} /* ExtractFamily */
/// <summary>
/// Will add in the contents of another SizeDistribution2 instance into this instance.
/// </summary>
/// <param name="x">The other 'SizeDistribution2' instance to be accumulated to this instance.</param>
public void Add(SizeDistribution2 x)
{
if ((x.bucketCount != this.bucketCount) ||
(x.sizeInitial != this.sizeInitial) ||
(x.sizeGrowthFactor != this.sizeGrowthFactor) ||
(x.sizeEndRange != this.sizeEndRange)
)
{
throw new Exception("'SizeDistribution2.Add ***ERROR*** Dimensions are not the same" + "\n" +
"Left.sizeInitial [" + sizeInitial.ToString() + "] Right [" + x.sizeInitial.ToString() + "]" + "\n" +
"Left.sizeGrowthFactor [" + sizeGrowthFactor.ToString() + "] Right [" + x.sizeGrowthFactor.ToString() + "]" + "\n" +
"Left.sizeEndRange [" + sizeEndRange.ToString() + "] Right [" + x.sizeEndRange.ToString() + "]"
);
}
foreach (ClassTotals2 ct in x.totals)
{
ClassTotals2 classTotals = totals.LookUp(ct.Name);
if (classTotals == null)
{
classTotals = new ClassTotals2(ct.Name,
sizeInitial,
sizeGrowthFactor,
sizeEndRange,
bucketCount,
sizeBucketStart,
sizeBucketEnd
);
totals.Add(classTotals);
}
classTotals.AddIn(ct);
}
} /* SizeDistribution2 */
} /* AddFamilyOfClassesToSizeClassTotals */
/// <summary>
/// Returns an instance of 'ClassTotals' that contains the ClassTotals that belong to the family of 'ancestor'.
/// The newly instantiated instance will point to the same instances of 'ClassTotals' that this instance points to.
/// As a result you should only call this method after you are done accumulating data.
/// </summary>
/// <param name="ancestor"></param>
/// <returns></returns>
public SizeDistribution2 ExtractFamilyOfClasses(PicesClass ancestor)
{
SizeDistribution2 family = new SizeDistribution2(sizeInitial, sizeGrowthFactor, sizeEndRange);
ExtractFamily(family, ancestor);
return(family);
} /* ExtractFamilyOfClasses */
} /* AssignVallidatedClassAsPredictedClass */
public void UpdateClassificationStats(SizeDistribution2 _sizeDistributionDown,
SizeDistribution2 _sizeDistributionUp,
SizeDistribution _depthDistribution_1,
SizeDistribution _depthDistribution_1Down,
SizeDistribution _depthDistribution_1Up,
SizeDistribution _depthDistribution_10,
ref uint _numImagesClassified
)
{
_sizeDistributionDown.Add(sizeDistributionDown);
_sizeDistributionUp.Add(sizeDistributionUp);
_depthDistribution_1.Add(depthDistribution_1);
_depthDistribution_1Down.Add(depthDistribution_1Down);
_depthDistribution_1Up.Add(depthDistribution_1Up);
_depthDistribution_10.Add(depthDistribution_10);
_numImagesClassified += numImagesClassified;
} /* UpdateClassificationStats */
private void ClassInitialization()
{
sizeDistributionDown = new SizeDistribution2(0.1f, 1.2f, 10.0f);
sizeDistributionUp = new SizeDistribution2(0.1f, 1.2f, 10.0f);
depthDistribution_1 = new SizeDistribution(500, 1);
depthDistribution_1Down = new SizeDistribution(500, 1);
depthDistribution_1Up = new SizeDistribution(500, 1);
depthDistribution_10 = new SizeDistribution(50, 10);
classCounts = new ClassStatSortedList();
numImagesClassified = 0;
pred1 = new PicesPrediction(null, 0, 0.0f);
pred2 = new PicesPrediction(null, 0, 0.0f);
if (classifier != null)
{
classesInClassifier = classifier.MLClasses();
}
}
} /* ExtractFamilyOfClasses */
private void ExtractFamily(SizeDistribution2 family,
PicesClass ancestor
)
{
ClassTotals2 ct = totals.LookUp(ancestor.Name);
if (ct != null)
{
family.Add(ct);
}
if (ancestor.Children != null)
{
foreach (PicesClass pc in ancestor.Children)
{
ExtractFamily(family, pc);
}
}
return;
} /* ExtractFamily */
} /* PrintTabDelDistributionMatrix */
public void PrintTabDelDistributionMatrixesForSummaryClasses(System.IO.StreamWriter o,
String majorTitle,
float volume
)
{
PicesClassList allKnownClasses = PicesClassList.GetAllKnownClasses();
PicesClassList allSummaryClasses = allKnownClasses.ExtractSummarizeClasses();
allSummaryClasses.SortByName();
foreach (PicesClass pc in allSummaryClasses)
{
SizeDistribution2 familySummary = this.ExtractFamilyOfClasses(pc);
if (familySummary.totals.Count > 1)
{
o.WriteLine(majorTitle + " *** Summary of " + pc.Name + " ***");
o.WriteLine();
familySummary.PrintTabDelDistributionMatrix(o, volume);
o.WriteLine();
o.WriteLine();
}
}
} /* PrintTabDelDistributionMatrixesForSummaryClasses */
