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gom2016_3dea_2_sections_SEC_DIST.py
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gom2016_3dea_2_sections_SEC_DIST.py
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## -*- coding: utf-8 -*-
## Script for using in the GOM Inspect Professional 2016 software
## Script for generating cross-sections orthogonal to one or more reference curves (e.g. derived from a defined cutting edge) on an imported 3D model (e.g. Keilmesser)
## Several times applicable with different distances and radii, depending on the setting, unique folders are created with set parameters in the name (e.g. SEC-NUM-5_SEC-R-20)
## Anja Cramer, Guido Heinz RGZM/WissIT, März 2019
## settings
### input folder
### number of cross-sections on the reference curve
### cutting radius around the reference curve
### selected in GUI
## inputs
### 3D mesh of Keilmesser in *.stl file format
### digitised reference curve in *.iges file format
## outputs
### generated cross-sections in single files in *.iges format (the settings like numbering of the cross-section and the position on the reference curve are indicated in the file names)
### control file for checking
import gom, os, re
RESULT=gom.script.sys.execute_user_defined_dialog (content='<dialog>' \
' <title>Select Input Folder</title>' \
' <style></style>' \
' <control id="OkCancel"/>' \
' <position>automatic</position>' \
' <embedding></embedding>' \
' <sizemode>fixed</sizemode>' \
' <size height="182" width="271"/>' \
' <content columns="2" rows="3">' \
' <widget column="0" type="input::file" rowspan="1" columnspan="2" row="0">' \
' <name>file</name>' \
' <tooltip>select input folder</tooltip>' \
' <type>directory</type>' \
' <title>Choose File</title>' \
' <default>E:/RGZM_Projekte/Spurenlabor/TraCEr_EAP_LisaSchunk/tests/files_for_paper</default>' \
' <limited>false</limited>' \
' <file_types/>' \
' <file_types_default></file_types_default>' \
' </widget>' \
' <widget column="0" type="label" rowspan="1" columnspan="1" row="1">' \
' <name>label</name>' \
' <tooltip></tooltip>' \
' <text>Abstand der Sectionen [mm]</text>' \
' <word_wrap>false</word_wrap>' \
' </widget>' \
' <widget column="1" type="input::integer" rowspan="1" columnspan="1" row="1">' \
' <name>input_sec_dist</name>' \
' <tooltip></tooltip>' \
' <value>5</value>' \
' <minimum>0</minimum>' \
' <maximum>1000</maximum>' \
' </widget>' \
' <widget column="0" type="label" rowspan="1" columnspan="1" row="2">' \
' <name>label_1</name>' \
' <tooltip></tooltip>' \
' <text>Radius Section [mm]</text>' \
' <word_wrap>false</word_wrap>' \
' </widget>' \
' <widget column="1" type="input::integer" rowspan="1" columnspan="1" row="2">' \
' <name>sec_radius</name>' \
' <tooltip></tooltip>' \
' <value>10</value>' \
' <minimum>0</minimum>' \
' <maximum>1000</maximum>' \
' </widget>' \
' </content>' \
'</dialog>')
input_path = RESULT.file
input_sec_dist = RESULT.input_sec_dist
sec_radius = RESULT.sec_radius
########################## searching STL- and IGES-Files ####################
############## search and import STL files #############
for root, dirs, files in os.walk (input_path):
for mesh in files:
if os.path.splitext(mesh)[-1]==".stl":
print ("******************************")
print ("folder STL-files: ", root)
print("prefix: " , mesh[:-4])
print ("3D-model: ", mesh)
# import stl into gom-project
gom.script.sys.close_project ()
gom.script.sys.create_project ()
gom.script.sys.import_stl (
bgr_coding=False,
files=[root+"/"+mesh],
import_mode='new_elements',
length_unit='mm',
stl_color_bit_set=False,
target_type='mesh')
# define orientation of models as current orientation
gom.script.manage_alignment.define_original_alignment_as_initial_alignment ()
#### look in currentfolder for igs-files
for root2, dirs2, files2 in os.walk (root):
# Regex --> reference edges
pattern_ce_re = '^' + mesh[:-4] + '[_][A-Z]{1}[0-9]{1}_RE.igs$'
anz_ce_re = 0
for curve_ce_re in files2:
result = re.search(pattern_ce_re, curve_ce_re)
if result:
anz_ce_re = anz_ce_re +1
print ("**********")
root2n = root2 + "/" + "SEC-DIST-"+str(input_sec_dist)+"_SEC-R-"+str(sec_radius)
if not os.path.isdir(root2n):
os.mkdir(root2n)
#------------------------------------------------------
# import first reference curve
gom.script.sys.import_cad (
files=[gom.File (root + "/" + curve_ce_re)],
filter='SHOW',
import_fta=False,
repair_mode=5,
triangulation_mode='high')
print ("IGES reference curve ipmorted: ", curve_ce_re)
# create sections
gom.script.selection3d.select_all ()
MCAD_ELEMENT=gom.script.section.create_multisection_by_curve (
disc_distance= input_sec_dist,
disc_radius=sec_radius,
name=curve_ce_re[:-7],
project_onto_theoretical_surface=True,
properties=gom.Binary ('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'),
reference_curve=gom.app.project.inspection[curve_ce_re[:-4]],
separated_elements=False)
# new name
zahl = 1
for element in gom.ElementSelection ({'category': ['key', 'elements', 'explorer_category', 'actual', 'object_family', 'geometrical_element', 'type', 'section']}):
if element.type == "section":
nn = curve_ce_re[:-4] + "_SEC-" + (str(zahl).zfill(2)) + "_POS-" + (element.name.split())[-1]
print ("Section - new name: ", nn)
zahl = zahl + 1
# rename
gom.script.sys.edit_properties (
data=[gom.app.project.actual_elements[element.name]],
elem_name=nn)
# exporexport
gom.script.sys.export_iges (
elements=[gom.app.project.actual_elements[nn]],
export_in_one_file=True,
file=root2n + "/" + nn + ".igs",
length_unit='default',
sender_company='',
sender_name='',
write_as_visualized=True)
# delete
gom.script.cad.delete_element (elements=[gom.app.project.actual_elements[nn]])
# delete
gom.script.cad.delete_element (elements=[gom.app.project.inspection[curve_ce_re[:-4]]])
print ("fertsch :-)")