public static ISeries[] CreateSeries(double[][] data, string[] labels, BaseOptions options)
{
ISeries[] series;
switch (options.PlotType)
{
case PlotType.Line:
series = data.Skip(options.Skip).Take(options.NumToShow).Select(
(ia, i) => (ISeries)(new ErrorLineSeries
{
Label = labels?[i],
X = ia,
Row = i / options.Subplots.Columns,
Column = i % options.Subplots.Columns
})).ToArray();
break;
case PlotType.Bar:
series = data.Skip(options.Skip).Take(options.NumToShow).Select(
(ia, i) => (ISeries)(new BarSeries <string>
{
Label = labels?[i],
DependentValues = ia,
Row = i / options.Subplots.Columns,
Column = i % options.Subplots.Columns
})).ToArray();
break;
default:
throw new ArgumentException("Unknonw plot type", nameof(options.PlotType));
}
return(series);
}
/// <summary>
/// Plots the images.
/// </summary>
/// <param name="imagesFlat">Images.</param>
/// <param name="title">The title.</param>
/// <param name="options">Plotting options.</param>
public static void PlotImages(Matrix imagesFlat, string title, BaseOptions options)
{
var series =
(from t in imagesFlat.EnumerateRowsIndexed()
let index = t.Item1
let image = Reshape(t.Item2)
select
new MatrixSeries
{
Values = image,
Row = index / options.Subplots.Columns,
Column = index % options.Subplots.Columns
}
).Cast <ISeries>().ToList();
var plotter = new Plotter
{
Title = title,
Series = series,
Grid = false,
Subplots = options.Subplots,
Python = PythonPath,
ScriptName = Path.Combine(ScriptPath, "EffectOfBases"),
FigureName = Path.Combine(FigurePath, "EffectOfBases"),
Show = options.Show
};
plotter.Plot();
}
ISeries[] CreateSeries <T>(T[][] data, string[] labels, BaseOptions options)
where T : IDistribution <double>, CanGetMean <double>, CanGetVariance <double>
{
ISeries[] series;
switch (options.PlotType)
{
case PlotType.ErrorLine:
series = data.Skip(options.Skip).Take(options.NumToShow).Select(
(ia, i) => (ISeries)(new ErrorLineSeries
{
Label = labels?[i],
X = ia.Select(x => x.GetMean()).ToArray(),
ErrorValues = ia.GetStandardDeviations(),
Row = i / options.Subplots.Columns,
Column = i % options.Subplots.Columns
})).ToArray();
break;
case PlotType.Bar:
series = data.Skip(options.Skip).Take(options.NumToShow).Select(
(ia, i) => (ISeries)(new BarSeries <string>
{
Label = labels?[i],
DependentValues = ia.GetMeans(),
Row = i / options.Subplots.Columns,
Column = i % options.Subplots.Columns
})).ToArray();
break;
case PlotType.ErrorBar:
series = data.Skip(options.Skip).Take(options.NumToShow).Select(
(ia, i) => (ISeries)(new BarSeries <string>
{
Label = labels?[i],
DependentValues = ia.GetMeans(),
ErrorValues = ia.GetStandardDeviations(),
Row = i / options.Subplots.Columns,
Column = i % options.Subplots.Columns
})).ToArray();
break;
case PlotType.Line:
series = data.Skip(options.Skip).Take(options.NumToShow).Select(
(ia, i) => (ISeries)(new LineSeries
{
Label = labels?[i],
X = ia.GetMeans(),
Row = i / options.Subplots.Columns,
Column = i % options.Subplots.Columns
})).ToArray();
break;
default:
throw new ArgumentException("Unknonw plot type", nameof(options.PlotType));
}
return(series);
}
// /// <summary>
// /// Plots the reconstructions.
// /// </summary>
// /// <returns>The reconstructions.</returns>
// /// <param name="signals">Signals.</param>
// /// <param name="reconstructions">Reconstructions.</param>
// /// <param name="title">Title.</param>
// /// <param name="numToShow">Number to show.</param>
// /// <param name="rows">Rows.</param>
// /// <param name="cols">Cols.</param>
// /// <param name="subTitle">Sub title.</param>
// public static void PlotReconstructions(double[][] signals, double[][] reconstructions, string title, int numToShow, int rows, int cols, string subTitle = null)
// {
// var r = signals.Zip(reconstructions, (s, e) => new Reconstruction { Signal = s, Estimate = e.Select(Gaussian.PointMass).ToArray() }).ToArray();
// PlotReconstructions(r, averageError, title, numToShow, rows, cols, subTitle);
// }
/// <summary>
/// Plots the posteriors.
/// </summary>
/// <returns>The posteriors.</returns>
/// <param name="posteriors">Posteriors.</param>
/// <param name="title">Title.</param>
/// <param name="subTitle">Sub title.</param>
/// <param name="options">Plot options.</param>
public static void PlotPosteriors <T>(
T[][] posteriors,
string title,
string subTitle,
BaseOptions options)
where T : IDistribution <double>, CanGetMean <double>, CanGetVariance <double>
{
var series = CreateSeries(posteriors, null, options);
// var series = new[] { new LineSeries { X = x1, Row = 0 }, new LineSeries { X = x2, Row = 1 } };
string sub = string.IsNullOrEmpty(subTitle) ? string.Empty : $"_{subTitle.Replace(" ", "_")}";
string sel = $"{options.Skip}-{options.Skip + options.NumToShow}";
var plotter = new Plotter
{
Title = $"{title} {sel}",
XLabel = "x", YLabel = "y", Series = series, Subplots = options.Subplots,
Python = PythonPath,
ScriptName = Path.Combine(ScriptPath, $"{title}{sub}_{sel}.py"),
FigureName = Path.Combine(FigurePath, $"{title}{sub}_{sel}.pdf"),
Show = options.Show
};
plotter.Plot();
}
public static void PlotImages(Gaussian[][] images, int imageWidth, string title, BaseOptions options)
{
var dictionary = Matrix.Build.DenseOfRowArrays(images.GetMeans <Gaussian>());
PlotImages(dictionary.SubMatrix(0, options.Subplots.Rows * options.Subplots.Columns, 0, imageWidth), title, options);
}
