public static IList <LineChartTypes> ParseLineChartType(string[] s)
{
IList <LineChartTypes> r = new List <LineChartTypes>();
foreach (String column in s)
{
try
{
LineChartTypes t = (LineChartTypes)Enum.Parse(typeof(LineChartTypes), column, true);
//Compatibility w previous, where DifTime/DiffDist could be speced directly
if (t == LineChartTypes.DiffDist || t == LineChartTypes.DiffTime)
{
if (!r.Contains(LineChartTypes.DiffDistTime))
{
r.Add(LineChartTypes.DiffDistTime);
}
}
else
{
r.Add(t);
}
}
catch { }
}
return(r);
}
/************************************************/
/// <summary>
/// Some chartTypes share axis. Could be changeable in the chart
/// </summary>
/// <param name="chart"></param>
/// <returns></returns>
public static LineChartTypes ChartToAxis(LineChartTypes chart)
{
LineChartTypes axis = chart;
if (chart == LineChartTypes.DeviceSpeed)
{
axis = LineChartTypes.Speed;
}
else if (chart == LineChartTypes.DevicePace)
{
axis = LineChartTypes.Pace;
}
else if (chart == LineChartTypes.DevicePace2)
{
axis = LineChartTypes.Pace2;
}
else if (chart == LineChartTypes.DeviceElevation)
{
axis = LineChartTypes.Elevation;
}
else if (chart == LineChartTypes.DeviceDiffDist)
{
axis = LineChartTypes.DiffDist;
}
return(axis);
}
private bool SetLineChartChecked(LineChartTypes t)
{
if (!m_expanded)
{
return(Data.Settings.MultiChartType.Contains(t));
}
else
{
return(Data.Settings.MultiGraphType.Contains(t));
}
}
public static bool IsDiffType(LineChartTypes YAxisReferential)
{
if (YAxisReferential == LineChartTypes.DiffTime ||
YAxisReferential == LineChartTypes.DiffDist ||
YAxisReferential == LineChartTypes.DiffDistTime ||
YAxisReferential == LineChartTypes.DeviceDiffDist)
{
return(true);
}
return(false);
}
private void RefreshChart(LineChartTypes t)
{
if (!m_expanded)
{
Data.Settings.ToggleMultiChartType = t;
}
else
{
Data.Settings.ToggleMultiGraphType = t;
}
this.RefreshChart();
}
private bool FillSingleDataSerie(LineChartTypes chartType, ChartDataSeries dataSerie)
{
INumericTimeDataSeries graphPoints = GetSmoothedActivityTrack(chartType);
if (graphPoints.Count > 0)
{
TimeSpan trackStartDiffWithActivity = graphPoints.StartTime - m_ActivityInfoCache.ActualTrackStart;
float trackSecondDifference = (float)trackStartDiffWithActivity.TotalSeconds;
if (XAxisReferential == XAxisValue.Time)
{
graphPoints = Utils.Utils.RemovePausedTimesInTrack(graphPoints, Activity);
foreach (ITimeValueEntry <float> entry in graphPoints)
{
float key = trackSecondDifference + entry.ElapsedSeconds;
if (!dataSerie.Points.ContainsKey(key))
{
dataSerie.Points.Add(key, new PointF(trackSecondDifference + entry.ElapsedSeconds, entry.Value));
}
}
}
else if (m_ActivityInfoCache.MovingDistanceMetersTrack != null)
{
IDistanceDataTrack distanceTrack = m_ActivityInfoCache.MovingDistanceMetersTrack;
int pointCount = Math.Min(distanceTrack.Count, graphPoints.Count);
ITimeValueEntry <float> startEntry = distanceTrack.GetInterpolatedValue(graphPoints.StartTime);
foreach (ITimeValueEntry <float> entry in graphPoints)
{
ITimeValueEntry <float> interpolatedEntry = distanceTrack.GetInterpolatedValue(graphPoints.StartTime + new TimeSpan(0, 0, (int)entry.ElapsedSeconds));
if (interpolatedEntry != null)
{
float distanceAtTime = interpolatedEntry.Value;
float distanceValue = (float)Length.Convert(distanceAtTime, Length.Units.Meter, Activity.Category.DistanceUnits);
float key = trackSecondDifference + entry.ElapsedSeconds;
if (!dataSerie.Points.ContainsKey(key))
{
dataSerie.Points.Add(key, new PointF(distanceValue, entry.Value));
}
}
}
}
return(true);
}
return(false);
}
private void PowerToolStripMenuItem_Click(object sender, EventArgs e)
{
LineChartTypes t = LineChartTypes.Unknown;
if (sender == powerToolStripMenuItem)
{
t = LineChartTypes.Power;
}
else if (sender == PowerBalanceToolStripMenuItem)
{
t = LineChartTypes.PowerBalance;
}
else if (sender == TemperatureToolStripMenuItem)
{
t = LineChartTypes.Temperature;
}
else if (sender == GroundContactTimeToolStripMenuItem)
{
t = LineChartTypes.GroundContactTime;
}
else if (sender == VerticalOscillationToolStripMenuItem)
{
t = LineChartTypes.VerticalOscillation;
}
else if (sender == SaturatedHemoglobinToolStripMenuItem)
{
t = LineChartTypes.SaturatedHemoglobin;
}
else if (sender == TotalHemoglobinConcentrationToolStripMenuItem)
{
t = LineChartTypes.TotalHemoglobinConcentration;
}
if (t != LineChartTypes.Unknown)
{
RefreshChart(t);
}
else
{
Debug.Assert(false, "Unknown object" + sender.ToString());
}
}
public static String GetYAxisLabel(LineChartTypes chartType, IActivity activity)
{
string yAxisLabel = GetShortYAxisLabel(chartType, activity);
switch (chartType)
{
case LineChartTypes.Cadence:
{
yAxisLabel += " (" + CommonResources.Text.LabelRPM + ")";
break;
}
case LineChartTypes.Elevation:
{
if (activity != null)
{
yAxisLabel += " (" + Length.LabelPlural(activity.Category.ElevationUnits) + ")";
}
break;
}
case LineChartTypes.Speed:
{
if (activity != null)
{
yAxisLabel += " (" + Utils.Utils.GetSpeedUnitLabelForActivity(activity) + ")";
}
break;
}
case LineChartTypes.Power:
{
yAxisLabel += " (" + CommonResources.Text.LabelWatts + ")";
break;
}
}
return(yAxisLabel);
}
private void SetupAxisStripes(IAxis yAxis, LineChartTypes chartType)
{
if (yAxis != null && Activity != null)
{
yAxis.Stripes.Clear();
if (Options.Instance.ShowZonesInChart && ShownZones != null)
{
foreach (INamedLowHighZone zone in ShownZones.Zones)
{
AxisStripe stripe = new AxisStripe(zone.Low, zone.High, Color.FromArgb(16, 0, 0, 0));
yAxis.Stripes.Add(stripe);
// Setup default parameters
stripe.Name = zone.Name;
stripe.LineColor = Color.FromArgb(128, 0, 0, 0);
stripe.LineStyle = DashStyle.Dash;
stripe.LineWidth = 2;
// Some types need to override the low/high values
switch (chartType)
{
case LineChartTypes.HeartRatePercentMax:
{
IAthleteInfoEntry lastAthleteEntry = PluginMain.GetApplication().Logbook.Athlete.InfoEntries.LastEntryAsOfDate(m_ActivityInfoCache.ActualTrackStart);
// Value is in BPM so convert to the % max HR if we have the info
if (!float.IsNaN(lastAthleteEntry.MaximumHeartRatePerMinute))
{
stripe.From = (zone.Low / lastAthleteEntry.MaximumHeartRatePerMinute) * 100;
stripe.To = (zone.High / lastAthleteEntry.MaximumHeartRatePerMinute) * 100;
}
else
{
// Cancel the add, we don't have the data
yAxis.Stripes.Remove(stripe);
}
break;
}
case LineChartTypes.Speed:
{
stripe.From = Length.Convert(zone.Low, Length.Units.Meter, Utils.Utils.MajorLengthUnit(Activity.Category.DistanceUnits)) * Utils.Constants.SecondsPerHour;
stripe.To = Length.Convert(zone.High, Length.Units.Meter, Utils.Utils.MajorLengthUnit(Activity.Category.DistanceUnits)) * Utils.Constants.SecondsPerHour;;
break;
}
default:
{
break;
}
}
}
if (MainChart != null)
{
MainChart.Invalidate();
}
}
}
}
public static String GetShortYAxisLabel(LineChartTypes chartType, IActivity activity)
{
string yAxisLabel = String.Empty;
switch (chartType)
{
case LineChartTypes.Cadence:
{
yAxisLabel = CommonResources.Text.LabelCadence;
break;
}
case LineChartTypes.Elevation:
{
yAxisLabel = CommonResources.Text.LabelElevation;
break;
}
case LineChartTypes.Grade:
{
yAxisLabel = CommonResources.Text.LabelGrade;
break;
}
case LineChartTypes.HeartRateBPM:
{
yAxisLabel = CommonResources.Text.LabelHeartRate + " (" + CommonResources.Text.LabelBPM + ")";
break;
}
case LineChartTypes.HeartRatePercentMax:
{
yAxisLabel = CommonResources.Text.LabelHeartRate + " (" + CommonResources.Text.LabelPercentOfMax + ")";
break;
}
case LineChartTypes.Power:
{
yAxisLabel = CommonResources.Text.LabelPower;
break;
}
//case LineChartTypes.Pace:
case LineChartTypes.Speed:
{
if (activity != null && activity.Category.SpeedUnits == Speed.Units.Pace)
{
yAxisLabel = CommonResources.Text.LabelPace;
}
else
{
yAxisLabel = CommonResources.Text.LabelSpeed;
}
break;
}
default:
{
Debug.Assert(false);
break;
}
}
return(yAxisLabel);
}
public ChartTypeDefinition(LineChartTypes chartKey)
{
this.chartKey = chartKey;
}
public static INumericTimeDataSeries GetSmoothedActivityTrack(Data.TrailResult result, LineChartTypes lineChart, TrailResult refRes)
{
// Fail safe
INumericTimeDataSeries track;
switch (lineChart)
{
case LineChartTypes.Cadence:
{
track = result.CadencePerMinuteTrack0(refRes);
break;
}
case LineChartTypes.Elevation:
{
track = result.ElevationMetersTrack0(refRes);
break;
}
case LineChartTypes.HeartRateBPM:
{
track = result.HeartRatePerMinuteTrack0(refRes);
break;
}
//case LineChartTypes.HeartRatePercentMax:
// {
// track = result.HeartRatePerMinutePercentMaxTrack;
// break;
// }
case LineChartTypes.Power:
{
track = result.PowerWattsTrack0(refRes);
break;
}
case LineChartTypes.Grade:
{
track = result.GradeTrack0(refRes);
break;
}
case LineChartTypes.Speed:
case LineChartTypes.Pace2:
{
track = result.SpeedTrack0(refRes);
break;
}
case LineChartTypes.Pace:
{
track = result.PaceTrack0(refRes);
break;
}
case LineChartTypes.PowerBalance:
{
track = result.PowerBalanceTrack0(refRes);
break;
}
case LineChartTypes.Temperature:
{
track = result.TemperatureTrack0(refRes);
break;
}
case LineChartTypes.GroundContactTime:
{
track = result.GroundContactTimeTrack0(refRes);
break;
}
case LineChartTypes.VerticalOscillation:
{
track = result.VerticalOscillationTrack0(refRes);
break;
}
case LineChartTypes.SaturatedHemoglobin:
{
track = result.SaturatedHemoglobinTrack0(refRes);
break;
}
case LineChartTypes.TotalHemoglobinConcentration:
{
track = result.TotalHemoglobinConcentrationTrack0(refRes);
break;
}
case LineChartTypes.DiffTime:
{
track = result.DiffTimeTrack0(refRes);
break;
}
case LineChartTypes.DiffDist:
{
track = result.DiffDistTrack0(refRes);
break;
}
case LineChartTypes.DeviceSpeed:
case LineChartTypes.DevicePace2:
{
track = result.DeviceSpeedPaceTrack0(refRes, false);
break;
}
case LineChartTypes.DevicePace:
{
track = result.DeviceSpeedPaceTrack0(refRes, true);
break;
}
case LineChartTypes.DeviceElevation:
{
track = result.DeviceElevationTrack0(refRes);
break;
}
case LineChartTypes.DeviceDiffDist:
{
track = result.DeviceDiffDistTrack0(refRes);
break;
}
default:
{
Debug.Assert(false, string.Format("Unexpecteded LineChartTypes {0}", lineChart));
// Fail safe
track = new TrackUtil.NumericTimeDataSeries();
break;
}
}
return(track);
}
public static string GetSmoothingString(LineChartTypes YAxisReferential)
{
string res = "";
switch (YAxisReferential)
{
case LineChartTypes.Cadence:
res = "CadenceSmoothingSeconds";
break;
case LineChartTypes.Elevation:
case LineChartTypes.DeviceElevation:
case LineChartTypes.Grade:
res = "ElevationSmoothingSeconds";
break;
case LineChartTypes.HeartRateBPM:
case LineChartTypes.DiffHeartRateBPM:
res = "HeartRateSmoothingSeconds";
break;
case LineChartTypes.Power:
res = "PowerSmoothingSeconds";
break;
case LineChartTypes.Speed:
case LineChartTypes.Pace:
case LineChartTypes.Pace2:
case LineChartTypes.DeviceSpeed:
case LineChartTypes.DevicePace:
case LineChartTypes.DevicePace2:
res = "SpeedSmoothingSeconds";
break;
case LineChartTypes.PowerBalance:
res = "PowerBalanceSmoothingSeconds";
break;
case LineChartTypes.Temperature:
res = "TemperatureSmoothingSeconds";
break;
case LineChartTypes.GroundContactTime:
res = "GroundContactTimeSmoothingSeconds";
break;
case LineChartTypes.VerticalOscillation:
res = "VerticalOscillationSmoothingSeconds";
break;
case LineChartTypes.SaturatedHemoglobin:
res = "SaturatedHemoglobinSmoothingSeconds";
break;
case LineChartTypes.TotalHemoglobinConcentration:
res = "TotalHemoglobinConcentrationSmoothingSeconds";
break;
case LineChartTypes.DiffDist:
case LineChartTypes.DiffTime:
case LineChartTypes.DiffDistTime:
case LineChartTypes.DeviceDiffDist:
break;
default:
Debug.Assert(false, "Unknown smoothing LineChartType" + YAxisReferential);
break;
}
return(res);
}
public static string LineChartTypesString(LineChartTypes YAxisReferential, bool yAxis)
{
string yAxisLabel = "";
switch (YAxisReferential)
{
case LineChartTypes.Cadence:
{
yAxisLabel = CommonResources.Text.LabelCadence;
break;
}
case LineChartTypes.Elevation:
case LineChartTypes.DeviceElevation:
{
yAxisLabel = CommonResources.Text.LabelElevation;
break;
}
case LineChartTypes.HeartRateBPM:
case LineChartTypes.DiffHeartRateBPM: //Unused - need name changes
{
yAxisLabel = CommonResources.Text.LabelHeartRate;
break;
}
//case LineChartTypes.HeartRatePercentMax:
// {
// yAxisLabel = CommonResources.Text.LabelHeartRate;
// break;
// }
case LineChartTypes.Power:
{
yAxisLabel = CommonResources.Text.LabelPower;
break;
}
case LineChartTypes.Speed:
case LineChartTypes.DeviceSpeed:
{
yAxisLabel = CommonResources.Text.LabelSpeed;
break;
}
case LineChartTypes.Pace:
case LineChartTypes.DevicePace:
{
yAxisLabel = CommonResources.Text.LabelPace;
break;
}
case LineChartTypes.Pace2:
case LineChartTypes.DevicePace2:
{
yAxisLabel = Properties.Resources.UI_Chart_PaceInverted;
break;
}
case LineChartTypes.SpeedPace: //Only chart selector
case LineChartTypes.DeviceSpeedPace: //Only chart selector
{
yAxisLabel = CommonResources.Text.LabelSpeed + " / " + CommonResources.Text.LabelPace;
break;
}
case LineChartTypes.Grade:
{
yAxisLabel = CommonResources.Text.LabelGrade;
break;
}
case LineChartTypes.PowerBalance:
{
yAxisLabel = CommonResources.Text.LabelPowerBalance;
break;
}
case LineChartTypes.Temperature:
{
yAxisLabel = CommonResources.Text.LabelTemperature;
break;
}
case LineChartTypes.GroundContactTime:
{
yAxisLabel = CommonResources.Text.LabelGroundContactTime;
break;
}
case LineChartTypes.VerticalOscillation:
{
yAxisLabel = CommonResources.Text.LabelVerticalOscillation;
break;
}
case LineChartTypes.SaturatedHemoglobin:
{
yAxisLabel = CommonResources.Text.LabelSaturatedHemoglobinPercent;
break;
}
case LineChartTypes.TotalHemoglobinConcentration:
{
yAxisLabel = CommonResources.Text.LabelTotalHemoglobinConcentration;
break;
}
case LineChartTypes.Distance:
case LineChartTypes.DiffDist: //Only for yaxis label
{
yAxisLabel = CommonResources.Text.LabelDistance;
break;
}
case LineChartTypes.DeviceDiffDist:
{
if (yAxis)
{
yAxisLabel = CommonResources.Text.LabelDistance;
}
else
{
yAxisLabel = Properties.Resources.UI_Chart_Difference;
}
break;
}
case LineChartTypes.Time:
case LineChartTypes.DiffTime: //Only for yaxis label
{
yAxisLabel = CommonResources.Text.LabelTime;
break;
}
case LineChartTypes.DiffDistTime: //Only chart selector
{
yAxisLabel = Properties.Resources.UI_Chart_Difference;
break;
}
default:
{
Debug.Assert(false, string.Format("Unexpecteded LineChartTypes {0}", YAxisReferential));
break;
}
}
return(yAxisLabel);
}
public static string ChartTypeString(LineChartTypes x)
{
return(LineChartTypesString(x, true));
}
private void SetupYAxisFromType(IAxis yAxis, LineChartTypes chartType)
{
IAxisFormatter yAxisFormatter = new Formatter.General();
yAxis.Label = GetYAxisLabel(chartType, Activity);
switch (chartType)
{
case LineChartTypes.Cadence:
{
break;
}
case LineChartTypes.Elevation:
{
if (PluginMain.GetApplication() != null)
{
Length.Units elevationUnit = PluginMain.GetApplication().SystemPreferences.ElevationUnits;
if (Activity != null)
{
elevationUnit = Activity.Category.ElevationUnits;
}
}
break;
}
case LineChartTypes.Grade:
{
((Formatter.General)yAxisFormatter).MinPrecision = 1;
break;
}
case LineChartTypes.HeartRateBPM:
{
break;
}
case LineChartTypes.HeartRatePercentMax:
{
yAxisFormatter = new Formatter.Percent();
break;
}
case LineChartTypes.Power:
{
break;
}
case LineChartTypes.Speed:
{
if (Activity != null && Activity.Category.SpeedUnits == Speed.Units.Pace)
{
yAxisFormatter = new Formatter.SecondsToTime();
}
else
{
((Formatter.General)yAxisFormatter).MinPrecision = 2;
}
break;
}
default:
{
Debug.Assert(false);
break;
}
}
yAxis.Formatter = yAxisFormatter;
}
private void SetupYAxisAndDataColorFromType(IAxis yAxis, ChartDataSeries dataSerie, LineChartTypes chartType)
{
yAxis.LabelColor = Utils.Constants.LineChartTypesColors[(int)chartType];
dataSerie.LineColor = Utils.Constants.LineChartTypesColors[(int)chartType];
}
public static void SetupYAxisFormatter(LineChartTypes axisType, IAxis axis, IActivity activity)
{
axis.SmartZoom = true;
axis.LabelColor = ColorUtil.ChartColor[axisType].LineNormal;
switch (axisType)
{
case LineChartTypes.Cadence:
{
axis.Formatter = new Formatter.General(UnitUtil.Cadence.DefaultDecimalPrecision);
axis.Label = CommonResources.Text.LabelCadence + UnitUtil.Cadence.LabelAbbr2;
break;
}
case LineChartTypes.Grade:
{
axis.Formatter = new Formatter.General(UnitUtil.Grade.DefaultDecimalPrecision);
axis.Label = UnitUtil.Grade.LabelAxis;
break;
}
case LineChartTypes.Elevation:
case LineChartTypes.DeviceElevation:
{
axis.Formatter = new Formatter.General(UnitUtil.Elevation.DefaultDecimalPrecision);
axis.Label = CommonResources.Text.LabelElevation + UnitUtil.Elevation.LabelAbbrAct2(activity);
break;
}
case LineChartTypes.HeartRateBPM:
case LineChartTypes.DiffHeartRateBPM:
{
axis.Formatter = new Formatter.General(UnitUtil.HeartRate.DefaultDecimalPrecision);
axis.Label = CommonResources.Text.LabelHeartRate + UnitUtil.HeartRate.LabelAbbr2;
break;
}
//case LineChartTypes.HeartRatePercentMax:
// {
// axis.Label = CommonResources.Text.LabelHeartRate + " (" +
// CommonResources.Text.LabelPercentOfMax + ")";
// break;
// }
case LineChartTypes.Power:
{
axis.Formatter = new Formatter.General(UnitUtil.Power.DefaultDecimalPrecision);
axis.Label = CommonResources.Text.LabelPower + UnitUtil.Power.LabelAbbr2;
break;
}
case LineChartTypes.Speed:
case LineChartTypes.DeviceSpeed:
{
axis.Formatter = new Formatter.General(UnitUtil.Speed.DefaultDecimalPrecision);
axis.Label = CommonResources.Text.LabelSpeed + UnitUtil.Speed.LabelAbbrAct2(activity);
break;
}
case LineChartTypes.Pace:
case LineChartTypes.DevicePace:
{
axis.Formatter = new Formatter.SecondsToTime();
axis.Label = CommonResources.Text.LabelPace + UnitUtil.Pace.LabelAbbrAct2(activity);
break;
}
case LineChartTypes.Pace2:
case LineChartTypes.DevicePace2:
{
axis.Formatter = new PaceFormatter();
axis.Label = CommonResources.Text.LabelPace + UnitUtil.Pace.LabelAbbrAct2(activity);
break;
}
case LineChartTypes.PowerBalance:
{
axis.Formatter = new Formatter.Percent();
axis.Label = CommonResources.Text.LabelPowerBalance;
break;
}
case LineChartTypes.Temperature:
{
axis.Formatter = new Formatter.General(UnitUtil.Temperature.DefaultDecimalPrecision);
axis.Label = CommonResources.Text.LabelTemperature + UnitUtil.Temperature.LabelAbbr2;
break;
}
case LineChartTypes.GroundContactTime:
{
axis.Formatter = new Formatter.General(1);
axis.Label = CommonResources.Text.LabelGroundContactTime + " (ms)";
break;
}
case LineChartTypes.VerticalOscillation:
{
axis.Formatter = new Formatter.General();
axis.Label = CommonResources.Text.LabelVerticalOscillation + " (" + Length.LabelAbbr(Length.Units.Centimeter) + ")";
break;
}
case LineChartTypes.SaturatedHemoglobin:
{
axis.Formatter = new Formatter.Percent();
axis.Label = CommonResources.Text.LabelSaturatedHemoglobinPercent;
break;
}
case LineChartTypes.TotalHemoglobinConcentration:
{
axis.Formatter = new Formatter.General();
axis.Label = CommonResources.Text.LabelTotalHemoglobinConcentration;
break;
}
case LineChartTypes.DiffTime:
case LineChartTypes.Time:
{
axis.Formatter = new Formatter.SecondsToTime();
axis.Label = CommonResources.Text.LabelTime;
break;
}
case LineChartTypes.DiffDist:
case LineChartTypes.DeviceDiffDist:
{
axis.Formatter = new Formatter.General(UnitUtil.Elevation.DefaultDecimalPrecision - 1);
axis.Label = CommonResources.Text.LabelDistance + UnitUtil.Elevation.LabelAbbrAct2(activity);
break;
}
case LineChartTypes.Distance:
{
axis.Formatter = new Formatter.General(UnitUtil.Distance.DefaultDecimalPrecision);
axis.Label = CommonResources.Text.LabelDistance + UnitUtil.Distance.LabelAbbrAct2(activity);
break;
}
default:
{
Debug.Assert(false, string.Format("Unexpecteded LineChartTypes {0}", axisType));
break;
}
}
}
private INumericTimeDataSeries GetSmoothedActivityTrack(LineChartTypes chartType)
{
// Fail safe
INumericTimeDataSeries result = new NumericTimeDataSeries();
if (Activity != null)
{
switch (chartType)
{
case LineChartTypes.Cadence:
{
result = m_ActivityInfoCache.SmoothedCadenceTrack;
break;
}
case LineChartTypes.Elevation:
{
INumericTimeDataSeries tempResult = m_ActivityInfoCache.SmoothedElevationTrack;
// Value is in meters so convert to the right unit
result = new NumericTimeDataSeries();
foreach (ITimeValueEntry <float> entry in tempResult)
{
double temp = Length.Convert(entry.Value, Length.Units.Meter, Activity.Category.ElevationUnits);
result.Add(tempResult.EntryDateTime(entry), (float)temp);
}
break;
}
case LineChartTypes.Grade:
{
result = new NumericTimeDataSeries();
INumericTimeDataSeries tempResult = m_ActivityInfoCache.SmoothedGradeTrack;
foreach (ITimeValueEntry <float> entry in tempResult)
{
result.Add(tempResult.EntryDateTime(entry), entry.Value * 100.0f);
}
break;
}
case LineChartTypes.HeartRateBPM:
{
result = m_ActivityInfoCache.SmoothedHeartRateTrack;
break;
}
case LineChartTypes.HeartRatePercentMax:
{
result = new NumericTimeDataSeries();
IAthleteInfoEntry lastAthleteEntry = PluginMain.GetApplication().Logbook.Athlete.InfoEntries.LastEntryAsOfDate(m_ActivityInfoCache.ActualTrackStart);
// Value is in BPM so convert to the % max HR if we have the info
if (!float.IsNaN(lastAthleteEntry.MaximumHeartRatePerMinute))
{
INumericTimeDataSeries tempResult = m_ActivityInfoCache.SmoothedHeartRateTrack;
foreach (ITimeValueEntry <float> entry in tempResult)
{
double temp = (entry.Value / lastAthleteEntry.MaximumHeartRatePerMinute) * 100;
result.Add(tempResult.EntryDateTime(entry), (float)temp);
}
}
break;
}
case LineChartTypes.Power:
{
result = m_ActivityInfoCache.SmoothedPowerTrack;
break;
}
case LineChartTypes.Speed:
{
INumericTimeDataSeries tempResult = m_ActivityInfoCache.SmoothedSpeedTrack;
// Value is in m/sec so convert to the right unit and to
// pace if necessary
result = new NumericTimeDataSeries();
foreach (ITimeValueEntry <float> entry in tempResult)
{
double temp = Length.Convert(entry.Value, Length.Units.Meter, Utils.Utils.MajorLengthUnit(Activity.Category.DistanceUnits)) * Utils.Constants.SecondsPerHour;
if (Activity.Category.SpeedUnits == Speed.Units.Pace)
{
// Convert to pace and then in second
temp = Utils.Utils.SpeedToPace(temp) * Utils.Constants.SecondsPerMinute;
}
result.Add(tempResult.EntryDateTime(entry), (float)temp);
}
break;
}
default:
{
Debug.Assert(false);
break;
}
}
}
return(result);
}
public void RefreshChart()
{
if (m_showPage && this.ChartVisible)
{
LineChartTypes speedPaceChart = LineChartTypes.Speed;
LineChartTypes deviceSpeedPaceChart = LineChartTypes.DeviceSpeed;
if (Controller.TrailController.Instance.ReferenceActivity != null &&
Controller.TrailController.Instance.ReferenceActivity.Category.SpeedUnits.Equals(Speed.Units.Pace))
{
speedPaceChart = LineChartTypes.Pace;
deviceSpeedPaceChart = LineChartTypes.DevicePace;
}
LineChartTypes diffChart = LineChartTypes.DiffDist;
if (Data.Settings.XAxisValue == XAxisValue.Distance)
{
diffChart = LineChartTypes.DiffTime;
}
bool isData = Controller.TrailController.Instance.CurrentActivityTrailIsSelected;
IList <Data.TrailResult> selectedPresentableResults =
TrailResultWrapper.TrailResults(Controller.TrailController.Instance.SelectedResults);
if (selectedPresentableResults.Count > Data.Settings.MaxChartResults)
{
//Move summary first, so it is not truncated
for (int i = 0; i < selectedPresentableResults.Count; i++)
{
TrailResult t = selectedPresentableResults[i];
if (t is SummaryTrailResult)
{
selectedPresentableResults.RemoveAt(i);
selectedPresentableResults.Insert(0, t);
break;
}
}
((List <Data.TrailResult>)selectedPresentableResults).RemoveRange(Data.Settings.MaxChartResults,
selectedPresentableResults.Count - Data.Settings.MaxChartResults);
}
m_multiChart.ChartTypes = new List <LineChartTypes>();
multiChart.ShowPage = false;
//TODO: Temporary handling. Cleanup and decide multiple graphs and charts
TrailLineChart updateChart = m_multiChart;
if (!m_expanded)
{
foreach (TrailLineChart chart in m_lineCharts)
{
chart.ShowPage = false;
}
m_multiChart.BeginUpdate();
m_multiChart.XAxisReferential = Data.Settings.XAxisValue;
m_multiChart.TrailResults = selectedPresentableResults;
foreach (LineChartTypes t in Data.Settings.MultiChartType)
{
LineChartTypes t2 = t;
if (t2 == LineChartTypes.SpeedPace)
{
t2 = speedPaceChart;
}
else if (t2 == LineChartTypes.DeviceSpeedPace)
{
t2 = deviceSpeedPaceChart;
}
else if (t2 == LineChartTypes.DiffDistTime)
{
t2 = diffChart;
}
if (!m_multiChart.ChartTypes.Contains(t2) &&
m_multiChart.HasValues(t2))
{
m_multiChart.ChartTypes.Add(t2);
}
}
m_multiChart.ShowPage = true;
if (!m_multiChart.AnyData())
{
m_multiChart.ShowPage = false;
m_multiChart.LeftChartType = speedPaceChart;
m_multiChart.ShowPage = true;
}
this.ChartBanner.Text = LineChartUtil.ChartTypeString(m_multiChart.LeftChartType) + " / " +
LineChartUtil.XAxisValueString(m_multiChart.XAxisReferential);
m_multiChart.EndUpdate(true);
}
else
{
foreach (TrailLineChart chart in m_lineCharts)
{
bool visible = false;
if (m_expanded &&
(Data.Settings.MultiGraphType.Contains(chart.LeftChartType) ||
chart.LeftChartType == speedPaceChart &&
(Data.Settings.MultiGraphType.Contains(LineChartTypes.SpeedPace) || Data.Settings.MultiGraphType.Contains(LineChartTypes.DeviceSpeedPace)) ||
chart.LeftChartType == diffChart &&
(Data.Settings.MultiGraphType.Contains(LineChartTypes.DiffDistTime) || Data.Settings.MultiGraphType.Contains(LineChartTypes.DeviceDiffDist))) ||
!m_expanded &&
(chart.LeftChartType == Data.Settings.ChartType ||
chart.LeftChartType == speedPaceChart &&
(LineChartTypes.SpeedPace == Data.Settings.ChartType || LineChartTypes.DeviceSpeedPace == Data.Settings.ChartType) ||
chart.LeftChartType == diffChart &&
(LineChartTypes.DiffDistTime == Data.Settings.ChartType || LineChartTypes.DiffDistTime == Data.Settings.ChartType)))
{
visible = true;
}
updateChart = chart;
updateChart.BeginUpdate();
chart.ShowPage = false;
if (visible && isData)
{
updateChart.XAxisReferential = Data.Settings.XAxisValue;
updateChart.TrailResults = selectedPresentableResults;
if (!m_expanded && updateChart.ChartTypes.Count == 1)
{
this.ChartBanner.Text = LineChartUtil.ChartTypeString(chart.LeftChartType) + " / " +
LineChartUtil.XAxisValueString(chart.XAxisReferential);
}
if (updateChart.HasValues(chart.LeftChartType))
{
updateChart.ShowPage = visible;
}
else
{
if (visible && !updateChart.HasValues(chart.LeftChartType))
{
chart.ShowPage = false;
//Replace empty chart
if (!m_expanded && chart.LeftChartType != speedPaceChart)
{
foreach (TrailLineChart replaceChart in m_lineCharts)
{
if (replaceChart.LeftChartType == speedPaceChart)
{
replaceChart.BeginUpdate();
replaceChart.ShowPage = false;
replaceChart.XAxisReferential = Data.Settings.XAxisValue;
replaceChart.TrailResults = selectedPresentableResults;
if (!m_expanded)
{
this.ChartBanner.Text = LineChartUtil.ChartTypeString(replaceChart.LeftChartType) + " / " +
LineChartUtil.XAxisValueString(replaceChart.XAxisReferential);
}
replaceChart.ShowPage = visible;
replaceChart.EndUpdate(true);
}
}
}
}
}
}
updateChart.EndUpdate(true);
}
}
RefreshRows();
RefreshChartMenu();
}
}
