/*================================================================================================================\
+
+ Project : GODATA-VCEV
+ Filename : positioningTool.js
+ Module Name : Positioning Tool + Blind Spot
+ Purpose : To show all Vans and their respective reachable points geographically. And draw paths between them.
+ One can move van and its points and save that state.
+ Blind Spot - Show blind spot geographically and suggest new van on map to cover all the area.
+ One is able to put a dummy van on the map to check if the path strech is covered or not.
+ Coded By : Pankaj Khandal
+
+================================================================================================================*/
/**
* To show position of vans, reposition them and generate BlindSpot on a path.
* @module Geo
*/
/**
* To show position of vans, reposition them and generate BlindSpot on a path.
* @class PositioningTool
* @constructor
*/
//================= Global variables===============================
/**
* Global References: Initializing global stores for markers, images, icons, enable/disable bits etc.
* @for PositioningTool
*/
var vanImagePath = "../../Content/css/images/avil-van.png",
vanReachablePointImagePath = "../../Scripts/map_api/icons/red_circle.png",
bs_vanImagePath = "../../Content/css/images/avil-van.png",
bs_waypointImagePath = "../../Scripts/map_api/icons/green_circle.png",
bs_vanToolImagePath = "../../Content/css/images/avil-van-pointing.png",
bs_waypointToolImagePath = "../../Scripts/map_api/icons/green_circle-pointing.png",
bs_downArrowImagePath = "../../Scripts/map_api/icons/arrow01.png",
markerTransImgPath = "../../Scripts/map_api/icons/red_blink.gif",
defaultLat = 26.912285124827,
defaultLng = 75.7873203125;
var SecurityToken, utcMinutes, UserId;
var map = null; // to store map object globally
var directionService; // to store Direction-Service object globally
var geoCoder; // to store Geo-Coder object globally
var distanceMatrixService; // to store Distance-Matrix Service object globally
var MARKERS = []; // To store Marker objects globally
var POLYGONS = []; // To store Polygon object globally
var POSITIONING_JSON = []; // To store Exiting Positionig JSON globally
var UPDATED_POSITIONING_JSON = []; // To store updated coverage Objects
var ROUTES = []; // To store route objects globally
var MOVED_VAN_ROUTES = []; // To store dragged Van route object globally
var distanceTimeObj = new Object(); // To store the callback result of Distance Matrix.
var directionMatrixTime = 0; // To hold new reachable time when we drag a reachable point
var directionObj = {}; // To store Route-Direction Objects
var directionsRenderer; // To store direction display renderer on map
var latlngbounds; // To store lat long bounds to center the map
var pointAngle = 30; // Angle on which we want a point from a sorce point (Degree)
var bs_pointAngle = 30; // Angle on which we want a point from a sorce point (Degree)
var radiusIncrement = 15; // constant increament in radius to get optimal reachable point from a van
var radiusAccToSlaObj = { '90': 55, '120': 75 }; // Van's reachable point's minimum distance (KMs) for diffrent SLAs in minutes
var slaTimeInMin = 0; // To store SLA time in minutes globally
var coverageMultiplier = 1.6; // Coverage enhancer
var enableCoverageDesign = true; // To enable/disable coverage.
var coverageDesiged = false; // To check if coverage is designed once
//-------------- BLIND SPOT Global variables ----------------------
var BS_WAYPOINDID = 0; // Initialize the waypoint Id
var BS_VAN_ID = 0; // Initialize the Van Id
var disable_map_click_Listener = true; // To disable/enable map click
var disable_map_mousemove_Listener_waypoint = true; // To disable/enable mouse move on map
var disable_map_click_Listener_waypoint = true; // To disable/enable map click for a waypoint
var disable_map_click_Listener_van = true; // To disable/enable map click for a van
var disable_map_mousemove_Listener_van = true; //To disable/enable mouse move on map for van
var enableBlindSpotGenerator = true; // To disable/enable Blind spot generation
var bs_enableCoverageDesign = true; // To disable/enable coverage designer
var bs_popTheVanOut = true; // To disable/enable removing the last van marker, when no response from goole
var bs_coverageMultiplier = 1.6; // covearge enhancer
var bs_coverageDesiged = false; // To disable/enable if coverage is designed
var BS_MARKERS = []; // To Store Blind Spot markers globally
var BS_VAN_MARKERS = []; // To Store Blind Spot Van markers globally
var BS_WAYPOINTS = []; // To Store Blind Spot waypoints globally
var BS_WAYPOINTS_reverse = []; // To Store Blind Spot waypoints in reverse order of plotting
var BS_ENDS = []; // To Store Blind Spot region End points
var BS_STARTS = []; // To Store Blind Spot region start points
var BS_CIRCLES = []; // To Store Blind Spot region circles
var BS_MID_MARKERS = []; // To Store Blind Spot region mid points
var BS_MOVED_VAN_ROUTES = []; // To Store Blind Spot moved van route object
var BS_POLYGONS = []; // To Store Blind Spot polygons
var bs_directionObj = {}; // To Store Blind Spot Van's routes to their reachable points
var BS_ARROW_MARKERS = []; // To Store Blind Spot region arrow markers
var BS_VAN_REACHABLE_POINT = []; // To Store Blind Spot Van's reachable points
var BS_ROUTES = []; // To Store Blind Spot Van's routes
//--------------------------------------------
//=================================================================
/**
* To check state is entered or not.
* @method StateValid
* @for PositioningTool
*/
function StateValid() {
var vResult = false;
var State = $("#stateCombobox").val();
$("#spanState1").hide();
if (State == "") {
$("#spanState1").show();
}
else {
vResult = true;
}
return vResult;
}
/////============================= Getting Circular points which is some time away from a source point =====================
/**
* To convert a degrees into radians.
* @method Number.prototype.toRad
* @for PositioningTool
*/
Number.prototype.toRad = function () {
return this * Math.PI / 180;
}
/**
* To convert a radians into degrees.
* @method Number.prototype.toDeg
* @for PositioningTool
*/
Number.prototype.toDeg = function () {
return this * 180 / Math.PI;
}
/**
* To get a position at an angle and at a distance on google map.
* @method google.maps.LatLng.prototype.destinationPoint
* @param {Number} angle angle in Degrees
* @param {Number} dist distance in KMs
* @for PositioningTool
*/
google.maps.LatLng.prototype.destinationPoint = function (angle, dist) {
dist = dist / 6371;
angle = angle.toRad();
var lat1 = this.lat().toRad(), lon1 = this.lng().toRad();
var lat2 = Math.asin(Math.sin(lat1) * Math.cos(dist) + Math.cos(lat1) * Math.sin(dist) * Math.cos(angle));
var lon2 = lon1 + Math.atan2(Math.sin(angle) * Math.sin(dist) * Math.cos(lat1), Math.cos(dist) - Math.sin(lat1) * Math.sin(lat2));
if (isNaN(lat2) || isNaN(lon2)) return null;
return new google.maps.LatLng(lat2.toDeg(), lon2.toDeg());
}
/**
* To get a position at an angle and at a distance on google map.
* @method findReachablePointsForVan
* @param {Object} sourcePosition position(lat-long object) of source
* @param {Number} pointAngle angle in Degrees
* @param {Number} radius distance in KMs
* @for PositioningTool
*/
function findReachablePointsForVan(sourcePosition, pointAngle, radius) {
var reachablePoints = [];
for (var i = 0; i <= 360; i = i + pointAngle) {
var point = sourcePosition.destinationPoint(i, radius);
reachablePoints.push(point);
}
return reachablePoints;
}
/////================================================================================================================
//================== FILTERS Section Start =========================
/**
* To populate state combobox.
* @method loadStateChoices
* @for PositioningTool
*/
function loadStateChoices() {
SecurityToken = securityToken;
utcMinutes = parseInt(UtcMinutes, 10);
UserId = userId;
$.ajax({
type: "POST",
url: WCFRESTURL.GetStateListIdWise,
data: { Token: SecurityToken, UtcMinutes: utcMinutes, UserId: UserId },
dataType: "json",
success: function (data) {
$("#stateCombobox").kendoComboBox({
placeholder: "State",
dataTextField: "StateAlias",
dataValueField: "StateId",
filter: "contains",
dataSource: data,
change: function () {
// loading cities according to state id
//loadCityChoices($("#stateCombobox").val());
//loadDealerChoices($("#stateCombobox").data("kendoComboBox").text(), $("#cityCombobox").data("kendoComboBox").text());
}
});
},
complete: function () {
//$("#stateCombobox").data('kendoComboBox').select(0);
},
error: function (jqXHR, textStatus, errorThrown) {
}
});
}
/**
* To populate city combobox.
* @method loadCityChoices
* @for PositioningTool
*/
function loadCityChoices(stateId) {
SecurityToken = securityToken;
utcMinutes = parseInt(UtcMinutes, 10);
UserId = userId;
$.ajax({
type: "POST",
url: WCFRESTURL.GetCityListStateIdWise,
data: { Token: SecurityToken, UtcMinutes: utcMinutes, UserId: UserId, StateId: stateId },
dataType: "json",
success: function (data) {
$("#cityCombobox").kendoComboBox({
dataTextField: "CityName",
dataValueField: "CityId",
filter: "contains",
dataSource: data,
change: function () {
loadDealerChoices($("#stateCombobox").data("kendoComboBox").text(), $("#cityCombobox").data("kendoComboBox").text());
}
});
},
complete: function () {
$("#cityCombobox").data("kendoComboBox").text('');
},
error: function (jqXHR, textStatus, errorThrown) {
}
});
}
/**
* To populate city combobox.
* @method loadCityChoices
* @for PositioningTool
*/
function loadDealerChoices(state, city) {
SecurityToken = securityToken;
utcMinutes = parseInt(UtcMinutes, 10);
UserId = userId;
$.ajax({
type: "POST",
url: WCFRESTURL.GetDealerStateCityWise,
data: { Token: SecurityToken, UtcMinutes: utcMinutes, UserId: UserId, DealerStateParam: state, DealerCityParam: city },
dataType: "json",
success: function (data) {
$("#dealerCombobox").kendoComboBox({
dataTextField: "DealerDealerName",
dataValueField: "DealerId",
filter: "contains",
dataSource: data,
});
},
complete: function () {
$("#dealerCombobox").data("kendoComboBox").text('');
},
error: function (jqXHR, textStatus, errorThrown) {
}
});
}
/**
* To populate SLA combobox.
* @method loadAllSla
* @for PositioningTool
*/
function loadAllSla() {
SecurityToken = securityToken;
utcMinutes = parseInt(UtcMinutes, 10);
UserId = userId;
$.ajax({
type: "POST",
url: WCFRESTURL.GetAllSLA,
data: { Token: SecurityToken, UtcMinutes: utcMinutes, UserId: UserId },
dataType: "json",
success: function (data) {
$("#slaCombobox").kendoDropDownList({
dataTextField: "SlaTime",
dataValueField: "Id",
dataSource: data,
index: 0,
change: function () {
// Getting curent SLA time and storing that globally
slaTimeInMin = $("#slaCombobox").data("kendoDropDownList").text();
}
});
},
complete: function () {
// Getting curent SLA time and storing that globally
slaTimeInMin = $("#slaCombobox").data("kendoDropDownList").text();
},
error: function (jqXHR, textStatus, errorThrown) {
}
});
}
//================== FILTERS Section End =========================
/**
* To create unique Van-JSON to update on the server.
* @method createUpdatedPOSITIONING_JSON
* @param {Object} van van-object contains van and its reachable point details.
* @for PositioningTool
*/
function createUpdatedPOSITIONING_JSON(van) {
if (UPDATED_POSITIONING_JSON.length == 0) {
UPDATED_POSITIONING_JSON.push(van);
}
else {
for (var i = 0; i < UPDATED_POSITIONING_JSON.length; i++) {
if (UPDATED_POSITIONING_JSON[i].VanId == van.VanId) {
UPDATED_POSITIONING_JSON.splice(i, 1);
UPDATED_POSITIONING_JSON.push(van);
} else {
UPDATED_POSITIONING_JSON.push(van);
}
}
}
}
/**
* To update the Van coverage onto the server.
* @method updateVanCoverage
* @for PositioningTool
*/
function updateVanCoverage() {
$("#div_load").show(); // Showing loading
SecurityToken = securityToken;
utcMinutes = parseInt(UtcMinutes, 10);
UserId = userId;
var updatedVanCoverageData = JSON.stringify(UPDATED_POSITIONING_JSON); // serializing the JSON before sending to the server
$.ajax({
url: WCFRESTURL.UpdateAllVansOnGeoView,
type: "POST",
data: { Token: "teramatrix", VanListJson: updatedVanCoverageData },
dataType: "json",
contentType: "application/x-www-form-urlencoded; charset=utf-8", // This is the content type when posting Plain Text to server.
success: function (data) {
$('#get_van_coverage').show(); // Showing the get-van-coverage button
$('#update_van_coverage').hide(); // Hiding update-van-coverage button
$('#reset_van_coverage').hide(); // Hiding update-van-coverage button
jAlert(POSITIONING_MSG['coverage_update_success'], 'Message');
},
complete: function () {
$("#div_load").hide(); // Hiding loading
UPDATED_POSITIONING_JSON = []; // Making the updated positioning JSON empty. so that it is less occupied next time when update is happening
},
error: function (jqXHR, textStatus, errorThrown) {
jAlert(POSITIONING_MSG['coverage_update_error'], 'Message');
}
});
}
/**
* To Reset the Van server to earliar state.
* @method resetVanCoverage
* @for PositioningTool
*/
function resetVanCoverage() {
getAllVansOnGeoView();
}
/**
* To get distance and time to raech to a point on google map and store that in a global object.
* @method getDistanceAndTime
* @param {Double} sourceLat source lattitude
* @param {Double} sourceLong source longitude
* @param {Double} destinationLat destination lattitude
* @param {Double} destinationLong destination longitude
* @for PositioningTool
*/
function getDistanceAndTime(sourceLat, sourceLong, destinationLat, destinationLong) {
var sourceLocation = new google.maps.LatLng(sourceLat, sourceLong);
var destinationLocation = new google.maps.LatLng(destinationLat, destinationLong);
var request = {
origins: [sourceLocation],
destinations: [destinationLocation],
travelMode: google.maps.TravelMode.DRIVING,
//transitOptions: google.maps.TransitMode.BUS,
unitSystem: google.maps.UnitSystem.METRIC,
//durationInTraffic: Boolean, // consider traffice conditions //for work customers
avoidHighways: false,
avoidTolls: false
}
distanceMatrixService.getDistanceMatrix(request, function (response, status) {
if (status == google.maps.DistanceMatrixStatus.OK) {
var result = response.rows[0].elements[0];
var distance = result.distance.text;
var duration = result.duration.value;
// Setting the gloabal object to store the duration.
distanceTimeObj.distance = distance;
distanceTimeObj.durationInMin = parseInt(duration / 60);
directionMatrixTime = parseInt(duration / 60);
}
});
}
/**
* To get circular points at a distance and at an angle.
* @method getCoverageForVan
* @param {Double} newLatOfVan marker's new lattitude
* @param {Double} newLongOfVan marker's new longitude
* @param {Int} slaTimeInMin SLA time in minutes
* @param {Int} minRadius minimum radius
* @for PositioningTool
*/
function getCoverageForVan(newLatOfVan, newLongOfVan, slaTimeInMin) {
var vanLocation = new google.maps.LatLng(newLatOfVan, newLongOfVan);
//minRadius = (slaTimeInMin == 90) ? (minRadius = minRadiusFor90min) : (minRadius = minRadiusFor120min);
minRadius = radiusAccToSlaObj[slaTimeInMin];
var radiusArray = [];
radiusArray.push(minRadius);
radiusArray.push(minRadius + radiusIncrement);
radiusArray.push(minRadius + (2 * radiusIncrement));
radiusArray.push(minRadius + (3 * radiusIncrement));
var points = [];
for (var angle = 0; angle < 360; angle += pointAngle) {
for (var i = 0; i < radiusArray.length; i++) {
var point = vanLocation.destinationPoint(angle, radiusArray[i]);
points.push(point);
}
}
return points;
}
/**
* To get circular points at a distance and at an angle.
* @method getCoverageForVanStatic
* @param {Double} newLatOfVan marker's new lattitude
* @param {Double} newLongOfVan marker's new longitude
* @param {Int} slaTimeInMin SLA time in minutes
* @param {Int} minRadius minimum radius
* @for PositioningTool
*/
function getCoverageForVanStatic(newLatOfVan, newLongOfVan, slaTimeInMin) {
var vanLocation = new google.maps.LatLng(newLatOfVan, newLongOfVan);
//minRadius = (slaTimeInMin == 90) ? (minRadius = minRadiusFor90min) : (minRadius = minRadiusFor120min);
minRadius = radiusAccToSlaObj[slaTimeInMin];
var radiusArray = [];
radiusArray.push(minRadius);
var points = [];
for (var angle = 0; angle < 360; angle += pointAngle) {
for (var i = 0; i < radiusArray.length; i++) {
var point = vanLocation.destinationPoint(angle, radiusArray[i]);
points.push(point);
}
}
return points;
}
/**
* To get circular points at a distance and at an angle.
* @method bs_getCoverageForVan
* @param {Double} newLatOfVan marker's new lattitude
* @param {Double} newLongOfVan marker's new longitude
* @param {Int} slaTimeInMin SLA time in minutes
* @param {Int} minRadius minimum radius
* @for PositioningTool
*/
function bs_getCoverageForVan(newLatOfVan, newLongOfVan, slaTimeInMin) {
var vanLocation = new google.maps.LatLng(newLatOfVan, newLongOfVan);
//minRadius = (slaTimeInMin == 90) ? (minRadius = minRadiusFor90min) : (minRadius = minRadiusFor120min);
minRadius = radiusAccToSlaObj[slaTimeInMin];
var radiusArray = [];
radiusArray.push(minRadius);
radiusArray.push(minRadius + radiusIncrement);
radiusArray.push(minRadius + (2 * radiusIncrement));
radiusArray.push(minRadius + (3 * radiusIncrement));
var points = [];
for (var angle = 0; angle < 360; angle += bs_pointAngle) {
for (var i = 0; i < radiusArray.length; i++) {
var point = vanLocation.destinationPoint(angle, radiusArray[i]);
points.push(point);
}
}
return points;
}
/**
* To get circular points at a distance and at an angle.
* @method bs_getCoverageForVanStatic
* @param {Double} newLatOfVan marker's new lattitude
* @param {Double} newLongOfVan marker's new longitude
* @param {Int} slaTimeInMin SLA time in minutes
* @param {Int} minRadius minimum radius
* @for PositioningTool
*/
function bs_getCoverageForVanStatic(newLatOfVan, newLongOfVan, slaTimeInMin) {
var vanLocation = new google.maps.LatLng(newLatOfVan, newLongOfVan);
//minRadius = (slaTimeInMin == 90) ? (minRadius = minRadiusFor90min) : (minRadius = minRadiusFor120min);
minRadius = radiusAccToSlaObj[slaTimeInMin];
var radiusArray = [];
radiusArray.push(minRadius);
var points = [];
for (var angle = 0; angle < 360; angle += bs_pointAngle) {
for (var i = 0; i < radiusArray.length; i++) {
var point = vanLocation.destinationPoint(angle, radiusArray[i]);
points.push(point);
}
}
return points;
}
/**
* To set the map center on the passed addess.
* @method setMapCenterToAddress
* @param {String} address address for the map
* @for PositioningTool
*/
function setMapCenterToAddress(address) {
geoCoder = new google.maps.Geocoder();
geoCoder.geocode({ 'address': address }, function (results, status) {
if (status == google.maps.GeocoderStatus.OK) {
map.setCenter(results[0].geometry.location);
if (typeof results[0].geometry.bounds === 'undefined') {
map.fitBounds(results[0].geometry.bounds);
}
}
});
}
/**
* To draw the circle on the map.
* @method drawCircle
* @param {Object} center center of circle
* @param {Int} radius radius of circle
* @param {String} circleTitle title of circle
* @for PositioningTool
*/
function drawCircle(center, radius, circleTitle) {
var circleOptions = {
strokeColor: '#FF0000',
strokeOpacity: 0.8,
strokeWeight: 2,
fillColor: '#FF0000',
fillOpacity: 0.35,
map: map,
center: center,
radius: radius,
circleTitle: circleTitle
};
var circle = new google.maps.Circle(circleOptions);
return circle;
}
/**
* To get the midpoint between two points at a distance.
* @method getMidpoint
* @param {Array} points source and destionation points
* @param {Int} midpointDistance midpoint distance from a point
* @for PositioningTool
*/
function getMidpoint(points, midpointDistance) {
var tempDistance = midpointDistance;
var midpointLatLng;
// We go through each segment of the line
for (var i = 0; i < points.length - 1; i++) {
var segment = points.slice(i, i + 2);
var length = google.maps.geometry.spherical.computeLength(segment);
tempDistance = tempDistance - length;
// If we're at zero or below, we've found the line where our midpoint exists
if (tempDistance <= 0) {
// We've gone past the midpoint so we need to back up.
var midpointLength = tempDistance + length;
// The proportion of the current segment where our midpoint exists
var percentage = midpointLength / length;
midpointLatLng = google.maps.geometry.spherical.interpolate(segment[0], segment[1], percentage);
break;
}
}
if (typeof midpointLatLng === 'undefined') {
// we don't have a midpoint for this polyline, something went very wrong
return false;
} else {
return midpointLatLng;
}
}
////======================== Event / Action Handlers on Map Section Start ===========================
/**
* To plot van at new position and draw its coverage and paths
* @method dragEndHandlerForVan
* @param {Object} marker van marker object on map
* @for PositioningTool
*/
function dragEndHandlerForVanStatic(marker) {
//$("#div_load").show(); // Showing loading
//$('#get_van_coverage').hide(); // Hiding the get-van-coverage button
//$('#update_van_coverage').show(); // Showing update-van-coverage button
//$('#reset_van_coverage').show(); // Showing update-van-coverage button
var vanId = marker.id; // Getting Van id form the marker
MOVED_VAN_ROUTES = []; // Making the Moved-Van-Routes array empty.
//enableCoverageDesign = true; // enabling coverage design functionality
var newLatOfVan = marker.position.lat(); // getting lat of dragged marker
var newLongOfVan = marker.position.lng(); // getting long of dragged marker
// Getting Van reachable points at a given radius
var final_vanReachablePoints = getCoverageForVanStatic(newLatOfVan, newLongOfVan, slaTimeInMin);
coverageDesiged = true; // Coverage is desgned now
//---------------------------------------------------------------
// Plotting van, paths and updating van object
var sourceVan = new google.maps.LatLng(newLatOfVan, newLongOfVan);
// Plotting VAN's reachable points
$.each(POSITIONING_JSON, function (index, van) {
if (van.VanId == vanId) {
deletePolygon(vanId); // Deleting the dragged Polygon
polyCoordinates = []; // taking empty array to store polygon coordinates
van.VanDefaultLatitude = newLatOfVan; // setting new lat to the Global JSON
van.VanDefaultLongitude = newLongOfVan; // setting new long to the Global JSON
// Remove previous polygon basis on "title"
for (var i = 0; i < POLYGONS.length; i++) {
if (POLYGONS[i].title == van.VanId) {
POLYGONS[i].setMap(null);
POLYGONS.splice(i, 1);
}
}
// Plotting VAN's reachable points
$.each(van.VanPostionList, function (point_index, point) {
var vanReachablePointId = point.VanPositionCoverageVanId + '_' + point.VanPositionCoverageId;
// One by one deleting route associated to this Van
deleteRoute(vanReachablePointId);
// One by one deleting VanReachable Points
deleteMarker(vanReachablePointId);
// if no point is there then set lat long to null
if (typeof final_vanReachablePoints[point_index] === 'undefined') {
// updating the Lat-Long of dragged item
point.VanPositionCoverageVanLatitude = null;
point.VanPositionCoverageVanLongitude = null;
}
else {
// updating the Lat-Long of dragged item
point.VanPositionCoverageVanLatitude = final_vanReachablePoints[point_index].lat();
point.VanPositionCoverageVanLongitude = final_vanReachablePoints[point_index].lng();
var reachablePointId = point.VanPositionCoverageVanId + '_' + point.VanPositionCoverageId;
var vanPointInfoWindow = '<div>' + reachablePointId + '</div>';
putMarkerOnMap(map, vanPointInfoWindow, point.VanPositionCoverageVanLatitude, point.VanPositionCoverageVanLongitude, '', reachablePointId, vanReachablePointImagePath, true, false, false)
// Storing Point Cordinaates to draw a polygon
var reachablePoint = new google.maps.LatLng(point.VanPositionCoverageVanLatitude, point.VanPositionCoverageVanLongitude);
polyCoordinates.push(reachablePoint);
// craeting Route Object and storing that globally.
var routeObj = new Object({ 'routeId': reachablePointId, 'source': sourceVan, 'destination': reachablePoint });
MOVED_VAN_ROUTES.push(routeObj);
}
});
// Draw polygon and storing them globally
var polygon = drawPolygon(polyCoordinates, van.VanId);
POLYGONS.push(polygon);
// Drawing path for moved Van.
drawPathManagerForMovedVan();
// Creating Updated POSITIONING_JSON
createUpdatedPOSITIONING_JSON(van);
return;
}
});
//-------------------------------------------------
}
/**
* To plot van at new position and draw its coverage and paths
* @method dragEndHandlerForVan
* @param {Object} marker van marker object on map
* @for PositioningTool
*/
function dragEndHandlerForVan(marker) {
$("#div_load").show(); // Showing loading
$('#get_van_coverage').hide(); // Hiding the get-van-coverage button
$('#update_van_coverage').show(); // Showing update-van-coverage button
$('#reset_van_coverage').show(); // Showing update-van-coverage button
var vanId = marker.id; // Getting Van id form the marker
MOVED_VAN_ROUTES = []; // Making the Moved-Van-Routes array empty.
coverageDesiged = false; // Coverage is not there on map for this van
enableCoverageDesign = true; // enabling coverage design functionality
var newLatOfVan = marker.position.lat(); // getting lat of dragged marker
var newLongOfVan = marker.position.lng(); // getting long of dragged marker
// Getting Van reachable points at a given radius
var vanReachablePoints = getCoverageForVan(newLatOfVan, newLongOfVan, slaTimeInMin);
//--------------------------------------------
// Dividing reachable points array into two parts to send two saparate requests on direction matrix
var vanReachablePoints1 = [];
var vanReachablePoints2 = [];
var mid = parseInt(vanReachablePoints.length / 2);
for (var i = 0; i < mid ; i++) {
vanReachablePoints1.push(vanReachablePoints[i])
vanReachablePoints2.push(vanReachablePoints[mid + i]);
}
//--------------------------------------------
var final_vanReachablePoints = [];
//================== Design Coverage =====================
// getting first 180 degree optimal points
setTimeout(function () {
var request1 = {
origins: [marker.position],
destinations: vanReachablePoints1,
travelMode: google.maps.TravelMode.DRIVING,
unitSystem: google.maps.UnitSystem.METRIC,
avoidHighways: false,
avoidTolls: false
}
distanceMatrixService.getDistanceMatrix(request1, function (response, status) {
if (status == google.maps.DistanceMatrixStatus.OK) {
var result = response.rows[0].elements;
var start = 1;
var counter = 0;
for (var index1 = 0; index1 < result.length; index1++) {
// putting van on its previous location when undefined response from direction matrix
if (typeof result[index1].duration === 'undefined') {
// Repositioning the marker to the last eligible location
//$.each(POSITIONING_JSON, function (i, van) {
// if (van.VanId == vanId) {
// marker.setPosition(new google.maps.LatLng(van.VanDefaultLatitude, van.VanDefaultLongitude));
// }
//});
//jAlert(POSITIONING_MSG['drag_van_error'], 'Message');
dragEndHandlerForVanStatic(marker);
enableCoverageDesign = false; // disabling van coverage design
//$("#div_load").hide(); // hiding loading
return;
};
// getting and converting duration in minutes
var durationInMin = parseInt(result[index1].duration.value / 60, 10);
counter++;
if ((durationInMin > (slaTimeInMin * bs_coverageMultiplier)) || (counter == 4)) {
((index1 - 1) == -1) ? final_vanReachablePoints.push(vanReachablePoints1[index1]) : final_vanReachablePoints.push(vanReachablePoints1[index1 - 1]);
index1 = start * 4;
start++;
counter = 0;
}
}
}
});
}, 300);
//--------------------------------
// getting 180-360 degree optimal points
setTimeout(function () {
if (coverageDesiged) { return; } // If coverage is designed once then exit the loop
var request2 = {
origins: [marker.position],
destinations: vanReachablePoints2,
travelMode: google.maps.TravelMode.DRIVING,
unitSystem: google.maps.UnitSystem.METRIC,
avoidHighways: false,
avoidTolls: false
}
distanceMatrixService.getDistanceMatrix(request2, function (response, status) {
if (status == google.maps.DistanceMatrixStatus.OK) {
var result = response.rows[0].elements;
var start = 1;
var counter = 0;
for (var index2 = 0; index2 < result.length; index2++) {
// putting van on its previous location when undefined response from direction matrix
if ((enableCoverageDesign == true) && (typeof result[index2].duration === 'undefined')) {
// Repositioning the marker to the last eligible location
//$.each(POSITIONING_JSON, function (i, van) {
// if (van.VanId == vanId) {
// marker.setPosition(new google.maps.LatLng(van.VanDefaultLatitude, van.VanDefaultLongitude));
// }
//});
//jAlert(POSITIONING_MSG['drag_van_error'], 'Message');
dragEndHandlerForVanStatic(marker);
//$("#div_load").hide(); // hiding loading
return;
};
// getting and converting duration in minutes
var durationInMin = parseInt(result[index2].duration.value / 60, 10);
counter++;
if ((durationInMin > (slaTimeInMin * coverageMultiplier)) || (counter == 4)) {
((index2 - 1) == -1) ? final_vanReachablePoints.push(vanReachablePoints2[index2]) : final_vanReachablePoints.push(vanReachablePoints2[index2 - 1]);
index2 = start * 4;
start++;
counter = 0;
}
}
//---------------------------------------------------------------
// Plotting van, paths and updating van object
var sourceVan = new google.maps.LatLng(newLatOfVan, newLongOfVan);
// Plotting VAN's reachable points
$.each(POSITIONING_JSON, function (index, van) {
if (van.VanId == vanId) {
deletePolygon(vanId); // Deleting the dragged Polygon
polyCoordinates = []; // taking empty array to store polygon coordinates
van.VanDefaultLatitude = newLatOfVan; // setting new lat to the Global JSON
van.VanDefaultLongitude = newLongOfVan; // setting new long to the Global JSON
// Remove previous polygon basis on "title"
for (var i = 0; i < POLYGONS.length; i++) {
if (POLYGONS[i].title == van.VanId) {
POLYGONS[i].setMap(null);
POLYGONS.splice(i, 1);
}
}
// Plotting VAN's reachable points
$.each(van.VanPostionList, function (point_index, point) {
var vanReachablePointId = point.VanPositionCoverageVanId + '_' + point.VanPositionCoverageId;
// One by one deleting route associated to this Van
deleteRoute(vanReachablePointId);
// One by one deleting VanReachable Points
deleteMarker(vanReachablePointId);
// if no point is there then set lat long to null
if (typeof final_vanReachablePoints[point_index] === 'undefined') {
// updating the Lat-Long of dragged item
//point.VanPositionCoverageVanLatitude = null;
//point.VanPositionCoverageVanLongitude = null;
point.VanPositionCoverageVanLatitude = '';
point.VanPositionCoverageVanLongitude = '';
}
else {
// updating the Lat-Long of dragged item
point.VanPositionCoverageVanLatitude = final_vanReachablePoints[point_index].lat();
point.VanPositionCoverageVanLongitude = final_vanReachablePoints[point_index].lng();
var reachablePointId = point.VanPositionCoverageVanId + '_' + point.VanPositionCoverageId;
var vanPointInfoWindow = '<div>' + reachablePointId + '</div>';
putMarkerOnMap(map, vanPointInfoWindow, point.VanPositionCoverageVanLatitude, point.VanPositionCoverageVanLongitude, '', reachablePointId, vanReachablePointImagePath, true, false, false)
// Storing Point Cordinaates to draw a polygon
var reachablePoint = new google.maps.LatLng(point.VanPositionCoverageVanLatitude, point.VanPositionCoverageVanLongitude);
polyCoordinates.push(reachablePoint);
// craeting Route Object and storing that globally.
var routeObj = new Object({ 'routeId': reachablePointId, 'source': sourceVan, 'destination': reachablePoint });
MOVED_VAN_ROUTES.push(routeObj);
}
});
// Draw polygon and storing them globally
var polygon = drawPolygon(polyCoordinates, van.VanId);
POLYGONS.push(polygon);
// Drawing path for moved Van.
drawPathManagerForMovedVan();
// Creating Updated POSITIONING_JSON
createUpdatedPOSITIONING_JSON(van);
return;
}
});
//-------------------------------------------------
}
});
//----------------------------------------------
}, 1000);
}
/**
* To plot van reachable point at new position and draw its path with distance check from the van
* @method dragEndHandlerForVanReachablePoint
* @param {Object} marker reachbale point marker object on map
* @for PositioningTool
*/
function dragEndHandlerForVanReachablePoint(marker) {
$('#get_van_coverage').hide(); // Hiding the get-van-coverage button
$('#update_van_coverage').show(); // Showing update-van-coverage button
$('#reset_van_coverage').show(); // Showing update-van-coverage button
var vanId = marker.id.split('_')[0]; // getting van id
var markerId = marker.id.split('_')[1]; // getting van's reachbale point id
// iterating through global JSON and updating that according for the dragged point
$.each(POSITIONING_JSON, function (index, van) {
if (van.VanId == vanId) {
// Getting new Lat-Long of the dragged marker.
var newLatOfPoint = marker.position.lat();
var newLongOfPoint = marker.position.lng();
// Calculating Distance and time between two locations.
getDistanceAndTime(van.VanDefaultLatitude, van.VanDefaultLongitude, newLatOfPoint, newLongOfPoint);
// Getting response from Direction-Matrix and Position the marker, drawing path accordingly
setTimeout(function () {
// If Travel time to newly dragged position is more than SLA-Time,
// then show alert and Put back the marker in the last eligible position
if ((distanceTimeObj.durationInMin == 'undefined') || (distanceTimeObj.durationInMin >= slaTimeInMin)) {
var alertMessage = POSITIONING_MSG['sla_exceed_error'] + slaTimeInMin;
jAlert(alertMessage, 'Message');
// Repositioning the marker to the last eligible location
$.each(van.VanPostionList, function (index, point) {
if (point.VanPositionCoverageId == markerId) {
marker.setPosition(new google.maps.LatLng(point.VanPositionCoverageVanLatitude, point.VanPositionCoverageVanLongitude));
}
});
return;
}
else {
// Making empty the polygon Coordinates Array
polyCoordinates = [];
// Plotting VAN's reachable points
$.each(van.VanPostionList, function (index, point) {
// Storing Point Coordinates to draw a polygon
if (point.VanPositionCoverageId == markerId) {
polyCoordinates.push(marker.position);
// updating the Lat-Long of dragged item
point.VanPositionCoverageVanLatitude = newLatOfPoint;
point.VanPositionCoverageVanLongitude = newLongOfPoint;
}
else {
polyCoordinates.push(new google.maps.LatLng(point.VanPositionCoverageVanLatitude, point.VanPositionCoverageVanLongitude));
}
});
// Remove previous polygon basis on "title"
for (var i = 0; i < POLYGONS.length; i++) {
if (POLYGONS[i].title == van.VanId) {
POLYGONS[i].setMap(null);
POLYGONS.splice(i, 1);
}
}
// Draw polygon and storing them globally
var polygon = drawPolygon(polyCoordinates, van.VanId);
POLYGONS.push(polygon);
// Creating Updated POSITIONING_JSON
createUpdatedPOSITIONING_JSON(van);
// Draw new path
var sourcePoint = new google.maps.LatLng(van.VanDefaultLatitude, van.VanDefaultLongitude);;
var destinationPoint = new google.maps.LatLng(marker.position.lat(), marker.position.lng());;
// delete existing path between source and this point and drawing a new path
var routeId = marker.id;
deleteRoute(routeId);
drawPath(sourcePoint, destinationPoint, routeId)
return;
}
}, 800);
}
});
}
////======================== Event / Action Handlers on Map Section End ===========================
////================== Draw / Put Objects on Map Section Start ==============================
/**
* To draw path between two points and setting am routeId for the same.
* @method drawPath
* @param {Object} sourcePoint source lat-long
* @param {Object} destinationPoint destination lat-long
* @param {Object} routeId route-id
* @for PositioningTool
*/
function drawPath(sourcePoint, destinationPoint, routeId) {
// Storing directions in direction object
if (!directionObj[routeId]) {
directionObj[routeId] = [];
}
// setting the renderer opting
var rendererOptions = {
preserveViewport: true,
suppressMarkers: true,
polylineOptions: { strokeColor: "#1b3f94" }
};
directionsRenderer = new google.maps.DirectionsRenderer(rendererOptions); // creating direction renderer object
directionsRenderer.setMap(map); // setting this direction renderer on map
directionObj[routeId].push(directionsRenderer); // pusshing the route object in the global direction object
// creating path request
var request = {
origin: sourcePoint,
destination: destinationPoint,
travelMode: google.maps.TravelMode.DRIVING
};
// Route the directions and pass the response to a
// function to create markers for each step.
directionService.route(request, function (response, status) {
if (status == google.maps.DirectionsStatus.OK) {
directionsRenderer.setDirections(response);
}
});
}
/**
* To manage drawing paths on map at a time interval
* @method drawPathManagerForMovedVan
* @for PositioningTool
*/
function drawPathManagerForMovedVan() {
$("#div_load").show(); // showing loading
var maxTime = 0; // initializing loader timer
// iterating through global route array.
$.each(MOVED_VAN_ROUTES, function (index, route) {
setTimeout(function () {
drawPath(route.source, route.destination, route.routeId); // drawing path
}, ((index + 1) * 600));
maxTime = (index + 1) * 600; // increasing loader time
});
setTimeout(function () {
$("#div_load").hide(); // hiding loading
}, (maxTime + 500));
}
/**
* To manage drawing paths on map at a time interval
* @method drawPathManager
* @for PositioningTool
*/
function drawPathManager() {
$("#div_load").show(); // showing loading
var maxTime = 0; // initializing loader timer
// iterating through global route array.
$.each(ROUTES, function (index, route) {
setTimeout(function () {
drawPath(route.source, route.destination, route.routeId); // drawing path
}, ((index + 1) * 600));
maxTime = (index + 1) * 600; // increasing loader time
});
setTimeout(function () {
$("#div_load").hide(); // hiding loading
// Fitting all the markers on map area present on screen
map.fitBounds(latlngbounds);
}, maxTime);
}
/**
* To put a marker on map with supplied information.
* @method putMarkerOnMap
* @param {Object} map map object
* @param {String} markerInfoWindowContent info-window html string
* @param {Object} markerLat marker's lat
* @param {Object} markerLong marker's long
* @param {Object} markerTitle marker's title
* @param {Object} markerId marker's id
* @param {Object} markerImage marker's icon image
* @param {Object} isDraggable true if marker is draggable
* @param {Object} setMapCenter true if marker click will center the map
* @param {Object} openInfoWindow true if info window should open
* @for PositioningTool
*/
function putMarkerOnMap(map, markerInfoWindowContent, markerLat, markerLong, markerTitle, markerId, markerImage, isDraggable, setMapCenter, openInfoWindow) {
var markerLatlng = new google.maps.LatLng(markerLat, markerLong); // creating marker's object
var infowindow = new google.maps.InfoWindow({ content: markerInfoWindowContent }); // setting info window conent
// craeting marker's object with proper info
var marker = new google.maps.Marker({
position: markerLatlng,
map: map,
title: markerTitle,
icon: markerImage,
draggable: isDraggable,
id: markerId
});
// click handler for marker when marker is cicked
google.maps.event.addListener(marker, 'click', function () {
if (openInfoWindow) { infowindow.open(map, marker); } // setting info window should open
if (setMapCenter) { map.setCenter(markerLatlng); } // setting center on map when marker is clicked
});
// dragend handler for marker when marker is dragged
google.maps.event.addListener(marker, 'dragend', function () {
// If moved marker is VAN-Reachable-Point
if (marker.id.indexOf('_') >= 0) {
// plotting polygon and path on drag of a marker
dragEndHandlerForVanReachablePoint(marker);
}
// If moved marker is Van itself
else {
// plotting polygon and path on drag of a marker
dragEndHandlerForVan(marker);
}
});
MARKERS.push(marker); // pushing marker into global marker array
return marker;
}
/**
* To draw polygon on map with some lat-long
* @method drawPolygon
* @param {Array} polyCoordinates array of lat-long objects
* @param {String} polygonTitle polygon title
* @for PositioningTool
*/
function drawPolygon(polyCoordinates, polygonTitle) {
// Construct the polygon.
var polygon = new google.maps.Polygon({
paths: polyCoordinates,
strokeColor: '#AAA8A5',
strokeOpacity: 0.8,
strokeWeight: 2,
fillColor: '#AAA8A5',
fillOpacity: 0.35,
title: polygonTitle
});
polygon.setMap(map); // setting the polygon on map
return polygon; // returing the creating polygon
}
////================== Draw / Put Objects on Map Section End ==============================
///============== Delete/Remove Objects From Map Section Start ==============================
/**
* To delete a route based on the id
* @method deleteRoute
* @param {String} routeId Id of route
* @for PositioningTool
*/
function deleteRoute(routeId) {
var route = directionObj[routeId];
if (typeof route !== 'undefined') {
for (var i = 0; i < route.length; i++) {
route[i].setMap(null);
}
}
}
/**
* To delete all routes from the map
* @method deleteAllRoutes
* @for PositioningTool
*/
function deleteAllRoutes() {
$.each(MARKERS, function (index, marker) {
if (marker.id.indexOf('_') >= 0) {
deleteRoute(marker.id);
}
});
directionObj = {};
}
/**
* To delete all markers from the map
* @method deleteMarkers
* @for PositioningTool
*/
function deleteMarkers() {
for (var i = 0; i < MARKERS.length; i++) {
MARKERS[i].setMap(null);
}
// Making the MARKERS-Array empty.
MARKERS = [];
}
/**
* To delete all van reachbale points from the map
* @method bs_deleteAllVanReachablePoint
* @for PositioningTool
*/
function bs_deleteAllVanReachablePoint() {
for (var i = 0; i < BS_VAN_REACHABLE_POINT.length; i++) {
BS_VAN_REACHABLE_POINT[i].setMap(null);
}
// Making the MARKERS-Array empty.
BS_VAN_REACHABLE_POINT = [];
}
/**
* To delete marker from the map based on the id
* @method deleteMarker
* @param {String} markerId id of marker
* @for PositioningTool
*/
function deleteMarker(markerId) {
for (var i = 0; i < MARKERS.length; i++) {
if (MARKERS[i].id == markerId) {
MARKERS[i].setMap(null);
MARKERS.splice(i, 1);
}
}
}
/**
* To delete all polygons from the map
* @method deleteAllPolygons
* @for PositioningTool
*/
function deleteAllPolygons() {
for (var i = 0; i < POLYGONS.length; i++) {
POLYGONS[i].setMap(null);
}
POLYGONS = [];
}
/**
* To delete polygon from the map based on the id
* @method deletePolygon
* @param {String} polygonId id of polygon
* @for PositioningTool
*/
function deletePolygon(polygonId) {
for (var i = 0; i < POLYGONS.length; i++) {
if (POLYGONS[i].title == polygonId) {
POLYGONS[i].setMap(null);
POLYGONS.splice(i, 1);
}
}
}
/**
* To delete polygon from the map based on the id (Blind Spot)
* @method bs_deletePolygon
* @param {String} polygonId id of polygon
* @for PositioningTool
*/
function bs_deletePolygon(polygonId) {
for (var i = 0; i < BS_POLYGONS.length; i++) {
if (BS_POLYGONS[i].title == polygonId) {
BS_POLYGONS[i].setMap(null);
BS_POLYGONS.splice(i, 1);
}
}
}
/**
* To delete all polygons from the map based on the id (Blind Spot)
* @method bs_deleteAllPolygons
* @for PositioningTool
*/
function bs_deleteAllPolygons() {
for (var i = 0; i < BS_POLYGONS.length; i++) {
BS_POLYGONS[i].setMap(null);
}
BS_POLYGONS = [];
}
/**
* To delete a route based on the id (Blind Spot)
* @method bs_deleteRoute
* @param {String} routeId Id of route
* @for PositioningTool
*/
function bs_deleteRoute(routeId) {
var route = bs_directionObj[routeId];
if (typeof route !== 'undefined') {
for (var i = 0; i < route.length; i++) {
route[i].setMap(null);
}
}
bs_directionObj[routeId] = [];
}
/**
* To delete all routes from the map based on the id (Blind Spot)
* @method bs_deleteAllRoutes
* @for PositioningTool
*/
function bs_deleteAllRoutes() {
$.each(BS_VAN_REACHABLE_POINT, function (index, marker) {
bs_deleteRoute(marker.id);
});
bs_directionObj = {};
}
///============== Delete/Remove Objects From Map Section End ==============================
////=======================================================================
////================= MAIN Thread Start ===================================
/**
* To get all the Vans, place them on map, draw polygons and draw paths.
* @method getAllVansOnGeoView
* @for PositioningTool
*/
function getAllVansOnGeoView() {
if (!StateValid()) { return; } // If state is not selected, then no action.
slaTimeInMin = $("#slaCombobox").data("kendoDropDownList").text(); // Getting curent SLA time and storing that globally
$("#div_load").show(); // Showing Loading
$('#get_van_coverage').show(); // Showing the get-van-coverage button
$('#update_van_coverage').hide(); // Hiding update-van-coverage button
$('#reset_van_coverage').hide(); // Hiding update-van-coverage button
deleteAllRoutes(); // Deleting all the routes plotted on the map
ROUTES = []; // Making Routes array empty.
MOVED_VAN_ROUTES = []; // Making Moved-Van-Routes array empty.
POSITIONING_JSON = []; // Making the positioning json empty.
UPDATED_POSITIONING_JSON = []; // Making the UPDATED-POSITIONING-JSON empty.
latlngbounds = new google.maps.LatLngBounds(); // Creating Lat-Long bounds instance to fit all the markers on the map
// Getting the params which needs to be passed to the API
SecurityToken = securityToken;
utcMinutes = parseInt(UtcMinutes, 10);
UserId = userId;
var state = $("#stateCombobox").data("kendoComboBox").text(),
//city = $("#cityCombobox").data("kendoComboBox").text(),
//dealerId = $("#dealerCombobox").val(),
slaId = $("#slaCombobox").val();
//setMapCenterToAddress(city + ' ' + state); // Set map cneter to selected address
setMapCenterToAddress(state); // Set map cneter to selected address
$.ajax({
type: "POST",
url: WCFRESTURL.GetAllVansOnGeoView,
data: { Token: SecurityToken, UtcMinutes: utcMinutes, UserId: UserId, State: state, City: '', DealerId: '', SlaId: slaId },
dataType: "json",
success: function (data) {
POSITIONING_JSON = data; // Storing the Van-Data globally.
deleteMarkers(); // Removing all the markers from the map
deleteAllPolygons(); // removing polygon from the map
var polyCoordinates = []; // to store the van reachable points to draw polygon
$.each(data, function (index, van) {
polyCoordinates = []; // making the polygon store empty
// Plotting Van
var vanInfoWindow = '<div class=""><h2 class="EngName_heading">' + van.ServiceEngineerName + '</h2><table class="InfoWindowTbl" width="100%" cellpadding="0" cellspacing="0"><tbody><tr><td><span>Organization Name</span></td><td>' + van.OrganizationName + '</td><td><span>EOS Team Member</span></td><td>' + van.ServiceEngineerName + '</td><td><span>VAN Registration No.</span></td><td>' + van.VanRegistrationNo + '</td></tr><tr><td><span>Dealer City</span></td><td>' + van.DealerCity + '</td><td><span>Mobile No.</span></td><td>' + van.ServiceEngineerContactNo + '</td><td><span>VAN Model</span></td><td>' + van.VanModelName + '</td></tr></tbody></table></div></div>';
var vanMarker = putMarkerOnMap(map, vanInfoWindow, van.VanDefaultLatitude, van.VanDefaultLongitude, van.ServiceEngineerName, van.VanId, vanImagePath, true, true, true)
var sourceVan = new google.maps.LatLng(van.VanDefaultLatitude, van.VanDefaultLongitude); // ceating van lat-long object
latlngbounds.extend(sourceVan); // extending lat-long object
// Plotting VAN's reachable points
$.each(van.VanPostionList, function (index, point) {
// If lattitude is non null and non-empty then plotting starts
if ((point.VanPositionCoverageVanLatitude != '') && (point.VanPositionCoverageVanLatitude !== null)) {
var reachablePointId = point.VanPositionCoverageVanId + '_' + point.VanPositionCoverageId;
var vanPointInfoWindow = '<div>' + reachablePointId + '</div>';
putMarkerOnMap(map, vanPointInfoWindow, point.VanPositionCoverageVanLatitude, point.VanPositionCoverageVanLongitude, '', reachablePointId, vanReachablePointImagePath, true, false, false)
// Storing Point Cordinaates to draw a polygon
var reachablePoint = new google.maps.LatLng(point.VanPositionCoverageVanLatitude, point.VanPositionCoverageVanLongitude);
polyCoordinates.push(reachablePoint);
latlngbounds.extend(reachablePoint); // extending lat-long object
// craeting Route Object and storing that globally.
var routeObj = new Object({ 'routeId': reachablePointId, 'source': sourceVan, 'destination': reachablePoint });
ROUTES.push(routeObj);
}
});
// Draw polygon and storing them globally
var polygon = drawPolygon(polyCoordinates, van.VanId);
POLYGONS.push(polygon);
});
},
complete: function () {
// Drawing path by sending route request effectively to Direction Service
drawPathManager();
},
error: function (jqXHR, textStatus, errorThrown) {
}
});
}
////================= MAIN Thread End ===================================
////=====================================================================
//===============================================================================
//=========================== BLIND SPOT Start ===================================
/**
* To put a marker on map with supplied information. (Blind Spot)
* @method bs_putMarkerOnMap
* @param {Object} map map object
* @param {String} markerInfoWindowContent info-window html string
* @param {Object} markerLat marker's lat
* @param {Object} markerLong marker's long
* @param {Object} markerTitle marker's title
* @param {Object} markerId marker's id
* @param {Object} markerImage marker's icon image
* @param {Object} isDraggable true if marker is draggable
* @param {Object} setMapCenter true if marker click will center the map
* @param {Object} openInfoWindow true if info window should open
* @for PositioningTool
*/
function bs_putMarkerOnMap(map, markerInfoWindowContent, markerLat, markerLong, markerTitle, markerId, markerImage, isDraggable, setMapCenter, openInfoWindow) {
var markerLatlng = new google.maps.LatLng(markerLat, markerLong); // creating lat-long object
var infowindow = new google.maps.InfoWindow({ content: markerInfoWindowContent }); // creating info-window object
// creating marker object
var marker = new google.maps.Marker({
position: markerLatlng,
map: map,
title: markerTitle,
icon: markerImage,
draggable: isDraggable,
id: markerId
});
// drag handler of marker
google.maps.event.addListener(marker, 'dragend', function () {
// if moved marker is van-reachable-point
if (marker.id.indexOf('_') >= 0) {
// plotting polygon and path on drag of a marker
//dragendhandlerforvanreachablepoint(marker);
}
// if moved marker is van itself
else {
bs_deletePolygon(marker.id); // Deleting the dragged Polygon
BS_MOVED_VAN_ROUTES = []; // Making the Moved-Van-Routes array empty.
for (var index = 0; index < 12 ; index++) {
var reachablePointId = vanId + '_' + index;
// One by one deleting route associated to this Van
bs_deleteRoute(reachablePointId);
// One by one deleting VanReachable Points
bs_deleteMarker(reachablePointId);
}
// plotting polygon and path on drag of a marker
bs_generateVanCoverage(marker);
}
});
return marker;
}
////============= Enable/Disable Tools ===================
/**
* To enable waypoint tool in blind spot toolbox
* @method enable_bs_waypoint_tool
* @for PositioningTool
*/
function enable_bs_waypoint_tool() {
disable_map_click_Listener = false; // enabling the map click
disable_map_click_Listener_waypoint = false; // enabling map click of waypoint tool
disable_map_mousemove_Listener_waypoint = false; // enabling mouse move of waypoint tool on map
$('#bs_waypoint').addClass('selected_tool'); // select the waypoint tool
$('#bs_van').removeClass('selected_tool'); // deselect van tool
disable_bs_van_tool(); // disabling the van tool
}
/**
* To disble waypoint tool in blind spot toolbox
* @method disable_bs_waypoint_tool
* @for PositioningTool
*/
function disable_bs_waypoint_tool() {
disable_map_click_Listener_waypoint = true; // disabling map click of waypoint tool
disable_map_mousemove_Listener_waypoint = true; // disabling mouse move of waypoint tool on map
}
/**
* To enable van tool in blind spot toolbox
* @method enable_bs_van_tool
* @for PositioningTool
*/
function enable_bs_van_tool() {
disable_map_click_Listener = false; // enabling map click
disable_map_mousemove_Listener_van = false; // enabling van tool when mouse is moved on map
disable_map_click_Listener_van = false; // enabling van-tool click on map
$('#bs_van').addClass('selected_tool'); // select the van tool
$('#bs_waypoint').removeClass('selected_tool'); // deselect the wayoint tool
deleteAllCircles(); // Deleting all the circles on map.
disable_bs_waypoint_tool(); // disable the waypoint tool
}
/**
* To disble van tool in blind spot toolbox
* @method disable_bs_van_tool
* @for PositioningTool
*/
function disable_bs_van_tool() {
disable_map_click_Listener_van = true; // disabling map click of van tool
disable_map_mousemove_Listener_van = true; // disabling mouse move of van tool on map
}
//==========================================================
/**
* To draw path between two points and setting am routeId for the same. (Blind Spot)
* @method bs_drawPath
* @param {Object} sourcePoint source lat-long
* @param {Object} destinationPoint destination lat-long
* @param {Object} routeId route-id
* @for PositioningTool
*/
function bs_drawPath(sourcePoint, destinationPoint, routeId) {
if (!bs_directionObj[routeId]) { bs_directionObj[routeId] = []; } // Storing directions
// creting renderer options to draw path on map
var rendererOptions = {
preserveViewport: true,
suppressMarkers: true,
polylineOptions: { strokeColor: "#1b3f94" }
};
directionsRenderer = new google.maps.DirectionsRenderer(rendererOptions); // creating renderer object
directionsRenderer.setMap(map); // setting it on map
bs_directionObj[routeId].push(directionsRenderer); // storing direction globally
// craeting path request between two points
var request = {
origin: sourcePoint,
destination: destinationPoint,
travelMode: google.maps.TravelMode.DRIVING
};
// Route the directions and pass the response to a
// function to create markers for each step.
directionService.route(request, function (response, status) {
if (status == google.maps.DirectionsStatus.OK) {
directionsRenderer.setDirections(response);
}
});
}
/**
* To manage drawing paths on map at a time interval (Blind Spot)
* @method bs_drawPathManagerForMovedVan
* @for PositioningTool
*/
function bs_drawPathManagerForMovedVan() {
$("#div_load").show(); // showing loading
var maxTime = 0; // intializing maximum time
// iterating through global route array.
$.each(BS_VAN_ROUTES, function (index, route) {
setTimeout(function () { bs_drawPath(route.source, route.destination, route.routeId); }, ((index + 1) * 600)); // drawing path at an interval
maxTime = (index + 1) * 600; // inceasing loading time
});
setTimeout(function () {
$("#div_load").hide(); // hiding loading
// Fitting all the markers on map area present on screen
//map.fitBounds(latlngbounds);
}, (maxTime + 500));
}
/**
* To plot van at new position and draw its coverage and paths when there is No response from Google.
* @method bs_generateVanCoverageStatic
* @param {Object} marker van marker object on map
* @for PositioningTool
*/
function bs_generateVanCoverageStatic(marker) {
//$("#div_load").show(); // showing loading
var vanId = marker.id; // getting van id
//bs_enableCoverageDesign = true; // Enabling Coverage design
///bs_popTheVanOut = true; // enabling deleting the last van
//BS_VAN_ROUTES = []; // Making the Moved-Van-Routes array empty.
var newLatOfVan = marker.position.lat(); // getting new lat of marker
var newLongOfVan = marker.position.lng(); // getting new long of marker
// Getting Van reachable points at a given radius
var final_vanReachablePoints = bs_getCoverageForVanStatic(newLatOfVan, newLongOfVan, slaTimeInMin);
bs_coverageDesiged = true; // Coverage is designed once here
//================== Design Coverage =====================
var sourceVan = new google.maps.LatLng(newLatOfVan, newLongOfVan); // craeting source van lat-long object
var bs_polyCoordinates = []; // takign polygon lat-long array
// Plotting VAN's reachable points
$.each(final_vanReachablePoints, function (index, point) {
//if ((typeof point === 'undefined') || (bs_enableCoverageDesign == false)) {
// if (bs_popTheVanOut && BS_VAN_MARKERS.length > 0) {
// var currentVanMarker = BS_VAN_MARKERS[BS_VAN_MARKERS.length - 1]; // getting last van marker
// BS_VAN_MARKERS.pop(); // poping out last van from global array
// currentVanMarker.setMap(null); // removing that from map
// bs_popTheVanOut = false; // disabling poping the van out further
// }
// jAlert(POSITIONING_MSG['bs_put_van_error'], 'Message');
// $("#div_load").hide(); // hiding the loading
// return;
//};
var reachablePointId = vanId + '_' + index;
var bs_point = bs_putMarkerOnMap(map, "", point.lat(), point.lng(), "", reachablePointId, vanReachablePointImagePath, false, false, false);
BS_VAN_REACHABLE_POINT.push(bs_point);
// Storing Point Cordinaates to draw a polygon
var reachablePoint = new google.maps.LatLng(point.lat(), point.lng());
bs_polyCoordinates.push(reachablePoint);
// craeting Route Object and storing that globally.
var routeObj = new Object({ 'routeId': reachablePointId, 'source': sourceVan, 'destination': reachablePoint });
BS_ROUTES.push(routeObj);
BS_VAN_ROUTES.push(routeObj);
});
// Draw polygon and storing them globally
var polygon = drawPolygon(bs_polyCoordinates, vanId);
BS_POLYGONS.push(polygon);
// Drawing path for moved Van.
bs_drawPathManagerForMovedVan();
return;
//================== Design Coverage =====================
}
/**
* To generate van coverage for a marker
* @method bs_generateVanCoverage
* @param {Object} marker marker object
* @for PositioningTool
*/
function bs_generateVanCoverage(marker) {
$("#div_load").show(); // showing loading
var vanId = marker.id; // getting van id
bs_enableCoverageDesign = true; // Enabling Coverage design
bs_coverageDesiged = false; // No Coverage for now
bs_popTheVanOut = true; // enabling deleting the last van
BS_VAN_ROUTES = []; // Making the Moved-Van-Routes array empty.
var newLatOfVan = marker.position.lat(); // getting new lat of marker
var newLongOfVan = marker.position.lng(); // getting new long of marker
// Getting Van reachable points at a given radius
var vanReachablePoints = bs_getCoverageForVan(newLatOfVan, newLongOfVan, slaTimeInMin);
var vanReachablePoints1 = [];
var vanReachablePoints2 = [];
var mid = parseInt(vanReachablePoints.length / 2);
for (var i = 0; i < mid ; i++) {
vanReachablePoints1.push(vanReachablePoints[i])
vanReachablePoints2.push(vanReachablePoints[mid + i]);
}
//----------------------
var final_vanReachablePoints = [];
//================== Design Coverage =====================
// Getting optimal reachable points for first 0 to 180 degrees
setTimeout(function () {
var request1 = {
origins: [marker.position],
destinations: vanReachablePoints1,
travelMode: google.maps.TravelMode.DRIVING,
unitSystem: google.maps.UnitSystem.METRIC,
avoidHighways: false,
avoidTolls: false
}
distanceMatrixService.getDistanceMatrix(request1, function (response, status) {
if (status == google.maps.DistanceMatrixStatus.OK) {
var result = response.rows[0].elements;
var start = 1;
var counter = 0;
// getting optimal points for 0 to 180 degrees
for (var index = 0; index < result.length; index++) {
if ((bs_coverageDesiged == false) && (typeof result[index].duration === 'undefined')) {
//if (BS_VAN_MARKERS.length > 0) {
// var currentVanMarker = BS_VAN_MARKERS[BS_VAN_MARKERS.length - 1]; // getting last van marker
// BS_VAN_MARKERS.pop(); // poping out last van from global array
// currentVanMarker.setMap(null); // removing that from map
// bs_popTheVanOut = false; // disabling poping the van out further
//}
//jAlert(POSITIONING_MSG['bs_put_van_error'], 'Message');
bs_generateVanCoverageStatic(marker);
bs_enableCoverageDesign = false; // disabling coverage design
bs_coverageDesiged = true;
//$("#div_load").hide(); // hiding loading
return;
};
var durationInMin = parseInt(result[index].duration.value / 60, 10); // getting duration in minutes
counter++;
// getting optimal points for current SLA time
if ((durationInMin > (slaTimeInMin * bs_coverageMultiplier)) || (counter == 4)) {
((index - 1) == -1) ? final_vanReachablePoints.push(vanReachablePoints1[index]) : final_vanReachablePoints.push(vanReachablePoints1[index - 1]);
index = start * 4;
start++;
counter = 0;
}
}
}
});
}, 300);
//--------------------------------
// Getting optimal reachable points for 180 to 360 degrees
setTimeout(function () {
//console.log(bs_coverageDesiged);
if (bs_coverageDesiged) { return; } // If coverage is designed once then exit the loop
var request2 = {
origins: [marker.position],
destinations: vanReachablePoints2,
travelMode: google.maps.TravelMode.DRIVING,
unitSystem: google.maps.UnitSystem.METRIC,
avoidHighways: false,
avoidTolls: false
}
distanceMatrixService.getDistanceMatrix(request2, function (response, status) {
if (status == google.maps.DistanceMatrixStatus.OK) {
var result = response.rows[0].elements;
var start = 1;
var counter = 0;
// getting optimal points
for (var index = 0; index < result.length; index++) {
if ((typeof result[index].duration === 'undefined') && (bs_coverageDesiged == false)) {
//if (bs_popTheVanOut && BS_VAN_MARKERS.length > 0) {
// var currentVanMarker = BS_VAN_MARKERS[BS_VAN_MARKERS.length - 1]; // getting last van marker
// BS_VAN_MARKERS.pop(); // poping out last van from global array
// currentVanMarker.setMap(null); // removing that from map
// bs_popTheVanOut = false; // disabling poping the van out further
//}
//jAlert(POSITIONING_MSG['bs_put_van_error'], 'Message');
bs_generateVanCoverageStatic(marker);
//$("#div_load").hide(); // hiding loading
return;
};
var durationInMin = parseInt(result[index].duration.value / 60, 10); // getting duration in minutes
counter++;
// getting optimal points for current SLA time
if ((durationInMin > (slaTimeInMin * bs_coverageMultiplier)) || (counter == 4)) {
((index - 1) == -1) ? final_vanReachablePoints.push(vanReachablePoints2[index]) : final_vanReachablePoints.push(vanReachablePoints2[index - 1]);
index = start * 4;
start++;
counter = 0;
}
}
//--------------------Plotting van, its points and drawing paths and polygon------------------
var sourceVan = new google.maps.LatLng(newLatOfVan, newLongOfVan); // craeting source van lat-long object
var bs_polyCoordinates = []; // takign polygon lat-long array
// Plotting VAN's reachable points
$.each(final_vanReachablePoints, function (index, point) {
if ((typeof point === 'undefined') || (bs_enableCoverageDesign == false)) {
//if (bs_popTheVanOut && BS_VAN_MARKERS.length > 0) {
// var currentVanMarker = BS_VAN_MARKERS[BS_VAN_MARKERS.length - 1]; // getting last van marker
// BS_VAN_MARKERS.pop(); // poping out last van from global array
// currentVanMarker.setMap(null); // removing that from map
// bs_popTheVanOut = false; // disabling poping the van out further
//}
//jAlert(POSITIONING_MSG['bs_put_van_error'], 'Message');
//$("#div_load").hide(); // hiding the loading
return;
};
var reachablePointId = vanId + '_' + index;
var bs_point = bs_putMarkerOnMap(map, "", point.lat(), point.lng(), "", reachablePointId, vanReachablePointImagePath, false, false, false);
BS_VAN_REACHABLE_POINT.push(bs_point);
// Storing Point Cordinaates to draw a polygon
var reachablePoint = new google.maps.LatLng(point.lat(), point.lng());
bs_polyCoordinates.push(reachablePoint);
// craeting Route Object and storing that globally.
var routeObj = new Object({ 'routeId': reachablePointId, 'source': sourceVan, 'destination': reachablePoint });
BS_ROUTES.push(routeObj);
BS_VAN_ROUTES.push(routeObj);
});
// Draw polygon and storing them globally
var polygon = drawPolygon(bs_polyCoordinates, vanId);
BS_POLYGONS.push(polygon);
// Drawing path for moved Van.
bs_drawPathManagerForMovedVan();
return;
//------------------------------------------------------------------------------
}
});
}, 1000);
//================== Design Coverage =====================
}
/**
* To Calculate the blind spots on a path strech
* @method BlindSpotCalculator
* @param {Array} BS_waypoints Source to Destination waypoints
* @param {Array} BS_waypoints_reverse Destination to Source waypoints
* @param {Int} slaTimeInMin SLA Time in minutes
* @for PositioningTool
*/
function BlindSpotCalculator(BS_waypoints, BS_waypoints_reverse, slaTimeInMin) {
var bs_waypoints = BS_waypoints; // storing S-->D waypoints locally
if (bs_waypoints.length == 0) {
jAlert(POSITIONING_MSG['bs_no_waypoints'], 'Message');
$("#div_load").hide();
return;
}
var bs_waypoints_reverse = BS_waypoints_reverse; // storing D-->S waypoints locally
var request_from_last_point_origin = bs_waypoints_reverse[0]; // getting source point
var request_from_first_point_origin = bs_waypoints[0]; // getting destination point
bs_waypoints.shift(); // removing source points from waypoints
bs_waypoints_reverse.shift(); // removing destination point from waypoints
//================== S --> D =====================
// Getting BlindSpots while traversing from source to destinations
var request_from_first_point = {
origins: [request_from_first_point_origin],
destinations: bs_waypoints,
travelMode: google.maps.TravelMode.DRIVING,
unitSystem: google.maps.UnitSystem.METRIC,
avoidHighways: false,
avoidTolls: false
}
distanceMatrixService.getDistanceMatrix(request_from_first_point, function (response, status) {
if (status == google.maps.DistanceMatrixStatus.OK) {
var sd_result = response.rows[0].elements;
var sd_startLatency = 0;
var sd_active_slaTime = slaTimeInMin;
var sd_setActiveSlaTime = false;
// if duration id undefined then reset the blind spots and reset it
if (typeof sd_result[sd_result.length - 1].duration === 'undefined') {
jAlert(POSITIONING_MSG['bs_calculate_blind_spot_error'], 'Message');
resetBlindSpotGenerator(); // reset the blind spot geneartor
$("#div_load").hide(); // hiding loading
return;
};
// if duration is less tha SLA time then reset the blind spots and reset it
if (parseInt(sd_result[sd_result.length - 1].duration.value / 60, 10) < slaTimeInMin) {
jAlert(POSITIONING_MSG['bs_calculate_blind_spot_success'], 'Message');
$("#div_load").hide(); // hiding loading
enableBlindSpotGenerator = false; // disabling blind spot generator
return;
}
// getting Blind spots while traversing form source to destination
for (var sd_index = 0; sd_index < sd_result.length; sd_index++) {
// if duration id undefined the reset the blind spot generator
if (typeof sd_result[sd_index].duration === 'undefined') {
jAlert(POSITIONING_MSG['bs_calculate_blind_spot_error'], 'Message');
resetBlindSpotGenerator(); // reset the blind spot generator
$("#div_load").hide(); // hiding the loading
return;
};
// getting blind spots
if ((parseInt(sd_result[sd_index].duration.value / 60, 10) - sd_startLatency) > sd_active_slaTime) {
// handling distributed placement of waypoints
if (sd_index == 0) {
jAlert(POSITIONING_MSG['bs_calculate_blind_spot_warning'], 'Message');
resetBlindSpotGenerator(); //reset the blind spot
$("#div_load").hide(); // hiding loading
return;
}
BS_ENDS.push(bs_waypoints[sd_index - 1]); // storing the blind spots ends
sd_startLatency = parseInt(sd_result[sd_index - 1].duration.value / 60, 10); // resetting the start latency
// second time active sla time will be twice of the sla time
if (!sd_setActiveSlaTime) {
sd_active_slaTime = sd_active_slaTime * 2;
sd_setActiveSlaTime = true;
}
sd_index = sd_index - 1;
}
}
}
else {
jAlert(POSITIONING_MSG['bs_calculate_blind_spot_error'], 'Message');
resetBlindSpotGenerator(); // reset the blind spot
$("#div_load").hide(); // hiding loading
return;
}
});
//================== S --> D =====================
//================== D --> S =====================
// Getting BlindSpots while traversing from destinations to source
setTimeout(function () {
var request_from_last_point = {
origins: [request_from_last_point_origin],
destinations: bs_waypoints_reverse,
travelMode: google.maps.TravelMode.DRIVING,
unitSystem: google.maps.UnitSystem.METRIC,
avoidHighways: false,
avoidTolls: false
}
distanceMatrixService.getDistanceMatrix(request_from_last_point, function (response, status) {
if (status == google.maps.DistanceMatrixStatus.OK) {
var ds_result = response.rows[0].elements;
var ds_startLatency = 0;
var ds_active_slaTime = slaTimeInMin;
var ds_setActiveSlaTime = false;
// if duration id undefined then reset the blind spots and reset it
if (typeof ds_result[ds_result.length - 1].duration === 'undefined') {
jAlert(POSITIONING_MSG['bs_calculate_blind_spot_error'], 'Message');
resetBlindSpotGenerator(); // reset the blind spot geneartor
$("#div_load").hide(); // hiding loading
return;
};
// if duration is less tha SLA time then reset the blind spots and reset it
if (parseInt(ds_result[ds_result.length - 1].duration.value / 60, 10) < slaTimeInMin) {
jAlert(POSITIONING_MSG['bs_calculate_blind_spot_success'], 'Message');
$("#div_load").hide(); // hiding loading
return;
}
// getting Blind spots while traversing form source to destination
for (var ds_index = 0; ds_index < ds_result.length; ds_index++) {
// if duration id undefined then reset the blind spots and reset it
if (typeof ds_result[ds_index].duration === 'undefined') {
jAlert(POSITIONING_MSG['bs_calculate_blind_spot_error'], 'Message');
resetBlindSpotGenerator(); // reset the blind spot geneartor
$("#div_load").hide(); // hiding loading
return;
};
// getting blind spots
if ((parseInt(ds_result[ds_index].duration.value / 60, 10) - ds_startLatency) > ds_active_slaTime) {
if (ds_index == 0) {
jAlert(POSITIONING_MSG['bs_calculate_blind_spot_warning'], 'Message');
resetBlindSpotGenerator(); // reset the blind spot geneartor
$("#div_load").hide(); // hiding loading
return;
}
BS_STARTS.unshift(bs_waypoints_reverse[ds_index - 1]); // storing the blind spots starts
ds_startLatency = parseInt(ds_result[ds_index - 1].duration.value / 60, 10); // resetting the start latency
// second time active sla time will be twice of the sla time
if (!ds_setActiveSlaTime) {
ds_active_slaTime = ds_active_slaTime * 2;
ds_setActiveSlaTime = true;
}
ds_index = ds_index - 1;
}
}
//------------ Draw blindspot range now ---------------
if (BS_ENDS.length == BS_STARTS.length) {
drawBlindSpotRegion(BS_STARTS, BS_ENDS);
}
else {
jAlert(POSITIONING_MSG['bs_calculate_blind_spot_warning'], 'Message');
resetBlindSpotGenerator();
$("#div_load").hide();
return;
}
//----------------------------------------------------
}
else {
jAlert(POSITIONING_MSG['bs_calculate_blind_spot_error'], 'Message');
resetBlindSpotGenerator();
$("#div_load").hide();
return;
}
});
}, 1000);
//================== D --> S =====================
}
/**
* To draw blind spots and their region
* @method drawBlindSpotRegion
* @param {Array} bs_starts blind spot start points
* @param {Array} bs_ends blind spot end points
* @for PositioningTool
*/
function drawBlindSpotRegion(bs_starts, bs_ends) {
for (var index = 0; index < bs_starts.length; index++) {
var points = []; // Making points arrray.
// pushing a set of positions to draw blind spots
points.push(bs_starts[index]);
points.push(bs_ends[index]);
// Getting distance between two points
var distance = google.maps.geometry.spherical.computeDistanceBetween(bs_starts[index], bs_ends[index]);
var radius = parseInt(distance / 2, 10);
var midpoint = getMidpoint(points, distance / 2); // Getting midpoint of two points.
var circle = drawCircle(midpoint, radius, ('circle_' + index)); // Drawing BlindSpot region
BS_CIRCLES.push(circle); // stroing blind spot circle globally
// putting bouncing down arrow on the middle of blind spots
var midMarker = new google.maps.Marker({
map: map,
draggable: false,
animation: google.maps.Animation.DROP,
position: midpoint,
icon: bs_downArrowImagePath,
id: "arrow_" + index
});
midMarker.setAnimation(google.maps.Animation.BOUNCE);
BS_ARROW_MARKERS.push(midMarker);
}
$("#div_load").hide();
}
/**
* To generate blind spots
* @method BlindSpotGenerator
* @for PositioningTool
*/
function BlindSpotGenerator() {
if (enableBlindSpotGenerator) {
$("#div_load").show();
BlindSpotCalculator(BS_WAYPOINTS, BS_WAYPOINTS_reverse, slaTimeInMin);
enableBlindSpotGenerator = false;
} else {
jAlert(POSITIONING_MSG['bs_reset_tools'], 'Message');
$("#div_load").hide();
return;
}
}
/**
* To reset blind spots generator
* @method resetBlindSpotGenerator
* @for PositioningTool
*/
function resetBlindSpotGenerator() {
deleteWaypoints(); // Deleting waypoints markers from the map.
deleteVanMarkers(); // Deleting Van-Markers from the map.
deleteArrowMarkers(); // Deleting Arrow-Markers from the map.
deleteAllCircles(); // Deleting all the blind spot circles on map.
bs_deleteAllRoutes(); // Deleting all the routes from the map
bs_deleteAllPolygons(); // Deleting all the polygons
bs_deleteAllVanReachablePoint(); // Deleting all van reachbale points
$('#bs_van').removeClass('selected_tool'); // deselect the van tool
$('#bs_waypoint').removeClass('selected_tool'); // deselect the waypoint tool
// Re-Initializing all the global variables for BlindSpot.
BS_WAYPOINDID = 0;
BS_VAN_ID = 0;
disable_map_click_Listener = true;
disable_map_mousemove_Listener_waypoint = true;
disable_map_click_Listener_waypoint = true;
disable_map_click_Listener_van = true;
disable_map_mousemove_Listener_van = true;
enableBlindSpotGenerator = true;
bs_enableCoverageDesign = true;
bs_popTheVanOut = true;
bs_coverageDesiged = false;
BS_MARKERS = [];
BS_WAYPOINTS = [];
BS_WAYPOINTS_reverse = [];
BS_ENDS = [];
BS_STARTS = [];
BS_CIRCLES = [];
BS_MID_MARKERS = [];
BS_ARROW_MARKERS = [];
BS_VAN_REACHABLE_POINT = [];
BS_ROUTES = [];
}
/**
* To delete all the waypoints from the map
* @method deleteWaypoints
* @for PositioningTool
*/
function deleteWaypoints() {
for (var i = 0; i < BS_MARKERS.length; i++) {
BS_MARKERS[i].setMap(null);
}
BS_MARKERS = []; // Making the Global waypoint-Array empty.
}
/**
* To delete all the van markers from the map
* @method deleteVanMarkers
* @for PositioningTool
*/
function deleteVanMarkers() {
for (var i = 0; i < BS_VAN_MARKERS.length; i++) {
BS_VAN_MARKERS[i].setMap(null);
}
BS_VAN_MARKERS = []; // Making the Global Van-Array empty.
}
/**
* To delete all the arrow markers from the map
* @method deleteArrowMarkers
* @for PositioningTool
*/
function deleteArrowMarkers() {
for (var i = 0; i < BS_ARROW_MARKERS.length; i++) {
BS_ARROW_MARKERS[i].setMap(null);
}
BS_ARROW_MARKERS = []; // Making the Global arrow-Array empty.
}
/**
* To delete all the circles from the map
* @method deleteAllCircles
* @for PositioningTool
*/
function deleteAllCircles() {
for (var i = 0; i < BS_CIRCLES.length; i++) {
BS_CIRCLES[i].setMap(null);
}
BS_CIRCLES = []; // Making the global circle-Array empty.
}
//=========================== BLIND SPOT End ===================================
//==============================================================================
//===============================================================================
//===================== Google Map Initialization ===============================
/**
* To initialize the map and binding the event handlers
* @method initialize
* @for PositioningTool
*/
function initialize() {
var myLatlng = new google.maps.LatLng(defaultLat, defaultLng);
var mapOptions = {
zoom: 7,
center: myLatlng
};
map = new google.maps.Map(document.getElementById('map-canvas'), mapOptions);
//===========================Geo Analysis report =========================
GA_openTicketMarkerArray = [];
GA_closeTicketMarkerArray = [];
GA_slaMeetMarkerArray = [];
GA_slaNotMeetMarkerArray = [];
// Set Mass By passing the Div Id
GA_SetMap('map-canvas');
/*Create a instance of OverlappingMarkerSpiderfier*/
oms = new OverlappingMarkerSpiderfier(map,
{ markersWontMove: true, markersWontHide: true });
//Put Marker On Map
GA_PutMarker(GA_ArrOpenTicket, GA_OpenTicketMarker, false);
GA_PutMarker(GA_ArrCloseTicket, GA_CloseTicketMarker, false);
var vTempMarkerCluster = GA_slaMeetMarkerArray.concat(GA_slaNotMeetMarkerArray);
masterClusterInstance = new MarkerClusterer(map, vTempMarkerCluster, { maxZoom: 9 });
//===========================Geo Analysis report End=========================
//Initialize the Direction Service
directionService = new google.maps.DirectionsService();
// Creating an instance of Google Distance Matrix
distanceMatrixService = new google.maps.DistanceMatrixService();
//================ Blind Spot Section =========================
google.maps.event.addListener(map, 'click', function (event) {
if (disable_map_click_Listener) {
return;
}
// if Waypoint is click on Map
if (!disable_map_click_Listener_waypoint) {
if (enableBlindSpotGenerator) {
if (BS_MARKERS.length >= 25) {
jAlert(POSITIONING_MSG['bs_waypoints_limit'], 'Message');
$("#div_load").hide();
return;
}
else {
var bs_waypointId = 'bs_' + BS_WAYPOINDID;
var waypoint_marker = bs_putMarkerOnMap(map, "", event.latLng.lat(), event.latLng.lng(), '', bs_waypointId, bs_waypointImagePath, false, false, false);
BS_WAYPOINDID++;
BS_MARKERS.push(waypoint_marker);
BS_WAYPOINTS.push(event.latLng);
BS_WAYPOINTS_reverse.unshift(event.latLng);
}
}
else {
jAlert(POSITIONING_MSG['bs_reset_tools'], 'Message');
$("#div_load").hide();
return;
}
}
// if VAN is click on Map
if (!disable_map_click_Listener_van) {
var bs_vanId = 'bsVan' + BS_VAN_ID;
//pankaj working here: draw polygon and paths
var van_marker = bs_putMarkerOnMap(map, "", event.latLng.lat(), event.latLng.lng(), '', bs_vanId, bs_vanImagePath, false, false, false);
BS_VAN_MARKERS.push(van_marker);
BS_VAN_ID++;
bs_generateVanCoverage(van_marker);
}
});
google.maps.event.addListener(map, 'mousemove', function (event) {
if (disable_map_mousemove_Listener_waypoint && disable_map_mousemove_Listener_van) {
map.setOptions({ draggableCursor: '' });
}
if (!disable_map_mousemove_Listener_waypoint) {
map.setOptions({ draggableCursor: "url(" + bs_waypointToolImagePath + "), auto" })
}
if (!disable_map_mousemove_Listener_van) {
map.setOptions({ draggableCursor: "url(" + bs_vanToolImagePath + "), auto" })
}
});
//============================================================
}
//===============================================================================
//===============================================================================
$(document).ready(function () {
$("#div_load").hide(); // hiding loading
$('#get_van_coverage').show() // Showing the get-van-coverage button
$('#update_van_coverage').hide(); // Hiding update-van-coverage button
$('#reset_van_coverage').hide(); // Hiding update-van-coverage button
loadAllSla(); // populating SLA combobox
loadStateChoices(); // populating state combobox
//loadCityChoices($("#stateCombobox").val()); // populating city combobox
//loadDealerChoices($("#stateCombobox").val(), $("#cityCombobox").val()); // populating dealer combobox
});
// Window is ready with all its resources, then load the Google-Map.
google.maps.event.addDomListener(window, 'load', initialize);
