public static bool Inspect(
int[] inArray,
int inStart,
out int outEnd,
SegmentResidency inSegmentResidency)
{
bool canInspect = false;
outEnd = inStart + 1;
if (outEnd < inArray.Length)
{
if (inArray[inStart] == inArray[outEnd])
{
while (outEnd < inArray.Length - 1)
{
outEnd++;
}
}
inSegmentResidency.Start = inStart;
inSegmentResidency.End = outEnd;
inSegmentResidency.Dist = inArray[outEnd] - inArray[inStart];
canInspect = true;
}
return(canInspect);
}
public void Assign(
SegmentResidency inResidency)
{
Start = inResidency.Start;
End = inResidency.End;
Dist = inResidency.Dist;
}
public bool Recruit(
ref int index)
{
int theStartIndex = index;
var canInspect = SegmentResidency.Inspect(_mArray, theStartIndex, out var theEndIndex, _transientResidency);
if (canInspect)
{
int theComparisonResult = _transientResidency.Dist - _minimalResidency.Dist;
if (theComparisonResult < 0)
{
// Handle subMinimal here:
// We put the previous minimal candidate AND its duplicate_count
// into the subminimal array
_subMinimalResidency.Assign(_minimalResidency);
_subMinimalResidency.DupCount = _minimalResidency.DupCount;
_minimalResidency.Assign(_transientResidency);
_minimalResidency.DupCount = 0; // Since we've a new candidate, so reset the dup count
}
else if (theComparisonResult == 0)
{
// WTF! so we need to mark this equality situation. trigger a variable to show
// the possible equal values
_minimalResidency.DupCount++;
// At the end of recruiting process, if this trigger was still set; then
// we need to collect these segments...
// Look at FinalizeRecruit below
}
else
{
// The inspected segment is greater than the current minimal,
// so check the subminiaml and if it is less than subminimal then
// record it as the current subminimal
theComparisonResult = _transientResidency.Dist - _subMinimalResidency.Dist;
if (theComparisonResult < 0)
{
_subMinimalResidency.Assign(_transientResidency);
_subMinimalResidency.DupCount = 0;
}
else if (theComparisonResult == 0)
{
_subMinimalResidency.DupCount++;
}
}
index += theEndIndex - theStartIndex;
}
else
{
index++;
}
return(canInspect);
}
public CSegmentSquad(
int[] inArray)
{
_mArray = inArray;
_minialSegmentPool = new CSegmentPool();
_subMinimalSegmentPool = new CSegmentPool();
_minimalResidency = new SegmentResidency();
_transientResidency = new SegmentResidency();
_subMinimalResidency = new SegmentResidency();
}
