Parcel code used in the simulations is dpparcel.act_comp.spectr.PRI.for and 
dpparcel.act_comp.spectr.PRI.for for polluted and prostine conditions, One also
needs the aerosol bin info from file aerosol.log.inc also included here.

Data files in this dataset:

1. CCN information is in CCN.act_info.dat:

It gives the bin number (1 to 200), dry CCN radius (microns),
critical (activation) radius (microns) and critical (activation)
supersaturation (%). Below are the three first lines:

    1    0.4000E-02    0.1552E-01    0.5077E+01  -- ic,r0,ract,sact
    2    0.4094E-02    0.1606E-01    0.4901E+01  -- ic,r0,ract,sact
    3    0.4189E-02    0.1662E-01    0.4732E+01  -- ic,r0,ract,sact

2. Drople radius evolition (every 1 m for 1 km rise) is given in data files named
rad.evol.XXX.YYY.dat, where XXX in parcel ascent rate (0.25, 1, 4 m/s)
and YYY is POL or PRI for polluted and pristine aerosols. The data for each
CCN bin (concentration in cm-3 and wet radius in microns) is given as in
as in the line below for each dry CCN bin ic.

     1     0.38787E-05     0.82631E-02      ic,con,r
     2     0.58053E-05     0.85464E-02      ic,con,r
     3     0.91774E-05     0.88784E-02      ic,con,r

3. Evolutions of the parcel supwersaturation and quasi-equilbrium
supersaturations for each dry CCN bin is given in files S+S_eq.XXX.YYY.dat,
where where XXX in parcel ascent rate (0.25, 1, 4 m/s) and YYY is
POL or PRI for polluted and pristine aerosols. Supersaturations are in %.
The data look like that:

   -2.946494469506866       --- sup(%)
      1      0.400000E-02      0.810916E-02     -0.421640E-01  ic,CCNrad,drad,seq(%)
      2      0.409365E-02      0.881340E-02     -0.400958E-01  ic,CCNrad,drad,seq(%)
      3      0.418948E-02      0.866727E-02     -0.391724E-01  ic,CCNrad,drad,seq(%)