##############SYSTEM PARAMETERS  ############
ndim     mass      hbaromega     temp    nslices
 1        1.          1.0         0.05       60
#############   SIMULATION PARAMETERS   ###############
  nblock      nstep      nstart  nmovers   nanal
  1000         5000         0           16        5
  nalg    nspill      hop      gammadsp
   0      100000      2.0        0.3
  hop_hmc   nstdyn
  15.        200
  iwig    whstep     nwstep     iwave   sigmap  covarp
   0       0.01       100         2       1.     0.
############    POST ANALYSIS   #####################
   level
   1

legenda:
mass = mass of the particle
omega = phonon frequency (hbaromega)
temp = temperature/hbaromega
nslices = number of time slices
nblock = number of blocks for statistics
nstep = number of steps per block
nstart = flag to decide the way to start
         the code inquires the existence of a file qid.rs, if it exists
	 the positions of time slices are read from that file, otherwise
	 they are generated randomly around the origin.
	0 : start from scratch (as explained above)
	1 : continue a previous run, read positions and cumulators in qid.rs
       -1 : reanalize a previously saved set of configurations (qid.pc)
nmovers = numbers of time slices moved in a single MC attempt. 
nanal = calling frequency of analisys in step units
nalg = choose the MC algorithm to be used
	0 : driver OMOVE attempt to generate one slice between the adjacent 
            fixed slices (max nmovers=nslices/2)
	1 : driver LEVY bisectes a nmovers imaginary time interval by 
            free propagator
        2 : driver LEVYID construct the whole path by free propagator;
            it is not a Metropolis MC
hop = maximum displacement for the DISPLACE move
gammadsp = frequency of attempting the DISPLACE moves
nspill = frequency in steps of dumping confs. in file qid.pc
level = new level for post analysis