4 # (nov) number of vehicles (1, )
200 # (fixvehcost) fixed cost for each vehicle
1.0 # (wcost) weight of cost
1.0 # (wtime) weight of time
30 # (maxiter) how many iterations?
15 # (startvar) variant for starting solution (1,,15)
1 # (markdone) 1: mark all passed links done, dep on seq (0/1)
1 # (dorevsol) 1: revise allocation after solution (0/1)
3 # (movevar) variant for moves (1,,7)
0 # (moalloc) how much to move alloc? (1, )
5 # (chordvar) variant for change of order (1,,5)
0 # (moord) how much to move order? (1, )
3 # (impvar) variant for moving a cycle for improvement (1,,3)
4 # (cymvar) variant for moving cycles (1,,4)
1 # (cymimp) 1: move cycles only if improvement (0/1)
0 # (tcymvar) 0: try once, 1: try all twocycle swaps
0.0 # (targetcost) stop when cost is less than this
0.0 # (targettime) stop when time is less than this
1000.0 # (starttemp) start temperature for simulated annealing
7 # (intiter) number if iterations with the same temp in sim ann
0.3 # (rcold) cooling parameter for simulated annealing: (0< <1)
0 # (pri) 0: less output, 1: more output
0 # (logfil) output from rupov put on 0: screen, 1: file rupov.log
2.0 # (avsweep) average number of sweeps
2.0 # (vspeed) vehicle speed (m/s)