def test_routine(file_name, target_alignment, kwargs):
objs = file_handler.load_mesh(file_name)
info = dict()
for part, content in objs.items():
mesh = content["mesh"]
info[part] = dict()
x = Tweak(mesh, **kwargs)
info[part]["alignment"] = x.alignment
info[part]["rotation_axis"] = x.rotation_axis
info[part]["rotation_angle"] = x.rotation_angle
info[part]["euler_parameter"] = x.euler_parameter
info[part]["bottom_area"] = x.bottom_area
info[part]["overhang_area"] = x.overhang_area
info[part]["contour"] = x.contour
info[part]["unprintability"] = x.unprintability
info[part]["best_5"] = x.best_5
info[part]["time"] = x.time
info[part]["tweaker_stats"] = x
print("Object: {}, result: new alignment: \t{}".format(
file_name, x.alignment))
assert np.allclose(info[part]["alignment"],
target_alignment,
atol=1e-4)
# Start of tweaking.
if args.verbose:
print("Calculating the optimal orientation:\n {}".format(
args.inputfile.split(os.sep)[-1]))
c = 0
info = dict()
for part, content in objs.items():
mesh = content["mesh"]
info[part] = dict()
if args.convert:
info[part]["matrix"] = [[1, 0, 0], [0, 1, 0], [0, 0, 1]]
else:
try:
cstime = time()
x = Tweak(mesh, args.extended_mode, args.verbose,
args.show_progress, args.favside, args.volume)
info[part]["matrix"] = x.matrix
info[part]["tweaker_stats"] = x
except (KeyboardInterrupt, SystemExit):
raise SystemExit("\nError, tweaking process failed!")
# List tweaking results
if args.result or args.verbose:
print("Result-stats:")
print(" Tweaked Z-axis: \t{}".format(x.alignment))
print(" Axis, angle: \t{}".format(x.euler_parameter))
print(""" Rotation matrix:
{:2f}\t{:2f}\t{:2f}
{:2f}\t{:2f}\t{:2f}
{:2f}\t{:2f}\t{:2f}""".format(x.matrix[0][0], x.matrix[0][1],
x.matrix[0][2], x.matrix[1][0],
def cli():
global FileHandler
# Get the command line arguments. Run in IDE for demo tweaking.
stime = time()
try:
args = getargs()
if args is None:
sys.exit()
except:
raise
try:
FileHandler = FileHandler.FileHandler()
objs = FileHandler.load_mesh(args.inputfile)
if objs is None:
sys.exit()
except (KeyboardInterrupt, SystemExit):
raise SystemExit("Error, loading mesh from file failed!")
# Start of tweaking.
if args.verbose:
print("Calculating the optimal orientation:\n {}".format(
args.inputfile.split(os.sep)[-1]))
c = 0
info = dict()
for part, content in objs.items():
mesh = content["mesh"]
info[part] = dict()
if args.convert:
info[part]["matrix"] = [[1, 0, 0], [0, 1, 0], [0, 0, 1]]
else:
try:
cstime = time()
x = Tweak(mesh, args.extended_mode, args.verbose,
args.show_progress, args.favside, args.volume)
info[part]["matrix"] = x.matrix
info[part]["tweaker_stats"] = x
except (KeyboardInterrupt, SystemExit):
raise SystemExit("\nError, tweaking process failed!")
# List tweaking results
if args.result or args.verbose:
print("Result-stats:")
print(" Tweaked Z-axis: \t{}".format(x.alignment))
print(" Axis {}, \tangle: {}".format(x.rotation_axis,
x.rotation_angle))
print(""" Rotation matrix:
{:2f}\t{:2f}\t{:2f}
{:2f}\t{:2f}\t{:2f}
{:2f}\t{:2f}\t{:2f}""".format(x.matrix[0][0], x.matrix[0][1],
x.matrix[0][2], x.matrix[1][0],
x.matrix[1][1], x.matrix[1][2],
x.matrix[2][0], x.matrix[2][1],
x.matrix[2][2]))
print(" Unprintability: \t{}".format(x.unprintability))
print("Found result: \t{:2f} s\n".format(time() - cstime))
if not args.result:
try:
FileHandler.write_mesh(objs, info, args.outputfile,
args.output_type)
except FileNotFoundError:
raise FileNotFoundError("Output File '{}' not found.".format(
args.outputfile))
# Success message
if args.verbose:
print("Tweaking took: \t{:2f} s".format(time() - stime))
print("Successfully Rotated!")
print("\nError, loading mesh from file failed!")
raise
## Start of tweaking.
if args.verbose:
print("Calculating the optimal orientation:\n {}\n"
.format(args.inputfile.split("\\")[-1]))
c = 0
for obj in objs:
mesh = obj["Mesh"]
if args.convert:
R=[[1,0,0],[0,1,0],[0,0,1]]
else:
try:
cstime = time.time()
x=Tweak(mesh, args.bi_algorithmic, args.verbose, args.angle)
R=x.R
except (KeyboardInterrupt, SystemExit):
print("\nError, tweaking process failed!")
raise
## List tweaking results
if args.result or args.verbose:
print("\nResult-stats:")
print(" Tweaked Z-axis: \t{}".format((x.Zn)))
print(" Axis, angle: \t{v}, {phi}".format(v=x.v, phi=x.phi))
print(""" Rotation matrix:
{:2f}\t{:2f}\t{:2f}
{:2f}\t{:2f}\t{:2f}
{:2f}\t{:2f}\t{:2f}""".format(x.R[0][0], x.R[0][1], x.R[0][2],
x.R[1][0], x.R[1][1], x.R[1][2],
def RunTweakerFromProgram(conf):
# Get the command line arguments. Run in IDE for demo tweaking.
stime = time()
# try:
# args = getargs()
# if args is None:
# sys.exit()
# except:
# raise
try:
FileHandler_local = FileHandler()
print(conf.inputfile)
objs = FileHandler_local.load_mesh(conf.inputfile)
if objs is None:
sys.exit()
except (KeyboardInterrupt, SystemExit):
raise SystemExit("Error, loading mesh from file failed!")
# Start of tweaking.
if conf.verbose:
print("Calculating the optimal orientation:\n {}".format(
conf.inputfile.split(os.sep)[-1]))
c = 0
info = dict()
for part, content in objs.items():
mesh = content["mesh"]
info[part] = dict()
if conf.convert:
info[part]["matrix"] = [[1, 0, 0], [0, 1, 0], [0, 0, 1]]
else:
try:
cstime = time()
x = Tweak(mesh, conf.extended_mode, conf.verbose,
conf.show_progress, conf.favside, conf.volume)
info[part]["matrix"] = x.matrix
info[part]["tweaker_stats"] = x
except (KeyboardInterrupt, SystemExit):
raise SystemExit("\nError, tweaking process failed!")
# List tweaking results
if conf.result or conf.verbose:
print("Result-stats:")
print(" Tweaked Z-axis: \t{}".format(x.alignment))
print(" Axis, angle: \t{}".format(x.euler_parameter))
print(""" Rotation matrix:
{:2f}\t{:2f}\t{:2f}
{:2f}\t{:2f}\t{:2f}
{:2f}\t{:2f}\t{:2f}""".format(x.matrix[0][0], x.matrix[0][1],
x.matrix[0][2], x.matrix[1][0],
x.matrix[1][1], x.matrix[1][2],
x.matrix[2][0], x.matrix[2][1],
x.matrix[2][2]))
print(" Unprintability: \t{}".format(x.unprintability))
print("Found result: \t{:2f} s\n".format(time() - cstime))
print(conf.result)
if not conf.result:
print('writing output file')
FileHandler_local.write_mesh(objs, info, conf.outputfile,
conf.output_type)
# Success message
if conf.verbose:
print("Tweaking took: \t{:2f} s".format(time() - stime))
print("Successfully Rotated!")