preferred_size = RadialSize.Large
else:
preferred_size = RadialSize.ExtraLarge
dv = []
ac = []
pr = []
for st in args.dvtuples:
deltavs, accelerations, pressures = _ParseDVParam(st)
dv.extend(deltavs)
ac.extend(accelerations)
pr.extend(pressures)
finder = Finder(args.payload, preferred_size, dv, ac, pr, args.gimbal, args.boosters,
args.electricity, args.length)
D = finder.Find(not args.show_all_solutions, args.cheapest)
if not args.quiet:
print(fill("Printing the best (and only the best!) designs (i.e. engine and tank combinations) "
"fulfilling these requirements:"))
print("- Payload: %.0f kg." % args.payload)
print("- Flight phases: ", end='')
for i in range(len(dv)):
print("%.0f m/s, %.1f m/s², %.2f atm%s" %
(dv[i], ac[i], pr[i], "; " if i != len(dv)-1 else "."), end='')
print() # newline
print("- Preferred size: %s." % args.preferred_radius)
if args.gimbal == 0:
print("- You do not need engine with thrust vectoring.")
elif args.gimbal == 1:
print("- You prefer engines with thrust vectoring.")
