# Path: misc/io.py
# def write(filename, string):
#   with open(filename, 'w') as f:
#     f.write(string)
# 
# def read(filename):
#   with open(filename, 'r') as f:
#     return f.read()


from misc.io import write, read
from os.path import expanduser
from time import time
import os
    axiom_layer = -1
    s += 'begin_variable\n' \
      '%s\n' \
      '%s\n' \
      '%s\n'%(name, axiom_layer, len(problem.var_val_order[var]))
    for j, val in enumerate(problem.var_val_order[var]):
      name = 'Atom %s-%s()'%(i, j) # NOTE - not sure why it needs this but it does
      s += '%s\n'%name
    s += 'end_variable\n'
  return s

###########################################################################

def write_mutexes(problem):
  s = '%s\n'%len(problem.mutexes)
  for mutex in problem.mutexes:
    s += 'begin_mutex_group\n' \
        '%s\n'%len(mutex)
    for var, val in mutex:
      s += '%s %s\n'%(var, val)
    s += 'end_mutex_group'
  return s

###########################################################################

def write_initial(problem):
  #assert len(problem.initial.values) == len(problem.var_order)
  s = 'begin_state\n'
  for var in problem.var_order:
    #val = problem.get_val(var, problem.initial.values[var])

# Path: misc/io.py
# def write(filename, string):
#   with open(filename, 'w') as f:
#     f.write(string)
# 
# def read(filename):
#   with open(filename, 'r') as f:
#     return f.read()


# Path: sas/downward.py
from misc.io import write, read
from os.path import expanduser
from time import time
import os

    axiom_layer = -1
    s += 'begin_variable\n' \
      '%s\n' \
      '%s\n' \
      '%s\n'%(name, axiom_layer, len(problem.var_val_order[var]))
    for j, val in enumerate(problem.var_val_order[var]):
      name = 'Atom %s-%s()'%(i, j) # NOTE - not sure why it needs this but it does
      s += '%s\n'%name
    s += 'end_variable\n'
  return s

###########################################################################

def write_mutexes(problem):
  s = '%s\n'%len(problem.mutexes)
  for mutex in problem.mutexes:
    s += 'begin_mutex_group\n' \
        '%s\n'%len(mutex)
    for var, val in mutex:
      s += '%s %s\n'%(var, val)
    s += 'end_mutex_group'
  return s

###########################################################################

def write_initial(problem):
  #assert len(problem.initial.values) == len(problem.var_order)
  s = 'begin_state\n'
  for var in problem.var_order:
    #val = problem.get_val(var, problem.initial.values[var])

    val = problem.get_val(var, problem.initial.values.get(var, problem.default_val))