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--- source_code_serviceseditionsample_compass_cs_090820.zip [2015/08/20 03:08]
127.0.0.1 external edit
+++ source_code_serviceseditionsample_compass_cs_090820.zip [2015/09/09 03:16] (current)
admin
@@ Line 1: / Line 1: @@
-====== Source_Code_ServicesEditionSample_Compass_CS_090820.zip ======
+====== Source Code ServicesEditionSample Compass CS 090820.zip ======
-<noinclude>{{article rating}}</noinclude>
 ====CompassAdornmentLayer.cs====
-^ Code ^
-| <source lang="csharp" line="1">using System;  \\ using System.Collections.Generic;  \\ using System.Collections.ObjectModel;  \\ using System.Linq;  \\ using System.Text;  \\  \\ using ThinkGeo.MapSuite.Core;  \\  \\ namespace Compass  \\ {  \\     public enum Position { UpperLeft, UpperRight, LowerLeft, LowerRight };  \\  \\     <nowiki>//</nowiki>This class accepts two images. One image for the needle (north arrow) and another optional image for  \\     <nowiki>//</nowiki>the frame of the compass. Typically, we want to have an image for the frame representing the angles (in degrees or other units)  \\     <nowiki>//</nowiki>representing to what angle the map is rotated. We could have a regular frame as in a traditional compass.  \\     <nowiki>//</nowiki>The image for the frame stays fixed as the map rotates whereas the image for the needle rotates with the map to always point  \\     <nowiki>//</nowiki>to the north.  \\     class CompassAdornmentLayer : AdornmentLayer  \\     {  \\         GeoImage needleImage = null;  \\         GeoImage frameImage = null;  \\         Position position;  \\         int sizePercentage;  \\         float rotateAngle;  \\  \\         <nowiki>//</nowiki>Use that constructor with only one image for the needle (will work as a simple north arrow)  \\         public CompassAdornmentLayer(GeoImage needleImage, Position position, int sizePercentage)  \\         {  \\             this.needleImage = needleImage;  \\             this.position = position;  \\             this.sizePercentage = sizePercentage;  \\         }  \\  \\         <nowiki>//</nowiki>Use that constructor with both images for needle and frame of the compass.  \\          public CompassAdornmentLayer(GeoImage needleImage, GeoImage frameImage, Position position, int sizePercentage)  \\         {  \\             this.needleImage = needleImage;  \\             this.frameImage = frameImage;  \\             this.position = position;  \\             this.sizePercentage = sizePercentage;  \\         }  \\  \\         public GeoImage NeedleImage  \\         {  \\             get { return needleImage; }  \\             set { needleImage = value; }  \\         }  \\  \\         public GeoImage FrameImage  \\         {  \\             get { return frameImage; }  \\             set { frameImage = value; }  \\         }  \\  \\         <nowiki>//</nowiki>We needs to update that property as the map rotates to have the needle showing the north accurately.  \\         public float RotateAngle  \\         {  \\             get { return rotateAngle; }  \\             set { rotateAngle = value; }  \\         }  \\  \\         public Position Position  \\         {  \\             get { return position; }  \\             set { position = value;}  \\         }  \\  \\         public int SizePercentage  \\         {  \\             get { return sizePercentage; }  \\             set { sizePercentage = value; }  \\         }  \\  \\         protected override void DrawCore(GeoCanvas canvas, Collection<SimpleCandidate> labelsInAllLayers)  \\         {  \\             <nowiki>//</nowiki>Draws the scaled images of needle and frame images according to the percentage size. For example with a PercentageSize of 80,  \\             <nowiki>//</nowiki>the compass size will be 80% of the size of needle image.  \\  \\             <nowiki>//</nowiki>Sets the position of the compass.  \\             int margin = 10;  \\             int Xloc = 0;  \\             int Yloc = 0;  \\             int imageWidth = (sizePercentage * needleImage.GetWidth()) / 100;  \\             int imageHeight = (sizePercentage * needleImage.GetHeight()) / 100;  \\             switch (position)  \\             {  \\                 case Position.UpperLeft:  \\                     Xloc = (imageWidth /2)+ margin;  \\                     Yloc = (imageHeight / 2) + margin;  \\                     break;  \\                 case Position.UpperRight:  \\                     Xloc = ((int)canvas.Width -(imageWidth /2)) - margin;  \\                     Yloc = (imageHeight / 2) + margin;  \\                     break;  \\                 case Position.LowerLeft:  \\                     Xloc = (imageWidth / 2) + margin;  \\                     Yloc = ((int)canvas.Height - (imageHeight / 2)) - margin;  \\                     break;  \\                 case Position.LowerRight:  \\                     Xloc = ((int)canvas.Width - (imageWidth / 2)) - margin;  \\                     Yloc = ((int)canvas.Height - (imageHeight / 2)) - margin;  \\                     break;  \\             }  \\  \\             <nowiki>//</nowiki>Draws the needle image at the size according to the percentage size and rotate the image according to RotateAngle property.  \\             canvas.DrawScreenImage(needleImage, Xloc, Yloc, imageWidth, imageHeight, DrawingLevel.LevelFour, 0, 0, rotateAngle);  \\             <nowiki>//</nowiki>If the frame image has been set, draws image at the size according to the percentage size with no rotation.  \\             if (frameImage != null)  \\             {  \\                 canvas.DrawScreenImage(frameImage, Xloc, Yloc, imageWidth, imageHeight, DrawingLevel.LevelFour, 0, 0, 0);  \\             }  \\          }  \\     }  \\ }  \\ </source>   |
+<code csharp> using System;
+ using System.Collections.Generic;
+ using System.Collections.ObjectModel;
+ using System.Linq;
+ using System.Text;
+ using ThinkGeo.MapSuite.Core;
+ namespace Compass
+ {
+     public enum Position { UpperLeft, UpperRight, LowerLeft, LowerRight };
+     //This class accepts two images. One image for the needle (north arrow) and another optional image for
+     //the frame of the compass. Typically, we want to have an image for the frame representing the angles (in degrees or other units)
+     //representing to what angle the map is rotated. We could have a regular frame as in a traditional compass.
+     //The image for the frame stays fixed as the map rotates whereas the image for the needle rotates with the map to always point
+     //to the north.
+     class CompassAdornmentLayer : AdornmentLayer
+     {
+         GeoImage needleImage = null;
+         GeoImage frameImage = null;
+         Position position;
+         int sizePercentage;
+         float rotateAngle;
+         //Use that constructor with only one image for the needle (will work as a simple north arrow)
+         public CompassAdornmentLayer(GeoImage needleImage, Position position, int sizePercentage)
+         {
+             this.needleImage = needleImage;
+             this.position = position;
+             this.sizePercentage = sizePercentage;
+         }
+         //Use that constructor with both images for needle and frame of the compass.
+          public CompassAdornmentLayer(GeoImage needleImage, GeoImage frameImage, Position position, int sizePercentage)
+         {
+             this.needleImage = needleImage;
+             this.frameImage = frameImage;
+             this.position = position;
+             this.sizePercentage = sizePercentage;
+         }
+         public GeoImage NeedleImage
+         {
+             get { return needleImage; }
+             set { needleImage = value; }
+         }
+         public GeoImage FrameImage
+         {
+             get { return frameImage; }
+             set { frameImage = value; }
+         }
+         //We needs to update that property as the map rotates to have the needle showing the north accurately.
+         public float RotateAngle
+         {
+             get { return rotateAngle; }
+             set { rotateAngle = value; }
+         }
+         public Position Position
+         {
+             get { return position; }
+             set { position = value;}
+         }
+         public int SizePercentage
+         {
+             get { return sizePercentage; }
+             set { sizePercentage = value; }
+         }
+         protected override void DrawCore(GeoCanvas canvas, Collection<SimpleCandidate> labelsInAllLayers)
+         {
+             //Draws the scaled images of needle and frame images according to the percentage size. For example with a PercentageSize of 80,
+             //the compass size will be 80% of the size of needle image.
+             //Sets the position of the compass.
+             int margin = 10;
+             int Xloc = 0;
+             int Yloc = 0;
+             int imageWidth = (sizePercentage * needleImage.GetWidth()) / 100;
+             int imageHeight = (sizePercentage * needleImage.GetHeight()) / 100;
+             switch (position)
+             {
+                 case Position.UpperLeft:
+                     Xloc = (imageWidth /2)+ margin;
+                     Yloc = (imageHeight / 2) + margin;
+                     break;
+                 case Position.UpperRight:
+                     Xloc = ((int)canvas.Width -(imageWidth /2)) - margin;
+                     Yloc = (imageHeight / 2) + margin;
+                     break;
+                 case Position.LowerLeft:
+                     Xloc = (imageWidth / 2) + margin;
+                     Yloc = ((int)canvas.Height - (imageHeight / 2)) - margin;
+                     break;
+                 case Position.LowerRight:
+                     Xloc = ((int)canvas.Width - (imageWidth / 2)) - margin;
+                     Yloc = ((int)canvas.Height - (imageHeight / 2)) - margin;
+                     break;
+             }
+             //Draws the needle image at the size according to the percentage size and rotate the image according to RotateAngle property.
+             canvas.DrawScreenImage(needleImage, Xloc, Yloc, imageWidth, imageHeight, DrawingLevel.LevelFour, 0, 0, rotateAngle);
+             //If the frame image has been set, draws image at the size according to the percentage size with no rotation.
+             if (frameImage != null)
+             {
+                 canvas.DrawScreenImage(frameImage, Xloc, Yloc, imageWidth, imageHeight, DrawingLevel.LevelFour, 0, 0, 0);
+             }
+          }
+     }
+ }
+ </code>
 ====Program.cs====
-^ Code ^
-| <source lang="csharp" line="1">using System;  \\ using System.Collections.Generic;  \\ using System.Linq;  \\ using System.Windows.Forms;  \\  \\ namespace Compass  \\ {  \\     static class Program  \\     {  \\         <nowiki>//</nowiki>/ <summary>  \\         <nowiki>//</nowiki>/ The main entry point for the application.  \\         <nowiki>//</nowiki>/ </summary>  \\         [[STAThread]]  \\         static void Main()  \\         {  \\             Application.EnableVisualStyles();  \\             Application.SetCompatibleTextRenderingDefault(false);  \\             Application.Run(new TestForm());  \\         }  \\     }  \\ }  \\ </source>   |
+<code csharp> using System;
+ using System.Collections.Generic;
+ using System.Linq;
+ using System.Windows.Forms;
+ namespace Compass
+ {
+     static class Program
+     {
+         /// <summary>
+         /// The main entry point for the application.
+         /// </summary>
+         [STAThread]
+         static void Main()
+         {
+             Application.EnableVisualStyles();
+             Application.SetCompatibleTextRenderingDefault(false);
+             Application.Run(new TestForm());
+         }
+     }
+ }
+ </code>
-====TestForm.cs====
-^ Code ^
-| <source lang="csharp" line="1">using System;  \\ using System.Drawing;  \\ using System.Windows.Forms;  \\ using ThinkGeo.MapSuite.Core;  \\  \\ namespace Compass  \\ {  \\     public partial class TestForm : Form  \\     {  \\         private MapEngine mapEngine = new MapEngine();  \\         private Bitmap bitmap = null;  \\         private RotationProjection rotateProjection = new RotationProjection();  \\  \\         public TestForm()  \\         {  \\             InitializeComponent();  \\         }  \\  \\         private void TestForm_Load(object sender, EventArgs e)  \\         {  \\             mapEngine.CurrentExtent = ExtentHelper.GetDrawingExtent(new RectangleShape(-66.8581, 10.4995, -66.8456, 10.4915), Map.Width, Map.Height);  \\             mapEngine.BackgroundFillBrush = new GeoSolidBrush(GeoColor.FromArgb(255, 233, 232, 214));  \\  \\             <nowiki>//</nowiki>Loads all the backgrounds layers for street, street label, park and park label.  \\             LoadBackgroundLayers();  \\  \\             <nowiki>//</nowiki>Makes sure all the layers have the Projection property set to RotationProjection.  \\             foreach (FeatureLayer Layer in mapEngine.StaticLayers)  \\             {  \\                 Layer.FeatureSource.Projection = rotateProjection;  \\             }  \\  \\             <nowiki>//</nowiki>Gets the image for the needle of the compass that will rotate with the map.  \\             GeoImage needleImage = new GeoImage(@"..\..\Data\compass_needle_letters_disc.png");  \\             <nowiki>//</nowiki>Gets the image for the frame of the compass that will stay fixed.  \\             GeoImage frameImage = new GeoImage(@"..\..\Data\compass_circle_digits.png");  \\             <nowiki>//</nowiki>Passes the images, the position on the map and the size of the compass in percentage to the size of the needle image.  \\             CompassAdornmentLayer compassAdornmentLayer = new CompassAdornmentLayer(needleImage, frameImage, Position.UpperLeft, 80);  \\             <nowiki>//</nowiki>Adds CompassAdornmentLayer for the compass to the AdormentLayers collection of mapEngine.  \\             mapEngine.AdornmentLayers.Add("MyCompassAdornmentLayer", compassAdornmentLayer);  \\  \\             DrawImage();  \\         }  \\  \\         private void btnClockWise_Click(object sender, EventArgs e)  \\         {  \\             <nowiki>//</nowiki>Sets the Angle property of RotationProjection.Adds 10 to go clockwise.  \\             rotateProjection.Angle = rotateProjection.Angle + 10;  \\             <nowiki>//</nowiki>Sets CurrentExtent of mapEngine according to RotationProjection.  \\             mapEngine.CurrentExtent = rotateProjection.GetUpdatedExtent(mapEngine.CurrentExtent);  \\  \\             <nowiki>//</nowiki>Updates RotateAngle property of CompassAdornmentLayer (Compass) according to the new value of  \\             <nowiki>//</nowiki>Angle property of RotationProjection.  \\             CompassAdornmentLayer compassAdornmentLayer = (CompassAdornmentLayer)mapEngine.AdornmentLayers[[0]];  \\             compassAdornmentLayer.RotateAngle = (float)rotateProjection.Angle;  \\             DrawImage();  \\         }  \\  \\         private void btnCounterClockWise_Click(object sender, EventArgs e)  \\         {  \\             <nowiki>//</nowiki>Sets the Angle property of RotationProjection.Adds 10 to go clockwise.  \\             rotateProjection.Angle = rotateProjection.Angle - 10;  \\             <nowiki>//</nowiki>Sets CurrentExtent of mapEngine according to RotationProjection.  \\             mapEngine.CurrentExtent = rotateProjection.GetUpdatedExtent(mapEngine.CurrentExtent);  \\  \\             <nowiki>//</nowiki>Updates RotateAngle property of CompassAdornmentLayer (Compass) according to the new value of  \\             <nowiki>//</nowiki>Angle property of RotationProjection.  \\             CompassAdornmentLayer compassAdornmentLayer = (CompassAdornmentLayer) mapEngine.AdornmentLayers[[0]];  \\             compassAdornmentLayer.RotateAngle = (float)rotateProjection.Angle;  \\             DrawImage();  \\         }  \\  \\  \\         private void DrawImage()  \\         {  \\             if (bitmap != null) { bitmap.Dispose(); }  \\             bitmap = new Bitmap(Map.Width, Map.Height);  \\             mapEngine.OpenAllLayers();  \\             mapEngine.DrawStaticLayers(bitmap, GeographyUnit.DecimalDegree);  \\             mapEngine.DrawAdornmentLayers(bitmap, GeographyUnit.DecimalDegree);  \\             mapEngine.CloseAllLayers();  \\  \\             Map.Image = bitmap;  \\         }  \\  \\         private void LoadBackgroundLayers()  \\         {  \\             ShapeFileFeatureLayer ParksShapeLayer = new ShapeFileFeatureLayer(@"..\..\Data\parks.shp");  \\             ShapeFileFeatureLayer.BuildIndexFile(@"..\..\Data\parks.shp", BuildIndexMode.DoNotRebuild);  \\  \\             ParksShapeLayer.ZoomLevelSet.ZoomLevel01.ApplyUntilZoomLevel = ApplyUntilZoomLevel.Level20;  \\             ParksShapeLayer.ZoomLevelSet.ZoomLevel01.DefaultAreaStyle = AreaStyles.Park1;  \\  \\             ShapeFileFeatureLayer ParksLabelLayer = new ShapeFileFeatureLayer(@"..\..\Data\parks.shp");  \\             ParksLabelLayer.RequireIndex = false;  \\             ParksLabelLayer.ZoomLevelSet.ZoomLevel01.DefaultTextStyle = TextStyles.CreateSimpleTextStyle("Name", "Arial", 10, DrawingFontStyles.Bold, GeoColor.StandardColors.SeaGreen, GeoColor.StandardColors.White, 2);  \\             ParksLabelLayer.ZoomLevelSet.ZoomLevel01.ApplyUntilZoomLevel = ApplyUntilZoomLevel.Level20;  \\  \\             ShapeFileFeatureLayer StreetsShapeLayer = new ShapeFileFeatureLayer(@"..\..\Data\streets.shp");  \\             ShapeFileFeatureLayer.BuildIndexFile(@"..\..\Data\streets.shp", BuildIndexMode.DoNotRebuild);  \\  \\             StreetsShapeLayer.ZoomLevelSet.ZoomLevel01.ApplyUntilZoomLevel = ApplyUntilZoomLevel.Level20;  \\             ValueStyle valueStyle = new ValueStyle();  \\             valueStyle.ColumnName = "Type";  \\             valueStyle.ValueItems.Add(new ValueItem("A", LineStyles.LocalRoad2));  \\             valueStyle.ValueItems.Add(new ValueItem("M", LineStyles.MajorRoad1));  \\             StreetsShapeLayer.ZoomLevelSet.ZoomLevel01.CustomStyles.Add(valueStyle);  \\             StreetsShapeLayer.FeatureSource.Projection = rotateProjection;  \\  \\             ShapeFileFeatureLayer StreetsLabelLayer = new ShapeFileFeatureLayer(@"..\..\Data\streets.shp");  \\             StreetsLabelLayer.RequireIndex = false;  \\             TextStyle textStyle = new TextStyle();  \\             textStyle.TextColumnName = "St_name";  \\             textStyle.TextSolidBrush = new GeoSolidBrush(GeoColor.StandardColors.Black);  \\             textStyle.Font = new GeoFont("Arial", 7);  \\             textStyle.TextLineSegmentRatio = 10;  \\             textStyle.GridSize = 100;  \\             textStyle.SplineType = SplineType.StandardSplining;  \\             textStyle.DuplicateRule = LabelDuplicateRule.OneDuplicateLabelPerQuadrant;  \\             StreetsLabelLayer.ZoomLevelSet.ZoomLevel01.CustomStyles.Add(textStyle);  \\             StreetsLabelLayer.ZoomLevelSet.ZoomLevel01.DefaultTextStyle.GridSize = 5;  \\             StreetsLabelLayer.ZoomLevelSet.ZoomLevel01.ApplyUntilZoomLevel = ApplyUntilZoomLevel.Level20;  \\             StreetsLabelLayer.FeatureSource.Projection = rotateProjection;  \\  \\             mapEngine.StaticLayers.Add("ParksShapeLayer", ParksShapeLayer);  \\             mapEngine.StaticLayers.Add("StreetsShapeLayer", StreetsShapeLayer);  \\             mapEngine.StaticLayers.Add("ParksLabelLayer", ParksLabelLayer);  \\             mapEngine.StaticLayers.Add("StreetsLabelLayer", StreetsLabelLayer);  \\         }  \\  \\         private void ToolBar_ButtonClick(object sender, ToolBarButtonClickEventArgs e)  \\         {  \\             switch (e.Button.Tag.ToString())  \\             {  \\                 case "Zoom In":  \\                     mapEngine.CurrentExtent.ScaleDown(50);  \\                     break;  \\                 case "Zoom Out":  \\                     mapEngine.CurrentExtent.ScaleUp(50);  \\                     break;  \\                 case "Full Extent":  \\                     mapEngine.CurrentExtent = ExtentHelper.GetDrawingExtent(new RectangleShape(-180.0, 83.0, 180.0, -90.0), Map.Width, Map.Height);  \\                     break;  \\                 case "Pan Left":  \\                     mapEngine.CurrentExtent = ExtentHelper.Pan(mapEngine.CurrentExtent, PanDirection.Left, 20);  \\                     break;  \\                 case "Pan Right":  \\                     mapEngine.CurrentExtent = ExtentHelper.Pan(mapEngine.CurrentExtent, PanDirection.Right, 20);  \\                     break;  \\                 case "Pan Up":  \\                     mapEngine.CurrentExtent = ExtentHelper.Pan(mapEngine.CurrentExtent, PanDirection.Up, 20);  \\                     break;  \\                 case "Pan Down":  \\                     mapEngine.CurrentExtent = ExtentHelper.Pan(mapEngine.CurrentExtent, PanDirection.Down, 20);  \\                     break;  \\                 default:  \\                     break;  \\             }  \\             DrawImage();  \\         }  \\  \\         private void btnClose_Click(object sender, EventArgs e)  \\         {  \\             this.Close();  \\         }  \\  \\  \\     }  \\ }  \\ </source>   |
+====TestForm.cs====
+<code csharp> using System;
+ using System.Drawing;
+ using System.Windows.Forms;
+ using ThinkGeo.MapSuite.Core;
+ namespace Compass
+ {
+     public partial class TestForm : Form
+     {
+         private MapEngine mapEngine = new MapEngine();
+         private Bitmap bitmap = null;
+         private RotationProjection rotateProjection = new RotationProjection();
+         public TestForm()
+         {
+             InitializeComponent();
+         }
+         private void TestForm_Load(object sender, EventArgs e)
+         {
+             mapEngine.CurrentExtent = ExtentHelper.GetDrawingExtent(new RectangleShape(-66.8581, 10.4995, -66.8456, 10.4915), Map.Width, Map.Height);
+             mapEngine.BackgroundFillBrush = new GeoSolidBrush(GeoColor.FromArgb(255, 233, 232, 214));
+             //Loads all the backgrounds layers for street, street label, park and park label.
+             LoadBackgroundLayers();
+             //Makes sure all the layers have the Projection property set to RotationProjection.
+             foreach (FeatureLayer Layer in mapEngine.StaticLayers)
+             {
+                 Layer.FeatureSource.Projection = rotateProjection;
+             }
+             //Gets the image for the needle of the compass that will rotate with the map.
+             GeoImage needleImage = new GeoImage(@"..\..\Data\compass_needle_letters_disc.png");
+             //Gets the image for the frame of the compass that will stay fixed.
+             GeoImage frameImage = new GeoImage(@"..\..\Data\compass_circle_digits.png");
+             //Passes the images, the position on the map and the size of the compass in percentage to the size of the needle image.
+             CompassAdornmentLayer compassAdornmentLayer = new CompassAdornmentLayer(needleImage, frameImage, Position.UpperLeft, 80);
+             //Adds CompassAdornmentLayer for the compass to the AdormentLayers collection of mapEngine.
+             mapEngine.AdornmentLayers.Add("MyCompassAdornmentLayer", compassAdornmentLayer);
+             DrawImage();
+         }
+         private void btnClockWise_Click(object sender, EventArgs e)
+         {
+             //Sets the Angle property of RotationProjection.Adds 10 to go clockwise.
+             rotateProjection.Angle = rotateProjection.Angle + 10;
+             //Sets CurrentExtent of mapEngine according to RotationProjection.
+             mapEngine.CurrentExtent = rotateProjection.GetUpdatedExtent(mapEngine.CurrentExtent);
+             //Updates RotateAngle property of CompassAdornmentLayer (Compass) according to the new value of
+             //Angle property of RotationProjection.
+             CompassAdornmentLayer compassAdornmentLayer = (CompassAdornmentLayer)mapEngine.AdornmentLayers[0];
+             compassAdornmentLayer.RotateAngle = (float)rotateProjection.Angle;
+             DrawImage();
+         }
+         private void btnCounterClockWise_Click(object sender, EventArgs e)
+         {
+             //Sets the Angle property of RotationProjection.Adds 10 to go clockwise.
+             rotateProjection.Angle = rotateProjection.Angle - 10;
+             //Sets CurrentExtent of mapEngine according to RotationProjection.
+             mapEngine.CurrentExtent = rotateProjection.GetUpdatedExtent(mapEngine.CurrentExtent);
+             //Updates RotateAngle property of CompassAdornmentLayer (Compass) according to the new value of
+             //Angle property of RotationProjection.
+             CompassAdornmentLayer compassAdornmentLayer = (CompassAdornmentLayer) mapEngine.AdornmentLayers[0];
+             compassAdornmentLayer.RotateAngle = (float)rotateProjection.Angle;
+             DrawImage();
+         }
+         private void DrawImage()
+         {
+             if (bitmap != null) { bitmap.Dispose(); }
+             bitmap = new Bitmap(Map.Width, Map.Height);
+             mapEngine.OpenAllLayers();
+             mapEngine.DrawStaticLayers(bitmap, GeographyUnit.DecimalDegree);
+             mapEngine.DrawAdornmentLayers(bitmap, GeographyUnit.DecimalDegree);
+             mapEngine.CloseAllLayers();
+             Map.Image = bitmap;
+         }
+         private void LoadBackgroundLayers()
+         {
+             ShapeFileFeatureLayer ParksShapeLayer = new ShapeFileFeatureLayer(@"..\..\Data\parks.shp");
+             ShapeFileFeatureLayer.BuildIndexFile(@"..\..\Data\parks.shp", BuildIndexMode.DoNotRebuild);
+             ParksShapeLayer.ZoomLevelSet.ZoomLevel01.ApplyUntilZoomLevel = ApplyUntilZoomLevel.Level20;
+             ParksShapeLayer.ZoomLevelSet.ZoomLevel01.DefaultAreaStyle = AreaStyles.Park1;
+             ShapeFileFeatureLayer ParksLabelLayer = new ShapeFileFeatureLayer(@"..\..\Data\parks.shp");
+             ParksLabelLayer.RequireIndex = false;
+             ParksLabelLayer.ZoomLevelSet.ZoomLevel01.DefaultTextStyle = TextStyles.CreateSimpleTextStyle("Name", "Arial", 10, DrawingFontStyles.Bold, GeoColor.StandardColors.SeaGreen, GeoColor.StandardColors.White, 2);
+             ParksLabelLayer.ZoomLevelSet.ZoomLevel01.ApplyUntilZoomLevel = ApplyUntilZoomLevel.Level20;
+             ShapeFileFeatureLayer StreetsShapeLayer = new ShapeFileFeatureLayer(@"..\..\Data\streets.shp");
+             ShapeFileFeatureLayer.BuildIndexFile(@"..\..\Data\streets.shp", BuildIndexMode.DoNotRebuild);
+             StreetsShapeLayer.ZoomLevelSet.ZoomLevel01.ApplyUntilZoomLevel = ApplyUntilZoomLevel.Level20;
+             ValueStyle valueStyle = new ValueStyle();
+             valueStyle.ColumnName = "Type";
+             valueStyle.ValueItems.Add(new ValueItem("A", LineStyles.LocalRoad2));
+             valueStyle.ValueItems.Add(new ValueItem("M", LineStyles.MajorRoad1));
+             StreetsShapeLayer.ZoomLevelSet.ZoomLevel01.CustomStyles.Add(valueStyle);
+             StreetsShapeLayer.FeatureSource.Projection = rotateProjection;
+             ShapeFileFeatureLayer StreetsLabelLayer = new ShapeFileFeatureLayer(@"..\..\Data\streets.shp");
+             StreetsLabelLayer.RequireIndex = false;
+             TextStyle textStyle = new TextStyle();
+             textStyle.TextColumnName = "St_name";
+             textStyle.TextSolidBrush = new GeoSolidBrush(GeoColor.StandardColors.Black);
+             textStyle.Font = new GeoFont("Arial", 7);
+             textStyle.TextLineSegmentRatio = 10;
+             textStyle.GridSize = 100;
+             textStyle.SplineType = SplineType.StandardSplining;
+             textStyle.DuplicateRule = LabelDuplicateRule.OneDuplicateLabelPerQuadrant;
+             StreetsLabelLayer.ZoomLevelSet.ZoomLevel01.CustomStyles.Add(textStyle);
+             StreetsLabelLayer.ZoomLevelSet.ZoomLevel01.DefaultTextStyle.GridSize = 5;
+             StreetsLabelLayer.ZoomLevelSet.ZoomLevel01.ApplyUntilZoomLevel = ApplyUntilZoomLevel.Level20;
+             StreetsLabelLayer.FeatureSource.Projection = rotateProjection;
+             mapEngine.StaticLayers.Add("ParksShapeLayer", ParksShapeLayer);
+             mapEngine.StaticLayers.Add("StreetsShapeLayer", StreetsShapeLayer);
+             mapEngine.StaticLayers.Add("ParksLabelLayer", ParksLabelLayer);
+             mapEngine.StaticLayers.Add("StreetsLabelLayer", StreetsLabelLayer);
+         }
+         private void ToolBar_ButtonClick(object sender, ToolBarButtonClickEventArgs e)
+         {
+             switch (e.Button.Tag.ToString())
+             {
+                 case "Zoom In":
+                     mapEngine.CurrentExtent.ScaleDown(50);
+                     break;
+                 case "Zoom Out":
+                     mapEngine.CurrentExtent.ScaleUp(50);
+                     break;
+                 case "Full Extent":
+                     mapEngine.CurrentExtent = ExtentHelper.GetDrawingExtent(new RectangleShape(-180.0, 83.0, 180.0, -90.0), Map.Width, Map.Height);
+                     break;
+                 case "Pan Left":
+                     mapEngine.CurrentExtent = ExtentHelper.Pan(mapEngine.CurrentExtent, PanDirection.Left, 20);
+                     break;
+                 case "Pan Right":
+                     mapEngine.CurrentExtent = ExtentHelper.Pan(mapEngine.CurrentExtent, PanDirection.Right, 20);
+                     break;
+                 case "Pan Up":
+                     mapEngine.CurrentExtent = ExtentHelper.Pan(mapEngine.CurrentExtent, PanDirection.Up, 20);
+                     break;
+                 case "Pan Down":
+                     mapEngine.CurrentExtent = ExtentHelper.Pan(mapEngine.CurrentExtent, PanDirection.Down, 20);
+                     break;
+                 default:
+                     break;
+             }
+             DrawImage();
+         }
+         private void btnClose_Click(object sender, EventArgs e)
+         {
+             this.Close();
+         }
+     }
+ }
+ </code>

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