/// <summary>
/// Set the default values for the
/// properties.
/// </summary>
public void SetDefaults()
{
MaxEnsembles = 250;
EastSeriesOptions = new HeatmapSeriesOptions();
EastSeriesOptions.Type = HeatmapPlotSeries.HeatmapPlotType.Earth_East_Vel;
EastSeriesOptions.MinValue = -0.2;
EastSeriesOptions.MaxValue = 0.2;
EastSeriesOptions.ColorAxisMajorStep = 0.1;
NorthSeriesOptions = new HeatmapSeriesOptions();
NorthSeriesOptions.Type = HeatmapPlotSeries.HeatmapPlotType.Earth_North_Vel;
NorthSeriesOptions.MinValue = -0.2;
NorthSeriesOptions.MaxValue = 0.2;
NorthSeriesOptions.ColorAxisMajorStep = 0.1;
VerticalSeriesOptions = new HeatmapSeriesOptions();
VerticalSeriesOptions.Type = HeatmapPlotSeries.HeatmapPlotType.Earth_Vertical_Vel;
VerticalSeriesOptions.MinValue = -0.2;
VerticalSeriesOptions.MaxValue = 0.2;
VerticalSeriesOptions.ColorAxisMajorStep = 0.1;
AmplitudeSeriesOptions = new HeatmapSeriesOptions();
AmplitudeSeriesOptions.Type = HeatmapPlotSeries.HeatmapPlotType.Amplitude;
AmplitudeSeriesOptions.MinValue = 0;
AmplitudeSeriesOptions.MaxValue = 120;
AmplitudeSeriesOptions.ColorAxisMajorStep = 30;
}
/// <summary>
/// Update the options.
/// </summary>
/// <param name="options">Options to update.</param>
void AmplitudeVelPlot_UpdateOptionsEvent(HeatmapSeriesOptions options)
{
// Update the options
_options.AmplitudeSeriesOptions = options;
UpdateDatabaseOptions();
}
/// <summary>
/// Update the options.
/// </summary>
/// <param name="options">Options to update.</param>
void VerticalVelPlot_UpdateOptionsEvent(HeatmapSeriesOptions options)
{
// Update the options
_options.VerticalSeriesOptions = options;
UpdateDatabaseOptions();
}
/// <summary>
/// Update the options.
/// </summary>
/// <param name="options">Options to update.</param>
void NorthVelPlot_UpdateOptionsEvent(HeatmapSeriesOptions options)
{
// Update the options
_options.NorthSeriesOptions = options;
UpdateDatabaseOptions();
}
/// <summary>
/// Update the options.
/// </summary>
/// <param name="options">Options to update.</param>
void EastVelPlot_UpdateOptionsEvent(HeatmapSeriesOptions options)
{
// Update the options
_options.EastSeriesOptions = options;
UpdateDatabaseOptions();
}
/// <summary>
/// Set the default values for the
/// properties.
/// </summary>
public void SetDefaults()
{
PlotSize2D = DEFAULT_PLOT_SIZE_2D;
PlotSize3D = DEFAULT_PLOT_SIZE_3D;
BinPlotRadius = DEFAULT_BIN_PLOT_RAD;
Beam0Color = BeamColor.DEFAULT_COLOR_BEAM_0;
Beam1Color = BeamColor.DEFAULT_COLOR_BEAM_1;
Beam2Color = BeamColor.DEFAULT_COLOR_BEAM_2;
Beam3Color = BeamColor.DEFAULT_COLOR_BEAM_3;
PlotColorMap = DEFAULT_COLORMAP;
ContourMinimumValue = DEFAULT_MIN_VELOCITY;
ContourMaximumValue = DEFAULT_MAX_VELOCITY;
SelectedContourPlotType = ContourPlot.PlotType.Earth_Velocity_Magnitude;
FilterData = true;
IsGoodPingEarth = DEFAULT_GOOD_PING;
BinHistoryMaxCount = DEFAULT_MAX_BIN_HISTORY_COUNT;
IsBinHistoryRealtime = DEFAULT_IS_BIN_HISTORY_REALTIME;
DisplayMaxEnsembles = DEFAULT_DISPLAY_MAX_ENS;
SelectedVelocityPlotTransform = DEFAULT_TRANSFORM;
IsDisplay3DVelocity = false;
MeasurementStandard = Core.Commons.MeasurementStandards.METRIC;
HeatmapOptions = new HeatmapSeriesOptions();
TimeSeries1Options = new List <TimeSeriesOptions>();
//TimeSeries1Options.Add( new TimeSeriesOptions
//(
// DataSource.eSource.WaterProfile,
// BaseSeriesType.eBaseSeriesType.Base_Velocity_Beam,
// 0,
// 0,
// OxyColor.Parse(BeamColor.DEFAULT_COLOR_BEAM_0)
//));
//TimeSeries1Options.Add(new TimeSeriesOptions
//(
// DataSource.eSource.WaterProfile,
// BaseSeriesType.eBaseSeriesType.Base_Velocity_Beam,
// 1,
// 0,
// OxyColor.Parse(BeamColor.DEFAULT_COLOR_BEAM_1)
//));
//TimeSeries1Options.Add(new TimeSeriesOptions
//(
// DataSource.eSource.WaterProfile,
// BaseSeriesType.eBaseSeriesType.Base_Velocity_Beam,
// 2,
// 0,
// OxyColor.Parse(BeamColor.DEFAULT_COLOR_BEAM_2)
//));
//TimeSeries1Options.Add(new TimeSeriesOptions
//(
// DataSource.eSource.WaterProfile,
// BaseSeriesType.eBaseSeriesType.Base_Velocity_Beam,
// 3,
// 0,
// OxyColor.Parse(BeamColor.DEFAULT_COLOR_BEAM_3)
//));
TimeSeries2Options = new List <TimeSeriesOptions>();
//TimeSeries2Options.Add(new TimeSeriesOptions
//(
// DataSource.eSource.BottomTrack,
// BaseSeriesType.eBaseSeriesType.Base_Velocity_Beam,
// 0,
// 0,
// OxyColor.Parse(BeamColor.DEFAULT_COLOR_BEAM_0)
//));
//TimeSeries2Options.Add(new TimeSeriesOptions
//(
// DataSource.eSource.BottomTrack,
// BaseSeriesType.eBaseSeriesType.Base_Velocity_Beam,
// 1,
// 0,
// OxyColor.Parse(BeamColor.DEFAULT_COLOR_BEAM_1)
//));
//TimeSeries2Options.Add(new TimeSeriesOptions
//(
// DataSource.eSource.BottomTrack,
// BaseSeriesType.eBaseSeriesType.Base_Velocity_Beam,
// 2,
// 0,
// OxyColor.Parse(BeamColor.DEFAULT_COLOR_BEAM_2)
//));
//TimeSeries2Options.Add(new TimeSeriesOptions
//(
// DataSource.eSource.BottomTrack,
// BaseSeriesType.eBaseSeriesType.Base_Velocity_Beam,
// 3,
// 0,
// OxyColor.Parse(BeamColor.DEFAULT_COLOR_BEAM_3)
//));
TimeSeries3Options = new List <TimeSeriesOptions>();
//TimeSeries3Options.Add(new TimeSeriesOptions
//(
// DataSource.eSource.BottomTrack,
// BaseSeriesType.eBaseSeriesType.Base_Range,
// 0,
// 0,
// OxyColor.Parse(BeamColor.DEFAULT_COLOR_BEAM_0)
//));
//TimeSeries3Options.Add(new TimeSeriesOptions
//(
// DataSource.eSource.BottomTrack,
// BaseSeriesType.eBaseSeriesType.Base_Range,
// 1,
// 0,
// OxyColor.Parse(BeamColor.DEFAULT_COLOR_BEAM_1)
//));
//TimeSeries3Options.Add(new TimeSeriesOptions
//(
// DataSource.eSource.BottomTrack,
// BaseSeriesType.eBaseSeriesType.Base_Range,
// 2,
// 0,
// OxyColor.Parse(BeamColor.DEFAULT_COLOR_BEAM_2)
//));
//TimeSeries3Options.Add(new TimeSeriesOptions
//(
// DataSource.eSource.BottomTrack,
// BaseSeriesType.eBaseSeriesType.Base_Range,
// 3,
// 0,
// OxyColor.Parse(BeamColor.DEFAULT_COLOR_BEAM_3)
//));
}