify(isNaN(pos.latitude))
verify(isNaN(pos.longitde))
}
}
}
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