|
__abs__(self)
|
number
|
__call__(self,
*points)
Returns
the function value obtained by linear interpolation
|
|
__getattr__(self,
attr)
|
InterpolatingFunction or number
|
__getitem__(self,
i)
Returns
an InterpolatingFunction whose number of variables is reduced, or
a number if no variable is left
|
InterpolatingFunction or number
|
__getslice__(self,
i,
j)
Returns
an InterpolatingFunction whose number of variables is reduced by
one, or a number if no variable is left
|
|
__init__(self,
axes,
values,
default=None)
|
int
|
__len__(self)
Returns
number of variables
|
|
_mathfunc(self,
function)
|
|
arccos(self)
|
|
arcsin(self)
|
|
arctan(self)
|
|
cos(self)
|
|
cosh(self)
|
InterpolatingFunction or number
|
definiteIntegral(self,
variable=0)
Returns
a new InterpolatingFunction containing the numerical integral.
|
InterpolatingFunction
|
derivative(self,
variable=0)
Returns
a new InterpolatingFunction containing the numerical
derivative
|
|
exp(self)
|
Scientific.Functions.Polynomial
|
fitPolynomial(self,
order)
Returns
a polynomial whose coefficients have been obtained by a least-squares
fit to the grid values
|
InterpolatingFunction
|
integral(self,
variable=0)
Returns
a new InterpolatingFunction containing the numerical integral.
|
|
log(self)
|
InterpolatingFunction
|
selectInterval(self,
first,
last,
variable=0)
Returns
a new InterpolatingFunction whose grid is restricted
|
|
sin(self)
|
|
sinh(self)
|
|
sqrt(self)
|
|
tan(self)
|
|
tanh(self)
|