utilities.custom_math Namespace Reference

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

Function Documentation

CollSize()

def utilities.custom_math.CollSize

(

_A

)

Dot()

def utilities.custom_math.Dot	(		_X,
			_Y
	)

ElemwiseProd()

def utilities.custom_math.ElemwiseProd	(		_X,
			_Y
	)

HorzCat()

def utilities.custom_math.HorzCat	(		_A,
			_B
	)

IsEmpty()

def utilities.custom_math.IsEmpty

(

_A

)

IsVector()

def utilities.custom_math.IsVector

(

_X

)

Minus()

def utilities.custom_math.Minus	(		_X,
			_Y
	)

Norm2()

def utilities.custom_math.Norm2

(

_X

)

NormInf3D()

def utilities.custom_math.NormInf3D

(

_X

)

Ones()

def utilities.custom_math.Ones

(

n

)

PerformBisectioning()

def utilities.custom_math.PerformBisectioning	(		func,
			a,
			b,
			target,
			tolerance,
			max_itr
	)

PerformGramSchmidtOrthogonalization()

def utilities.custom_math.PerformGramSchmidtOrthogonalization

(

vector_space

)

Plus()

def utilities.custom_math.Plus	(		_X,
			_Y
	)

Prod()

def utilities.custom_math.Prod	(		_A,
			_B
	)

QuadProg()

def utilities.custom_math.QuadProg	(		A,
			b,
			max_itr,
			tolerance
	)

RowSize()

def utilities.custom_math.RowSize

(

_A

)

SafeConvertVectorToMatrix()

def utilities.custom_math.SafeConvertVectorToMatrix

(

_L

)

ScalarMatrixProduct()

def utilities.custom_math.ScalarMatrixProduct	(		scal,
			_A
	)

ScalarVectorProduct()

def utilities.custom_math.ScalarVectorProduct	(		scal,
			_X
	)

SolveLinearSystem()

def utilities.custom_math.SolveLinearSystem	(		A,
			b
	)

Trans()

def utilities.custom_math.Trans

(

_A

)

TranslateToNewBasis()

def utilities.custom_math.TranslateToNewBasis	(		_A,
			basis
	)

TranslateToOriginalBasis()

def utilities.custom_math.TranslateToOriginalBasis	(		_A,
			basis
	)

VertCat()

def utilities.custom_math.VertCat	(		_A,
			_B
	)

ZeroMatrix()

def utilities.custom_math.ZeroMatrix	(		m,
			n
	)

ZeroVector()

def utilities.custom_math.ZeroVector

(

m

)