DynamicBikingCmd.cs
// Copyright 2012 ESRI // // All rights reserved under the copyright laws of the United States // and applicable international laws, treaties, and conventions. // // You may freely redistribute and use this sample code, with or // without modification, provided you include the original copyright // notice and use restrictions. // // See the use restrictions. // using System; using System.IO; using System.Drawing; using System.Xml; using System.Xml.XPath; using System.Threading; using System.Windows.Forms; using System.Collections.Generic; using System.Runtime.InteropServices; using ESRI.ArcGIS.ADF.BaseClasses; using ESRI.ArcGIS.ADF.CATIDs; using ESRI.ArcGIS.Controls; using ESRI.ArcGIS.Geometry; using ESRI.ArcGIS.Carto; using ESRI.ArcGIS.Display; using ESRI.ArcGIS.esriSystem; namespace DynamicBiking { /// <summary> /// Summary description for DynamicBikingCmd. /// </summary> [Guid("f01054d2-0130-4124-8436-1bf2942bf2b6")] [ClassInterface(ClassInterfaceType.None)] [ProgId("DynamicBiking.DynamicBikingCmd")] public sealed class DynamicBikingCmd : BaseCommand { #region COM Registration Function(s) [ComRegisterFunction()] [ComVisible(false)] static void RegisterFunction(Type registerType) { // Required for ArcGIS Component Category Registrar support ArcGISCategoryRegistration(registerType); // // TODO: Add any COM registration code here // } [ComUnregisterFunction()] [ComVisible(false)] static void UnregisterFunction(Type registerType) { // Required for ArcGIS Component Category Registrar support ArcGISCategoryUnregistration(registerType); // // TODO: Add any COM unregistration code here // } #region ArcGIS Component Category Registrar generated code /// <summary> /// Required method for ArcGIS Component Category registration - /// Do not modify the contents of this method with the code editor. /// </summary> private static void ArcGISCategoryRegistration(Type registerType) { string regKey = string.Format("HKEY_CLASSES_ROOT\\CLSID\\{{{0}}}", registerType.GUID); ControlsCommands.Register(regKey); } /// <summary> /// Required method for ArcGIS Component Category unregistration - /// Do not modify the contents of this method with the code editor. /// </summary> private static void ArcGISCategoryUnregistration(Type registerType) { string regKey = string.Format("HKEY_CLASSES_ROOT\\CLSID\\{{{0}}}", registerType.GUID); ControlsCommands.Unregister(regKey); } #endregion #endregion #region class members private enum GPSPlaybackFormat { HST = 0, GPX = 1, XML = 2 } private GPSPlaybackFormat m_playbackFormat = GPSPlaybackFormat.GPX; private IHookHelper m_hookHelper; private IDynamicMap m_dynamicMap = null; private IActiveView m_activeView = null; private bool m_bConnected = false; private IPoint m_gpsPosition = null; private IPoint m_additionalInfoPoint = null; private IPointCollection4 m_bikeRouteGeometry = null; private IGeometryBridge2 m_geometryBridge = null; private WKSPoint[] m_wksPoints = new WKSPoint[1]; private WKSPoint m_wksPrevPosition; private IDynamicSymbolProperties2 m_dynamicSymbolProperties = null; private IDynamicCompoundMarker2 m_dynamicCompoundMarker = null; private IDynamicScreenDisplay m_dynamicScreenDisplay = null; private IDynamicGlyph m_bikeGlyph = null; private IDynamicGlyph m_bikeRouteGlyph = null; private IDynamicGlyph m_textGlyph = null; private IDynamicGlyph m_catGlyph = null; private IDynamicGlyph m_gpsGlyph = null; private IDynamicGlyph[] m_heartRateGlyph; private float m_gpsSymbolScale = 1.0f; private double m_heading = 0; private string m_heartRateString = string.Empty; private string m_altitudeString = string.Empty; private string m_speed = string.Empty; private bool m_bOnce = true; private int m_heartRateCounter = 0; private int m_drawCycles = 0; public int m_playbackSpeed = 10; private bool m_bTrackMode = false; string[] nullString = null; private string m_xmlPath = string.Empty; // xml loader thread stuff private Thread m_dataLoaderThread = null; private static AutoResetEvent m_autoEvent = new AutoResetEvent(false); private int m_bikePositionCount = 0; private sealed class BikePositionInfo { public BikePositionInfo() { } public WKSPoint position; public DateTime time; public double altitudeMeters; public int heartRate; public int lapCount; public int lapAverageHeartRate; public int lapMaximumHeartRate; public int lapCalories; public double lapMaximumSpeed; public double lapDistanceMeters; public double course; public double speed; public int positionCount; } private BikePositionInfo m_bikePositionInfo = null; private struct XmlDocTaksData { public string xmlDocPath; } #endregion #region class constructor public DynamicBikingCmd() { base.m_category = ".NET Samples"; base.m_caption = "Dynamic Biking"; base.m_message = "Dynamic Biking"; base.m_toolTip = "Dynamic Biking"; base.m_name = "DynamicBiking_DynamicBikingCmd"; try { string bitmapResourceName = GetType().Name + ".bmp"; base.m_bitmap = new Bitmap(GetType(), bitmapResourceName); } catch (Exception ex) { System.Diagnostics.Trace.WriteLine(ex.Message, "Invalid Bitmap."); } } ~DynamicBikingCmd() { if (m_dataLoaderThread != null && m_dataLoaderThread.ThreadState == ThreadState.Running) { m_autoEvent.Set(); m_dataLoaderThread.Join(); } } #endregion #region Overriden Class Methods /// <summary> /// Occurs when this command is created /// </summary> /// <param name="hook">Instance of the application</param> public override void OnCreate(object hook) { if (hook == null) return; if (m_hookHelper == null) m_hookHelper = new HookHelperClass(); m_hookHelper.Hook = hook; m_activeView = m_hookHelper.ActiveView; m_geometryBridge = new GeometryEnvironmentClass(); m_wksPrevPosition.X = 0; m_wksPrevPosition.Y = 0; } /// <summary> /// Occurs when this command is clicked /// </summary> public override void OnClick() { m_dynamicMap = m_hookHelper.FocusMap as IDynamicMap; if (m_dynamicMap == null) return; if (!m_dynamicMap.DynamicMapEnabled) { MessageBox.Show("Please enable dynamic mode and try again."); return; } if (!m_bConnected) { m_xmlPath = GetPlaybackXmlPath(); if (m_xmlPath == string.Empty) return; m_bikePositionInfo = new BikePositionInfo(); m_bikePositionInfo.positionCount = m_bikePositionCount; m_bikePositionInfo.altitudeMeters = 0; m_bikePositionInfo.time = DateTime.Now; m_bikePositionInfo.position.X = 0; m_bikePositionInfo.position.Y = 0; m_bikePositionInfo.heartRate = 0; m_bikePositionInfo.lapCount = 0; m_bikePositionInfo.lapAverageHeartRate = 0; m_bikePositionInfo.lapMaximumHeartRate = 0; m_bikePositionInfo.lapDistanceMeters = 0; m_bikePositionInfo.lapMaximumSpeed = 0; m_bikePositionInfo.lapCalories = 0; m_gpsPosition = new PointClass(); m_additionalInfoPoint = new PointClass(); m_additionalInfoPoint.PutCoords(70, 90); m_bikeRouteGeometry = new PolylineClass(); // wire dynamic map events ((IDynamicMapEvents_Event)m_dynamicMap).AfterDynamicDraw += new IDynamicMapEvents_AfterDynamicDrawEventHandler(OnAfterDynamicDraw); ((IDynamicMapEvents_Event)m_dynamicMap).DynamicMapStarted += new IDynamicMapEvents_DynamicMapStartedEventHandler(OnDynamicMapStarted); // spin the thread that plays the data from the xml file m_dataLoaderThread = new Thread(new ParameterizedThreadStart(XmlReaderTask)); XmlDocTaksData taskData; taskData.xmlDocPath = m_xmlPath; m_dataLoaderThread.Start(taskData); } else { // unwire wire dynamic map events ((IDynamicMapEvents_Event)m_dynamicMap).AfterDynamicDraw -= new IDynamicMapEvents_AfterDynamicDrawEventHandler(OnAfterDynamicDraw); ((IDynamicMapEvents_Event)m_dynamicMap).DynamicMapStarted -= new IDynamicMapEvents_DynamicMapStartedEventHandler(OnDynamicMapStarted); // force the bike xml playback thread to quite m_autoEvent.Set(); m_dataLoaderThread.Join(); System.Diagnostics.Trace.WriteLine("Done!!!"); } m_bConnected = !m_bConnected; } public override bool Checked { get { return m_bConnected; } } #endregion #region public properties public bool IsPlaying { get { return m_bConnected; } } public bool TrackMode { get { return m_bTrackMode; } set { m_bTrackMode = value; } } public int PlaybackSpeed { get { return m_playbackSpeed; } set { m_playbackSpeed = value; } } #endregion #region Private methods private void OnAfterDynamicDraw(esriDynamicMapDrawPhase DynamicMapDrawPhase, IDisplay Display, IDynamicDisplay dynamicDisplay) { if (DynamicMapDrawPhase != esriDynamicMapDrawPhase.esriDMDPDynamicLayers) return; // initialize symbology for dynamic drawing if (m_bOnce) { // create the glyphs for the bike position as well as for the route IDynamicGlyphFactory2 dynamicGlyphFactory = dynamicDisplay.DynamicGlyphFactory as IDynamicGlyphFactory2; IColor whiteTransparentColor = (IColor)ESRI.ArcGIS.ADF.Connection.Local.Converter.ToRGBColor(Color.FromArgb(255, 255, 255)); Bitmap bitmap = new Bitmap(GetType(), "Icons.bicycle-icon.bmp"); m_bikeGlyph = dynamicGlyphFactory.CreateDynamicGlyphFromBitmap(esriDynamicGlyphType.esriDGlyphMarker, bitmap.GetHbitmap().ToInt32(), false, whiteTransparentColor); bitmap = new Bitmap(GetType(), "Icons.cat.bmp"); m_catGlyph = dynamicGlyphFactory.CreateDynamicGlyphFromBitmap(esriDynamicGlyphType.esriDGlyphMarker, bitmap.GetHbitmap().ToInt32(), false, whiteTransparentColor); bitmap = new Bitmap(GetType(), "Icons.gps.png"); m_gpsGlyph = dynamicGlyphFactory.CreateDynamicGlyphFromBitmap(esriDynamicGlyphType.esriDGlyphMarker, bitmap.GetHbitmap().ToInt32(), false, whiteTransparentColor); ISymbol routeSymbol = CreateBikeRouteSymbol(); m_bikeRouteGlyph = dynamicGlyphFactory.CreateDynamicGlyph(routeSymbol); // create the heart rate glyphs series CreateHeartRateAnimationGlyphs(dynamicGlyphFactory); // get the default internal text glyph m_textGlyph = dynamicGlyphFactory.get_DynamicGlyph(1, esriDynamicGlyphType.esriDGlyphText, 1); // do one time casting m_dynamicSymbolProperties = dynamicDisplay as IDynamicSymbolProperties2; m_dynamicCompoundMarker = dynamicDisplay as IDynamicCompoundMarker2; m_dynamicScreenDisplay = dynamicDisplay as IDynamicScreenDisplay; m_bOnce = false; } // draw the trail m_dynamicSymbolProperties.set_DynamicGlyph(esriDynamicSymbolType.esriDSymbolLine, m_bikeRouteGlyph); m_dynamicSymbolProperties.SetColor(esriDynamicSymbolType.esriDSymbolLine, 1.0f, 1.0f, 1.0f, 1.0f); m_dynamicSymbolProperties.SetScale(esriDynamicSymbolType.esriDSymbolLine, 1.0f, 1.0f); m_dynamicSymbolProperties.LineContinuePattern = true; dynamicDisplay.DrawPolyline(m_bikeRouteGeometry); if (m_playbackFormat == GPSPlaybackFormat.HST) { // adjust the bike lap additional info point to draw at the top left corner of the window m_additionalInfoPoint.Y = Display.DisplayTransformation.get_DeviceFrame().bottom - 70; // draw additional lap information DrawLapInfo(dynamicDisplay); // draw the heart-rate and altitude DrawHeartRateAnimation(dynamicDisplay, m_gpsPosition); // draw the current position as a marker glyph m_dynamicSymbolProperties.set_DynamicGlyph(esriDynamicSymbolType.esriDSymbolMarker, m_bikeGlyph); m_dynamicSymbolProperties.SetColor(esriDynamicSymbolType.esriDSymbolMarker, 1.0f, 1.0f, 1.0f, 1.0f); m_dynamicSymbolProperties.SetScale(esriDynamicSymbolType.esriDSymbolMarker, 1.2f, 1.2f); m_dynamicSymbolProperties.set_RotationAlignment(esriDynamicSymbolType.esriDSymbolMarker, esriDynamicSymbolRotationAlignment.esriDSRANorth); m_dynamicSymbolProperties.set_Heading(esriDynamicSymbolType.esriDSymbolMarker, (float)(m_heading - 90)); dynamicDisplay.DrawMarker(m_gpsPosition); } else { DrawGPSInfo(dynamicDisplay, m_gpsPosition); } } void OnDynamicMapStarted(IDisplay Display, IDynamicDisplay dynamicDisplay) { lock (m_bikePositionInfo) { // update the bike position if (m_bikePositionInfo.positionCount != m_bikePositionCount) { // update the geometry m_gpsPosition.PutCoords(m_bikePositionInfo.position.X, m_bikePositionInfo.position.Y); // check if needed to update the map extent if (m_bTrackMode) { IEnvelope mapExtent = m_hookHelper.ActiveView.ScreenDisplay.DisplayTransformation.FittedBounds; mapExtent.CenterAt(m_gpsPosition); m_hookHelper.ActiveView.ScreenDisplay.DisplayTransformation.VisibleBounds = mapExtent; } // update the bike trail m_wksPoints[0] = m_bikePositionInfo.position; m_geometryBridge.AddWKSPoints(m_bikeRouteGeometry, ref m_wksPoints); // get the GPS altitude reading m_altitudeString = string.Format("Altitude: {0} m", m_bikePositionInfo.altitudeMeters.ToString("####.#")); if (m_playbackFormat == GPSPlaybackFormat.HST) { // calculate the heading m_heading = Math.Atan2(m_bikePositionInfo.position.X - m_wksPrevPosition.X, m_bikePositionInfo.position.Y - m_wksPrevPosition.Y); m_heading *= (180 / Math.PI); if (m_heading < 0) m_heading += 360; m_heartRateString = string.Format("{0} BPM", m_bikePositionInfo.heartRate); } else { m_heading = m_bikePositionInfo.course; m_speed = string.Format("Speed: {0} MPH", m_bikePositionInfo.speed.ToString("###.#")); } m_wksPrevPosition.X = m_bikePositionInfo.position.X; m_wksPrevPosition.Y = m_bikePositionInfo.position.Y; m_bikePositionCount = m_bikePositionInfo.positionCount; } } // explicitly call refresh in order to make the dynamic display fire AfterDynamicDraw event m_hookHelper.ActiveView.Refresh(); } private void XmlReaderTask(object data) { bool bFirst = true; DateTime nextTime = DateTime.Now; DateTime currentTime = DateTime.Now; double lat = 0; double lon = 0; double altitude = 0; double course = 0; double speed = 0; int heartRate = 0; XmlNode trackPoint = null; XmlNode nextTrackPointTimeNode = null; XmlDocTaksData taskData = (XmlDocTaksData)data; XmlDocument bikeDataDoc = new XmlDocument(); XmlTextReader xmlTextReader = new XmlTextReader(m_xmlPath); bikeDataDoc.Load(xmlTextReader); XmlElement rootElement = bikeDataDoc.DocumentElement; if (m_playbackFormat == GPSPlaybackFormat.HST) { XmlNodeList laps = rootElement.GetElementsByTagName("Lap"); foreach (XmlNode lap in laps) { // get lap average and maximum heart rate XmlNode averageHeartRate = ((XmlElement)lap).GetElementsByTagName("AverageHeartRateBpm")[0]; XmlNode maximumHeartRate = ((XmlElement)lap).GetElementsByTagName("MaximumHeartRateBpm")[0]; XmlNode calories = ((XmlElement)lap).GetElementsByTagName("Calories")[0]; XmlNode maxSpeed = ((XmlElement)lap).GetElementsByTagName("MaximumSpeed")[0]; XmlNode distance = ((XmlElement)lap).GetElementsByTagName("DistanceMeters")[0]; // update the position info lock (m_bikePositionInfo) { m_bikePositionInfo.lapCount++; m_bikePositionInfo.lapAverageHeartRate = Convert.ToInt32(averageHeartRate.InnerText); m_bikePositionInfo.lapMaximumHeartRate = Convert.ToInt32(maximumHeartRate.InnerText); m_bikePositionInfo.lapCalories = Convert.ToInt32(calories.InnerText); m_bikePositionInfo.lapMaximumSpeed = Convert.ToDouble(maxSpeed.InnerText); m_bikePositionInfo.lapDistanceMeters = Convert.ToDouble(distance.InnerText); } XmlNodeList tracks = ((XmlElement)lap).GetElementsByTagName("Track"); foreach (XmlNode track in tracks) { XmlNodeList trackpoints = ((XmlElement)track).GetElementsByTagName("Trackpoint"); // read each time one track point ahead in order to calculate the lag time between // the current track point and the next one. This time will be used as the wait time // for the AutoResetEvent. foreach (XmlNode nextTrackPoint in trackpoints) { bool bNextTime = false; bool bTime = false; bool bPosition = false; bool bAltitude = false; bool bHeartRate = false; // if this is the first node in the first track make it current if (bFirst) { trackPoint = nextTrackPoint; bFirst = false; continue; } // get the time from the next point in order to calculate the lag time nextTrackPointTimeNode = ((XmlElement)nextTrackPoint).GetElementsByTagName("Time")[0]; if (nextTrackPointTimeNode == null) continue; else { nextTime = Convert.ToDateTime(nextTrackPointTimeNode.InnerText); bNextTime = true; } if (trackPoint.ChildNodes.Count == 4) { foreach (XmlNode trackPointNode in trackPoint.ChildNodes) { if (trackPointNode.Name == "Time") { currentTime = Convert.ToDateTime(trackPointNode.InnerText); bTime = true; } else if (trackPointNode.Name == "Position") { XmlNode latNode = trackPointNode["LatitudeDegrees"]; lat = Convert.ToDouble(latNode.InnerText); XmlNode lonNode = trackPointNode["LongitudeDegrees"]; lon = Convert.ToDouble(lonNode.InnerText); bPosition = true; } else if (trackPointNode.Name == "AltitudeMeters") { altitude = Convert.ToDouble(trackPointNode.InnerText); bAltitude = true; } else if (trackPointNode.Name == "HeartRateBpm") { heartRate = Convert.ToInt32(trackPointNode.InnerText); bHeartRate = true; } } if (bNextTime && bTime && bPosition && bAltitude && bHeartRate) { TimeSpan ts = nextTime - currentTime; lock (m_bikePositionInfo) { m_bikePositionInfo.position.X = lon; m_bikePositionInfo.position.Y = lat; m_bikePositionInfo.altitudeMeters = altitude; m_bikePositionInfo.heartRate = heartRate; m_bikePositionInfo.time = currentTime; m_bikePositionInfo.positionCount++; } // wait for the duration of the time span or bail out if the thread was signaled if (m_autoEvent.WaitOne((int)(ts.TotalMilliseconds / m_playbackSpeed), true)) { return; } } } // make the next track point current trackPoint = nextTrackPoint; } } } } else // GPX { XmlNodeList trackpoints = bikeDataDoc.DocumentElement.GetElementsByTagName("trkpt"); // read each time one track point ahead in order to calculate the lag time between // the current track point and the next one. This time will be used as the wait time // for the AutoResetEvent. foreach (XmlNode nextTrackPoint in trackpoints) { // if this is the first node in the first track make it current if (bFirst) { trackPoint = nextTrackPoint; bFirst = false; continue; } // get the time from the next point in order to calculate the lag time nextTrackPointTimeNode = ((XmlElement)nextTrackPoint).GetElementsByTagName("time")[0]; if (nextTrackPointTimeNode == null) continue; else { nextTime = Convert.ToDateTime(nextTrackPointTimeNode.InnerText); } lat = Convert.ToDouble(trackPoint.Attributes["lat"].InnerText); lon = Convert.ToDouble(trackPoint.Attributes["lon"].InnerText); foreach (XmlNode trackPointNode in trackPoint.ChildNodes) { if (trackPointNode.Name == "time") { currentTime = Convert.ToDateTime(trackPointNode.InnerText); } else if (trackPointNode.Name == "ele") { altitude = Convert.ToDouble(trackPointNode.InnerText); } else if (trackPointNode.Name == "course") { course = Convert.ToDouble(trackPointNode.InnerText); } else if (trackPointNode.Name == "speed") { speed = Convert.ToDouble(trackPointNode.InnerText); } } TimeSpan ts = nextTime - currentTime; lock (m_bikePositionInfo) { m_bikePositionInfo.position.X = lon; m_bikePositionInfo.position.Y = lat; m_bikePositionInfo.altitudeMeters = altitude; m_bikePositionInfo.time = currentTime; m_bikePositionInfo.course = course; m_bikePositionInfo.speed = speed; m_bikePositionInfo.positionCount++; } // wait for the duration of the time span or bail out if the thread was signaled if (m_autoEvent.WaitOne((int)(ts.TotalMilliseconds / m_playbackSpeed), true)) { return; } // make the next track point current trackPoint = nextTrackPoint; } } // close the reader when done xmlTextReader.Close(); } private ISymbol CreateBikeRouteSymbol() { IColor color = (IColor)ESRI.ArcGIS.ADF.Connection.Local.Converter.ToRGBColor(Color.FromArgb(0, 90, 250)); ICharacterMarkerSymbol charMarkerSymbol = new CharacterMarkerSymbolClass(); charMarkerSymbol.Color = color; charMarkerSymbol.Font = ESRI.ArcGIS.ADF.Connection.Local.Converter.ToStdFont(new Font("ESRI Default Marker", 17.0f, FontStyle.Bold)); charMarkerSymbol.CharacterIndex = 189; charMarkerSymbol.Size = 17; IMarkerLineSymbol markerLineSymbol = new MarkerLineSymbolClass(); markerLineSymbol.Color = color; markerLineSymbol.Width = 17.0; markerLineSymbol.MarkerSymbol = (IMarkerSymbol)charMarkerSymbol; // Makes a new Cartographic Line symbol and sets its properties ICartographicLineSymbol cartographicLineSymbol = markerLineSymbol as ICartographicLineSymbol; // In order to set additional properties like offsets and dash patterns we must create an ILineProperties object ILineProperties lineProperties = cartographicLineSymbol as ILineProperties; lineProperties.Offset = 0; // Here's how to do a template for the pattern of marks and gaps double[] hpe = new double[4]; hpe[0] = 0; hpe[1] = 39; hpe[2] = 1; hpe[3] = 0; ITemplate template = new TemplateClass(); template.Interval = 1; for (int i = 0; i < hpe.Length; i = i + 2) { template.AddPatternElement(hpe[i], hpe[i + 1]); } lineProperties.Template = template; // Set the basic and cartographic line properties cartographicLineSymbol.Color = color; color = (IColor)ESRI.ArcGIS.ADF.Connection.Local.Converter.ToRGBColor(Color.FromArgb(0, 220, 100)); // create a simple line ISimpleLineSymbol simpleLineSymbol = new SimpleLineSymbolClass(); simpleLineSymbol.Color = color; simpleLineSymbol.Style = esriSimpleLineStyle.esriSLSSolid; simpleLineSymbol.Width = 1.2; IMultiLayerLineSymbol multiLayerLineSymbol = new MultiLayerLineSymbolClass(); multiLayerLineSymbol.AddLayer((ILineSymbol)cartographicLineSymbol); multiLayerLineSymbol.AddLayer((ILineSymbol)simpleLineSymbol); return multiLayerLineSymbol as ISymbol; } private void CreateHeartRateAnimationGlyphs(IDynamicGlyphFactory2 dynamicGlyphFactory) { IColor whiteTransparentColor = (IColor)ESRI.ArcGIS.ADF.Connection.Local.Converter.ToRGBColor(Color.FromArgb(255, 255, 255)); m_heartRateGlyph = new IDynamicGlyph[5]; string heartRateIcon; string heartIconBaseName = "Icons.valentine-heart"; Bitmap bitmap = null; int imagesize = 16; for (int i = 0; i < 5; i++) { heartRateIcon = heartIconBaseName + imagesize + ".bmp"; bitmap = new Bitmap(GetType(), heartRateIcon); m_heartRateGlyph[i] = dynamicGlyphFactory.CreateDynamicGlyphFromBitmap(esriDynamicGlyphType.esriDGlyphMarker, bitmap.GetHbitmap().ToInt32(), false, whiteTransparentColor); m_heartRateGlyph[i].SetAnchor(20.0f, -40.0f); imagesize += 2; } } private void DrawHeartRateAnimation(IDynamicDisplay dynamicDisplay, IPoint bikePoint) { m_dynamicSymbolProperties.set_DynamicGlyph(esriDynamicSymbolType.esriDSymbolMarker, m_heartRateGlyph[m_heartRateCounter]); m_dynamicSymbolProperties.SetColor(esriDynamicSymbolType.esriDSymbolMarker, 1.0f, 1.0f, 1.0f, 1.0f); m_dynamicSymbolProperties.SetScale(esriDynamicSymbolType.esriDSymbolMarker, 1.0f, 1.0f); m_dynamicSymbolProperties.set_RotationAlignment(esriDynamicSymbolType.esriDSymbolMarker, esriDynamicSymbolRotationAlignment.esriDSRAScreen); m_dynamicSymbolProperties.set_Heading(esriDynamicSymbolType.esriDSymbolMarker, 0.0f); dynamicDisplay.DrawMarker(bikePoint); m_textGlyph.SetAnchor(-35.0f, -50.0f); m_dynamicSymbolProperties.set_DynamicGlyph(esriDynamicSymbolType.esriDSymbolText, m_textGlyph); m_dynamicSymbolProperties.TextBoxUseDynamicFillSymbol = true; m_dynamicSymbolProperties.SetColor(esriDynamicSymbolType.esriDSymbolText, 0.0f, 0.8f, 0.0f, 1.0f); m_dynamicSymbolProperties.SetColor(esriDynamicSymbolType.esriDSymbolFill, 0.0f, 0.0f, 0.0f, 1.0f); m_dynamicSymbolProperties.TextBoxHorizontalAlignment = esriTextHorizontalAlignment.esriTHALeft; dynamicDisplay.DrawText(bikePoint, m_heartRateString); m_textGlyph.SetAnchor(-20.0f, -30.0f); m_dynamicSymbolProperties.set_DynamicGlyph(esriDynamicSymbolType.esriDSymbolText, m_textGlyph); dynamicDisplay.DrawText(bikePoint, m_altitudeString); if (m_drawCycles % 5 == 0) { m_heartRateCounter++; if (m_heartRateCounter > 4) m_heartRateCounter = 0; } m_drawCycles++; if (m_drawCycles == 5) m_drawCycles = 0; } private void DrawGPSInfo(IDynamicDisplay dynamicDisplay, IPoint gpsPosition) { // altitude is already available string course; string speed; lock (m_bikePositionInfo) { course = string.Format("Course {0} DEG", m_bikePositionInfo.course.ToString("###.##")); speed = string.Format("Speed {0} MPH", m_bikePositionInfo.speed.ToString("###.##")); } string gpsInfo = string.Format("{0}\n{1}\n{2}", course, speed, m_altitudeString); m_textGlyph.SetAnchor(-35.0f, -47.0f); m_dynamicSymbolProperties.set_DynamicGlyph(esriDynamicSymbolType.esriDSymbolText, m_textGlyph); m_dynamicSymbolProperties.TextBoxUseDynamicFillSymbol = true; m_dynamicSymbolProperties.set_Heading(esriDynamicSymbolType.esriDSymbolText, 0.0f); m_dynamicSymbolProperties.SetColor(esriDynamicSymbolType.esriDSymbolText, 0.0f, 0.8f, 0.0f, 1.0f); m_dynamicSymbolProperties.SetScale(esriDynamicSymbolType.esriDSymbolText, 1.0f, 1.0f); m_dynamicSymbolProperties.SetColor(esriDynamicSymbolType.esriDSymbolFill, 0.0f, 0.0f, 0.0f, 0.6f); m_dynamicSymbolProperties.TextBoxHorizontalAlignment = esriTextHorizontalAlignment.esriTHALeft; dynamicDisplay.DrawText(m_gpsPosition, gpsInfo); m_dynamicSymbolProperties.set_DynamicGlyph(esriDynamicSymbolType.esriDSymbolMarker, m_gpsGlyph); m_dynamicSymbolProperties.SetColor(esriDynamicSymbolType.esriDSymbolMarker, 1.0f, 1.0f, 1.0f, 1.0f); m_dynamicSymbolProperties.SetScale(esriDynamicSymbolType.esriDSymbolMarker, m_gpsSymbolScale, m_gpsSymbolScale); m_dynamicSymbolProperties.set_RotationAlignment(esriDynamicSymbolType.esriDSymbolMarker, esriDynamicSymbolRotationAlignment.esriDSRANorth); m_dynamicSymbolProperties.set_Heading(esriDynamicSymbolType.esriDSymbolMarker, (float)(m_heading - 90)); dynamicDisplay.DrawMarker(m_gpsPosition); if (m_drawCycles % 5 == 0) { // increment the symbol size m_gpsSymbolScale += 0.05f; if (m_gpsSymbolScale > 1.2f) m_gpsSymbolScale = 0.8f; } m_drawCycles++; if (m_drawCycles == 5) m_drawCycles = 0; } private void DrawLapInfo(IDynamicDisplay dynamicDisplay) { string lapCount; string lapInfo; string lapHeartRateInfo; lock (m_bikePositionInfo) { lapCount = string.Format("Lap #{0}", m_bikePositionInfo.lapCount); lapInfo = string.Format("Lap information:\nDistance: {0}m\nMaximum speed - {1}\nCalories - {2}", m_bikePositionInfo.lapDistanceMeters.ToString("#####.#"), m_bikePositionInfo.lapMaximumSpeed.ToString("###.#"), m_bikePositionInfo.lapCalories); lapHeartRateInfo = string.Format("Lap heart rate info:\nAverage - {0}\nMaximum - {1}", m_bikePositionInfo.lapAverageHeartRate, m_bikePositionInfo.lapMaximumHeartRate); } m_dynamicSymbolProperties.set_DynamicGlyph(esriDynamicSymbolType.esriDSymbolMarker, m_catGlyph); m_dynamicSymbolProperties.SetColor(esriDynamicSymbolType.esriDSymbolMarker, 1.0f, 1.0f, 1.0f, 1.0f); m_dynamicSymbolProperties.SetScale(esriDynamicSymbolType.esriDSymbolMarker, 1.0f, 1.0f); m_dynamicSymbolProperties.set_RotationAlignment(esriDynamicSymbolType.esriDSymbolMarker, esriDynamicSymbolRotationAlignment.esriDSRAScreen); m_dynamicSymbolProperties.set_Heading(esriDynamicSymbolType.esriDSymbolMarker, 0.0f); m_dynamicSymbolProperties.TextBoxUseDynamicFillSymbol = true; m_dynamicSymbolProperties.SetColor(esriDynamicSymbolType.esriDSymbolText, 0.0f, 0.8f, 0.0f, 1.0f); m_dynamicSymbolProperties.SetColor(esriDynamicSymbolType.esriDSymbolFill, 0.0f, 0.0f, 0.0f, 1.0f); m_dynamicSymbolProperties.TextBoxHorizontalAlignment = esriTextHorizontalAlignment.esriTHALeft; m_textGlyph.SetAnchor(0.0f, 0.0f); m_dynamicSymbolProperties.set_DynamicGlyph(esriDynamicSymbolType.esriDSymbolText, m_textGlyph); string[] strLapInfo = new string[] { lapCount, lapInfo, lapHeartRateInfo }; m_dynamicCompoundMarker.DrawScreenArrayMarker(m_additionalInfoPoint, ref nullString, ref nullString, ref strLapInfo, ref nullString, ref nullString); } private string GetPlaybackXmlPath() { OpenFileDialog ofd = new OpenFileDialog(); ofd.CheckFileExists = true; ofd.Multiselect = false; ofd.Filter = "HST files (*.hst)|*.hst|GPX files (*.gpx)|*.gpx|XML files (*.xml)|*.xml"; ofd.RestoreDirectory = true; ofd.Title = "Input biking log file"; DialogResult result = ofd.ShowDialog(); if (result == DialogResult.OK) { string fileExtension = System.IO.Path.GetExtension(ofd.FileName).ToUpper(); if (fileExtension == ".GPX") m_playbackFormat = GPSPlaybackFormat.GPX; else if (fileExtension == ".HST") m_playbackFormat = GPSPlaybackFormat.HST; else if (fileExtension == ".XML") m_playbackFormat = GPSPlaybackFormat.XML; return ofd.FileName; } return string.Empty; } #endregion } }