def HandleApplyButton():
# Create a Dictionary to store the user defined tool data
dictionary = {}
# Find the checked button in radio_button_vertical
# And store it in the dictionary
# Note that this is somewhat safe since only one radio button can be checked
vertical_checked_content = [
x for x in vertical_radio_buttons if x.IsChecked == True
][0].Content
dictionary["vertical_checked"] = vertical_checked_content
# Find the checked button in radio_button_horizontal
# And store it in the dictionary
horizontal_checked_content = [
x for x in horizontal_radio_buttons if x.IsChecked == True
][0].Content
dictionary["horizontal_checked"] = horizontal_checked_content
# Call the Apex API script using apex_sdk.runScriptFunction()
# argument 1 = the fully qualified path name of your API script
# argument 2 = the name of the function in your API script that will receive the Dictionary
# argument 3 = the Dictionary containing the UI data
apex_sdk.runScriptFunction(
os.path.join(current_file_path, r"radio_button.py"), "radio_button",
dictionary)
def MeshPartitions(sender, args):
dictionary["MeshSize"] = refineSizeTextBox.Text
file_path = os.path.dirname(os.path.realpath(__file__))
script_path = os.path.join(file_path, 'MeshPartitions.py')
apex_sdk.runScriptFunction(file=script_path,
function="CreateMeshPartitions",
args=dictionary)
def HandleApplyButton(sender, args):
# Create a Dictionary to store the user defined tool data
dictionary = {}
dictionary["roundRadius"] = input01.Text
apex_sdk.runScriptFunction(
os.path.join(current_file_path, r"RoundCornersCODE.py"),
"roundSelection", dictionary)
def GoAutoMesh(sender, args):
file_path = os.path.dirname(os.path.realpath(__file__))
dictionary["RefineDiameter"] = refineDiamInput.Text
dictionary["FineMeshSize"] = meshRefinementInput.Text
dictionary["CoarseMeshSize"] = meshCoarseInput.Text
dictionary["FileList"] = ""
dictionary["ExtendBead"] = True
if not selectedFiles:
ans = MessageBox.Show("Please import trajectories first", "Error")
elif refineDiamInput.Text == "":
ans = MessageBox.Show("Please specify the refinement diameter first",
"Error")
elif meshRefinementInput.Text == "":
ans = MessageBox.Show("Please specify the refinement mesh size first",
"Error")
elif meshCoarseInput.Text == "":
ans = MessageBox.Show("Please specify the coarse mesh size first",
"Error")
else:
for elem in selectedFiles:
dictionary["FileList"] += elem
dictionary["FileList"] += ','
apex_sdk.runScriptFunction(file=os.path.join(file_path, 'Automesh.py'),
function="ArcWeldAutomesh",
args=dictionary)
def HandleApplyButton():
# Create a Dictionary to store the user defined tool data
dictionary = {}
choices = materialComboBox.SelectedValue.ToString().split(":")
material = choices[len(choices) - 1].lstrip().rstrip()
choices = fastenerTypeComboBox.SelectedValue.ToString().split(":")
fastenerType = choices[len(choices) - 1].lstrip().rstrip()
choices = distributionTypeComboBox.SelectedValue.ToString().split(":")
distributionType = choices[len(choices) - 1].lstrip().rstrip()
dictionary["attachWasher"] = attachWasherToggle.IsChecked
dictionary["washerFactor"] = washerFactorTextBox.Text
dictionary["name"] = nameTextBox.Text
dictionary["material"] = material
dictionary["fastenerType"] = fastenerType
dictionary["distributionType"] = distributionType
dictionary["tolerance"] = toleranceTextBox.Text
dictionary["maxDiameter"] = maxDiameterTextBox.Text
file_path = os.path.dirname(os.path.realpath(__file__))
script_path = os.path.join(file_path, 'auCreateFasteners_Hole2Hole_3a.py')
apex_sdk.runScriptFunction(script_path, "main", dictionary)
def HandleApplyButton(sender, args):
# Create a Dictionary to store the user defined tool data
dictionary = {}
dictionary["refDiam"] = input01.Text
dictionary["extendRegion"] = chkBox01.IsChecked
apex_sdk.runScriptFunction(
os.path.join(current_file_path, r"PickEdgeRefinementCODE.py"),
"createRefRegion", dictionary)
def HandleApplyButton(sender, args):
# Create a Dictionary to store the user defined tool data
dictionary = {}
dictionary["useSolidName"] = chkBox01.IsChecked
dictionary["assyName"] = input01.Text
apex_sdk.runScriptFunction(
os.path.join(current_file_path, r"GroupSelection.py"), "createAssy",
dictionary)
def HandleApplyButton(sender, args):
# Create a Dictionary to store the user defined tool data
dictionary = {}
# Populate the Dictionary with the user defined tool data you need
dictionary["newAssy"] = check01.IsChecked
dictionary["searchDistance"] = input01.Text
apex_sdk.runScriptFunction(os.path.join(current_file_path, r"FilterTouching.py"), "filterFixture", dictionary)
def BuildJoint(sender, args): dictionary["JointWidth"]= globalWidthInput.Text dictionary["JointLength"]= globalLengthInput.Text dictionary["Thick01"]= thick01Input.Text dictionary["Thick02"]= thick02Input.Text dictionary["MeshForMe"] = chkMesh.IsChecked file_path = os.path.dirname(os.path.realpath(__file__)) script_path= os.path.join(file_path, 'JointCreator_Code.py') apex_sdk.runScriptFunction(file=script_path, function="buildEdgeJoint", args=dictionary)
def HandleApplyButton(sender, args):
# Create a Dictionary to store the user defined tool data
dictionary = {}
# Populate the Dictionary with the user defined tool data you need
dictionary["MaxNumOfPoints"] = input01.Text
apex_sdk.runScriptFunction(
os.path.join(current_file_path, r"FixtureDesignCODE.py"),
"StiffnessOptimizer", dictionary)
def HandleApplyButton(sender, args):
# Create a Dictionary to store the user defined tool data
dictionary = {}
# Populate the Dictionary with the user defined tool data you need
dictionary["layerHeight"] = layerHeight.Text
dictionary["splitBody"] = chkSplit.IsChecked
apex_sdk.runScriptFunction(
os.path.join(current_file_path, r"SlicerCODE.py"), "verticalSlicing",
dictionary)
def HandleCreateSpots(sender, args):
dictionary["RefineDiameter"] = refineSizeTextBox.Text
dictionary["FileList"] = ""
for elem in selectedFiles:
dictionary["FileList"] += elem
dictionary["FileList"] += ','
file_path = os.path.dirname(os.path.realpath(__file__))
script_path = os.path.join(file_path, 'SpotWeld.py')
apex_sdk.runScriptFunction(script_path, "CreateSpots", dictionary)
def HandleApplyButton(sender, args):
# Create a Dictionary to store the user defined tool data
dictionary = {}
# Populate the Dictionary with the user defined tool data you need
dictionary["distance"] = input01.Text
dictionary["splitSolids"] = chk01.IsChecked
dictionary["splitSurfaces"] = chk02.IsChecked
dictionary["suppressVertices"] = chk03.IsChecked
apex_sdk.runScriptFunction(
os.path.join(current_file_path, r"ExpandSplit.py"), "ExpandSplit",
dictionary)
def HandleApplyButton(sender, args):
# Create a Dictionary to store the user defined tool data
dictionary = {}
#dictionary["refDiam"] = input01.Text
if dialog.ShowDialog():
dictionary["saveToDir"] = str(dialog.SelectedPath)
else:
dictionary["saveToDir"] = ""
dictionary["getNormalDirection"] = chkBox01.IsChecked
apex_sdk.runScriptFunction(
os.path.join(current_file_path, r"GetTrajectory.py"),
"extractTrajectory", dictionary)
def BuildJoint(sender, args):
dictionary["HorizWidth"] = horizWidthInput.Text
dictionary["HorizLength"] = horizLengthInput.Text
dictionary["HorizThick"] = horizThickInput.Text
dictionary["VertHeight"] = horizWidthInput.Text
dictionary["VertLength"] = horizLengthInput.Text
dictionary["VertThick"] = vertThickInput.Text
dictionary["MeshForMe"] = chkMesh.IsChecked
file_path = os.path.dirname(os.path.realpath(__file__))
script_path = os.path.join(file_path, 'JointCreator_Code.py')
apex_sdk.runScriptFunction(file=script_path,
function="buildTJoint",
args=dictionary)
def BuildJoint(sender, args):
dictionary["HorizWidth"] = horizWidthInput.Text
dictionary["HorizLength"] = horizLengthInput.Text
dictionary["HorizThick"] = horizThickInput.Text
dictionary["VertHeight"] = horizWidthInput.Text
dictionary["VertLength"] = horizLengthInput.Text
dictionary["VertThick"] = vertThickInput.Text
dictionary["MeshForMe"] = chkMesh.IsChecked
dictionary["SpotSize"] = spotSize.Text
dictionary["OverlapLength"] = sheetOverlap.Text
file_path = os.path.dirname(os.path.realpath(__file__))
script_path = os.path.join(file_path, 'RSWCode.py')
apex_sdk.runScriptFunction(file=script_path,
function="buildLapShear",
args=dictionary)
def BuildJoint(sender, args):
horizontal_checked_content = [
x for x in horizontal_radio_buttons if x.IsChecked == True
][0].Content
dictionary["Meshing"] = horizontal_checked_content
dictionary["Thick01"] = horizThickInput.Text
dictionary["Thick02"] = vertThickInput.Text
dictionary["SpotSize"] = spotSize.Text
dictionary["GapSize"] = gapInput.Text
dictionary["CreateGrippers"] = chkCreateGrippers.IsChecked
file_path = os.path.dirname(os.path.realpath(__file__))
script_path = os.path.join(file_path, 'AWSRSWCode.py')
apex_sdk.runScriptFunction(file=script_path,
function="buildLapShear",
args=dictionary)
def CreateBeads(sender, args):
dictionary["BeadLeg"] = refineSizeTextBox.Text
dictionary["unitType"] = unitType.Text
if extendBead.IsChecked == True:
dictionary["ExtendBead"] = True
else:
dictionary["ExtendBead"] = False
dictionary["FileList"] = ""
for elem in selectedFiles:
dictionary["FileList"] += elem
dictionary["FileList"] += ','
file_path = os.path.dirname(os.path.realpath(__file__))
script_path = os.path.join(file_path, 'CreateBeads.py')
apex_sdk.runScriptFunction(file=script_path,
function="BeadBySweep",
args=dictionary)
def ExportBDFData(sender, args):
# Create a File open dialog
dialog = FolderBrowserDialog()
dialog.Title = "Select directory to save the BDF files"
# Display the dialog
# If it returns anything
# get the file name
global projectPath
if dialog.ShowDialog():
projectPath = dialog.SelectedPath
file_path = os.path.dirname(os.path.realpath(__file__))
dictionary["DirPath"] = projectPath
script_path = os.path.join(file_path, 'ExportBDF.py')
apex_sdk.runScriptFunction(file=script_path,
function="ExportBDF",
args=dictionary)
def HandleApplyButton(sender, args):
# Create a Dictionary to store the user defined tool data
dictionary = {}
# Populate the Dictionary with the user defined tool data you need
dictionary["distanceLine"] = distanceLine.Text
dictionary["angleType"] = angleTypeSelection.Text
dictionary["angleValue"] = angleValue.Text
dictionary["pointSpacing"] = pointSpacingValue.Text
dictionary["meshIt"] = meshCheck.IsChecked
if str(dialog.SelectedPath):
dictionary["saveToDir"] = str(dialog.SelectedPath)
else:
dictionary["saveToDir"] = ""
apex_sdk.runScriptFunction(
os.path.join(current_file_path, r"SlicerCODE.py"), "hatchingLayers",
dictionary)
def getCustomToolPropertyContent():
my_Grid = WPFControls.Grid()
nRows = 8
nCols = 2
createLayout(my_Grid, nRows, nCols)
iRow = iCol = 0
global nameTextBox
nameTextBox = createDataBox(my_Grid, "Name: ", "", iRow, iCol)
iRow += 1
global fastenerTypeComboBox
fastenerTypeComboBox = createComboBox2(my_Grid, "Fastener Type:",
["Flexible", "Bushing", "Rigid"], 0,
iRow, iCol)
iRow += 1
global distributionTypeComboBox
distributionTypeComboBox = createComboBox2(my_Grid, "Distribution:",
["Compliant", "Rigid"], 0, iRow,
iCol)
iRow += 1
global materialComboBox
global matlComboTextBox
matlComboTextBlock = createTextBlock(my_Grid, "Material:", iRow, 0)
materialComboBox = createComboBox(my_Grid, iRow, 1)
iRow += 1
file_path = os.path.dirname(os.path.realpath(__file__))
script_path = os.path.join(file_path, 'auGetMaterials.py')
apex_sdk.runScriptFunction(script_path, "main", callback=getMatls)
global toleranceTextBox
toleranceTextBox = createDataBox(my_Grid, "Tolerance:", "0.1", iRow, iCol)
iRow += 1
global maxDiameterTextBox
maxDiameterTextBox = createDataBox(my_Grid, "Max Diameter:", "0.75", iRow,
iCol)
iRow += 1
global attachWasherToggle, washerFactorTextBlock, washerFactorTextBox
attachWasherToggle = createCheckBox(my_Grid, "Attach Shell Mesh Washer",
iRow, 0)
iRow += 1
attachWasherToggle.Checked += attachWasherHandleCheck
attachWasherToggle.Unchecked += attachWasherHandleUnCheck
washerFactorTextBlock = createTextBlock(my_Grid, "Washer Factor (>1.0):",
iRow, 0)
washerFactorTextBox = createTextBox(my_Grid, "1.2", iRow, 1)
iRow += 1
washerFactorTextBlock.Visibility = System.Windows.Visibility.Collapsed
washerFactorTextBox.Visibility = System.Windows.Visibility.Collapsed
return my_Grid
def HandleApplyButton(sender, args):
# Create a Dictionary to store the user defined tool data
dictionary = {}
apex_sdk.runScriptFunction(os.path.join(current_file_path, r"SequenceOptim.py"), "GenerateStudies", dictionary)
def HandlecleanBtn(sender, args):
file_path = os.path.dirname(os.path.realpath(__file__))
script_path = os.path.join(file_path, 'Midsurface.py')
apex_sdk.runScriptFunction(file=script_path,
function="Midsurface",
args=dictionary)
def HandlecleanBtn(sender, args):
file_path = os.path.dirname(os.path.realpath(__file__))
script_path = os.path.join(file_path, 'GetSelectionType.py')
apex_sdk.runScriptFunction(file=script_path, function="ShowType")
def HandlecleanBtn(sender, args):
file_path = os.path.dirname(os.path.realpath(__file__))
script_path = os.path.join(file_path, 'CreateRefPlanes.py')
apex_sdk.runScriptFunction(file=script_path,
function="CreatePlanes",
args=dictionary)
def HandlecleanBtn(sender, args):
file_path = os.path.dirname(os.path.realpath(__file__))
script_path = os.path.join(file_path, 'SplitByTrajectories.py')
apex_sdk.runScriptFunction(file=script_path,
function="SplitByTrajectories",
args=dictionary)
def UpdateDataGridData():
apex_sdk.runScriptFunction(os.path.join(current_file_path,
r"ElementCount.py"),
"prepare_data_grid",
callback=UpdateDataGridView)
def HandlecleanBtn(sender, args):
file_path = os.path.dirname(os.path.realpath(__file__))
script_path = os.path.join(file_path, 'RemoveEmpty.py')
apex_sdk.runScriptFunction(file=script_path,
function="RemoveEmpty",
args=dictionary)
def GetSelectionInfo(*args, **kwargs):
apex_sdk.runScriptFunction(os.path.join(current_file_path,
r"ElementCount.py"),
"calcSelected",
callback=UpdateDataGridView)
def HandleShowWithoutMesh(sender, args):
file_path = os.path.dirname(os.path.realpath(__file__))
script_path = os.path.join(file_path, 'FilterMeshed.py')
apex_sdk.runScriptFunction(file=script_path,
function="ShowNoMeshed",
args=dictionary)
