Righ now some result aren't adequate. Be careful!

Python library for calculating quantum scattering process.

Depends on scipy, numpy and matplotlib. To install type something like this:

apt-get install python-numpy python-scipy python-matplotlib

For example like this:

import scatter

potential = scatter.potential.Gauss(2.236,-41.47)

solver = scatter.solver.PhaseFunctions(potential,1000.,5.)
data1 = solver.solve(80)

gr = scatter.Graph()
gr.push(data1.get_dcs())
gr.show()

Available potentials:

• Gauss potential

Available solvers:

• PhaseFunc -- phase functions method. Works good at low energies, i.e. tenths MeV for NN-scattering.
• WavePack -- wave packet approximation without partial wave decomposition. Slower, but better on higher energies. Right now results are not correct!

• Fix WavePack solver!
• Documentate sources.
• Write some tests on accuracy.