private void RadBookItem_MouseEnter(object sender, MouseEventArgs e)
{
if (this.dragStarted || FoldHelper.MouseWithinFoldAreas(e.GetPosition((IInputElement)this), this) || this.ParentBook != null && this.ParentBook.ShowPageFold != PageFoldVisibility.OnPageEnter)
{
return;
}
this.OnPageMouseEnter(new PageMouseEventArgs(this));
}
private void RadBookItem_MouseLeftButtonDown(object sender, MouseButtonEventArgs e)
{
if (!this.CanBeTurned)
{
return;
}
this.mousePoint = e.GetPosition((IInputElement)this);
if (!FoldHelper.MouseWithinFoldAreas(this.mousePoint, this) && this.FoldSize != new Size(0.0, 0.0))
{
return;
}
this.draggedCorner = FoldHelper.GetQuadrant(this.mousePoint, this);
this.targetCorner = RadBookItem.GetOppositeCorner(this.draggedCorner);
this.UpdatePageFold();
if (this.doubleClickMode && this.PageFlipMode == PageFlipMode.DoubleClick)
{
if (this.mouseDoubleClick != null)
{
this.mouseDoubleClick((object)this, new MouseClickEventArgs(this.targetCorner));
}
this.doubleClickMode = false;
this.doubleClickTimer.Stop();
}
else
{
this.singleClickMode = this.PageFlipMode == PageFlipMode.SingleClick;
this.doubleClickMode = this.PageFlipMode == PageFlipMode.DoubleClick;
this.dragStarted = true;
if (this.PageFlipMode == PageFlipMode.SingleClick)
{
this.singleClickTimer.Start();
}
else if (this.PageFlipMode == PageFlipMode.DoubleClick)
{
this.doubleClickTimer.Start();
}
else
{
this.singleClickTimer.Stop();
this.doubleClickTimer.Stop();
}
if (this.mouseDragStart == null)
{
return;
}
this.mouseDragStart((object)this, new DragStartedEventArgs(this.draggedCorner, this.mousePoint));
}
}
private void UpdatePageFold()
{
if (this.Position == PagePosition.Right)
{
if (FoldHelper.MouseWithinTopRightFoldArea(this.mousePoint, this.FoldSize, this.ActualWidth))
{
this.RaiseCornerEnterMove(FoldPosition.TopRight, 0.0, 0.0);
this.lastEnteredCorner = FoldPosition.TopRight;
}
else if (FoldHelper.MouseWithinBottomRightFoldArea(this.mousePoint, this.FoldSize, this.ActualWidth, this.ActualHeight))
{
this.RaiseCornerEnterMove(FoldPosition.BottomRight, 0.0, 0.0);
this.lastEnteredCorner = FoldPosition.BottomRight;
}
else
{
this.RaiseCornerLeave(FoldHelper.GetQuadrant(this.mousePoint, this));
this.lastEnteredCorner = FoldPosition.None;
}
}
else if (FoldHelper.MouseWithinTopLeftFoldArea(this.mousePoint, this.FoldSize))
{
this.RaiseCornerEnterMove(FoldPosition.TopLeft, 0.0, 0.0);
this.lastEnteredCorner = FoldPosition.TopLeft;
}
else if (FoldHelper.MouseWithinBottomLeftFoldArea(this.mousePoint, this.FoldSize, this.ActualHeight))
{
this.RaiseCornerEnterMove(FoldPosition.BottomLeft, 0.0, 0.0);
this.lastEnteredCorner = FoldPosition.BottomLeft;
}
else
{
this.RaiseCornerLeave(FoldHelper.GetQuadrant(this.mousePoint, this));
this.lastEnteredCorner = FoldPosition.None;
}
}
private void RadBookItem_MouseMove(object sender, MouseEventArgs e)
{
if (!this.CanBeTurned)
{
return;
}
if (this.dragStarted)
{
this.CaptureMouse();
}
if (this.ParentBook.ShowPageFold == PageFoldVisibility.OnPageEnter && !FoldHelper.MouseWithinFoldAreas(e.GetPosition((IInputElement)this), this))
{
this.OnPageMouseMove(new PageMouseEventArgs(this));
}
this.mousePoint = e.GetPosition((IInputElement)this);
if (this.dragStarted && this.mouseDragMove != null)
{
this.mouseDragMove((object)this, new DragInProgressEventArgs(this.mousePoint));
}
else
{
this.UpdatePageFold();
}
}
private void RunCore(IChannel ch, string cmd)
{
Host.AssertValue(ch);
IPredictor inputPredictor = null;
if (Args.ContinueTrain && !TrainUtils.TryLoadPredictor(ch, Host, Args.InputModelFile, out inputPredictor))
{
ch.Warning("No input model file specified or model file did not contain a predictor. The model state cannot be initialized.");
}
ch.Trace("Constructing data pipeline");
IDataLoader loader = CreateRawLoader();
// If the per-instance results are requested and there is no name column, add a GenerateNumberTransform.
var preXf = Args.PreTransform;
if (!string.IsNullOrEmpty(Args.OutputDataFile))
{
string name = TrainUtils.MatchNameOrDefaultOrNull(ch, loader.Schema, nameof(Args.NameColumn), Args.NameColumn, DefaultColumnNames.Name);
if (name == null)
{
var args = new GenerateNumberTransform.Arguments();
args.Column = new[] { new GenerateNumberTransform.Column()
{
Name = DefaultColumnNames.Name
}, };
args.UseCounter = true;
var options = CmdParser.GetSettings(ch, args, new GenerateNumberTransform.Arguments());
preXf = preXf.Concat(
new[]
{
new KeyValuePair <string, SubComponent <IDataTransform, SignatureDataTransform> >(
"", new SubComponent <IDataTransform, SignatureDataTransform>(
GenerateNumberTransform.LoadName, options))
}).ToArray();
}
}
loader = CompositeDataLoader.Create(Host, loader, preXf);
ch.Trace("Binding label and features columns");
IDataView pipe = loader;
var stratificationColumn = GetSplitColumn(ch, loader, ref pipe);
var scorer = Args.Scorer;
var evaluator = Args.Evaluator;
Func <IDataView> validDataCreator = null;
if (Args.ValidationFile != null)
{
validDataCreator =
() =>
{
// Fork the command.
var impl = new CrossValidationCommand(this);
return(impl.CreateRawLoader(dataFile: Args.ValidationFile));
};
}
FoldHelper fold = new FoldHelper(Host, RegistrationName, pipe, stratificationColumn,
Args, CreateRoleMappedData, ApplyAllTransformsToData, scorer, evaluator,
validDataCreator, ApplyAllTransformsToData, inputPredictor, cmd, loader, !string.IsNullOrEmpty(Args.OutputDataFile));
var tasks = fold.GetCrossValidationTasks();
if (!evaluator.IsGood())
{
evaluator = EvaluateUtils.GetEvaluatorType(ch, tasks[0].Result.ScoreSchema);
}
var eval = evaluator.CreateInstance(Host);
// Print confusion matrix and fold results for each fold.
for (int i = 0; i < tasks.Length; i++)
{
var dict = tasks[i].Result.Metrics;
MetricWriter.PrintWarnings(ch, dict);
eval.PrintFoldResults(ch, dict);
}
// Print the overall results.
if (!TryGetOverallMetrics(tasks.Select(t => t.Result.Metrics).ToArray(), out var overallList))
{
throw ch.Except("No overall metrics found");
}
var overall = eval.GetOverallResults(overallList.ToArray());
MetricWriter.PrintOverallMetrics(Host, ch, Args.SummaryFilename, overall, Args.NumFolds);
eval.PrintAdditionalMetrics(ch, tasks.Select(t => t.Result.Metrics).ToArray());
Dictionary <string, IDataView>[] metricValues = tasks.Select(t => t.Result.Metrics).ToArray();
SendTelemetryMetric(metricValues);
// Save the per-instance results.
if (!string.IsNullOrWhiteSpace(Args.OutputDataFile))
{
var perInstance = EvaluateUtils.ConcatenatePerInstanceDataViews(Host, eval, Args.CollateMetrics,
Args.OutputExampleFoldIndex, tasks.Select(t => t.Result.PerInstanceResults).ToArray(), out var variableSizeVectorColumnNames);
if (variableSizeVectorColumnNames.Length > 0)
{
ch.Warning("Detected columns of variable length: {0}. Consider setting collateMetrics- for meaningful per-Folds results.",
string.Join(", ", variableSizeVectorColumnNames));
}
if (Args.CollateMetrics)
{
ch.Assert(perInstance.Length == 1);
MetricWriter.SavePerInstance(Host, ch, Args.OutputDataFile, perInstance[0]);
}
else
{
int i = 0;
foreach (var idv in perInstance)
{
MetricWriter.SavePerInstance(Host, ch, ConstructPerFoldName(Args.OutputDataFile, i), idv);
i++;
}
}
}
}
private void RunCore(IChannel ch, string cmd)
{
Host.AssertValue(ch);
IPredictor inputPredictor = null;
if (Args.ContinueTrain && !TrainUtils.TryLoadPredictor(ch, Host, Args.InputModelFile, out inputPredictor))
{
ch.Warning("No input model file specified or model file did not contain a predictor. The model state cannot be initialized.");
}
ch.Trace("Constructing data pipeline");
IDataLoader loader = CreateRawLoader();
// If the per-instance results are requested and there is no name column, add a GenerateNumberTransform.
var preXf = Args.PreTransform;
if (!string.IsNullOrEmpty(Args.OutputDataFile))
{
string name = TrainUtils.MatchNameOrDefaultOrNull(ch, loader.Schema, nameof(Args.NameColumn), Args.NameColumn, DefaultColumnNames.Name);
if (name == null)
{
var args = new GenerateNumberTransform.Arguments();
args.Column = new[] { new GenerateNumberTransform.Column()
{
Name = DefaultColumnNames.Name
}, };
args.UseCounter = true;
var options = CmdParser.GetSettings(ch, args, new GenerateNumberTransform.Arguments());
preXf = preXf.Concat(
new[]
{
new KeyValuePair <string, SubComponent <IDataTransform, SignatureDataTransform> >(
"", new SubComponent <IDataTransform, SignatureDataTransform>(
GenerateNumberTransform.LoadName, options))
}).ToArray();
}
}
loader = CompositeDataLoader.Create(Host, loader, preXf);
ch.Trace("Binding label and features columns");
IDataView pipe = loader;
var stratificationColumn = GetSplitColumn(ch, loader, ref pipe);
var scorer = Args.Scorer;
var evaluator = Args.Evaluator;
Func <IDataView> validDataCreator = null;
if (Args.ValidationFile != null)
{
validDataCreator =
() =>
{
// Fork the command.
var impl = new CrossValidationCommand(this);
return(impl.CreateRawLoader(dataFile: Args.ValidationFile));
};
}
FoldHelper fold = new FoldHelper(Host, RegistrationName, pipe, stratificationColumn,
Args, CreateRoleMappedData, ApplyAllTransformsToData, scorer, evaluator,
validDataCreator, ApplyAllTransformsToData, inputPredictor, cmd, loader, !string.IsNullOrEmpty(Args.OutputDataFile));
var tasks = fold.GetCrossValidationTasks();
if (!evaluator.IsGood())
{
evaluator = EvaluateUtils.GetEvaluatorType(ch, tasks[0].Result.ScoreSchema);
}
var eval = evaluator.CreateInstance(Host);
// Print confusion matrix and fold results for each fold.
for (int i = 0; i < tasks.Length; i++)
{
var dict = tasks[i].Result.Metrics;
MetricWriter.PrintWarnings(ch, dict);
eval.PrintFoldResults(ch, dict);
}
// Print the overall results.
eval.PrintOverallResults(ch, Args.SummaryFilename, tasks.Select(t => t.Result.Metrics).ToArray());
Dictionary <string, IDataView>[] metricValues = tasks.Select(t => t.Result.Metrics).ToArray();
SendTelemetryMetric(metricValues);
// Save the per-instance results.
if (!string.IsNullOrWhiteSpace(Args.OutputDataFile))
{
Func <Task <FoldHelper.FoldResult>, int, IDataView> getPerInstance =
(task, i) =>
{
if (!Args.OutputExampleFoldIndex)
{
return(task.Result.PerInstanceResults);
}
// If the fold index is requested, add a column containing it. We use the first column in the data view
// as an input column to the LambdaColumnMapper, because it must have an input.
var inputColName = task.Result.PerInstanceResults.Schema.GetColumnName(0);
var inputColType = task.Result.PerInstanceResults.Schema.GetColumnType(0);
return(Utils.MarshalInvoke(EvaluateUtils.AddKeyColumn <int>, inputColType.RawType, Host,
task.Result.PerInstanceResults, inputColName, MetricKinds.ColumnNames.FoldIndex,
inputColType, Args.NumFolds, i + 1, "FoldIndex", default(ValueGetter <VBuffer <DvText> >)));
};
var foldDataViews = tasks.Select(getPerInstance).ToArray();
if (Args.CollateMetrics)
{
var perInst = AppendPerInstanceDataViews(foldDataViews, ch);
MetricWriter.SavePerInstance(Host, ch, Args.OutputDataFile, perInst);
}
else
{
int i = 0;
foreach (var idv in foldDataViews)
{
MetricWriter.SavePerInstance(Host, ch, ConstructPerFoldName(Args.OutputDataFile, i), idv);
i++;
}
}
}
}