def execute_task(task):
if is_up_to_date(task):
print(get_name(task) + ' - up to date.')
else:
for action in task['actions']:
print(action)
run(action)
def execute_task(task):
if is_up_to_date(task):
print(get_name(task) + ' - up to date.')
else:
for action in task['actions']:
print(action)
run(action)
def install(file, dir, mode):
f = getDest(file, dir)
print("install: " + f)
run('install -d ' + dest + prefix + dir)
run('install -m ' + ` mode ` + ' ' + file + ' ' + dest + prefix + dir +
'/')
installed.write(f + "\n")
def compile_translations():
for f_name in glob.glob('po/*.po'):
lang = f_name.replace("po/", "").replace(".po", "")
lang = lang.replace("\\", "/")
build_path = "build/locale/" + lang + "/LC_MESSAGES/"
target = build_path + "birdfont.mo"
run("mkdir -p " + build_path)
f_name = f_name.replace("\\", "/")
run("msgfmt --output=%s %s" % (target, f_name))
def compile_translations ():
for f_name in glob.glob('po/*.po'):
lang = f_name.replace ("po/", "").replace (".po", "")
lang = lang.replace ("\\", "/")
build_path = "build/locale/" + lang + "/LC_MESSAGES/"
target = build_path + "birdfont.mo"
run ("mkdir -p " + build_path);
f_name = f_name.replace ("\\", "/")
run ("msgfmt --output=%s %s" % (target, f_name));
def eval(args):
dirs = [f.path for f in os.scandir(args.models_path) if f.is_dir()]
for dir in dirs:
if os.path.exists(os.path.join(dir, "conf.ini")) and os.path.exists(
os.path.join(dir, "model.pth")):
conf_path = os.path.join(dir, "conf.ini")
config = configparser.ConfigParser()
config.read(conf_path)
# defaults = {}
# defaults.update(dict(config.items("main")))
defaults = {
key: cast_value(value)
for key, value in dict(config.items("main")).items()
}
defaults["num_episodes_train"] = 0
defaults["device_id"] = 0
defaults["K_epochs"] = defaults["k_epochs"]
defaults["old_policy_path"] = defaults["policy_path"]
defaults["policy_path"] = os.path.join(dir, "model.pth")
if args.num_diversity is not None:
defaults["num_diversity"] = args.num_diversity
if args.num_episodes_test is not None:
defaults["num_episodes_test"] = args.num_episodes_test
if args.test_metrics is not None:
defaults["test_metrics"] = args.test_metrics
if "test_modes" in defaults.keys() and args.test_modes is not None:
defaults["test_modes"] = args.test_modes
if "eval_modes" in defaults.keys() and args.eval_modes is not None:
defaults["eval_modes"] = args.eval_modes
if "temp_factor" in defaults.keys():
if "inv_schedule_step" in defaults.keys():
if defaults["inv_schedule_step"] == 0:
if defaults["temp_factor"] < 1:
defaults["temperature"] = defaults["temp_min"]
elif defaults["temp_factor"] > 1:
defaults["temperature"] = defaults["temp_max"]
else:
if defaults["temp_factor"] > 1:
defaults["temperature"] = defaults["temp_min"]
elif defaults["temp_factor"] < 1:
defaults["temperature"] = defaults["temp_max"]
else:
if defaults["temp_factor"] < 1:
defaults["temperature"] = defaults["temp_min"]
elif defaults["temp_factor"] > 1:
defaults["temperature"] = defaults["temp_max"]
conf_parser = get_run_parser()
conf_parser.set_defaults(**defaults)
# args_list=list(np.array(list(defaults.items())).ravel())
run_args = conf_parser.parse_known_args()
print(run_args)
run(run_args[0])
def objective(params):
generic_args = {}
params = {**params, **generic_args}
for key, value in params.items():
setattr(args, key, value)
print(args)
agent = run(args)
rewards = agent.train_metrics["reward"].metric_history
loss = -np.mean(rewards[-agent.log_interval:])
# run()
return {
'loss': loss,
'status': STATUS_OK,
'eval_time': time.time(),
**params
}
def install (file, dir, mode):
f = getDest (file, dir)
print ("install: " + f)
run ('install -d ' + dest + prefix + dir)
run ('install -m ' + str(mode) + ' ' + file + ' ' + dest + prefix + dir + '/')
installed.write (f + "\n")
def build_tests():
tests = all_tests() + ["fuzz"]
run ("mkdir -p build/bin");
run ("mkdir -p build/tests");
for test in tests:
run ("valac --ccode --pkg=posix --pkg=xmlbird --vapidir=./build "
+ "--directory=./build tests/" + test + ".vala tests/Test.vala");
run ("""gcc -fPIC -c \
-I ./build/xmlbird \
$(pkg-config --cflags glib-2.0) \
$(pkg-config --cflags gobject-2.0) \
-I ./build -L./build/bin -lxmlbird \
build/tests/""" + test + """.c \
build/tests/Test.c""");
run ("mv *.o build/tests/");
run ("""gcc build/tests/""" + test + """.o build/tests/Test.o \
$(pkg-config --libs glib-2.0) \
$(pkg-config --libs gobject-2.0) \
-L./build/bin -lxmlbird \
-o ./build/bin/""" + test);
if not options.threshold:
for pofile in glob.glob('po/*.po'):
completed = completeness (pofile)
print (pofile + " " + str (completed) + "%")
elif options.compiled:
for pofile in glob.glob('po/*.po'):
completed = completeness (pofile)
podir = pofile.replace ("po/", "")
podir = podir.replace (".po", "")
podir = podir.replace ("\\", "/")
if completed >= float (options.threshold):
print ("Releasing " + podir)
else:
print ("Removing incomplete translation " + podir)
run ("mkdir -p build/incomplete")
run ("mv build/locale/" + podir + " build/incomplete/")
elif options.incomplete:
for pofile in glob.glob('po/*.po'):
completed = completeness (pofile)
if completed >= float (options.threshold):
print ("Releasing " + pofile)
else:
print ("Moving incomplete translation " + pofile + " to po/incomplete/")
run ("mkdir -p po/incomplete")
run ("mv " + pofile + " po/incomplete/")
else:
for pofile in glob.glob('po/*.po'):
completed = completeness (pofile)
if completed >= float (options.threshold):
print (pofile)
config.directory = timestamped_dir
config.mesh = stl_file
config.part_separation = True
config.save()
Configuration.config = config
# run
starter = utils.open_mesh()
scale_factor = np.ceil(
1.1 * config.printer_extents /
starter.bounding_box_oriented.primitive.extents).max()
config.scale_factor = scale_factor
starter = utils.open_mesh()
# split into separate components
if config.part_separation and starter.body_count > 1:
starter = utils.separate_starter(starter)
try:
logger.info(
f"running pychop on {name}, scale_factor: {scale_factor}")
run.run(starter)
# catch failure and move the timestamped directory to 'failed'
except Exception as e:
dump_error(timestamped_dir)
n_failed += 1
failed_directory = os.path.abspath(
os.path.join(os.path.dirname(__file__), '..', 'failed',
date_string))
shutil.move(timestamped_dir, failed_directory)
logging.info(
f"{N_ITERATIONS} attempts: {(N_ITERATIONS - n_failed) / N_ITERATIONS} success rate"
)
def install_root(file, dir, mode):
f = getDestRoot(file, dir)
print("install: " + f)
run('install -d ' + dest + dir)
run('install -m ' + str(mode) + ' ' + file + ' ' + dest + dir + '/')
def build_tests():
tests = all_tests() + ["fuzz"]
run("mkdir -p build/bin")
run("mkdir -p build/tests")
for test in tests:
run(VALAC + " --ccode --pkg=posix --pkg=xmlbird --vapidir=./build " +
"--directory=./build tests/" + test + ".vala tests/Test.vala")
run("""gcc -fPIC -c \
-I ./build/xmlbird \
$(pkg-config --cflags glib-2.0) \
$(pkg-config --cflags gobject-2.0) \
-I ./build -L./build/bin -lxmlbird \
build/tests/""" + test + """.c \
build/tests/Test.c""")
run("mv *.o build/tests/")
run("""gcc build/tests/""" + test + """.o build/tests/Test.o \
$(pkg-config --libs glib-2.0) \
$(pkg-config --libs gobject-2.0) \
-L./build/bin -lxmlbird \
-o ./build/bin/""" + test)
from scripts.run import run run()
def install_root (file, dir, mode):
f = getDestRoot (file, dir)
print ("install: " + f)
run ('install -d ' + dest + dir)
run ('install -m ' + str(mode) + ' ' + file + ' ' + dest + dir + '/')
def link(dir, file, linkname):
f = getDest(linkname, dir)
print("install link: " + f)
run('cd ' + dest + prefix + dir + ' && ln -sf ' + file + ' ' + linkname)
installed.write(f + "\n")
def link (dir, file, linkname):
f = getDest (linkname, dir)
print ("install link: " + f)
run ('cd ' + dest + prefix + dir + ' && ln -sf ' + file + ' ' + linkname)
installed.write (f + "\n")
from scripts import parser, run
import os
import sys
from scripts.config import config
if len(sys.argv) > 1:
file = sys.argv[-1]
else:
if os.name == 'nt' and config.get("Console",
"use_fileopen_dialog") == 'yes':
from tkinter.filedialog import askopenfilename
from tkinter import Tk
window = Tk()
window.withdraw()
file = askopenfilename()
else:
file = input("Enter file name: ")
run.run(*parser.parse(file))
input("Press ENTER to exit...")
