custom_math.py File Reference

Namespaces
	utilities.custom_math

Functions
def	utilities.custom_math.SafeConvertVectorToMatrix (_L)
def	utilities.custom_math.IsVector (_X)
def	utilities.custom_math.IsEmpty (_A)
def	utilities.custom_math.ZeroVector (m)
def	utilities.custom_math.ZeroMatrix (m, n)
def	utilities.custom_math.Ones (n)
def	utilities.custom_math.RowSize (_A)
def	utilities.custom_math.CollSize (_A)
def	utilities.custom_math.HorzCat (_A, _B)
def	utilities.custom_math.VertCat (_A, _B)
def	utilities.custom_math.Norm2 (_X)
def	utilities.custom_math.NormInf3D (_X)
def	utilities.custom_math.Dot (_X, _Y)
def	utilities.custom_math.Plus (_X, _Y)
def	utilities.custom_math.ScalarVectorProduct (scal, _X)
def	utilities.custom_math.ScalarMatrixProduct (scal, _A)
def	utilities.custom_math.Prod (_A, _B)
def	utilities.custom_math.ElemwiseProd (_X, _Y)
def	utilities.custom_math.Trans (_A)
def	utilities.custom_math.Minus (_X, _Y)
def	utilities.custom_math.TranslateToNewBasis (_A, basis)
def	utilities.custom_math.TranslateToOriginalBasis (_A, basis)
def	utilities.custom_math.SolveLinearSystem (A, b)
def	utilities.custom_math.QuadProg (A, b, max_itr, tolerance)
def	utilities.custom_math.PerformBisectioning (func, a, b, target, tolerance, max_itr)
def	utilities.custom_math.PerformGramSchmidtOrthogonalization (vector_space)