Middle of upgrading default Python to 1.1
more work towards incorporating thermal corrections
code finished for 1.1.00, but READMEs still need to be finished
1.1.00beta1

Almost ready to be 1.1.00, after VevaciousRunner::appendResultsToSlha
is updated.
fixed some last bugs, changed an XML tag
rearranged newlines in some output
fixed silly bug in default Python
fixed up thermal results in SLHA block

SLHA results block now incorporates thermal result. Also tidied up
default Python to print a little less intermediate stuff, & added
Vevacious ASCII logo to main program.
small fix to default Vevacious.py

 - Fixed default Vevacious.py to properly report thermal exclusion if
found
   during direct path thermal action calculation.
 - Updated bin/Vevacious.py example to the default created by
1.1.00beta2.
oops, forgot to update the string.
version 1.1.00beta3

- Fixed default Vevacious.py to properly exclude field configurations
that would be the DSB minimum but for numerical effects from the list
of possible panic vacua.
- Put function back in to limit MINUIT to a hypercube in field space in
default Vevacious.py code.
- Improved fit function for guess at temperature dependence of thermal
action by direct path in default Python code (now a quadratic divided
by the square of the difference from the best guess at the critical
temperature).
fixed crash caused by trying to log errors in rolling DSB minimum

also removed example Vevacious.py from Vevacious/bin/ as it was causing
too many problems.
version 1.1.00beta5

Fixed default Python to properly report exclusions (was a bit mixed up
for some cases).
version 1.1.00beta5
version 1.1.00beta6
1.1.00beta7: fixed default Python bug when direct path thermal tunneling already excludes point

1.1.00beta7: fixed default Python bug when direct path thermal
tunneling already excludes point; unfortunately still doesn't fix what
happens if PyMinuit doesn't roll close enough to a minimum while
searching for the critical temperature...
Fixed bug in default Python for correctly stopping if thermally excluded by a direct path & also corrected tunneling possibility check

 - Default Python now correctly stops if it finds that the point is
thermally
   excluded by a direct path when exploring the temperature dependence
of the
   direct-path thermal action.
 - Default Python now also considers tunneling from the false vacuum to
the
   true vacuum at a given temperature impossible if the true vacuum is
now less
   than 0.1 times its length at zero temperature, as a workaround for
PyMinuit
   sometimes not rolling the DSB minimum close enough to the field
origin when
   it should, breaking the unpatched algorithm for deciding if
tunneling is
   still possible.
1.1.00beta8
forgot newlines...
1.1.00beta9