def theorize(theory=THEORY, **options):
"""Make conjectures based on atlas and update atlas based on theorems."""
with atlas.chdir(theory):
world = DB('world')
diverge_conjectures = 'diverge_conjectures.facts'
diverge_theorems = 'diverge_theorems.facts'
equal_conjectures = 'equal_conjectures.facts'
nless_theorems = 'nless_theorems.facts'
assert already_exists(world), 'First build world map'
options.setdefault('log_file', 'theorize.log')
with atlas.load(theory, world, **options) as db:
db.conjecture(diverge_conjectures, equal_conjectures)
with pomagma.util.temp_copy(diverge_conjectures) as temp:
theorem_count = theorist.try_prove_diverge(
diverge_conjectures,
temp,
diverge_theorems,
**options)
if theorem_count > 0:
db.assume(diverge_theorems)
db.dump(world)
with pomagma.util.temp_copy(equal_conjectures) as temp:
theorem_count = theorist.try_prove_nless(
theory,
world,
equal_conjectures,
temp,
nless_theorems,
**options)
if theorem_count > 0:
with atlas.load(theory, world, **options) as db:
db.assume(nless_theorems)
db.dump(world)
def init(theory, **options):
'''
Initialize world map for given theory.
Options: log_level, log_file
'''
log_file = options.setdefault('log_file', 'init.log')
world_size = pomagma.util.MIN_SIZES[theory]
pomagma.util.log_print('initialize to {}'.format(world_size), log_file)
with atlas.chdir(theory, init=True):
survey = 'survey.h5'
world = 'world.h5'
with pomagma.util.temp_copy(survey) as temp:
surveyor.init(theory, temp, world_size, **options)
with atlas.load(theory, survey, **options) as db:
assert not os.path.exists(world), world
db.validate()
db.dump(world)
def init(theory=THEORY, **options):
"""Initialize world map for given theory.
Options: log_level, log_file
"""
log_file = options.setdefault('log_file', 'init.log')
world_size = pomagma.util.MIN_SIZES[theory]
pomagma.util.log_print('initialize to {}'.format(world_size), log_file)
with atlas.chdir(theory, init=True):
survey = DB('survey')
world = DB('world')
normal = DB('world.normal')
with pomagma.util.temp_copy(survey) as temp:
surveyor.init(theory, temp, world_size, **options)
with atlas.load(theory, survey, **options) as db:
assert not already_exists(world), world
assert not already_exists(normal), normal
db.validate()
db.dump(world)
db.dump(normal)