  This is the third (and the last) code in a collection of three programs
[Sokolovski et al (2011), Akhmatskaya et al (2014)] dedicated to the analysis
of numerical data, obtained in an accurate simulation of an atom-diatom
chemical reaction. Our purpose is to provide a detailed description of a
FORTRAN code for complex angular momentum (CAM) analysis of the resonance
effects in reactive angular scattering [for CAM analysis of integral reactive
cross sections see [Akhmatskaya et al (2014)]. The code evaluates the
contributions of a Regge trajectory (or trajectories) to a differential cross
section in a specified range of energies. The contribution is computed with the
help of the methods described in [Dobbyn et al (2007), Sokolovski and Msezane
(2004), Sokolovski et al (2007)]. Regge pole positions and residues are
obtained by analytically continuing S-matrix element, calculated numerically
for the physical integer values of the total angular momentum, into the complex
angular momentum plane using the PADE II program [Sokolovski et al (2011)]. The
code represents a reactive scattering amplitude as a sum of the components
corresponding to a rapid "direct" exchange of the atom, and the various
scenarios in which the reactants form long-lived intermediate complexes, able
to complete several rotations before breaking up into products. The package has
been successfully tested on the representative models, as well as the F +
H2->HF+H benchmark reaction. Several detailed examples are given in the text.
PACS:34.50.Lf,34.50.Pi
