>> mp.Test()
mp.Digits()		:	<- success 
double()		:	<- success 
colon()			:	<- success 
plus()			:	<- success 
minus()			:	<- success 
times()			:	<- success 
mtimes()		:	<- success 
rdivide()		:	<- success 
ldivide()		:	<- success 
mldivide()		:	<- success 
mrdivide()		:	<- success 
mpower()		:	<- success 
power()			:	<- success 
realpow()		:	<- success 
transpose()		:	<- success 
ctranspose()	        :	<- success 
uminus()		:	<- success 
uplus()			:	<- success 
sin()			:	<- success 
cos()			:	<- success 
tan()			:	<- success 
sec()			:	<- success 
csc()			:	<- success 
cot()			:	<- success 
acos()			:	<- success 
asin()			:	<- success 
atan()			:	<- success 
acot()			:	<- success 
asec()			:	<- success 
acsc()			:	<- success 
atan2()			:	<- success 
hypot()			:	<- success 
cosh()			:	<- success 
sinh()			:	<- success 
tanh()			:	<- success 
sech()			:	<- success 
csch()			:	<- success 
coth()			:	<- success 
acosh()			:	<- success 
asinh()			:	<- success 
atanh()			:	<- success 
acoth()			:	<- success 
asech()			:	<- success 
acsch()			:	<- success 
exp()			:	<- success 
expm1()			:	<- success 
log()			:	<- success 
log10()			:	<- success 
log1p()			:	<- success 
log2()			:	<- success 
nextpow2()		:	<- success 
pow2()			:	<- success 
sqrt()			:	<- success 
reallog()		:	<- success 
realsqrt()		:	<- success 
nthroot()		:	<- success 
pow2(F,E)		:	<- success 
min(), max()	        :	<- success 
prod(matrix)	        :	<- success 
prod(vector)	        :	<- success 
sum(matrix)		:	<- success 
sum(vector)		:	<- success 
cumsum(matrix)	        :	<- success 
cumsum(vector)	        :	<- success 
cumprod(matrix)	        :	<- success 
cumprod(vector)	        :	<- success 
dot()			:	<- success 
cross()			:	<- success 
svd()			:	<- success 
qr()			:	<- success 
lu(square)		:	<- success 
lu(rect)		:	<- success 
pinv()			:	<- success 
eig()			:	<- success 
chol()			:	<- success 
schur()			:	<- success 
rank()			:	<- success 
trace()			:	<- success 
det()			:	<- success 
inv()			:	<- success 
sort(real)		:	<- success 
sort(complex)	        :	<- success 
<,<=,>,>=,==,~=	        :	<- success 
isinf()			:	<- success 
isnan()			:	<- success 
isfinite()		:	<- success 
isreal()		:	<- success 
abs()			:	<- success 
sign()			:	<- success 
conj()			:	<- success 
angle()			:	<- success 
imag()			:	<- success 
real()			:	<- success 
complex()		:	<- success 
ceil()			:	<- success 
fix()			:	<- success 
floor()			:	<- success 
round()			:	<- success 
rem()			:	<- success 
tril(matrix)		:	<- success 
tril(vector)		:	<- success 
triu(matrix)		:	<- success 
triu(vector)		:	<- success 
diag(matrix)		:	<- success 
diag(vector)		:	<- success 
norm(matrix)		:	<- success 
norm(vector)		:	<- success 
cond()			:	<- success 
factorial()		:	<- success 
mean()			:	<- success 
std()			:	<- success 
erf()			:	<- success 
erfc()			:	<- success 
erfi()			:	<- success 
FresnelS()		:	<- success 
FresnelC()		:	<- success 
gammaln()		:	<- success 
gamma()			:	<- success 
gammainc()		:	<- success 
psi()			:	<- success 
zeta()			:	<- success 
expint()		:	<- success 
eint()			:	<- success 
logint()		:	<- success 
cosint()		:	<- success 
sinint()		:	<- success 
besselj()		:	<- success 
bessely()		:	<- success 
besseli()		:	<- success 
besselk()		:	<- success 
besselh()		:	<- success 
hypergeom()		:	<- success 
KummerM()		:	<- success 
KummerU()		:	<- success