title test high-T Compton energy exchange
c
c commands controlling continuum =========
c as hot as STE bb can be on IEEE 32-bit cpu
c equilibrium temperature should also be 2.51e7
c since gas radiated by true blackbody will equilibriate
c at its temperature 
blackbody 7.4 STE 
c
c commands for density & abundances =========
hden 10
c
c commands controlling geometry  =========
stop zone 1
c
c other commands for details     =========
atom h-like element oxygen resolved levels 5
atom h-like element oxygen collapsed levels 30
set temperature convergence 0.0001
iterate
print h-like departure element oxygen
c
c commands controlling output    =========
save overview "limit_compton_hi_t.ovr"
save performance "limit_compton_hi_t.per"
save monitors last "limit_compton_hi_t.asr"
c
c commands giving the monitors    =========
monitor temperature hydrogen 2 7.4 error 0.01
monitor ionization oxygen radius 1 < -29.
monitor ionization oxygen radius 2 < -29.
monitor ionization oxygen radius 3 < -29.
monitor ionization oxygen radius 4 < -29.
monitor ionization oxygen radius 5 < -29.
monitor ionization oxygen radius 6 < -29.
// 
// >>chng 02 jan 23, better he-like pops, set to -27.504
// >>chng 03 feb 28, from -27.504 to -27.322, chng he-like treatment
// >>chng 06 apr 22, from -27.322 to -27.322, RP use Badnell DR for He-like
// rm this assert - crazy - why here?
// assert ionization oxygen radius 7 < -27.322
//
// >>chng 08 apr 07, from -13.30 to -12.22, a number of mostly minor iso changes 
monitor ionization oxygen radius 8 -12.22
monitor ionization oxygen radius 9 0 log 
c limit_compton_hi_t.in
c class limit 
c ========================================
c 

This is the highest Compton temperature that can be computed in
LTE on an IEEE 32-bit processor.  This tests the code in the
high-temperature Compton limit. Temperatures as high as 10^10 K
can be computed successfully on CPUs with longer word lengths,
such as a Cray or the new 64 bit processors. 

Checks:
-	The equilibrium temperature should be exactly 107.4 K (2.51239107 K).