## if re.match("#include <nt2/toolbox/boost_math/include.hpp>",l) :
## s[i] = "#include <nt2/toolbox/boost_math/"+self.get_fct_name()+".hpp>"
## if re.match("#include <nt2/toolbox/boost_math/"+self.get_fct_name()+".hpp>",l) :
## s[i] = "#include <boost_math/"+self.get_fct_name()+".hpp>"
## if re.match("#include <boost_math/"+self.get_fct_name()+".hpp>",l) :
## s[i] = "#include <boost/math/special_functions/"+self.get_fct_name()+".hpp>"
## if re.match(" *NT2_FUNCTION_IMPLEMENTATION\(",l) :
## if re.match(" *}",s[i-1]) :
## t = s[i-1]
## s[i-1] = " "+s[i]
## s[i] = t
## break
## self.__write_def_txt(s)
## return s
for tb in tb_targets :
tbi = Toolbox_infos(tb)
isa = 'scalar'
if tbi.get_tb_style() =='usr' :
print tb
for fct in tbi.get_fctors_list() :
bf = Boost_math_fct(tb,fct,isa)
bf.change_units()
"exponential",
"euler",
"elliptic",
"ast",
"combinatorial",
"cephes",
"standard",
"arithmetic",
"crlibm"
]
for tb in tb_targets :
tbi = Toolbox_infos(tb)
isas = tbi.nbi.get_implanted_archis()
if tbi.get_tb_style() =='sys' :
print tb
for isa in isas :
if isa != 'scalar' :
print isa
for fct in tbi.get_fctors_list() :
for sub in tbi.nbi.get_archis().submodes(isa) :
fi = Fctor_infos(tb,fct,isa,sub)
print "%s\n" % os.path.join(isa,sub,fct+'.hpp')
mf = Mk_fctor(fi)
mf.revert_to_old_fctor()
print "="*50
