def setToDiagonalMatrix(matrix, colVect):
result = []
vectSubA = matrixMulti.getAllCols(matrix)
for index, columnVect in enumerate(vectSubA):
vectSubB = setColumnToDiagnolValue(columnVect, colVect, index)
result.append(vectSubB)
# rotating back to original vector dimensions
vectSub = matrixMulti.getAllCols(result)
return vectSub
def identityMatrix(vect):
result = []
vectSubA = matrixMulti.getAllCols(vect)
for index, columnVect in enumerate(vectSubA):
vectSubB = matrixSliceMarch(columnVect, index)
result.append(vectSubB)
# rotating back to original vector dimensions
vectSub = matrixMulti.getAllCols(result)
return vectSub
def setToStrictlyUpperTriMatrix(matrix):
result = []
vectSubA = matrixMulti.getAllCols(matrix)
for index, columnVect in enumerate(vectSubA):
vectSubB = setSutmColumnValue(columnVect, index)
result.append(vectSubB)
# rotating back to original vector dimensions
vectSub = matrixMulti.getAllCols(result)
return vectSub
def setSymmetricFromLowerTri(orgMatrix):
colMatrix = matrixMulti.getAllCols(orgMatrix)
resultMatrix = []
for index, colVect in enumerate(colMatrix):
rowVect = orgMatrix[index]
print("\n>>colVect:%s \n>>rowVect:%s \n>> index :%s " %
(rowVect, colVect, index))
resultCol = transformVectToLowerSymmetric(rowVect, colVect, index)
resultMatrix.append(resultCol)
print("\n>>resultMatrix: %s" % (resultMatrix))
return matrixMulti.getAllCols(resultMatrix)