def correct_bom():
try:
session = Api()
print("- Author: [email protected]")
print("- Last update: 2020-05-01")
session.check_valid_version("Solid Edge ST7", "Solid Edge 2019")
draft = session.active_document()
print("Document Number: %s\n" % draft.name)
assert draft.name.lower().endswith(".dft"), (
"This macro only works on draft document not %s" % draft.name[-4:]
)
if draft.PartsLists.Count == 1:
print("\nMax number of rows:")
print(
" \t- First Page..................: %s"
% draft.PartsLists[1].MaximumRowsFirstPage
)
print(
" \t- Additional Page.............: %s"
% draft.PartsLists[1].MaximumRowsAdditionalPages
)
print("\nMax height:")
mhfp = draft.PartsLists[1].MaximumHeightFirstPage
mhap = draft.PartsLists[1].MaximumHeightAdditionalPages
print("\t- First Page..................: %s" % mhfp)
print("\t- Additional Page.............: %s" % mhap)
print("\n")
print("\t\t****************")
response = raw_input(
"Would you like to overwrite the rows with 100-100? [y/Y]es:\n>"
)
if response.lower() in ["y", "yes"]:
pass
else:
sys.exit()
# =========== Overwrite ===============
draft.PartsLists[1].MaximumRowsFirstPage = 100
draft.PartsLists[1].MaximumRowsAdditionalPages = 100
print("Overwrite rows with 100-100: \tdone")
mhfp, mhap = 0.1778, 0.1778
draft.PartsLists[1].MaximumHeightFirstPage = mhfp
draft.PartsLists[1].MaximumHeightAdditionalPages = mhap
print("Overwrite heights: \tdone")
print("\n")
print("\t\t****************")
print("\n")
print("Max number of rows:")
print(
"\t- First Page..................: %s"
% draft.PartsLists[1].MaximumRowsFirstPage
)
print(
"\t- Additional Page.............: %s"
% draft.PartsLists[1].MaximumRowsAdditionalPages
)
print("\n")
print("Max height:")
print(
"\t- First Page..................: %s"
% draft.PartsLists[1].MaximumHeightFirstPage
)
print(
"\t- Additional Page.............: %s"
% draft.PartsLists[1].MaximumHeightAdditionalPages
)
else:
pass
except AssertionError as err:
print(err.args)
except Exception as ex:
print(ex.args)
finally:
raw_input("\nPress any key to exit...")
sys.exit()
def main():
"""Convert holes in plate to metric (by default) or imperial."""
try:
session = Api()
plate = session.active_document()
print("Part: {:^30s}\n".format(plate.name))
# Check if part is sheetmetal.
assert plate.name.endswith(
".psm"), "This macro only works on .psm not {:^30s}".format(
plate.name[-4:])
# Get a reference to the variables collection.
holes = HoleCollection(plate)
# Display the quantites of different types of holes.
quantites(
holes.count,
holes.count_threaded,
holes.count_imperial_threaded,
holes.count_metric_threaded,
)
# Prototyping table of holes. (helper for drafter)
## qty_size = dict(len(holes.all_holes())) # >>> 'M6x1':3
## print_table(qty_size)
# Prompt user selection
units = prompt_units_selection()
if units == "metric": # if metric
for hole in holes.threaded():
o = Hole(hole)
if o.is_metric():
continue
imperial = o.size
holedata = Hole.get_equivalence(o, mapping=mappingToMetric)
o.conversion_to_metric(holedata)
metric = o.size
header()
print(" {:<30s} {:<30s}".format(imperial, metric))
footer()
elif units == "imperial": # if imperial
for hole in holes.threaded():
o = Hole(hole)
if o.is_imperial():
continue
metric = o.size
holedata = Hole.get_equivalence(
o, mapping=mappingToImp) # correction
o.conversion_to_metric(holedata) # correction
imperial = o.size
header()
print(" {:<30s} {:<30s}".format(metric, imperial))
footer()
elif units == "debug":
for hole in holes.threaded():
o = Hole(hole)
print(o.__repr__())
else:
sys.exit()
# Display a second time the quantites of different types of holes.
quantites(
holes.count,
holes.count_threaded,
holes.count_imperial_threaded,
holes.count_metric_threaded,
state="(Changed state)",
)
except AssertionError as err:
print(err.args)
except Exception as ex:
print(ex.args)
else:
pass
finally:
raw_input("\nPress any key to exit...")
sys.exit()
