title constant density cooling cloud
c
c commands controlling continuum =========
c 3 keV
blackbody 3.4e7 K
ionization parameter -10 time
c coronal 3.4e7 K init time 
c
c commands for density & abundances =========
c want nT = 2e6 K cm-3
hden 1e5 linear
c
c commands controlling geometry  =========
set dr 0 
set nend 1
stop zone 1
c
c other commands for details     =========
c the time dependent calculations will start on iteration 3
c first two are to relax the calculation
set dynamics relax 5
c number of time steps
iterate 300
c stop time when temperature falls below 1 K
time first timestep 9
time 10 scale 0    
time 11 scale=0  recombination
time 20 scale=0  
end of times
cosmic rays background
c
c commands controlling output    =========
print line faint 2 log 
print line cumulative
print ages
set save flush
save time dependent "time_cool_cd_injecto.tim" no hash
save overview "time_cool_cd_injecto.ovr" no hash
save cooling "time_cool_cd_injecto.col" no hash
save heating "time_cool_cd_injecto.het" no hash
save continuum units Angstroms "time_cool_cd_injecto.con"
save cumulative continuum units Angstroms last "time_cool_cd_injecto.concum"
c
c commands giving the asserts    =========
c
c time_cool_cd_injecto.in 
c class dynamics 
c ========================================
c 

test time dependent cooling at constant density