#!/usr/bin/python3
import re, string, os
import facfile
haskell = facfile.facfile('src/haskell/.haskell.fac')
os.chdir('src/haskell')
importre = re.compile('^import\s+(\S+)', re.MULTILINE)
mainre = re.compile('^main\s+=', re.MULTILINE)
hsfiles = """
C CodeGen Expression ExternalLennardJones ExternalPotentialTest
FMT functionals HughesSaft IdealGas LatexDouble latex-functionals
Latex LogN0 NewCode Optimize QuadraticGaussian Quadratic QuadraticN0
Rosenfeld SFMT Statement WaterSaft WhiteBear SW_liquid
""".split()
# see also test
all_objects = sorted([x+'.o' for x in hsfiles])
generated_names = """
ExternalPotentialTest HomogeneousSFMTFluid HomogeneousWaterSaftByHand
HomogeneousWaterSaft HomogeneousWhiteBear HomogeneousWhiteBearFluid
WhiteBearFluidVeff
LogN0 Phi1 Phi2 Phi3 QuadraticGaussian Quadratic QuadraticN0
SFMTFluid SFMTFluidVeff
SPhi1 SPhi2 SPhi3
#!/usr/bin/python3
import facfile
import string
src = facfile.facfile('.monte-carlos.fac')
monte_carlos = """
monte-carlo soft-monte-carlo pair-monte-carlo
triplet-monte-carlo polyhedra-monte-carlo polyhedra-talk
square-well-monte-carlo liquid-vapor-monte-carlo
radial-distribution-monte-carlo
free-energy-monte-carlo free-energy-monte-carlo-infinite-case
""".split()
utility_files = """
polyhedra square-well InitBox
""".split()
for x in utility_files:
src.compile('src/Monte-Carlo/%s.cpp' % x)
for x in monte_carlos:
src.link('src/Monte-Carlo/%s.cpp' % x, x)
#!/usr/bin/python3
import facfile
import string
src = facfile.facfile('.dft.fac')
generic_sources = """
lattice utilities Faddeeva
GridDescription Grid ReciprocalGrid
IdealGas ChemicalPotential
HardSpheres ExternalPotential
Functional ContactDensity
Gaussian Pow WaterSaftFast WaterSaft_by_handFast
EffectivePotentialToDensity
equation-of-state water-constants
compute-surface-tension
Minimizer Downhill
Precision ConjugateGradient
QuadraticLineMinimizer SteepestDescent
vector3d
new/Minimize new/NewFunctional
""".split()
for x in generic_sources:
src.compile('src/%s.cpp' % x)
mkdats = """
papers/fuzzy-fmt/figs/homogeneous
#!/usr/bin/python3
import re, string, os
import facfile
haskell = facfile.facfile('src/haskell/.haskell.fac')
os.chdir('src/haskell')
importre = re.compile('^import\s+(\S+)', re.MULTILINE)
mainre = re.compile('^main\s+=', re.MULTILINE)
hsfiles = """
C CodeGen Expression ExternalLennardJones ExternalPotentialTest
FMT functionals HughesSaft IdealGas LatexDouble latex-functionals
Latex LogN0 NewCode Optimize QuadraticGaussian Quadratic QuadraticN0
Rosenfeld SFMT Statement WaterSaft WhiteBear SW_liquid
""".split()
# see also test
all_objects = sorted([x + '.o' for x in hsfiles])
generated_names = """
ExternalPotentialTest HomogeneousSFMTFluid HomogeneousWaterSaftByHand
HomogeneousWaterSaft HomogeneousWhiteBear HomogeneousWhiteBearFluid
WhiteBearFluidVeff
LogN0 Phi1 Phi2 Phi3 QuadraticGaussian Quadratic QuadraticN0
SFMTFluid SFMTFluidVeff
SPhi1 SPhi2 SPhi3
import re, string, sys, os
import facfile
if len(sys.argv) > 1:
texfs = sys.argv[1:]
else:
print("Need arguments")
os.exit(1)
documentclassre = re.compile(r'\\documentclass(\[[^\]]+\])?{')
graphicre = re.compile(r'^[^%\n]*\\includegraphics(\[[^\]]+\])?{([^}]+)}', re.MULTILINE)
inputre = re.compile(r'\\input(\[[^\]]+\])?{([^}]+)}')
for t in texfs:
fac = facfile.facfile(os.path.dirname(t)+'/.'+os.path.basename(t)+'.fac')
fname = os.path.basename(t)
f = open(t, 'r')
latex = f.read()
inputs = {fname}
outputs = {fname[:-3]+'pdf'}
os.chdir(os.path.dirname(t)) # so we can look up figures easily
def graphics_name(x):
if len(x) > 4 and x[-4:] in ['.pdf', '.png', '.jpg']:
return x
return x+'.pdf'
inputs |= set([graphics_name(x[1]) for x in graphicre.findall(latex)])
inputs |= set([x[1]+'.tex' for x in inputre.findall(latex)])
fac.default('pdflatex %s && pdflatex %s && bibtex %s && pdflatex %s && pdflatex %s'
#!/usr/bin/python3
import facfile
doc = facfile.facfile('.doc.fac')
for pdf in """ Association WhiteBear TensorWhiteBear WhiteBearMarkII Dispersion SaftFluid
SimpDispersion EntropySaftFluid GradDispersion JoinedGradDispersion
SW_liquid
SimpGradDispersion SFMT """.split():
doc.default('src/haskell/latex-functionals.exe doc/%s.pdf' % pdf,
['src/haskell/latex-functionals.exe'],
['doc/%s.pdf' % pdf])
#!/usr/bin/python3
import facfile
import string
src = facfile.facfile('.dft.fac')
generic_sources = """
lattice utilities Faddeeva
GridDescription Grid ReciprocalGrid
IdealGas ChemicalPotential
HardSpheres ExternalPotential
Functional ContactDensity
Gaussian Pow WaterSaftFast WaterSaft_by_handFast
EffectivePotentialToDensity
equation-of-state water-constants
compute-surface-tension
Minimizer Downhill
Precision ConjugateGradient
QuadraticLineMinimizer SteepestDescent
vector3d
new/Minimize new/NewFunctional
""".split()
for x in generic_sources:
src.compile('src/%s.cpp' % x)
mkdats = """
papers/fuzzy-fmt/figs/homogeneous
papers/fuzzy-fmt/figs/homogeneous-bh
#!/usr/bin/python3
import facfile
doc = facfile.facfile('.doc.fac')
for pdf in """ Association WhiteBear TensorWhiteBear WhiteBearMarkII Dispersion SaftFluid
SimpDispersion EntropySaftFluid GradDispersion JoinedGradDispersion
SW_liquid
SimpGradDispersion SFMT """.split():
doc.default('src/haskell/latex-functionals.exe doc/%s.pdf' % pdf,
['src/haskell/latex-functionals.exe'], ['doc/%s.pdf' % pdf])
import facfile
if len(sys.argv) > 1:
texfs = sys.argv[1:]
else:
print("Need arguments")
os.exit(1)
documentclassre = re.compile(r'\\documentclass(\[[^\]]+\])?{')
graphicre = re.compile(r'^[^%\n]*\\includegraphics(\[[^\]]+\])?{([^}]+)}',
re.MULTILINE)
inputre = re.compile(r'\\input(\[[^\]]+\])?{([^}]+)}')
for t in texfs:
fac = facfile.facfile(
os.path.dirname(t) + '/.' + os.path.basename(t) + '.fac')
fname = os.path.basename(t)
f = open(t, 'r')
latex = f.read()
inputs = {fname}
outputs = {fname[:-3] + 'pdf'}
os.chdir(os.path.dirname(t)) # so we can look up figures easily
def graphics_name(x):
if len(x) > 4 and x[-4:] in ['.pdf', '.png', '.jpg']:
return x
return x + '.pdf'
inputs |= set([graphics_name(x[1]) for x in graphicre.findall(latex)])
