Changes between Version 18 and Version 19 of perWeight

Timestamp:

Sep 10, 2019, 2:14:26 PM (5 years ago)

Author:

mosel

Comment:

--

perWeight

@@ -12 +12 @@
 ''perturbative'' particles again. These ''perturbative'' particles can thus react with ''real'' target nucleons, but may not scatter among themselves.
 Furthermore, their feedback on the actual densities is neglected. One can simulate in
-this fashion the effects of the almost constant target on the outgoing particles without modifying
+this way the effects of the almost constant target on the outgoing particles without modifying
 the target. E.g. in πA collisions we initialize all initial state pions as ''perturbative'' test-particles.
 Thus the target automatically remains frozen and all products of the collisions of pions and
@@ -19 +19 @@
 Furthermore, since the ''perturbative'' particles do not react among themselves or modify the ''real''
 particles in a reaction, one can also split a ''perturbative'' particle into \(N_{test}\) pieces (several ''perturbative''
-particles) during a run. Each piece is given a corresponding weight \(1/N_{test}\) and one simulates like
-this \(N_{test}\) possible final state scenarios of the same ''perturbative'' particle during one run.
+particles) during a run. Each piece is given a corresponding weight \(1/N_{test}\). In this way one simulates
+\(N_{test}\) possible final state scenarios of the same ''perturbative'' particle during one run.