QUESTION NO: 1 Your company salesman plans to visit five customers located in five

different cities. You need to display the shortest route that covers all five customer

locations on a Web-based map. What should you do?

A. Call the VEMap.GetRoute method. Set the route type to shortest.

B. Call the Route.Calculate method and the Waypoints.Optimize method.

C. Call the RouteServiceSoap.CalculateSimpleRoute method by using the MapPoint.World

datasource, an array with latitude and longitude values, and the value shortest for the

SegmentPreference parameter. Call the RenderServiceSoap.GetMap method.

D. Call the RouteServiceSoap.CalculateSimpleRoute method by using the

MapPoint.WorldRoutable data source, an array with latitude and longitude values, and the

value shortest for the SegmentPreference parameter. Call the RenderServiceSoap.GetMap

method.

Answer: D



QUESTION NO: 2 You have the following information about a hurricane path:



 Latitudes

 Longitudes

 Time

 Description

 A measure point of the above data every 10 minutes



You need to display the movement, time, and description of the hurricane path on a

Virtual Earth 6.0 map.



Which two actions should you perform? (Each correct answer presents part of the

solution. Choose two.)





A. Import a GeoRSS feed to a new layer.

B. Import a Live Maps collection to a new layer.

C. Store the hurricane path as a Live Maps collection.

D. Encode the measure points as a GeoRSS feed.

E. Encode the measure points as pushpins by using the VEShape.SetPoints method.

F. Encode the hurricane path as a polyline by using the VEShape(VEShapeType, points)

method.

Answer: A, D



QUESTION NO: 3 You upload territory information to a data source on the Microsoft

MapPoint Web Service. You receive the coordinates of a moving vehicle every 30

seconds. You need to identify the territory where the vehicle is currently located. Which

two actions should you perform? (Each correct answer presents part of the solution.

Choose two.)

A. Call the FindById method.

B. Call the FindPolygon method.

C. Call the FindByProperty method.

D. Create a FindPolygonSpecification object by using the LatLongSpatialFilter class.

E. Create a FindPolygonSpecification object by using the LatLongRectangleSpatialFilter

class.

Answer: B, D



QUESTION NO: 4 You add a new pushpin to a Virtual Earth 6.0 map. You are

creating an algorithm to calculate the polygon representation of a pushpin cluster. You

write a step to verify that the pushpin belongs to the cluster. You need to identify

whether to recalculate the polygon representation. What should you do?





A. Calculate the convex hull of all pushpins and verify whether the location of the new

pushpin lies outside the convex hull.

B. Calculate the bounding box of all pushpins and verify whether the location of the new

pushpin lies inside the bounding box.

C. Calculate whether the location of the new pushpin overlaps the center point of all

pushpins.

D. Calculate the minimum bounding rectangle of the polygon and verify whether the

location of the new pushpin lies inside the minimum bounding rectangle.





Answer: A



QUESTION NO: 5 You need to create a cluster of pushpins for a large dataset that

takes the least amount of time to load on a Virtual Earth 6.0 map. Which two actions

should you perform? (Each correct answer presents part of the solution. Choose two.)





A. Start clustering by using the VEMap.onendzoom event.

B. Start clustering by using the VEMap.onchangeview event.

C. Implement client-side clustering by using JavaScript.

D. Implement server-side clustering by using Microsoft ASP.NET 2.0.





Answer: B, D



QUESTION NO: 6 A news channel wants to display live traffic incident information for

a city on a Web site.

You develop a three-tier architecture. The Microsoft MapPoint Web Service delivers

traffic information that is managed by a user-defined class. The class acts as a

SOAP-AJAX connector. Users interact with a Virtual Earth 6.0 map that is already

loaded.



You need to ensure that the traffic incident information is displayed on a new layer of

the Virtual Earth map as the map is navigated by the users.



Which sequence of actions should you perform? (To answer, move all the actions

from the list of actions to the answer area and arrange them in the correct order.)









Answer: Pending. Send your suggestion to web@crambible.com



QUESTION NO: 7 You want to define a route specification for the fastest route in

the United Kingdom between a start point, 30 intermediate stops, and an end point.

You call the Microsoft MapPoint Web Service method named CalculateSimpleRoute.

You also set an array of latitude and longitude values for all the points and stops as

the first parameter. You need to set the required parameters for the route

specification. What should you do?





A. Set the data source parameter to MapPoint.EU and use Quickest as the value for the

SegmentPreference parameter.

B. Set the data source parameter to MapPoint.BR and use Quickest as the value for the

SegmentPreference parameter.

C. Set the data source parameter to MapPoint.EU and use Shortest as the value for the

SegmentPreference parameter.

D. Set the data source parameter to MapPoint.EU and use PreferredRoads as

the value for the SegmentPreference parameter.

E. Set the data source parameter to MapPoint.World and use PreferredRoads as

the value for the SegmentPreference parameter.

Answer: A



QUESTION NO: 8 You are using Microsoft MaCruncher.

You need to create prerendered tiles from a GIS point layer data file. You also need to

integrate the tiles on an existing tile server.



What should you do? (To answer, move all the actions from the list of actions to the

answer area and arrange them in the correct order.)



Answer: Pending. Send your suggestion to web@crambible.com



QUESTION NO: 9 You need to draw a straight red line between the start and end

points of a calculated route. Which code segment should you use?





A. var locationArray = new Array(); var len = route.Itinerary.Segments.length;

locationArray.push(route.Itinerary.Segments[0].LatLong);

locationArray.push(route.Itinerary.Segments[len-1].LatLong); shape = new

VEShape(VEShapeType.Polyline, locationArray); shape.SetLineColor(new VEColor(255, 0,

0, 0)); layer.AddShape(shape);

B. var locationArray = new Array(); var len = route.Itinerary.Segments.length;

locationArray.push(route.Itinerary.Segments[0].LatLong);

locationArray.push(route.Itinerary.Segments[len].LatLong); shape = new

VEShape(VEShapeType.Polyline, locationArray); shape.SetLineColor(new VEColor(255,

0, 0, 0)); shape.HideIcon(); layer.AddShape(shape);

C. var locationArray = new Array(); var len = route.Itinerary.Segments.length;

locationArray.push(route.Itinerary.Segments[1].LatLong);

locationArray.push(route.Itinerary.Segments[len].LatLong); shape = new

VEShape(VEShapeType.Pushpin, locationArray); shape.SetLineColor(new VEColor(255,

0, 0, 0.5)); layer.AddShape(shape);