D1b. Other matrix operations

Functions
Sub	CscDusadd (M As Long, N As Long, Alpha As Double, ValA() As Double, ColptrA() As Long, RowindA() As Long, Beta As Double, ValB() As Double, ColptrB() As Long, RowindB() As Long, ValC() As Double, ColptrC() As Long, RowindC() As Long, Optional Info As Long, Optional BaseA As Long=-1, Optional BaseB As Long=-1, Optional BaseC As Long=0)
	C <- αA + βB (CSC)
Sub	CscTrans (M As Long, N As Long, Val() As Double, Colptr() As Long, Rowind() As Long, Val2() As Double, Rowptr2() As Long, Colind2() As Long, Optional Info As Long, Optional Base As Long=-1, Optional Base2 As Long=0)
	Transpose of sparse matrix (CSC)
Sub	CsrDusadd (M As Long, N As Long, Alpha As Double, ValA() As Double, RowPtrA() As Long, ColindA() As Long, Beta As Double, ValB() As Double, RowPtrB() As Long, ColindB() As Long, ValC() As Double, RowPtrC() As Long, ColindC() As Long, Optional Info As Long, Optional BaseA As Long=-1, Optional BaseB As Long=-1, Optional BaseC As Long=0)
	C <- αA + βB (CSR)
Sub	CsrTrans (M As Long, N As Long, Val() As Double, Rowptr() As Long, Colind() As Long, Val2() As Double, Colptr2() As Long, Rowind2() As Long, Optional Info As Long, Optional Base As Long=-1, Optional Base2 As Long=0)
	Transpose of sparse matrix (CSR)
Sub	CsxDiag (M As Long, N As Long, Val() As Double, Ptr() As Long, Ind() As Long, Alpha As Double, D() As Double, Optional Info As Long, Optional Inv As Long=0, Optional Base As Long=-1, Optional Incd As Long=1)
	Diagonal elements of sparse matrix (CSC/CSR)
Sub	CsxDiagInd (M As Long, N As Long, Ptr() As Long, Ind() As Long, Id() As Long, Optional Info As Long, Optional Base As Long=-1)
	Indices to diagonal elements of sparse matrix (CSC/CSR)
Sub	CsxSort (N As Long, Val() As Double, Ptr() As Long, Ind() As Long, Optional Info As Long, Optional Base As Long=-1)
	Sort elements of sparse matrix (CSC/CSR)
Sub	DenseNnz (M As Long, N As Long, A() As Double, Nnz As Long, Optional Info As Long)
	Number of nonzero elements in dense matrix

Detailed Description

This is the group of D1b. Other matrix operations