/// <summary>
/// Analyzes the given ROI.
/// </summary>
/// <param name="roi">The ROI being analyzed.</param>
/// <param name="mode">The analysis mode.</param>
/// <returns>A string containing the analysis results, which can be appended to the analysis
/// callout of the associated <see cref="RoiGraphic"/>, if one exists.</returns>
public IRoiAnalyzerResult Analyze(Roi roi, RoiAnalysisMode mode)
{
if (!SupportsRoi(roi))
{
return(null);
}
IRoiLengthProvider lengthProvider = (IRoiLengthProvider)roi;
Units oldUnits = lengthProvider.Units;
lengthProvider.Units = lengthProvider.IsCalibrated ? _units : Units.Pixels;
IRoiAnalyzerResult result;
if (!lengthProvider.IsCalibrated || _units == Units.Pixels)
{
result = new SingleValueRoiAnalyzerResult("Length", SR.FormatLengthPixels, lengthProvider.Length,
String.Format(SR.FormatLengthPixels, lengthProvider.Length));
}
else if (_units == Units.Millimeters)
{
result = new SingleValueRoiAnalyzerResult("Length", SR.FormatLengthMm, lengthProvider.Length,
String.Format(SR.FormatLengthMm, lengthProvider.Length));
}
else
{
result = new SingleValueRoiAnalyzerResult("Length", SR.FormatLengthCm, lengthProvider.Length,
String.Format(SR.FormatLengthCm, lengthProvider.Length));
}
lengthProvider.Units = oldUnits;
return(result);
}
/// <summary>
/// Analyzes the given ROI.
/// </summary>
/// <param name="roi">The ROI being analyzed.</param>
/// <param name="mode">The analysis mode.</param>
/// <returns>A string containing the analysis results, which can be appended to the analysis
/// callout of the associated <see cref="RoiGraphic"/>, if one exists.</returns>
public IRoiAnalyzerResult Analyze(Roi roi, RoiAnalysisMode mode)
{
if (!SupportsRoi(roi))
return null;
IRoiLengthProvider lengthProvider = (IRoiLengthProvider) roi;
Units oldUnits = lengthProvider.Units;
lengthProvider.Units = lengthProvider.IsCalibrated ? _units : Units.Pixels;
IRoiAnalyzerResult result;
if (!lengthProvider.IsCalibrated || _units == Units.Pixels)
{
result = new SingleValueRoiAnalyzerResult("Length", SR.FormatLengthPixels, lengthProvider.Length,
String.Format(SR.FormatLengthPixels, lengthProvider.Length));
}
else if (_units == Units.Millimeters)
{
result = new SingleValueRoiAnalyzerResult("Length", SR.FormatLengthMm, lengthProvider.Length,
String.Format(SR.FormatLengthMm, lengthProvider.Length));
}
else
{
result = new SingleValueRoiAnalyzerResult("Length", SR.FormatLengthCm, lengthProvider.Length,
String.Format(SR.FormatLengthCm, lengthProvider.Length));
}
lengthProvider.Units = oldUnits;
return result;
}
/// <summary>
/// Analyzes the given ROI.
/// </summary>
/// <param name="roi">The ROI being analyzed.</param>
/// <param name="mode">The analysis mode.</param>
/// <returns>A string containing the analysis results, which can be appended to the analysis
/// callout of the associated <see cref="RoiGraphic"/>, if one exists.</returns>
//public string Analyze(Roi roi, RoiAnalysisMode mode)
//{
// if (!SupportsRoi(roi))
// return null;
// // performance enhancement to restrict excessive computation of polygon area.
// if (mode == RoiAnalysisMode.Responsive)
// {
// if (_units == Units.Pixels)
// return String.Format(SR.FormatAreaPixels, SR.StringNoValue);
// else if (_units == Units.Millimeters)
// return String.Format(SR.FormatAreaSquareMm, SR.StringNoValue);
// else
// return String.Format(SR.FormatAreaSquareCm, SR.StringNoValue);
// }
// IRoiAreaProvider areaProvider = (IRoiAreaProvider) roi;
// string text;
// Units oldUnits = areaProvider.Units;
// areaProvider.Units = areaProvider.IsCalibrated ? _units : Units.Pixels;
// if (!areaProvider.IsCalibrated || _units == Units.Pixels)
// text = String.Format(SR.FormatAreaPixels, areaProvider.Area);
// else if (_units == Units.Millimeters)
// text = String.Format(SR.FormatAreaSquareMm, areaProvider.Area);
// else
// text = String.Format(SR.FormatAreaSquareCm, areaProvider.Area);
// areaProvider.Units = oldUnits;
// return text;
//}
/// <summary>
/// Analyzes the given ROI.
/// </summary>
/// <param name="roi">The ROI being analyzed.</param>
/// <param name="mode">The analysis mode.</param>
/// <returns>A string containing the analysis results, which can be appended to the analysis
/// callout of the associated <see cref="RoiGraphic"/>, if one exists.</returns>
public IRoiAnalyzerResult Analyze(Roi roi, RoiAnalysisMode mode)
{
if (!SupportsRoi(roi))
{
return(null);
}
// performance enhancement to restrict excessive computation of polygon area.
if (mode == RoiAnalysisMode.Responsive)
{
if (_units == Units.Pixels)
{
return(new RoiAnalyzerResultNoValue("Area", String.Format(SR.LabelUnitsPixels, SR.StringNoValue)));
}
if (_units == Units.Millimeters)
{
return(new RoiAnalyzerResultNoValue("Area", String.Format(SR.LabelUnitsMm2, SR.StringNoValue)));
}
return
(new RoiAnalyzerResultNoValue("Area", String.Format(SR.LabelUnitsCm2, SR.StringNoValue)));
}
IRoiAreaProvider areaProvider = (IRoiAreaProvider)roi;
IRoiAnalyzerResult result;
Units oldUnits = areaProvider.Units;
areaProvider.Units = areaProvider.IsCalibrated ? _units : Units.Pixels;
if (!areaProvider.IsCalibrated || _units == Units.Pixels)
{
result = new SingleValueRoiAnalyzerResult("Area", SR.LabelUnitsPixels, areaProvider.Area,
String.Format(SR.FormatAreaPixels, areaProvider.Area));
}
else if (_units == Units.Millimeters)
{
result = new SingleValueRoiAnalyzerResult("Area", SR.LabelUnitsMm2, areaProvider.Area,
String.Format(SR.FormatAreaSquareMm, areaProvider.Area));
}
else
{
result = new SingleValueRoiAnalyzerResult("Area", SR.LabelUnitsCm2, areaProvider.Area,
String.Format(SR.FormatAreaSquareCm, areaProvider.Area));
}
areaProvider.Units = oldUnits;
return(result);
}
/// <summary>
/// Analyzes the given ROI.
/// </summary>
/// <param name="roi">The ROI being analyzed.</param>
/// <param name="mode">The analysis mode.</param>
/// <returns>A string containing the analysis results, which can be appended to the analysis
/// callout of the associated <see cref="RoiGraphic"/>, if one exists.</returns>
//public string Analyze(Roi roi, RoiAnalysisMode mode)
//{
// if (!SupportsRoi(roi))
// return null;
// IRoiStatisticsProvider statisticsProvider = (IRoiStatisticsProvider) roi;
// StringBuilder sb = new StringBuilder();
// bool isGrayscale = roi.PixelData is GrayscalePixelData;
// var meanValue = SR.StringNotApplicable;
// var stdDevValue = SR.StringNotApplicable;
// if (isGrayscale && roi.ContainsPixelData)
// {
// if (mode == RoiAnalysisMode.Responsive)
// {
// meanValue = stdDevValue = SR.StringNoValue;
// }
// else
// {
// double mean = statisticsProvider.Mean;
// double stdDev = statisticsProvider.StandardDeviation;
// var units = roi.ModalityLutUnits.Label;
// var displayFormat = @"{0:" + (roi.SubnormalModalityLut ? @"G3" : @"F1") + "}" + (!string.IsNullOrEmpty(units) ? ' ' + units : string.Empty);
// meanValue = string.Format(displayFormat, mean);
// stdDevValue = string.Format(displayFormat, stdDev);
// }
// }
// sb.AppendFormat(SR.FormatMean, meanValue);
// sb.AppendLine();
// sb.AppendFormat(SR.FormatStdDev, stdDevValue);
// return sb.ToString();
//}
public IRoiAnalyzerResult Analyze(Roi roi, RoiAnalysisMode mode)
{
if (!SupportsRoi(roi))
{
return(null);
}
IRoiStatisticsProvider statisticsProvider = (IRoiStatisticsProvider)roi;
MultiValueRoiAnalyzerResult result = new MultiValueRoiAnalyzerResult("Statistics")
{
ShowHeader = false
};
bool isGrayscale = roi.PixelData is GrayscalePixelData;
var meanValue = SR.StringNotApplicable;
var stdDevValue = SR.StringNotApplicable;
if (isGrayscale && roi.ContainsPixelData)
{
if (mode == RoiAnalysisMode.Responsive)
{
meanValue = stdDevValue = SR.StringNoValue;
result.Add(new RoiAnalyzerResultNoValue("Mean", String.Format(SR.FormatMean, meanValue)));
result.Add(new RoiAnalyzerResultNoValue("StdDev", String.Format(SR.FormatStdDev, stdDevValue)));
}
else
{
double mean = statisticsProvider.Mean;
double stdDev = statisticsProvider.StandardDeviation;
var units = roi.ModalityLutUnits.Label;
var displayFormat = @"{0:" + (roi.SubnormalModalityLut ? @"G3" : @"F1") + "}" + (!string.IsNullOrEmpty(units) ? ' ' + units : string.Empty);
meanValue = string.Format(displayFormat, mean);
stdDevValue = string.Format(displayFormat, stdDev);
result.Add(new SingleValueRoiAnalyzerResult("Mean", units, mean,
String.Format(SR.FormatMean, meanValue)));
result.Add(new SingleValueRoiAnalyzerResult("StdDev", units, stdDevValue,
String.Format(SR.FormatStdDev, stdDevValue)));
}
}
else
{
result.Add(new RoiAnalyzerResultNoValue("Mean", String.Format(SR.FormatMean, meanValue)));
result.Add(new RoiAnalyzerResultNoValue("StdDev", String.Format(SR.FormatStdDev, stdDevValue)));
}
return(result);
}
private IRoiAnalyzerResult Analyze(ProtractorRoi roi, RoiAnalysisMode mode)
{
// Don't show the callout until the second ray is drawn
if (roi.Points.Count < 3)
{
return(new RoiAnalyzerResultNoValue("Protactor", SR.StringNoValue));
}
List <PointF> normalizedPoints = NormalizePoints(roi);
double angle = Vector.SubtendedAngle(normalizedPoints[0], normalizedPoints[1], normalizedPoints[2]);
return(new SingleValueRoiAnalyzerResult("Protactor", SR.FormatAngleDegrees, Math.Abs(angle), String.Format(SR.FormatAngleDegrees, Math.Abs(angle))));
}
private IRoiAnalyzerResult Analyze(ProtractorRoi roi, RoiAnalysisMode mode)
{
// Don't show the callout until the second ray is drawn
if (roi.Points.Count < 3)
{
return new RoiAnalyzerResultNoValue("Protactor", SR.StringNoValue);
}
List<PointF> normalizedPoints = NormalizePoints(roi);
double angle = Vector.SubtendedAngle(normalizedPoints[0], normalizedPoints[1], normalizedPoints[2]);
return new SingleValueRoiAnalyzerResult("Protactor", SR.FormatAngleDegrees, Math.Abs(angle), String.Format(SR.FormatAngleDegrees, Math.Abs(angle)));
}
private IRoiAnalyzerResult Analyze(ProtractorRoiInfo roiInfo, RoiAnalysisMode mode)
{
// Don't show the callout until the second ray is drawn
if (roiInfo.Points.Count < 3)
{
//return SR.ToolsMeasurementSetVertex;
return new RoiAnalyzerResultNoValue("Protactor", SR.ToolsMeasurementSetVertex);
}
List<PointF> normalizedPoints = NormalizePoints(roiInfo);
double angle = Vector.SubtendedAngle(normalizedPoints[0], normalizedPoints[1], normalizedPoints[2]);
//return String.Format(SR.ToolsMeasurementFormatDegrees, Math.Abs(angle));
return new SingleValueRoiAnalyzerResult("Protactor", SR.ToolsMeasurementFormatDegrees, Math.Abs(angle),String.Format(SR.ToolsMeasurementFormatDegrees, Math.Abs(angle)));
}
private IRoiAnalyzerResult Analyze(ProtractorRoiInfo roiInfo, RoiAnalysisMode mode)
{
// Don't show the callout until the second ray is drawn
if (roiInfo.Points.Count < 3)
{
//return SR.ToolsMeasurementSetVertex;
return(new RoiAnalyzerResultNoValue("Protactor", SR.ToolsMeasurementSetVertex));
}
List <PointF> normalizedPoints = NormalizePoints(roiInfo);
double angle = Vector.SubtendedAngle(normalizedPoints[0], normalizedPoints[1], normalizedPoints[2]);
//return String.Format(SR.ToolsMeasurementFormatDegrees, Math.Abs(angle));
return(new SingleValueRoiAnalyzerResult("Protactor", SR.ToolsMeasurementFormatDegrees, Math.Abs(angle), String.Format(SR.ToolsMeasurementFormatDegrees, Math.Abs(angle))));
}
/// <summary>
/// Analyzes the given ROI.
/// </summary>
/// <param name="roi">The ROI being analyzed.</param>
/// <param name="mode">The analysis mode.</param>
/// <returns>A string containing the analysis results, which can be appended to the analysis
/// callout of the associated <see cref="RoiGraphic"/>, if one exists.</returns>
public IRoiAnalyzerResult Analyze(Roi roi, RoiAnalysisMode mode)
{
if (!SupportsRoi(roi))
return null;
IRoiStatisticsProvider statisticsProvider = (IRoiStatisticsProvider) roi;
MultiValueRoiAnalyzerResult result = new MultiValueRoiAnalyzerResult("Statistics") {ShowHeader = false};
bool isGrayscale = roi.PixelData is GrayscalePixelData;
var meanValue = SR.StringNotApplicable;
var stdDevValue = SR.StringNotApplicable;
if (isGrayscale && roi.ContainsPixelData)
{
if (mode == RoiAnalysisMode.Responsive)
{
meanValue = stdDevValue = SR.StringNoValue;
result.Add(new RoiAnalyzerResultNoValue("Mean", String.Format(SR.FormatMean, meanValue)));
result.Add(new RoiAnalyzerResultNoValue("StdDev", String.Format(SR.FormatStdDev, stdDevValue)));
}
else
{
double mean = statisticsProvider.Mean;
double stdDev = statisticsProvider.StandardDeviation;
var units = roi.ModalityLutUnits.Label;
var displayFormat = @"{0:" + (roi.SubnormalModalityLut ? @"G3" : @"F1") + "}" + (!string.IsNullOrEmpty(units) ? ' ' + units : string.Empty);
meanValue = string.Format(displayFormat, mean);
stdDevValue = string.Format(displayFormat, stdDev);
result.Add(new SingleValueRoiAnalyzerResult("Mean", units, mean,
String.Format(SR.FormatMean, meanValue)));
result.Add(new SingleValueRoiAnalyzerResult("StdDev", units, stdDevValue,
String.Format(SR.FormatStdDev, stdDevValue)));
}
}
else
{
result.Add(new RoiAnalyzerResultNoValue("Mean", String.Format(SR.FormatMean, meanValue)));
result.Add(new RoiAnalyzerResultNoValue("StdDev", String.Format(SR.FormatStdDev, stdDevValue)));
}
return result;
}
/// <summary>
/// Forces the callout to update, allowing all the analyzers to recompute and update the text content of the callout.
/// </summary>
/// <param name="roi">A particular region of interest information object to use when computing statistics.</param>
/// <param name="mode">A value indicating whether or not the current region of interest is in the state of changing, and therefore whether or not analyzers should skip expensive computations.</param>
public void Update(Roi roi, RoiAnalysisMode mode)
{
if (this.ImageViewer == null)
{
return;
}
StringBuilder builder = new StringBuilder();
var parent = ParentGraphic;
if (parent != null && !string.IsNullOrEmpty(parent.Name))
{
builder.AppendLine(parent.Name);
}
if (_showAnalysis && _roiAnalyzers.Count > 0 && roi != null)
{
try
{
foreach (IRoiAnalyzer analyzer in _roiAnalyzers)
{
if (analyzer.SupportsRoi(roi))
{
var analysis = analyzer.Analyze(roi, mode);
if (analysis != null)
{
builder.AppendLine(analysis.SerializedAsString());
}
}
}
}
catch (Exception e)
{
Platform.Log(LogLevel.Error, e);
builder.AppendLine(SR.MessageRoiAnalysisError);
}
}
base.Text = builder.ToString().Trim();
}
/// <summary>
/// Analyzes the given ROI.
/// </summary>
/// <param name="roi">The ROI being analyzed.</param>
/// <param name="mode">The analysis mode.</param>
/// <returns>A string containing the analysis results, which can be appended to the analysis
/// callout of the associated <see cref="RoiGraphic"/>, if one exists.</returns>
public IRoiAnalyzerResult Analyze(Roi roi, RoiAnalysisMode mode)
{
if (!SupportsRoi(roi))
return null;
// performance enhancement to restrict excessive computation of polygon area.
if (mode == RoiAnalysisMode.Responsive)
{
if (_units == Units.Pixels)
return new RoiAnalyzerResultNoValue("Area", String.Format(SR.LabelUnitsPixels, SR.StringNoValue));
if (_units == Units.Millimeters)
return new RoiAnalyzerResultNoValue("Area", String.Format(SR.LabelUnitsMm2, SR.StringNoValue));
return
new RoiAnalyzerResultNoValue("Area", String.Format(SR.LabelUnitsCm2, SR.StringNoValue));
}
IRoiAreaProvider areaProvider = (IRoiAreaProvider) roi;
IRoiAnalyzerResult result;
Units oldUnits = areaProvider.Units;
areaProvider.Units = areaProvider.IsCalibrated ? _units : Units.Pixels;
if (!areaProvider.IsCalibrated || _units == Units.Pixels)
result = new SingleValueRoiAnalyzerResult("Area", SR.LabelUnitsPixels, areaProvider.Area,
String.Format(SR.FormatAreaPixels, areaProvider.Area));
else if (_units == Units.Millimeters)
result = new SingleValueRoiAnalyzerResult("Area", SR.LabelUnitsMm2, areaProvider.Area,
String.Format(SR.FormatAreaSquareMm, areaProvider.Area));
else
result = new SingleValueRoiAnalyzerResult("Area", SR.LabelUnitsCm2, areaProvider.Area,
String.Format(SR.FormatAreaSquareCm, areaProvider.Area));
areaProvider.Units = oldUnits;
return result;
}
/// <summary>
/// Forces the callout to update, allowing all the analyzers to recompute and update the text content of the callout.
/// </summary>
/// <param name="roi">A particular region of interest information object to use when computing statistics.</param>
/// <param name="mode">A value indicating whether or not the current region of interest is in the state of changing, and therefore whether or not analyzers should skip expensive computations.</param>
public void Update(Roi roi, RoiAnalysisMode mode)
{
if (this.ImageViewer == null)
{
return;
}
StringBuilder builder = new StringBuilder();
RoiGraphic parent = this.ParentGraphic;
if (parent != null && !string.IsNullOrEmpty(parent.Name))
builder.AppendLine(parent.Name);
if (_showAnalysis && _roiAnalyzers.Count > 0 && roi != null)
{
try
{
foreach (IRoiAnalyzer analyzer in _roiAnalyzers)
{
if (analyzer.SupportsRoi(roi))
{
var analysis = analyzer.Analyze(roi, mode);
if (analysis != null)
{
builder.AppendLine(analysis.SerializedAsString());
}
}
}
}
catch (Exception e)
{
Platform.Log(LogLevel.Error, e);
builder.AppendLine(SR.MessageRoiAnalysisError);
}
}
base.Text = builder.ToString().Trim();
}
/// <summary>
/// Forces the callout to update, allowing all the analyzers to recompute and update the text content of the callout immediately.
/// </summary>
/// <param name="mode">A value indicating whether or not the current region of interest is in the state of changing, and therefore whether or not analyzers should skip expensive computations.</param>
public void Update(RoiAnalysisMode mode)
{
RoiGraphic roiGraphic = this.ParentGraphic;
this.Update(roiGraphic.GetRoi(), mode);
}
////TODO (cr Feb 2010): All the analysis should really be done in the ProtractorRoiInfo.
//public string Analyze(ProtractorRoiInfo roiInfo, RoiAnalysisMode mode)
//{
// // Don't show the callout until the second ray is drawn
// if (roiInfo.Points.Count < 3)
// return SR.ToolsMeasurementSetVertex;
// List<PointF> normalizedPoints = NormalizePoints(roiInfo);
// double angle = Vector.SubtendedAngle(normalizedPoints[0], normalizedPoints[1], normalizedPoints[2]);
// return String.Format(SR.ToolsMeasurementFormatDegrees, Math.Abs(angle));
//}
//TODO (cr Feb 2010): All the analysis should really be done in the ProtractorRoiInfo.
public IRoiAnalyzerResult Analyze(Roi roi, RoiAnalysisMode mode)
{
return Analyze((ProtractorRoiInfo) roi, mode);
}
////TODO (cr Feb 2010): All the analysis should really be done in the ProtractorRoiInfo.
//public string Analyze(ProtractorRoiInfo roiInfo, RoiAnalysisMode mode)
//{
// // Don't show the callout until the second ray is drawn
// if (roiInfo.Points.Count < 3)
// return SR.ToolsMeasurementSetVertex;
// List<PointF> normalizedPoints = NormalizePoints(roiInfo);
// double angle = Vector.SubtendedAngle(normalizedPoints[0], normalizedPoints[1], normalizedPoints[2]);
// return String.Format(SR.ToolsMeasurementFormatDegrees, Math.Abs(angle));
//}
//TODO (cr Feb 2010): All the analysis should really be done in the ProtractorRoiInfo.
public IRoiAnalyzerResult Analyze(Roi roi, RoiAnalysisMode mode)
{
return(Analyze((ProtractorRoiInfo)roi, mode));
}
/// <summary>
/// Forces the callout to update, allowing all the analyzers to recompute and update the text content of the callout immediately.
/// </summary>
/// <param name="mode">A value indicating whether or not the current region of interest is in the state of changing, and therefore whether or not analyzers should skip expensive computations.</param>
public void Update(RoiAnalysisMode mode)
{
var roiGraphic = ParentGraphic;
this.Update(roiGraphic.GetRoi(), mode);
}
