} //Double_addRangeConstsFromCollection
private void addDefaultRange100OrLess()
{ // Adds the default constraint of all securities sum to 100% or less
List <String> lstAllSecs = new List <String>();
for (int iSecs = 0; iSecs < m_objColHandler.ActiveSecs.Count; iSecs++)
{
lstAllSecs.Add(m_objColHandler.ActiveSecs[iSecs].Properties.PortSecurityId);
}
cConstraint cNewConst = new cConstraint(lstAllSecs, "", enumConstraintType.Security, 0D, 1D);
m_colDefaultRange.Add(cNewConst);
}//addDefaultRange100OrLess
}//Double_addEqualityConstsFromCollection
private void addDefaultEqualitySumTo100(ISecurities cSecsCol)
{ // Adds the equality constraint of all weights summing up to 100%
List <String> lstAllSecs = new List <String>();
for (int iSecs = 0; iSecs < cSecsCol.Count; iSecs++)
{
lstAllSecs.Add(cSecsCol[iSecs].Properties.PortSecurityId);
}
cConstraint cNewConst = new cConstraint(lstAllSecs, "", enumConstraintType.Security, 1D);
m_colDefaultEquality.Add(cNewConst);
}//addDefaultEqualitySumTo100
}//refreshClassPointers
private void setSeperatedConstraintCols()
{ // Seperates the main collection of constraints to 3 type of collections:
// 1-Single securities, 2-Equality constraints, 3-Range constraints
for (int iConst = 0; iConst < m_colConstraints.Count; iConst++)
{
if (m_colConstraints[iConst].isOneSec)
{
m_colSingleSecs.Add(m_colConstraints[iConst]);
}
else if (m_colConstraints[iConst].isEquality)
{
m_colEquality.Add(m_colConstraints[iConst]);
}
else
{
m_colRange.Add(m_colConstraints[iConst]);
}
}
}//setSeperatedConstraintCols
} //addNewConstraint
public void addNewConstraint(cConstraint cConst, String txtDisplay)
{ // Converts item to constraint + add to grid and collections
m_colConstraints.Add(cConst); // Add to collection
addNewConstToTable(cConst, txtDisplay);
}//addNewConstraint