goulib.polynomial

simple manipulation of polynomials (without SimPy) see http://docs.sympy.org/dev/modules/polys/reference.html if you need more …

Functions

_parse_n(str)	Parse the number part of a polynomial string term
_parse_p(str)	Parse the power part of a polynomial string term
_strip_leading_zeros(p)	Remove the leading (in terms of high orders of x) zeros in the polynomial
_tostring_term(c, i, **kwargs)	Convert a single coefficient c and power e to a string cx^i
add(p1, p2)	Return a new plist corresponding to the sum of the two input plists.
derivative(plist)	Return a new plist corresponding to the derivative of the input plist.
integral(plist)	Return a new plist corresponding to the integral of the input plist.
mult_const(p, c)	Return a new plist corresponding to the input plist multplied by a const
mult_one(p, c, i)	Return a new plist corresponding to the product of the input plist p with the single term c*x^i
multiply(p1, p2)	Return a new plist corresponding to the product of the two input plists
parse_string(s)	Do very, very primitive parsing of a string into a plist.
peval(plist, x[, x2])	Eval the plist at value x.
plist(term)	Force term to have the form of a polynomial list
power(p, e)	Return a new plist corresponding to the e-th power of the input plist p
sub(p1, p2)
tostring(p, **kwargs)	Convert a plist into a string.

Classes

Polynomial(val)