রুট পলিলাইন কাস্টমাইজ করুন

activePolylineCustomization = {
  strokeWidth: 5,
  strokeColor: 'black',
};

activePolylineCustomization = {
  strokeWidth: 5,
  strokeColor: 'black',
};

// Color the Polyline objects in green if the vehicle is nearby.
activePolylineCustomization =
  (params) => {
    const distance = params.vehicle.waypoints[0].distanceMeters;
    if (distance < 1000) {

      // params.polylines contains an ordered list of Polyline objects for
      // the path.
      for (const polylineObject of params.polylines) {
        polylineObject.setOptions({strokeColor: 'green'});
      }
    }
  };

// Color the Polyline objects in green if the vehicle is nearby.
activePolylineCustomization =
  (params: VehiclePolylineCustomizationFunctionParams) => {
    const distance = params.vehicle.waypoints[0].distanceMeters;
    if (distance < 1000) {

      // params.polylines contains an ordered list of Polyline objects for
      // the path.
      for (const polylineObject of params.polylines) {
        polylineObject.setOptions({strokeColor: 'green'});
      }
    }
  };

// Color the Polyline objects in green if the vehicle is nearby.
activePolylineCustomization =
  (params) => {
    const distance = params.deliveryVehicle.remainingDistanceMeters;
    if (distance < 1000) {

      // params.polylines contains an ordered list of Polyline objects for
      // the path.
      for (const polylineObject of params.polylines) {
        polylineObject.setOptions({strokeColor: 'green'});
      }
    }
  };

// Color the Polyline objects in green if the vehicle is nearby.
activePolylineCustomization =
  (params: DeliveryVehiclePolylineCustomizationFunctionParams) => {
    const distance = params.deliveryVehicle.remainingDistanceMeters;
    if (distance < 1000) {

      // params.polylines contains an ordered list of Polyline objects for
      // the path.
      for (const polylineObject of params.polylines) {
        polylineObject.setOptions({strokeColor: 'green'});
      }
    }
  };

// Color the Polyline objects according to their real-time traffic levels
// using '#05f' for normal, '#fa0' for slow, and '#f33' for traffic jam.
activePolylineCustomization =
  FleetEngineVehicleLocationProvider.
      TRAFFIC_AWARE_ACTIVE_POLYLINE_CUSTOMIZATION_FUNCTION;

// Or alter the objects further after the customization function has been
// run -- in this example, change the blue for normal to green:
activePolylineCustomization =
  (params) => {
    FleetEngineVehicleLocationProvider.
        TRAFFIC_AWARE_ACTIVE_POLYLINE_CUSTOMIZATION_FUNCTION(params);
    for (const polylineObject of params.polylines) {
      if (polylineObject.get('strokeColor') === '#05f') {
        polylineObject.setOptions({strokeColor: 'green'});
      }
    }
  };

// Color the Polyline objects according to their real-time traffic levels
// using '#05f' for normal, '#fa0' for slow, and '#f33' for traffic jam.
activePolylineCustomization =
  FleetEngineVehicleLocationProvider.
      TRAFFIC_AWARE_ACTIVE_POLYLINE_CUSTOMIZATION_FUNCTION;

// Or alter the objects further after the customization function has been
// run -- in this example, change the blue for normal to green:
activePolylineCustomization =
  (params: VehiclePolylineCustomizationFunctionParams) => {
    FleetEngineVehicleLocationProvider.
        TRAFFIC_AWARE_ACTIVE_POLYLINE_CUSTOMIZATION_FUNCTION(params);
    for (const polylineObject of params.polylines) {
      if (polylineObject.get('strokeColor') === '#05f') {
        polylineObject.setOptions({strokeColor: 'green'});
      }
    }
  };

remainingPolylineCustomization = {visible: false};

remainingPolylineCustomization = {visible: false};

// 1. Create an info window.
const infoWindow = new google.maps.InfoWindow(
    {disableAutoPan: true});

// (Assumes a vehicle location provider.)
locationProvider.addListener('update', e => {
  if (e.vehicle) {
    const distance =
          e.vehicle.remainingDistanceMeters;
    infoWindow.setContent(
        `Your vehicle is ${distance}m away from the next drop-off point.`);

    // 2. Attach the info window to a vehicle marker.
    // This property can return multiple markers.
    const marker = mapView.vehicleMarkers[0];
    infoWindow.open(mapView.map, marker);
  }
});

// 3. Close the info window.
infoWindow.close();

// 1. Create an info window.
const infoWindow = new google.maps.InfoWindow(
    {disableAutoPan: true});

// (Assumes a vehicle location provider.)
locationProvider.addListener('update', (e: google.maps.journeySharing.FleetEngineVehicleLocationProviderUpdateEvent) => {
  if (e.vehicle) {
    const distance =
          e.vehicle.remainingDistanceMeters;
    infoWindow.setContent(
        `Your vehicle is ${distance}m away from the next drop-off.`);
    // 2. Attach the info window to a vehicle marker.
    // This property can return multiple markers.
    const marker = mapView.vehicleMarkers[0];
    infoWindow.open(mapView.map, marker);
  }
});

// 3. Close the info window.
infoWindow.close();

// 1. Create an info window.
const infoWindow = new google.maps.InfoWindow(
    {disableAutoPan: true});

// (Assumes a delivery vehicle location provider.)
locationProvider.addListener('update', e => {
  if (e.deliveryVehicle) {
    const distance =
           e.deliveryVehicle.remainingDistanceMeters;
    infoWindow.setContent(
        `Your vehicle is ${distance}m away from the next task.`);

    // 2. Attach the info window to a vehicle marker.
    // This property can return multiple markers.
    const marker = mapView.vehicleMarkers[0];
    infoWindow.open(mapView.map, marker);
  }
});

// 3. Close the info window.
infoWindow.close();

// 1. Create an info window.
const infoWindow = new google.maps.InfoWindow(
    {disableAutoPan: true});

// (Assumes a delivery vehicle location provider.)
locationProvider.addListener('update', (e: google.maps.journeySharing.FleetEngineDeliveryVehicleLocationProviderUpdateEvent) => {
  if (e.deliveryVehicle) {
    const distance =
           e.deliveryVehicle.remainingDistanceMeters;
    infoWindow.setContent(
        `Your vehicle is ${distance}m away from the next task.`);

    // 2. Attach the info window to a vehicle marker.
    // This property can return multiple markers.
    const marker = mapView.vehicleMarkers[0];
    infoWindow.open(mapView.map, marker);
  }
});

// 3. Close the info window.
infoWindow.close();

activePolylineCustomization = {
  strokeWidth: 5,
  strokeColor: 'black',
};

activePolylineCustomization = {
  strokeWidth: 5,
  strokeColor: 'black',
};

// Color the Polyline objects in green if the vehicle is nearby.
activePolylineCustomization =
  (params) => {
    const distance = params.vehicle.waypoints[0].distanceMeters;
    if (distance < 1000) {

      // params.polylines contains an ordered list of Polyline objects for
      // the path.
      for (const polylineObject of params.polylines) {
        polylineObject.setOptions({strokeColor: 'green'});
      }
    }
  };

// Color the Polyline objects in green if the vehicle is nearby.
activePolylineCustomization =
  (params: VehiclePolylineCustomizationFunctionParams) => {
    const distance = params.vehicle.waypoints[0].distanceMeters;
    if (distance < 1000) {

      // params.polylines contains an ordered list of Polyline objects for
      // the path.
      for (const polylineObject of params.polylines) {
        polylineObject.setOptions({strokeColor: 'green'});
      }
    }
  };

// Color the Polyline objects in green if the vehicle is nearby.
activePolylineCustomization =
  (params) => {
    const distance = params.deliveryVehicle.remainingDistanceMeters;
    if (distance < 1000) {

      // params.polylines contains an ordered list of Polyline objects for
      // the path.
      for (const polylineObject of params.polylines) {
        polylineObject.setOptions({strokeColor: 'green'});
      }
    }
  };

// Color the Polyline objects in green if the vehicle is nearby.
activePolylineCustomization =
  (params: DeliveryVehiclePolylineCustomizationFunctionParams) => {
    const distance = params.deliveryVehicle.remainingDistanceMeters;
    if (distance < 1000) {

      // params.polylines contains an ordered list of Polyline objects for
      // the path.
      for (const polylineObject of params.polylines) {
        polylineObject.setOptions({strokeColor: 'green'});
      }
    }
  };

// Color the Polyline objects according to their real-time traffic levels
// using '#05f' for normal, '#fa0' for slow, and '#f33' for traffic jam.
activePolylineCustomization =
  FleetEngineVehicleLocationProvider.
      TRAFFIC_AWARE_ACTIVE_POLYLINE_CUSTOMIZATION_FUNCTION;

// Or alter the objects further after the customization function has been
// run -- in this example, change the blue for normal to green:
activePolylineCustomization =
  (params) => {
    FleetEngineVehicleLocationProvider.
        TRAFFIC_AWARE_ACTIVE_POLYLINE_CUSTOMIZATION_FUNCTION(params);
    for (const polylineObject of params.polylines) {
      if (polylineObject.get('strokeColor') === '#05f') {
        polylineObject.setOptions({strokeColor: 'green'});
      }
    }
  };

// Color the Polyline objects according to their real-time traffic levels
// using '#05f' for normal, '#fa0' for slow, and '#f33' for traffic jam.
activePolylineCustomization =
  FleetEngineVehicleLocationProvider.
      TRAFFIC_AWARE_ACTIVE_POLYLINE_CUSTOMIZATION_FUNCTION;

// Or alter the objects further after the customization function has been
// run -- in this example, change the blue for normal to green:
activePolylineCustomization =
  (params: VehiclePolylineCustomizationFunctionParams) => {
    FleetEngineVehicleLocationProvider.
        TRAFFIC_AWARE_ACTIVE_POLYLINE_CUSTOMIZATION_FUNCTION(params);
    for (const polylineObject of params.polylines) {
      if (polylineObject.get('strokeColor') === '#05f') {
        polylineObject.setOptions({strokeColor: 'green'});
      }
    }
  };

remainingPolylineCustomization = {visible: false};

remainingPolylineCustomization = {visible: false};

// 1. Create an info window.
const infoWindow = new google.maps.InfoWindow(
    {disableAutoPan: true});

// (Assumes a vehicle location provider.)
locationProvider.addListener('update', e => {
  if (e.vehicle) {
    const distance =
          e.vehicle.remainingDistanceMeters;
    infoWindow.setContent(
        `Your vehicle is ${distance}m away from the next drop-off point.`);

    // 2. Attach the info window to a vehicle marker.
    // This property can return multiple markers.
    const marker = mapView.vehicleMarkers[0];
    infoWindow.open(mapView.map, marker);
  }
});

// 3. Close the info window.
infoWindow.close();

// 1. Create an info window.
const infoWindow = new google.maps.InfoWindow(
    {disableAutoPan: true});

// (Assumes a vehicle location provider.)
locationProvider.addListener('update', (e: google.maps.journeySharing.FleetEngineVehicleLocationProviderUpdateEvent) => {
  if (e.vehicle) {
    const distance =
          e.vehicle.remainingDistanceMeters;
    infoWindow.setContent(
        `Your vehicle is ${distance}m away from the next drop-off.`);
    // 2. Attach the info window to a vehicle marker.
    // This property can return multiple markers.
    const marker = mapView.vehicleMarkers[0];
    infoWindow.open(mapView.map, marker);
  }
});

// 3. Close the info window.
infoWindow.close();

// 1. Create an info window.
const infoWindow = new google.maps.InfoWindow(
    {disableAutoPan: true});

// (Assumes a delivery vehicle location provider.)
locationProvider.addListener('update', e => {
  if (e.deliveryVehicle) {
    const distance =
           e.deliveryVehicle.remainingDistanceMeters;
    infoWindow.setContent(
        `Your vehicle is ${distance}m away from the next task.`);

    // 2. Attach the info window to a vehicle marker.
    // This property can return multiple markers.
    const marker = mapView.vehicleMarkers[0];
    infoWindow.open(mapView.map, marker);
  }
});

// 3. Close the info window.
infoWindow.close();

// 1. Create an info window.
const infoWindow = new google.maps.InfoWindow(
    {disableAutoPan: true});

// (Assumes a delivery vehicle location provider.)
locationProvider.addListener('update', (e: google.maps.journeySharing.FleetEngineDeliveryVehicleLocationProviderUpdateEvent) => {
  if (e.deliveryVehicle) {
    const distance =
           e.deliveryVehicle.remainingDistanceMeters;
    infoWindow.setContent(
        `Your vehicle is ${distance}m away from the next task.`);

    // 2. Attach the info window to a vehicle marker.
    // This property can return multiple markers.
    const marker = mapView.vehicleMarkers[0];
    infoWindow.open(mapView.map, marker);
  }
});

// 3. Close the info window.
infoWindow.close();