public CharacteristicQuantificationDetailsWpfControl(AimTemplateTreeCharacteristicQuantification characteristicQuantification)
{
CharacteristicQuantification = characteristicQuantification;
InitializeComponent();
_originalBackground = Background;
_charQuantifiactionName.Text = string.IsNullOrEmpty(characteristicQuantification.Name) ? @"Characteristic name is missing:" : "Characteristic for " + characteristicQuantification.Name + ":";
_quantificationType = IdentifyCharQuantificationType();
Loaded += CharacteristicQuantificationDetailsWpfControlLoaded;
}
private AimTemplateTreeCharacteristicQuantification CharacteristicQuantificationFromXsdCharacteristicQuantification(
ComponentCharacteristicAllowedTermCharacteristicQuantification characteristicQuantification)
{
var intervals = new List<TemplateTree.Interval>();
var numericals = new List<TemplateTree.Numerical>();
var scales = new List<TemplateTree.Scale>();
var quantiles = new List<TemplateTree.Quantile>();
AimTemplateTreeCharacteristicQuantification quantification = null;
var nonQuantifiables = new List<StandardCodedTerm>();
string name = characteristicQuantification.name;
bool annotatorConfidence = characteristicQuantification.annotatorConfidence;
int index = 0;
int.TryParse(characteristicQuantification.characteristicQuantificationIndex, out index);
if (characteristicQuantification.NonQuantifiable != null)
{
nonQuantifiables.AddRange(characteristicQuantification.NonQuantifiable.Select(nonQuantifiable => StandardCodedTermFomXsdNonQuantifiable(nonQuantifiable)));
}
if (characteristicQuantification.Items != null)
{
foreach (var quantificationItem in characteristicQuantification.Items)
{
if (quantificationItem is Interval)
{
intervals.Add(AimTemplateTreeIntervalFromXsdInterval((Interval)quantificationItem));
}
if (quantificationItem is Scale)
{
scales.Add(AimTemplateTreeScaleFromXsdScale((Scale)quantificationItem));
}
if (quantificationItem is Quantile)
{
quantiles.Add(AimTemplateTreeQuantileFromXsdQuantile((Quantile)quantificationItem));
}
if (quantificationItem is Numerical)
{
numericals.Add(AimTemplateTreeNumericalFromXsdNumerical((Numerical)quantificationItem));
}
}
}
if (quantiles.Count > 0)
quantification = new AimTemplateTreeQuantileQuantification(
quantiles[0],
name,
annotatorConfidence,
index,
nonQuantifiables);
if (intervals.Count > 0)
quantification = new AimTemplateTreeIntervalQuantification(
intervals,
name,
annotatorConfidence,
index,
nonQuantifiables);
else if (numericals.Count > 0)
quantification = new AimTemplateTreeNumericalQuantification(
numericals,
name,
annotatorConfidence,
index,
nonQuantifiables);
else if (scales.Count > 0)
quantification = new AimTemplateTreeScaleQuantification(
scales[0],
name,
annotatorConfidence,
index,
nonQuantifiables);
else if (quantification == null)
quantification = new AimTemplateTreeCharacteristicQuantification(
name,
annotatorConfidence,
index,
nonQuantifiables);
return quantification;
}
private AimTemplateTreeCharacteristicQuantification CharacteristicQuantificationFromXsdCharacteristicQuantification(
ComponentCharacteristicAllowedTermCharacteristicQuantification characteristicQuantification)
{
var intervals = new List <TemplateTree.Interval>();
var numericals = new List <TemplateTree.Numerical>();
var scales = new List <TemplateTree.Scale>();
var quantiles = new List <TemplateTree.Quantile>();
AimTemplateTreeCharacteristicQuantification quantification = null;
var nonQuantifiables = new List <StandardCodedTerm>();
string name = characteristicQuantification.name;
bool annotatorConfidence = characteristicQuantification.annotatorConfidence;
int index = 0;
int.TryParse(characteristicQuantification.characteristicQuantificationIndex, out index);
if (characteristicQuantification.NonQuantifiable != null)
{
nonQuantifiables.AddRange(characteristicQuantification.NonQuantifiable.Select(nonQuantifiable => StandardCodedTermFomXsdNonQuantifiable(nonQuantifiable)));
}
if (characteristicQuantification.Items != null)
{
foreach (var quantificationItem in characteristicQuantification.Items)
{
if (quantificationItem is Interval)
{
intervals.Add(AimTemplateTreeIntervalFromXsdInterval((Interval)quantificationItem));
}
if (quantificationItem is Scale)
{
scales.Add(AimTemplateTreeScaleFromXsdScale((Scale)quantificationItem));
}
if (quantificationItem is Quantile)
{
quantiles.Add(AimTemplateTreeQuantileFromXsdQuantile((Quantile)quantificationItem));
}
if (quantificationItem is Numerical)
{
numericals.Add(AimTemplateTreeNumericalFromXsdNumerical((Numerical)quantificationItem));
}
}
}
if (quantiles.Count > 0)
{
quantification = new AimTemplateTreeQuantileQuantification(
quantiles[0],
name,
annotatorConfidence,
index,
nonQuantifiables);
}
if (intervals.Count > 0)
{
quantification = new AimTemplateTreeIntervalQuantification(
intervals,
name,
annotatorConfidence,
index,
nonQuantifiables);
}
else if (numericals.Count > 0)
{
quantification = new AimTemplateTreeNumericalQuantification(
numericals,
name,
annotatorConfidence,
index,
nonQuantifiables);
}
else if (scales.Count > 0)
{
quantification = new AimTemplateTreeScaleQuantification(
scales[0],
name,
annotatorConfidence,
index,
nonQuantifiables);
}
else if (quantification == null)
{
quantification = new AimTemplateTreeCharacteristicQuantification(
name,
annotatorConfidence,
index,
nonQuantifiables);
}
return(quantification);
}
public QuantificationConfidenceWpfControl(AimTemplateTreeCharacteristicQuantification quantification)
{
Quantification = quantification;
InitializeComponent();
}
