To create updated data filed hadr5n26.f and hadr5x26_complex.f or new
version running intRdatx_gnu.sh depending on parameters IUNMIX and
iomegaphidat, we have to know:
  complexifytables.sh runs complexifytables.f which reds data
  calling chadr5x defined in chadr5n26.f which get real parts
  from hadr5n26.f recompile hadr5n26.f and calculates imaginary
  parts in terms of R-data.
  

Edit intRdatx_gnu.sh (which runs intRdatx) to set parameters
for handling resonances


iomegaphidat=2
IUNMIX=1

[for old version: no gamma-rho mixing correction

iomegaphidat=1
IUNMIX=0

]

run

./intRdatx_upd.sh (more complete: ./intRdatx_all.sh)  

creates include data tables: (integrals = real parts only)

  dalhadt26_5.f_new deghadt26_5.f_new dalhadthigh26_5.f_new 
  deghadthigh26_5.f_new dalhadslow26_5.f_new deghadslow26_5.f_new
  dalhadshigh26_5.f_new deghadshigh26_5.f_new

create hadr5x26.f via

./hadr5x-compose.sh  [./hadr5xa-compose.sh]

output: hadr5x26.f_new

Edit hadr5x26.f_new removing the four include statements before moving
it to updated hadr5x26.f; for 26a version also check names of
subroutines and COMMON blocks e.g. 26 --> 26a. Also the spacelike data
sets attached to hadr5x26_complex.h [dalhadt26_5.f_new, deghadt26_5.f_new,
dalhadthigh26_5.f_new, deghadthigh26_5.f_new,] and hadr5x26a_complex.h [
corresponding versions] the subroutioes and COMMON block names must be
set not to conflict with those in hadr5x26.f and hadr5x26a.f

For versions defining hadr5n26.f:
activate the updated hadr5n26.f by moving *.f_new files to *.f ones

[for old version: mv hadr5x26a.f_new hadr5x26a.f]

Update library to activate new hadr5x26.f [or old version hadr5x26a.f]
Updaing hadr5x26_complex.f via

cd test

./complexifytables.sh   [./complexifytablesa.sh]

poduces hadr5x26_complex.hx [hadr5x26a_complex.hx]

activate it by mv hadr5x26_complex.hx ../hadr5x26_complex.f

[same for old setup a-version]

cd ..

