def getCustomToolPropertyContent():
# Create a Grid
my_Grid = WPFControls.Grid()
# Add 2 Rows and 1 Column
my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
currRow = 0
# Create a button
currRow += 1
actionButton = WPFControls.Button()
actionButton.Content = "Generate studies"
WPFControls.Grid.SetRow(actionButton, currRow)
WPFControls.Grid.SetColumn(actionButton, 0)
actionButton.Height = 30
WPFControls.Grid.SetColumnSpan(actionButton, 2)
actionButton.Click += HandleApplyButton # Link a function to the Button "Click" event
my_Grid.Children.Add(actionButton)
# Return the Grid
return my_Grid
def getCustomToolPropertyContent():
# Create a Grid
my_Grid = WPFControls.Grid()
# Add 2 Rows and 1 Column
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
currRow = 0
# Create input field
currRow += 1
lbl01 = WPFControls.TextBlock()
lbl01.Text = "Corner radius (mm):"
WPFControls.Grid.SetRow(lbl01, currRow)
WPFControls.Grid.SetColumn(lbl01, 0)
global input01
input01 = WPFControls.TextBox()
WPFControls.Grid.SetRow(input01, currRow)
WPFControls.Grid.SetColumn(input01, 1)
# Create a button
currRow += 1
currRow += 1
goButton = WPFControls.Button()
goButton.Content = "Round selected faces"
WPFControls.Grid.SetRow(goButton, currRow)
WPFControls.Grid.SetColumn(goButton, 0)
goButton.Height = 30
WPFControls.Grid.SetColumnSpan(goButton, 3)
# Link a function to the Button "Click" event
# This function will be called every time the Button is clicked
goButton.Click += HandleApplyButton
my_Grid.Children.Add(lbl01)
my_Grid.Children.Add(input01)
my_Grid.Children.Add(goButton)
# Return the Grid
return my_Grid
def getCustomToolPropertyContent(): #Create a Grid my_Grid = WPFControls.Grid() #Add 2 Rows and 1 Column my_Grid.RowDefinitions.Add(WPFControls.RowDefinition()) my_Grid.RowDefinitions.Add(WPFControls.RowDefinition()) my_Grid.RowDefinitions.Add(WPFControls.RowDefinition()) my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition()) my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition()) #Create a button to suppress all vertices only cleanVertices = WPFControls.Button() cleanVertices.Content="Suppress vertices" WPFControls.Grid.SetRow(cleanVertices, 0) WPFControls.Grid.SetColumn(cleanVertices, 0) cleanVertices.Height = 30 cleanVertices.Click+=HandleCleanVertices #Create a button to suppress all edges only cleanEdges = WPFControls.Button() cleanEdges.Content="Suppress edges" WPFControls.Grid.SetRow(cleanEdges, 0) WPFControls.Grid.SetColumn(cleanEdges, 1) cleanEdges.Height = 30 cleanEdges.Click+=HandleCleanEdges #Create a button to suppress all vertices and edges cleanAll = WPFControls.Button() cleanAll.Content="Suppress all" WPFControls.Grid.SetRow(cleanAll, 1) WPFControls.Grid.SetColumn(cleanAll, 0) cleanAll.Click+=HandleCleanAll cleanAll.Height = 30 WPFControls.Grid.SetColumnSpan(cleanAll, 2) # Add the controls to the Grid my_Grid.Children.Add(cleanAll) my_Grid.Children.Add(cleanEdges) my_Grid.Children.Add(cleanVertices) #Return the Grid return my_Grid
def getCustomToolPropertyContent():
currRow = 0
# Create a Grid
my_Grid = WPFControls.Grid()
# Add 1 Row and One Column
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
# Create a DataGrid
global myDataGrid
myDataGrid = WPFControls.DataGrid()
# Create a button
currRow += 20
actionButton = WPFControls.Button()
actionButton.Content = "Calculate selected"
WPFControls.Grid.SetRow(actionButton, currRow)
WPFControls.Grid.SetColumn(actionButton, 0)
actionButton.Height = 30
WPFControls.Grid.SetColumnSpan(actionButton, 2)
actionButton.Click += GetSelectionInfo # Link a function to the Button "Click" event
# Add the DataGrid to the Grid
my_Grid.Children.Add(myDataGrid)
my_Grid.Children.Add(actionButton)
# Return the Grid
return my_Grid
def getCustomToolPropertyContent():
#Create a Grid
my_Grid = WPFControls.Grid()
#Add 2 Rows and 1 Column
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
#Row 0
#Create a label (TextBlock)
#Set it's Text value
#Assign it to Row 0, Column 0
refineTextBlock = WPFControls.TextBlock()
refineTextBlock.Text = "Mesh size (mm):"
WPFControls.Grid.SetRow(refineTextBlock, 0)
WPFControls.Grid.SetColumn(refineTextBlock, 0)
global refineSizeTextBox
#Create an empty input TextBox assign it to Row 0, Column 1
refineSizeTextBox = WPFControls.TextBox()
WPFControls.Grid.SetRow(refineSizeTextBox, 0)
WPFControls.Grid.SetColumn(refineSizeTextBox, 1)
#Create a button and set it's text to "Import"
#Assign it to Row1, Column 0
importBtn = WPFControls.Button()
importBtn.Content = "Mesh partitions"
WPFControls.Grid.SetRow(importBtn, 1)
WPFControls.Grid.SetColumn(importBtn, 0)
WPFControls.Grid.SetColumnSpan(importBtn, 2)
importBtn.Height = 30
#Link a function to the Button "Click" event
#This function will be called every time the Button is clicked
importBtn.Click += MeshPartitions
# Add the controls to the Grid
my_Grid.Children.Add(importBtn)
my_Grid.Children.Add(refineTextBlock)
my_Grid.Children.Add(refineSizeTextBox)
#Return the Grid
return my_Grid
def getCustomToolPropertyContent():
#Create a Grid
my_Grid = WPFControls.Grid()
#Add 2 Rows and 1 Column
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
currRow = 0
# -- Horizontal sheet definition
horizLabel = WPFControls.TextBlock()
horizLabel.Text = "Shape definition"
WPFControls.Grid.SetRow(horizLabel, currRow)
horizLabel.FontSize = 11
currRow += 1
horizWidthLbl = WPFControls.TextBlock()
horizWidthLbl.Text = " Width (mm):"
WPFControls.Grid.SetRow(horizWidthLbl, currRow)
WPFControls.Grid.SetColumn(horizWidthLbl, 0)
global horizWidthInput
horizWidthInput = WPFControls.TextBox()
WPFControls.Grid.SetRow(horizWidthInput, currRow)
WPFControls.Grid.SetColumn(horizWidthInput, 1)
currRow += 1
horizLengthLbl = WPFControls.TextBlock()
horizLengthLbl.Text = " Length (mm):"
WPFControls.Grid.SetRow(horizLengthLbl, currRow)
WPFControls.Grid.SetColumn(horizLengthLbl, 0)
global horizLengthInput
horizLengthInput = WPFControls.TextBox()
WPFControls.Grid.SetRow(horizLengthInput, currRow)
WPFControls.Grid.SetColumn(horizLengthInput, 1)
currRow += 1
horizThickLbl = WPFControls.TextBlock()
horizThickLbl.Text = " Base thickness (mm):"
WPFControls.Grid.SetRow(horizThickLbl, currRow)
WPFControls.Grid.SetColumn(horizThickLbl, 0)
global horizThickInput
horizThickInput = WPFControls.TextBox()
WPFControls.Grid.SetRow(horizThickInput, currRow)
WPFControls.Grid.SetColumn(horizThickInput, 1)
# -- Vertical sheet definition
currRow += 1
vertLabel = WPFControls.TextBlock()
vertLabel.Text = "Vertical sheet definition"
WPFControls.Grid.SetRow(vertLabel, currRow)
vertLabel.FontSize = 11
currRow += 1
vertHeightLbl = WPFControls.TextBlock()
vertHeightLbl.Text = " Height (mm):"
WPFControls.Grid.SetRow(vertHeightLbl, currRow)
WPFControls.Grid.SetColumn(vertHeightLbl, 0)
global vertHeightInput
vertHeightInput = WPFControls.TextBox()
WPFControls.Grid.SetRow(vertHeightInput, currRow)
WPFControls.Grid.SetColumn(vertHeightInput, 1)
currRow += 1
vertLengthLbl = WPFControls.TextBlock()
vertLengthLbl.Text = " Length (mm):"
WPFControls.Grid.SetRow(vertLengthLbl, currRow)
WPFControls.Grid.SetColumn(vertLengthLbl, 0)
global vertLengthInput
vertLengthInput = WPFControls.TextBox()
WPFControls.Grid.SetRow(vertLengthInput, currRow)
WPFControls.Grid.SetColumn(vertLengthInput, 1)
currRow += 1
vertThickLbl = WPFControls.TextBlock()
vertThickLbl.Text = " Web thickness (mm):"
WPFControls.Grid.SetRow(vertThickLbl, currRow)
WPFControls.Grid.SetColumn(vertThickLbl, 0)
global vertThickInput
vertThickInput = WPFControls.TextBox()
WPFControls.Grid.SetRow(vertThickInput, currRow)
WPFControls.Grid.SetColumn(vertThickInput, 1)
# Create checkbox to ask for mesh
currRow += 1
global chkMesh
chkMesh = WPFControls.CheckBox()
chkMesh.Content = "Mesh the joint for me"
chkMesh.Height = 20
WPFControls.Grid.SetRow(chkMesh, currRow)
WPFControls.Grid.SetColumn(chkMesh, 0)
WPFControls.Grid.SetColumnSpan(chkMesh, 3)
#Create a button
currRow += 1
buildJoint = WPFControls.Button()
buildJoint.Content = "Build joint"
WPFControls.Grid.SetRow(buildJoint, currRow)
WPFControls.Grid.SetColumn(buildJoint, 0)
buildJoint.Height = 30
WPFControls.Grid.SetColumnSpan(buildJoint, 3)
#Link a function to the Button "Click" event
#This function will be called every time the Button is clicked
buildJoint.Click += BuildJoint
# Add the controls to the Grid
my_Grid.Children.Add(horizLabel)
my_Grid.Children.Add(horizWidthLbl)
my_Grid.Children.Add(horizWidthInput)
my_Grid.Children.Add(horizLengthLbl)
my_Grid.Children.Add(horizLengthInput)
my_Grid.Children.Add(horizThickLbl)
my_Grid.Children.Add(horizThickInput)
#my_Grid.Children.Add(vertLabel)
#my_Grid.Children.Add(vertHeightLbl)
#my_Grid.Children.Add(vertHeightInput)
#my_Grid.Children.Add(vertLengthLbl)
#my_Grid.Children.Add(vertLengthInput)
my_Grid.Children.Add(vertThickLbl)
my_Grid.Children.Add(vertThickInput)
my_Grid.Children.Add(chkMesh)
my_Grid.Children.Add(buildJoint)
#Return the Grid
return my_Grid
def getCustomToolPropertyContent():
# Create a Grid
my_Grid = WPFControls.Grid()
# Add 2 Rows and 1 Column
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
currRow = 0
# -- Horizontal sheet definition
IDLbl = WPFControls.TextBlock()
IDLbl.Text = "Separate by distance"
WPFControls.Grid.SetRow(IDLbl, currRow)
IDLbl.FontSize = 11
# Create input field
currRow += 1
lbl01 = WPFControls.TextBlock()
lbl01.Text = "Distance (mm):"
WPFControls.Grid.SetRow(lbl01, currRow)
WPFControls.Grid.SetColumn(lbl01, 0)
global input01
input01 = WPFControls.TextBox()
WPFControls.Grid.SetRow(input01, currRow)
WPFControls.Grid.SetColumn(input01, 1)
input01.Text = "2.0"
# Create checkbox to ask for mesh
currRow += 1
global check01
check01 = WPFControls.CheckBox()
check01.Content = "Separate in new assembly"
check01.Height = 30
WPFControls.Grid.SetRow(check01, currRow)
WPFControls.Grid.SetColumn(check01, 0)
WPFControls.Grid.SetColumnSpan(check01, 3)
check01.IsChecked = System.Nullable[System.Boolean](True)
# Create a button
currRow += 1
goButton = WPFControls.Button()
goButton.Content = "Find close parts"
WPFControls.Grid.SetRow(goButton, currRow)
WPFControls.Grid.SetColumn(goButton, 0)
goButton.Height = 30
WPFControls.Grid.SetColumnSpan(goButton, 3)
# Link a function to the Button "Click" event
# This function will be called every time the Button is clicked
goButton.Click += HandleApplyButton
# Add the controls to the Grid
#my_Grid.Children.Add(IDLbl)
my_Grid.Children.Add(lbl01)
my_Grid.Children.Add(input01)
my_Grid.Children.Add(check01)
my_Grid.Children.Add(goButton)
# Return the Grid
return my_Grid
def getCustomToolPropertyContent():
# Create a Grid
my_Grid = WPFControls.Grid()
# Add 2 Rows and 1 Column
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
currRow = 0
# -- Horizontal sheet definition
IDLbl = WPFControls.TextBlock()
IDLbl.Text = "Slicing definition"
WPFControls.Grid.SetRow(IDLbl, currRow)
IDLbl.FontSize = 11
# Create input field
currRow += 1
layerLbl = WPFControls.TextBlock()
layerLbl.Text = " Layer height (mm):"
WPFControls.Grid.SetRow(layerLbl, currRow)
WPFControls.Grid.SetColumn(layerLbl, 0)
global layerHeight
layerHeight = WPFControls.TextBox()
WPFControls.Grid.SetRow(layerHeight, currRow)
WPFControls.Grid.SetColumn(layerHeight, 1)
# Create checkbox to ask for mesh
currRow += 1
global chkSplit
chkSplit = WPFControls.CheckBox()
chkSplit.Content = "Do not create multiple solids"
chkSplit.Height = 20
WPFControls.Grid.SetRow(chkSplit, currRow)
WPFControls.Grid.SetColumn(chkSplit, 0)
WPFControls.Grid.SetColumnSpan(chkSplit, 3)
# Create a button
currRow += 1
goSlice = WPFControls.Button()
goSlice.Content = "Slice geometry"
WPFControls.Grid.SetRow(goSlice, currRow)
WPFControls.Grid.SetColumn(goSlice, 0)
goSlice.Height = 30
WPFControls.Grid.SetColumnSpan(goSlice, 3)
# Link a function to the Button "Click" event
# This function will be called every time the Button is clicked
goSlice.Click += HandleApplyButton
# Add the controls to the Grid
my_Grid.Children.Add(IDLbl)
my_Grid.Children.Add(layerLbl)
my_Grid.Children.Add(layerHeight)
my_Grid.Children.Add(chkSplit)
my_Grid.Children.Add(goSlice)
# Return the Grid
return my_Grid
def getCustomToolPropertyContent():
# Create a Grid
my_Grid = WPFControls.Grid()
# Add 2 Rows and 1 Column
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
#my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
currRow = 0
# Create input field
currRow += 1
lbl01 = WPFControls.TextBlock()
lbl01.Text = "Region diam. (mm):"
WPFControls.Grid.SetRow(lbl01, currRow)
WPFControls.Grid.SetColumn(lbl01, 0)
global input01
input01 = WPFControls.TextBox()
WPFControls.Grid.SetRow(input01, currRow)
WPFControls.Grid.SetColumn(input01, 1)
# Create checkbox to extend the weld bead
currRow += 1
global chkBox01
chkBox01 = WPFControls.CheckBox()
chkBox01.Content = "Extend region"
chkBox01.Height = 20
WPFControls.Grid.SetRow(chkBox01, currRow)
WPFControls.Grid.SetColumn(chkBox01, 1)
WPFControls.Grid.SetColumnSpan(chkBox01, 2)
chkBox01.IsChecked = System.Nullable[System.Boolean](True)
# Create a button
currRow += 2
goButton = WPFControls.Button()
goButton.Content = "Create regions"
WPFControls.Grid.SetRow(goButton, currRow)
WPFControls.Grid.SetColumn(goButton, 0)
goButton.Height = 30
WPFControls.Grid.SetColumnSpan(goButton, 3)
# Link a function to the Button "Click" event
# This function will be called every time the Button is clicked
goButton.Click += HandleApplyButton
my_Grid.Children.Add(lbl01)
my_Grid.Children.Add(input01)
my_Grid.Children.Add(chkBox01)
my_Grid.Children.Add(goButton)
# Return the Grid
return my_Grid
def getCustomToolPropertyContent():
# Create a Grid
my_Grid = WPFControls.Grid()
# Add 2 Rows and 1 Column
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
# Row 0
currRow = 0
# Create a label (TextBlock)
# Set it's Text value
# Assign it to Row 0, Column 0
refineTextBlock = WPFControls.TextBlock()
refineTextBlock.Text = "Bead leg (mm):"
WPFControls.Grid.SetRow(refineTextBlock, currRow)
WPFControls.Grid.SetColumn(refineTextBlock, 0)
global refineSizeTextBox
# Create an empty input TextBox assign it to Row 0, Column 1
refineSizeTextBox = WPFControls.TextBox()
WPFControls.Grid.SetRow(refineSizeTextBox, currRow)
WPFControls.Grid.SetColumn(refineSizeTextBox, 1)
# Create a button and set it's text to "Import"
# Assign it to Row1, Column 0
currRow += 1
importBtn = WPFControls.Button()
importBtn.Content = "Import CSV files"
WPFControls.Grid.SetRow(importBtn, currRow)
WPFControls.Grid.SetColumn(importBtn, 0)
WPFControls.Grid.SetColumnSpan(importBtn, 2)
importBtn.Height = 30
# Link a function to the Button "Click" event
# This function will be called every time the Button is clicked
importBtn.Click += HandleimportBtn
# Create an empty input TextBox
currRow += 1
global fileNameTextBox
fileNameTextBox = WPFControls.TextBlock()
WPFControls.Grid.SetRow(fileNameTextBox, currRow)
WPFControls.Grid.SetColumn(fileNameTextBox, 1)
fileNameTextBox.Text = "None"
selectedFilesText = WPFControls.TextBlock()
selectedFilesText.Text = "File(s) selected:"
WPFControls.Grid.SetRow(selectedFilesText, currRow)
WPFControls.Grid.SetColumn(selectedFilesText, 0)
# Create a Combo box
currRow += 1
UnitNameLbl = WPFControls.TextBlock()
UnitNameLbl.Text = "Length unit in file(s):"
WPFControls.Grid.SetRow(UnitNameLbl, currRow)
WPFControls.Grid.SetColumn(UnitNameLbl, 0)
global unitType
unitType = WPFControls.ComboBox()
item1 = WPFControls.ComboBoxItem()
item1.Content = "Millimeters"
unitType.Items.Add(item1)
item2 = WPFControls.ComboBoxItem()
item2.Content = "Meters"
unitType.Items.Add(item2)
item3 = WPFControls.ComboBoxItem()
item3.Content = "Inches"
unitType.Items.Add(item3)
unitType.SelectedIndex = "0"
WPFControls.Grid.SetRow(unitType, currRow)
WPFControls.Grid.SetColumn(unitType, 1)
# Create checkbox to extend the weld bead
currRow += 1
extendLbl = WPFControls.TextBlock()
WPFControls.Grid.SetRow(extendLbl, currRow)
WPFControls.Grid.SetColumn(extendLbl, 0)
extendLbl.Text = "Extend by diameter:"
global extendBead
extendBead = WPFControls.CheckBox()
extendBead.Content = "Extend"
extendBead.Height = 20
WPFControls.Grid.SetRow(extendBead, currRow)
WPFControls.Grid.SetColumn(extendBead, 1)
# WPFControls.Grid.SetColumnSpan(extendBead, 2)
# Create a button and set it's text to "Create beads"
# Assign it to Row1, Column 0
currRow += 1
createBeads = WPFControls.Button()
createBeads.Content = "Create trajectories"
WPFControls.Grid.SetRow(createBeads, currRow)
WPFControls.Grid.SetColumn(createBeads, 0)
WPFControls.Grid.SetColumnSpan(createBeads, 2)
createBeads.Height = 30
# Link a function to the Button "Click" event
# This function will be called every time the Butto is clicked
createBeads.Click += CreateBeads
# Add the controls to the Grid
my_Grid.Children.Add(refineSizeTextBox)
my_Grid.Children.Add(extendLbl)
my_Grid.Children.Add(extendBead)
my_Grid.Children.Add(importBtn)
my_Grid.Children.Add(refineTextBlock)
my_Grid.Children.Add(selectedFilesText)
my_Grid.Children.Add(fileNameTextBox)
my_Grid.Children.Add(UnitNameLbl)
my_Grid.Children.Add(unitType)
my_Grid.Children.Add(createBeads)
# Return the Grid
return my_Grid
def getCustomToolPropertyContent():
#Create a Grid
my_Grid = WPFControls.Grid()
#Add Rows and Columns
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
#Create a text label for the mesh refinement
meshRefinementText = WPFControls.TextBlock()
meshRefinementText.Text = "Finer mesh size (mm):"
WPFControls.Grid.SetRow(meshRefinementText, 1)
WPFControls.Grid.SetColumn(meshRefinementText, 0)
#Create an empty input TextBox to input the mesh refinement
global meshRefinementInput
meshRefinementInput = WPFControls.TextBox()
WPFControls.Grid.SetRow(meshRefinementInput, 1)
WPFControls.Grid.SetColumn(meshRefinementInput, 1)
#Create a text label for the coarse mesh
meshCoarseText = WPFControls.TextBlock()
meshCoarseText.Text = "Coarse mesh size (mm):"
WPFControls.Grid.SetRow(meshCoarseText, 2)
WPFControls.Grid.SetColumn(meshCoarseText, 0)
#Create an empty input TextBox to input the coarse mesh
global meshCoarseInput
meshCoarseInput = WPFControls.TextBox()
WPFControls.Grid.SetRow(meshCoarseInput, 2)
WPFControls.Grid.SetColumn(meshCoarseInput, 1)
#Create a text label for the refinement diameter
refineDiamText = WPFControls.TextBlock()
refineDiamText.Text = "Refinement diameter (mm):"
WPFControls.Grid.SetRow(refineDiamText, 3)
WPFControls.Grid.SetColumn(refineDiamText, 0)
#Create an empty input TextBox to input the refinement diameter
global refineDiamInput
refineDiamInput = WPFControls.TextBox()
WPFControls.Grid.SetRow(refineDiamInput, 3)
WPFControls.Grid.SetColumn(refineDiamInput, 1)
#Create a text label for the CSV trajectory import
importCSVFiles = WPFControls.Button()
importCSVFiles.Content = "Import trajectories"
WPFControls.Grid.SetRow(importCSVFiles, 4)
WPFControls.Grid.SetColumn(importCSVFiles, 0)
importCSVFiles.Height = 30
#Link a function to the Button "Click" event
#This function will be called every time the Button is clicked
importCSVFiles.Click += HandleimportBtn
#Create an empty input TextBox
#Create a text label for the refinement diameter
global numOfTrajectories
numOfTrajectories = WPFControls.TextBlock()
numOfTrajectories.Text = " 0 file(s)"
WPFControls.Grid.SetRow(numOfTrajectories, 4)
WPFControls.Grid.SetColumn(numOfTrajectories, 1)
#Create a button to perform the Automesh
goAutomesh = WPFControls.Button()
goAutomesh.Content = "Automesh for arc welding"
WPFControls.Grid.SetRow(goAutomesh, 7)
WPFControls.Grid.SetColumn(goAutomesh, 0)
WPFControls.Grid.SetColumnSpan(goAutomesh, 2)
goAutomesh.Height = 30
#Link a function to the Button "Click" event
goAutomesh.Click += GoAutoMesh
# Add the controls to the Grid
my_Grid.Children.Add(meshRefinementInput)
my_Grid.Children.Add(meshCoarseInput)
my_Grid.Children.Add(refineDiamInput)
my_Grid.Children.Add(importCSVFiles)
my_Grid.Children.Add(goAutomesh)
my_Grid.Children.Add(numOfTrajectories)
my_Grid.Children.Add(meshRefinementText)
my_Grid.Children.Add(meshCoarseText)
my_Grid.Children.Add(refineDiamText)
#Return the Grid
return my_Grid
def getCustomToolPropertyContent():
# Create a Grid
my_Grid = WPFControls.Grid()
# Add 2 Rows and 1 Column
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
currRow = 0
# Create input field
currRow += 1
lbl01 = WPFControls.TextBlock()
lbl01.Text = "Group name:"
WPFControls.Grid.SetRow(lbl01, currRow)
WPFControls.Grid.SetColumn(lbl01, 0)
global input01
input01 = WPFControls.TextBox()
WPFControls.Grid.SetRow(input01, currRow)
WPFControls.Grid.SetColumn(input01, 1)
# Create checkbox to extend the weld bead
currRow += 1
global chkBox01
chkBox01 = WPFControls.CheckBox()
chkBox01.Content = "Create under the same parent"
chkBox01.Height = 20
WPFControls.Grid.SetRow(chkBox01, currRow)
WPFControls.Grid.SetColumn(chkBox01, 1)
# Create a button
currRow += 1
currRow += 1
goButton = WPFControls.Button()
goButton.Content = "Create assembly"
WPFControls.Grid.SetRow(goButton, currRow)
WPFControls.Grid.SetColumn(goButton, 0)
goButton.Height = 30
WPFControls.Grid.SetColumnSpan(goButton, 3)
# Link a function to the Button "Click" event
# This function will be called every time the Button is clicked
goButton.Click += HandleApplyButton
my_Grid.Children.Add(lbl01)
my_Grid.Children.Add(input01)
my_Grid.Children.Add(chkBox01)
my_Grid.Children.Add(goButton)
# Return the Grid
return my_Grid
def getCustomToolPropertyContent():
# Create a Grid
my_Grid = WPFControls.Grid()
# Add 2 Rows and 1 Column
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
#my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
currRow = 0
# Create input field
currRow += 1
lbl01 = WPFControls.TextBlock()
lbl01.Text = "Region diam. (mm):"
WPFControls.Grid.SetRow(lbl01, currRow)
WPFControls.Grid.SetColumn(lbl01, 0)
global input01
input01 = WPFControls.TextBox()
WPFControls.Grid.SetRow(input01, currRow)
WPFControls.Grid.SetColumn(input01, 1)
# Create checkbox to extend the weld bead
currRow += 1
global chkBox01
chkBox01 = WPFControls.CheckBox()
chkBox01.Content = "Calculate normal directions"
chkBox01.Height = 20
WPFControls.Grid.SetRow(chkBox01, currRow)
WPFControls.Grid.SetColumn(chkBox01, 0)
chkBox01.IsChecked = System.Nullable[System.Boolean](True)
#WPFControls.Grid.SetColumnSpan(chkBox01, 2)
# Create a button
currRow += 2
goButton = WPFControls.Button()
goButton.Content = "Get trajectory from selected edge"
WPFControls.Grid.SetRow(goButton, currRow)
WPFControls.Grid.SetColumn(goButton, 0)
goButton.Height = 30
WPFControls.Grid.SetColumnSpan(goButton, 2)
# Link a function to the Button "Click" event
# This function will be called every time the Button is clicked
goButton.Click += HandleApplyButton
global dialog
dialog = FolderBrowserDialog()
dialog.Description = "Directory where to save trajectories"
dialog.ShowNewFolderButton = True
#my_Grid.Children.Add(lbl01)
#my_Grid.Children.Add(input01)
my_Grid.Children.Add(chkBox01)
my_Grid.Children.Add(goButton)
# Return the Grid
return my_Grid
def createLayout(parent, numRows, numCols):
for k in range(numRows):
parent.RowDefinitions.Add(WPFControls.RowDefinition())
for k in range(numCols):
parent.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
def getCustomToolPropertyContent():
#Create a Grid
my_Grid = WPFControls.Grid()
fontSize = 11
#Add Rows and Columns
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
#Create a text label for travel speed
travelSpeedText = WPFControls.TextBlock()
travelSpeedText.Text = "Travel speed (cm/min):"
WPFControls.Grid.SetRow(travelSpeedText, 1)
WPFControls.Grid.SetColumn(travelSpeedText, 0)
#Create an empty input for travel speed
global travelSpeedInput
travelSpeedInput = WPFControls.TextBox()
travelSpeedInput.Text = "45"
WPFControls.Grid.SetRow(travelSpeedInput, 1)
WPFControls.Grid.SetColumn(travelSpeedInput, 1)
travelSpeedInput.TextChanged += HandelTextChange
#Create a text label for electrical current
elecCurrentText = WPFControls.TextBlock()
elecCurrentText.Text = "Current (A):"
WPFControls.Grid.SetRow(elecCurrentText, 2)
WPFControls.Grid.SetColumn(elecCurrentText, 0)
#Create an empty input for electrical current
global elecCurrentInput
elecCurrentInput = WPFControls.TextBox()
elecCurrentInput.Text = "150"
WPFControls.Grid.SetRow(elecCurrentInput, 2)
WPFControls.Grid.SetColumn(elecCurrentInput, 1)
elecCurrentInput.TextChanged += HandelTextChange
#Create a text label for voltage
elecVoltageText = WPFControls.TextBlock()
elecVoltageText.Text = "Voltage (V):"
WPFControls.Grid.SetRow(elecVoltageText, 3)
WPFControls.Grid.SetColumn(elecVoltageText, 0)
#Create an empty input for voltage
global elecVoltageInput
elecVoltageInput = WPFControls.TextBox()
elecVoltageInput.Text = "17"
WPFControls.Grid.SetRow(elecVoltageInput, 3)
WPFControls.Grid.SetColumn(elecVoltageInput, 1)
elecVoltageInput.TextChanged += HandelTextChange
#Create a text label for efficiency
effParam = WPFControls.TextBlock()
effParam.Text = "Efficiency:"
WPFControls.Grid.SetRow(effParam, 4)
WPFControls.Grid.SetColumn(effParam, 0)
#Create an empty input for efficiency
global effParamInput
effParamInput = WPFControls.TextBox()
effParamInput.Text = "0.85"
WPFControls.Grid.SetRow(effParamInput, 4)
WPFControls.Grid.SetColumn(effParamInput, 1)
effParamInput.TextChanged += HandelTextChange
#Create an empty separator
Separator04 = WPFControls.TextBlock()
Separator04.Text = ""
#Separator04.HorizontalAlignment = 1
WPFControls.Grid.SetRow(Separator04, 5)
WPFControls.Grid.SetColumn(Separator04, 0)
WPFControls.Grid.SetColumnSpan(Separator04, 2)
#Create a text separator
Separator01 = WPFControls.TextBlock()
Separator01.Text = "Weld bead information"
Separator01.FontSize = fontSize
WPFControls.Grid.SetRow(Separator01, 6)
WPFControls.Grid.SetColumn(Separator01, 0)
WPFControls.Grid.SetColumnSpan(Separator01, 2)
#Create a text label for energy per length
EPLLabel = WPFControls.TextBlock()
EPLLabel.Text = " Energy per length:"
EPLLabel.FontSize = fontSize
WPFControls.Grid.SetRow(EPLLabel, 7)
WPFControls.Grid.SetColumn(EPLLabel, 0)
#Create a text label for energy per length
global EPLEstimate
EPLEstimate = WPFControls.TextBlock()
EPLEstimate.FontSize = fontSize
EPLEstimate.Text = "-"
WPFControls.Grid.SetRow(EPLEstimate, 7)
WPFControls.Grid.SetColumn(EPLEstimate, 1)
#Create a text label for estimated bead leg
BeadLegLabel = WPFControls.TextBlock()
BeadLegLabel.Text = " Estimated bead leg:"
BeadLegLabel.FontSize = fontSize
WPFControls.Grid.SetRow(BeadLegLabel, 8)
WPFControls.Grid.SetColumn(BeadLegLabel, 0)
#Create a text label for estimated bead leg
global BeadLegEstimate
BeadLegEstimate = WPFControls.TextBlock()
BeadLegEstimate.Text = "-"
BeadLegEstimate.FontSize = fontSize
WPFControls.Grid.SetRow(BeadLegEstimate, 8)
WPFControls.Grid.SetColumn(BeadLegEstimate, 1)
#Create an empty separator
Separator03 = WPFControls.TextBlock()
Separator03.Text = ""
WPFControls.Grid.SetRow(Separator03, 9)
WPFControls.Grid.SetColumn(Separator03, 0)
WPFControls.Grid.SetColumnSpan(Separator03, 2)
#Create a text separator
Separator02 = WPFControls.TextBlock()
Separator02.Text = "Heat source size information"
Separator02.FontSize = 12
#Separator02.HorizontalAlignment = 1
WPFControls.Grid.SetRow(Separator02, 10)
WPFControls.Grid.SetColumn(Separator02, 0)
WPFControls.Grid.SetColumnSpan(Separator02, 2)
#Create a text label for front length heat source size
FLLabel = WPFControls.TextBlock()
FLLabel.Text = " Front (mm):"
FLLabel.FontSize = fontSize
WPFControls.Grid.SetRow(FLLabel, 11)
WPFControls.Grid.SetColumn(FLLabel, 0)
#Create a text label for front length heat source size
global FLEstimate
FLEstimate = WPFControls.TextBlock()
FLEstimate.Text = "-"
FLEstimate.FontSize = fontSize
WPFControls.Grid.SetRow(FLEstimate, 11)
WPFControls.Grid.SetColumn(FLEstimate, 1)
#Create a text label for rear length heat source size
RLLabel = WPFControls.TextBlock()
RLLabel.Text = " Rear (mm):"
RLLabel.FontSize = fontSize
WPFControls.Grid.SetRow(RLLabel, 12)
WPFControls.Grid.SetColumn(RLLabel, 0)
#Create a text label for rear length heat source size
global RLEstimate
RLEstimate = WPFControls.TextBlock()
RLEstimate.Text = "-"
RLEstimate.FontSize = fontSize
WPFControls.Grid.SetRow(RLEstimate, 12)
WPFControls.Grid.SetColumn(RLEstimate, 1)
#Create a text label for width length heat source size
WidthLabel = WPFControls.TextBlock()
WidthLabel.Text = " Width (mm):"
WidthLabel.FontSize = fontSize
WPFControls.Grid.SetRow(WidthLabel, 13)
WPFControls.Grid.SetColumn(WidthLabel, 0)
#Create a text label for width length heat source sizeer
global WidthEstimate
WidthEstimate = WPFControls.TextBlock()
WidthEstimate.Text = "-"
WidthEstimate.FontSize = fontSize
WPFControls.Grid.SetRow(WidthEstimate, 13)
WPFControls.Grid.SetColumn(WidthEstimate, 1)
#Create a text label for depth length heat source size
DepthLabel = WPFControls.TextBlock()
DepthLabel.Text = " Depth (mm):"
DepthLabel.FontSize = fontSize
WPFControls.Grid.SetRow(DepthLabel, 14)
WPFControls.Grid.SetColumn(DepthLabel, 0)
#Create a text label for the refinement diameter
global DepthEstimate
DepthEstimate = WPFControls.TextBlock()
DepthEstimate.Text = "-"
DepthEstimate.FontSize = fontSize
WPFControls.Grid.SetRow(DepthEstimate, 14)
WPFControls.Grid.SetColumn(DepthEstimate, 1)
#Create an empty separator
Separator05 = WPFControls.TextBlock()
Separator05.Text = ""
#Separator05.HorizontalAlignment = 1
WPFControls.Grid.SetRow(Separator05, 15)
WPFControls.Grid.SetColumn(Separator05, 0)
WPFControls.Grid.SetColumnSpan(Separator05, 2)
#Create a button to export the heat source in Simufact format
exportHeatSource = WPFControls.Button()
exportHeatSource.Content = "Export heat source"
exportHeatSource.Height = 30
WPFControls.Grid.SetRow(exportHeatSource, 16)
WPFControls.Grid.SetColumn(exportHeatSource, 0)
WPFControls.Grid.SetColumnSpan(exportHeatSource, 2)
#Link a function to the Button "Click" event
exportHeatSource.Click += HandleExportHeatSource
# Add the controls to the Grid
my_Grid.Children.Add(exportHeatSource)
my_Grid.Children.Add(elecVoltageText)
my_Grid.Children.Add(elecVoltageInput)
my_Grid.Children.Add(travelSpeedText)
my_Grid.Children.Add(travelSpeedInput)
my_Grid.Children.Add(elecCurrentText)
my_Grid.Children.Add(elecCurrentInput)
my_Grid.Children.Add(effParam)
my_Grid.Children.Add(effParamInput)
my_Grid.Children.Add(EPLLabel)
my_Grid.Children.Add(EPLEstimate)
my_Grid.Children.Add(BeadLegLabel)
my_Grid.Children.Add(BeadLegEstimate)
my_Grid.Children.Add(FLLabel)
my_Grid.Children.Add(FLEstimate)
my_Grid.Children.Add(RLLabel)
my_Grid.Children.Add(RLEstimate)
my_Grid.Children.Add(WidthLabel)
my_Grid.Children.Add(WidthEstimate)
my_Grid.Children.Add(DepthLabel)
my_Grid.Children.Add(DepthEstimate)
my_Grid.Children.Add(Separator01)
my_Grid.Children.Add(Separator02)
my_Grid.Children.Add(Separator03)
my_Grid.Children.Add(Separator04)
my_Grid.Children.Add(Separator05)
#Return the Grid
return my_Grid
def getCustomToolPropertyContent():
# Create a Grid
my_Grid = WPFControls.Grid()
# Add 6 Rows and One Column
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
currRow = 0
# Create a label for the first radio button array
meshTextBlock = WPFControls.TextBlock()
meshTextBlock.Text = "Vertical Array"
WPFControls.Grid.SetRow(meshTextBlock, currRow)
WPFControls.Grid.SetColumn(meshTextBlock, 0)
currRow += 1
# Create a label for the second radio button array
meshTextBlock2 = WPFControls.TextBlock()
meshTextBlock2.Text = "Joint type"
meshTextBlock2.FontSize = 11
WPFControls.Grid.SetRow(meshTextBlock2, currRow)
WPFControls.Grid.SetColumn(meshTextBlock2, 0)
# Create a horizontal array of three radio buttons
# Create a WrapPanel
hWrapPanel = WPFControls.WrapPanel()
hWrapPanel.Orientation = WPFControls.Orientation.Horizontal
# Create a List to hold the radio buttons in the first array
# We'll use this later to make it easier to find which button is checked
currRow += 1
global horizontal_radio_buttons
horizontal_radio_buttons = []
# Create a first radio button and add to the WrapPanel
horizontal_radio_buttons.append(WPFControls.RadioButton())
horizontal_radio_buttons[0].Content = "Lap joint"
# Set the first radio button to be checked
# Note the horrible notation required to define a Nullable Boolean True
horizontal_radio_buttons[0].IsChecked = System.Nullable[System.Boolean](
True)
hWrapPanel.Children.Add(horizontal_radio_buttons[0])
# Create a second radio button and add to the WrapPanel
horizontal_radio_buttons.append(WPFControls.RadioButton())
horizontal_radio_buttons[1].Content = "T-joint"
hWrapPanel.Children.Add(horizontal_radio_buttons[1])
# Create a third radio button and add to the WrapPanel
horizontal_radio_buttons.append(WPFControls.RadioButton())
horizontal_radio_buttons[2].Content = "Flush corner"
hWrapPanel.Children.Add(horizontal_radio_buttons[2])
# Position the WrapPanel in the first row, column of the Grid
WPFControls.Grid.SetRow(hWrapPanel, 3)
WPFControls.Grid.SetColumn(hWrapPanel, 0)
WPFControls.Grid.SetColumnSpan(hWrapPanel, 2)
# -- Horizontal sheet definition
currRow += 1
currRow += 1
currRow += 1
horizLabel = WPFControls.TextBlock()
horizLabel.Text = "Shape definition"
WPFControls.Grid.SetRow(horizLabel, currRow)
horizLabel.FontSize = 11
currRow += 1
horizWidthLbl = WPFControls.TextBlock()
horizWidthLbl.Text = " Width (mm):"
WPFControls.Grid.SetRow(horizWidthLbl, currRow)
WPFControls.Grid.SetColumn(horizWidthLbl, 0)
global horizWidthInput
horizWidthInput = WPFControls.TextBox()
WPFControls.Grid.SetRow(horizWidthInput, currRow)
WPFControls.Grid.SetColumn(horizWidthInput, 1)
WPFControls.Grid.SetColumnSpan(horizWidthInput, 2)
currRow += 1
horizLengthLbl = WPFControls.TextBlock()
horizLengthLbl.Text = " Length (mm):"
WPFControls.Grid.SetRow(horizLengthLbl, currRow)
WPFControls.Grid.SetColumn(horizLengthLbl, 0)
global horizLengthInput
horizLengthInput = WPFControls.TextBox()
WPFControls.Grid.SetRow(horizLengthInput, currRow)
WPFControls.Grid.SetColumn(horizLengthInput, 1)
WPFControls.Grid.SetColumnSpan(horizLengthInput, 2)
currRow += 1
horizThickLbl = WPFControls.TextBlock()
horizThickLbl.Text = " Thickness 01 (mm):"
WPFControls.Grid.SetRow(horizThickLbl, currRow)
WPFControls.Grid.SetColumn(horizThickLbl, 0)
global horizThickInput
horizThickInput = WPFControls.TextBox()
WPFControls.Grid.SetRow(horizThickInput, currRow)
WPFControls.Grid.SetColumn(horizThickInput, 1)
WPFControls.Grid.SetColumnSpan(horizThickInput, 2)
currRow += 1
vertThickLbl = WPFControls.TextBlock()
vertThickLbl.Text = " Thickness 02 (mm):"
WPFControls.Grid.SetRow(vertThickLbl, currRow)
WPFControls.Grid.SetColumn(vertThickLbl, 0)
global vertThickInput
vertThickInput = WPFControls.TextBox()
WPFControls.Grid.SetRow(vertThickInput, currRow)
WPFControls.Grid.SetColumn(vertThickInput, 1)
WPFControls.Grid.SetColumnSpan(vertThickInput, 2)
# Create checkbox to ask for mesh
currRow += 1
global chkMesh
chkMesh = WPFControls.CheckBox()
chkMesh.Content = "Mesh the joint"
chkMesh.Height = 20
WPFControls.Grid.SetRow(chkMesh, currRow)
WPFControls.Grid.SetColumn(chkMesh, 0)
WPFControls.Grid.SetColumnSpan(chkMesh, 3)
# Create a button
currRow += 1
buildJoint = WPFControls.Button()
buildJoint.Content = "Build joint"
WPFControls.Grid.SetRow(buildJoint, currRow)
WPFControls.Grid.SetColumn(buildJoint, 0)
buildJoint.Height = 30
WPFControls.Grid.SetColumnSpan(buildJoint, 3)
# Link a function to the Button "Click" event
# This function will be called every time the Button is clicked
#buildJoint.Click += BuildJoint
# Add the WrapPanel to the Grid
my_Grid.Children.Add(meshTextBlock2)
my_Grid.Children.Add(hWrapPanel)
# Add the controls to the Grid
my_Grid.Children.Add(horizLabel)
my_Grid.Children.Add(horizWidthLbl)
my_Grid.Children.Add(horizWidthInput)
my_Grid.Children.Add(horizLengthLbl)
my_Grid.Children.Add(horizLengthInput)
my_Grid.Children.Add(horizThickLbl)
my_Grid.Children.Add(horizThickInput)
my_Grid.Children.Add(vertThickLbl)
my_Grid.Children.Add(vertThickInput)
my_Grid.Children.Add(chkMesh)
my_Grid.Children.Add(buildJoint)
# Return the Grid
return my_Grid
def getCustomToolPropertyContent():
#Create a Grid
my_Grid = WPFControls.Grid()
fontSize = 11
#Add Rows and Columns
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
currLine = 0
#Create a text label for electrical current
currLine += 1
beadSizeText = WPFControls.TextBlock()
beadSizeText.Text = "Leg length (mm):"
WPFControls.Grid.SetRow(beadSizeText, currLine)
WPFControls.Grid.SetColumn(beadSizeText, 0)
#Create an empty input for electrical current
global beadSizeInput
beadSizeInput = WPFControls.TextBox()
beadSizeInput.Text = "3.1"
WPFControls.Grid.SetRow(beadSizeInput, currLine)
WPFControls.Grid.SetColumn(beadSizeInput, 1)
beadSizeInput.TextChanged += HandelTextChange
#Create a text label for travel speed
currLine += 1
travelSpeedText = WPFControls.TextBlock()
travelSpeedText.Text = "Travel speed (cm/min):"
WPFControls.Grid.SetRow(travelSpeedText, currLine)
WPFControls.Grid.SetColumn(travelSpeedText, 0)
#Create an empty input for travel speed
global travelSpeedInput
travelSpeedInput = WPFControls.TextBox()
travelSpeedInput.Text = "45"
WPFControls.Grid.SetRow(travelSpeedInput, currLine)
WPFControls.Grid.SetColumn(travelSpeedInput, 1)
travelSpeedInput.TextChanged += HandelTextChange
#Create a text label for efficiency
currLine += 1
effParam = WPFControls.TextBlock()
effParam.Text = "Efficiency:"
WPFControls.Grid.SetRow(effParam, currLine)
WPFControls.Grid.SetColumn(effParam, 0)
#Create an empty input for efficiency
global effParamInput
effParamInput = WPFControls.TextBox()
effParamInput.Text = "0.80"
WPFControls.Grid.SetRow(effParamInput, currLine)
WPFControls.Grid.SetColumn(effParamInput, 1)
effParamInput.TextChanged += HandelTextChange
#Create an empty separator
currLine += 1
Separator04 = WPFControls.TextBlock()
Separator04.Text = ""
#Separator04.HorizontalAlignment = 1
WPFControls.Grid.SetRow(Separator04, currLine)
WPFControls.Grid.SetColumn(Separator04, 0)
WPFControls.Grid.SetColumnSpan(Separator04, 2)
#Create a text separator
currLine += 1
Separator01 = WPFControls.TextBlock()
Separator01.Text = "Configuration:"
Separator01.FontSize = fontSize
WPFControls.Grid.SetRow(Separator01, currLine)
WPFControls.Grid.SetColumn(Separator01, 0)
WPFControls.Grid.SetColumnSpan(Separator01, 2)
#Create a text label for energy per length
currLine += 1
ReqPowerLbl = WPFControls.TextBlock()
ReqPowerLbl.Text = " Req. power input:"
ReqPowerLbl.FontSize = fontSize
WPFControls.Grid.SetRow(ReqPowerLbl, currLine)
WPFControls.Grid.SetColumn(ReqPowerLbl, 0)
#Create a text label for energy per length
global ReqPowerText
ReqPowerText = WPFControls.TextBlock()
ReqPowerText.FontSize = fontSize
ReqPowerText.Text = "-"
WPFControls.Grid.SetRow(ReqPowerText, currLine)
WPFControls.Grid.SetColumn(ReqPowerText, 1)
#Create a text label for estimated bead leg
currLine += 1
EstThroatLbl = WPFControls.TextBlock()
EstThroatLbl.Text = " Estimated throat:"
EstThroatLbl.FontSize = fontSize
WPFControls.Grid.SetRow(EstThroatLbl, currLine)
WPFControls.Grid.SetColumn(EstThroatLbl, 0)
#Create a text label for estimated bead leg
global EstThroatText
EstThroatText = WPFControls.TextBlock()
EstThroatText.Text = "-"
EstThroatText.FontSize = fontSize
WPFControls.Grid.SetRow(EstThroatText, currLine)
WPFControls.Grid.SetColumn(EstThroatText, 1)
#Create an empty separator
currLine += 1
Separator03 = WPFControls.TextBlock()
Separator03.Text = ""
WPFControls.Grid.SetRow(Separator03, currLine)
WPFControls.Grid.SetColumn(Separator03, 0)
WPFControls.Grid.SetColumnSpan(Separator03, 2)
#Create a text separator
currLine += 1
Separator02 = WPFControls.TextBlock()
Separator02.Text = "Heat source size information"
Separator02.FontSize = 12
#Separator02.HorizontalAlignment = 1
WPFControls.Grid.SetRow(Separator02, currLine)
WPFControls.Grid.SetColumn(Separator02, 0)
WPFControls.Grid.SetColumnSpan(Separator02, 2)
#Create a text label for front length heat source size
currLine += 1
FLLabel = WPFControls.TextBlock()
FLLabel.Text = " Front:"
FLLabel.FontSize = fontSize
WPFControls.Grid.SetRow(FLLabel, currLine)
WPFControls.Grid.SetColumn(FLLabel, 0)
#Create a text label for front length heat source size
global FLEstimate
FLEstimate = WPFControls.TextBlock()
FLEstimate.Text = "-"
FLEstimate.FontSize = fontSize
WPFControls.Grid.SetRow(FLEstimate, currLine)
WPFControls.Grid.SetColumn(FLEstimate, 1)
#Create a text label for rear length heat source size
currLine += 1
RLLabel = WPFControls.TextBlock()
RLLabel.Text = " Rear:"
RLLabel.FontSize = fontSize
WPFControls.Grid.SetRow(RLLabel, currLine)
WPFControls.Grid.SetColumn(RLLabel, 0)
#Create a text label for rear length heat source size
global RLEstimate
RLEstimate = WPFControls.TextBlock()
RLEstimate.Text = "-"
RLEstimate.FontSize = fontSize
WPFControls.Grid.SetRow(RLEstimate, currLine)
WPFControls.Grid.SetColumn(RLEstimate, 1)
#Create a text label for width length heat source size
currLine += 1
WidthLabel = WPFControls.TextBlock()
WidthLabel.Text = " Width:"
WidthLabel.FontSize = fontSize
WPFControls.Grid.SetRow(WidthLabel, currLine)
WPFControls.Grid.SetColumn(WidthLabel, 0)
#Create a text label for width length heat source sizeer
global WidthEstimate
WidthEstimate = WPFControls.TextBlock()
WidthEstimate.Text = "-"
WidthEstimate.FontSize = fontSize
WPFControls.Grid.SetRow(WidthEstimate, currLine)
WPFControls.Grid.SetColumn(WidthEstimate, 1)
#Create a text label for depth length heat source size
currLine += 1
DepthLabel = WPFControls.TextBlock()
DepthLabel.Text = " Depth:"
DepthLabel.FontSize = fontSize
WPFControls.Grid.SetRow(DepthLabel, currLine)
WPFControls.Grid.SetColumn(DepthLabel, 0)
#Create a text label for the refinement diameter
global DepthEstimate
DepthEstimate = WPFControls.TextBlock()
DepthEstimate.Text = "-"
DepthEstimate.FontSize = fontSize
WPFControls.Grid.SetRow(DepthEstimate, currLine)
WPFControls.Grid.SetColumn(DepthEstimate, 1)
#Create an empty separator
currLine += 1
Separator05 = WPFControls.TextBlock()
Separator05.Text = ""
#Separator05.HorizontalAlignment = 1
WPFControls.Grid.SetRow(Separator05, currLine)
WPFControls.Grid.SetColumn(Separator05, 0)
WPFControls.Grid.SetColumnSpan(Separator05, 2)
#Create a button to export the heat source in Simufact format
currLine += 1
exportHeatSource = WPFControls.Button()
exportHeatSource.Content = "Export heat source"
exportHeatSource.Height = 30
WPFControls.Grid.SetRow(exportHeatSource, currLine)
WPFControls.Grid.SetColumn(exportHeatSource, 0)
WPFControls.Grid.SetColumnSpan(exportHeatSource, 2)
#Link a function to the Button "Click" event
exportHeatSource.Click += HandleExportHeatSource
# Add the controls to the Grid
my_Grid.Children.Add(beadSizeText)
my_Grid.Children.Add(beadSizeInput)
my_Grid.Children.Add(travelSpeedText)
my_Grid.Children.Add(travelSpeedInput)
my_Grid.Children.Add(effParam)
my_Grid.Children.Add(effParamInput)
my_Grid.Children.Add(ReqPowerLbl)
my_Grid.Children.Add(ReqPowerText)
my_Grid.Children.Add(EstThroatLbl)
my_Grid.Children.Add(EstThroatText)
# Heat source
my_Grid.Children.Add(FLLabel)
my_Grid.Children.Add(FLEstimate)
my_Grid.Children.Add(RLLabel)
my_Grid.Children.Add(RLEstimate)
my_Grid.Children.Add(WidthLabel)
my_Grid.Children.Add(WidthEstimate)
my_Grid.Children.Add(DepthLabel)
my_Grid.Children.Add(DepthEstimate)
my_Grid.Children.Add(Separator01)
my_Grid.Children.Add(Separator02)
my_Grid.Children.Add(Separator03)
my_Grid.Children.Add(Separator04)
my_Grid.Children.Add(Separator05)
my_Grid.Children.Add(exportHeatSource)
#Return the Grid
return my_Grid
def getCustomToolPropertyContent():
# Create a Grid
my_Grid = WPFControls.Grid()
# Add 2 Rows and 1 Column
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
currRow = 0
# -- Horizontal sheet definition
IDLbl = WPFControls.TextBlock()
IDLbl.Text = "Hatching definition"
WPFControls.Grid.SetRow(IDLbl, currRow)
IDLbl.FontSize = 11
# Create label and input field
currRow += 1
layerLbl = WPFControls.TextBlock()
layerLbl.Text = " Trajec. spacing (mm): "
WPFControls.Grid.SetRow(layerLbl, currRow)
WPFControls.Grid.SetColumn(layerLbl, 0)
global distanceLine
distanceLine = WPFControls.TextBox()
WPFControls.Grid.SetRow(distanceLine, currRow)
WPFControls.Grid.SetColumn(distanceLine, 1)
# Create label and input field
currRow += 1
pointSpacing = WPFControls.TextBlock()
pointSpacing.Text = " Point spacing (mm):"
WPFControls.Grid.SetRow(pointSpacing, currRow)
WPFControls.Grid.SetColumn(pointSpacing, 0)
global pointSpacingValue
pointSpacingValue = WPFControls.TextBox()
WPFControls.Grid.SetRow(pointSpacingValue, currRow)
WPFControls.Grid.SetColumn(pointSpacingValue, 1)
# Type of angular cut
currRow += 1
angleCutType = WPFControls.TextBlock()
angleCutType.Text = " Angular cut:"
WPFControls.Grid.SetRow(angleCutType, currRow)
WPFControls.Grid.SetColumn(angleCutType, 0)
# Create a Combo box
global angleTypeSelection
angleTypeSelection = WPFControls.ComboBox()
item1 = WPFControls.ComboBoxItem()
item1.Content = "Single angle"
angleTypeSelection.Items.Add(item1)
item2 = WPFControls.ComboBoxItem()
item2.Content = "Incremental"
angleTypeSelection.Items.Add(item2)
item3 = WPFControls.ComboBoxItem()
item3.Content = "Cycle through"
angleTypeSelection.Items.Add(item3)
angleTypeSelection.SelectedIndex = "0"
WPFControls.Grid.SetRow(angleTypeSelection, currRow)
WPFControls.Grid.SetColumn(angleTypeSelection, 1)
#angleTypeSelection.SelectionChanged += HandleAngleSelection
# Create label and input field
currRow += 1
global angleLbl
angleLbl = WPFControls.TextBlock()
angleLbl.Text = " Angle (deg):"
WPFControls.Grid.SetRow(angleLbl, currRow)
WPFControls.Grid.SetColumn(angleLbl, 0)
global angleValue
angleValue = WPFControls.TextBox()
WPFControls.Grid.SetRow(angleValue, currRow)
WPFControls.Grid.SetColumn(angleValue, 1)
# Create checkbox to ask for mesh
currRow += 1
global meshCheck
meshCheck = WPFControls.CheckBox()
meshCheck.Content = "Mesh the layers for me"
meshCheck.Height = 25
WPFControls.Grid.SetRow(meshCheck, currRow)
WPFControls.Grid.SetColumn(meshCheck, 0)
WPFControls.Grid.SetColumnSpan(meshCheck, 3)
# Create a button
currRow += 1
getDirectory = WPFControls.Button()
getDirectory.Content = "Select directory to save"
WPFControls.Grid.SetRow(getDirectory, currRow)
WPFControls.Grid.SetColumn(getDirectory, 0)
getDirectory.Height = 30
WPFControls.Grid.SetColumnSpan(getDirectory, 3)
getDirectory.Click += HandleGetDir
global dialog
dialog = FolderBrowserDialog()
dialog.Description = "Choose where to save trajectories"
dialog.ShowNewFolderButton = True
# Create a button
currRow += 1
goSlice = WPFControls.Button()
goSlice.Content = "Create hatching"
WPFControls.Grid.SetRow(goSlice, currRow)
WPFControls.Grid.SetColumn(goSlice, 0)
goSlice.Height = 30
WPFControls.Grid.SetColumnSpan(goSlice, 3)
# Link a function to the Button "Click" event
# This function will be called every time the Button is clicked
goSlice.Click += HandleApplyButton
# Add the controls to the Grid
my_Grid.Children.Add(IDLbl)
my_Grid.Children.Add(layerLbl)
my_Grid.Children.Add(distanceLine)
my_Grid.Children.Add(pointSpacing)
my_Grid.Children.Add(pointSpacingValue)
my_Grid.Children.Add(angleCutType)
my_Grid.Children.Add(angleTypeSelection)
my_Grid.Children.Add(angleLbl)
my_Grid.Children.Add(angleValue)
my_Grid.Children.Add(getDirectory)
my_Grid.Children.Add(meshCheck)
my_Grid.Children.Add(goSlice)
# Return the Grid
return my_Grid
def getCustomToolPropertyContent():
#Create a Grid
my_Grid = WPFControls.Grid()
#Add 2 Rows and 1 Column
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
currRow = 0
# -- Horizontal sheet definition
horizLabel = WPFControls.TextBlock()
horizLabel.Text = "Shape definition"
WPFControls.Grid.SetRow(horizLabel, currRow)
horizLabel.FontSize = 11
currRow += 1
spotLbl = WPFControls.TextBlock()
spotLbl.Text = " Spot diam. (mm):"
WPFControls.Grid.SetRow(spotLbl, currRow)
WPFControls.Grid.SetColumn(spotLbl, 0)
global spotSize
spotSize = WPFControls.TextBox()
WPFControls.Grid.SetRow(spotSize, currRow)
WPFControls.Grid.SetColumn(spotSize, 1)
currRow += 1
horizThickLbl = WPFControls.TextBlock()
horizThickLbl.Text = " Sheet 01 thickn. (mm):"
WPFControls.Grid.SetRow(horizThickLbl, currRow)
WPFControls.Grid.SetColumn(horizThickLbl, 0)
global horizThickInput
horizThickInput = WPFControls.TextBox()
WPFControls.Grid.SetRow(horizThickInput, currRow)
WPFControls.Grid.SetColumn(horizThickInput, 1)
# -- Parameters definition
currRow += 1
vertThickLbl = WPFControls.TextBlock()
vertThickLbl.Text = " Sheet 02 thickn. (mm):"
WPFControls.Grid.SetRow(vertThickLbl, currRow)
WPFControls.Grid.SetColumn(vertThickLbl, 0)
global vertThickInput
vertThickInput = WPFControls.TextBox()
WPFControls.Grid.SetRow(vertThickInput, currRow)
WPFControls.Grid.SetColumn(vertThickInput, 1)
# -- Parameters definition
currRow += 1
gapLbl = WPFControls.TextBlock()
gapLbl.Text = " Gap between sheets (mm):"
WPFControls.Grid.SetRow(gapLbl, currRow)
WPFControls.Grid.SetColumn(gapLbl, 0)
global gapInput
gapInput = WPFControls.TextBox()
WPFControls.Grid.SetRow(gapInput, currRow)
WPFControls.Grid.SetColumn(gapInput, 1)
# Create grippers?
currRow += 1
global chkCreateGrippers
chkCreateGrippers = WPFControls.CheckBox()
chkCreateGrippers.Content = "Create grippers"
chkCreateGrippers.Height = 20
WPFControls.Grid.SetRow(chkCreateGrippers, currRow)
WPFControls.Grid.SetColumn(chkCreateGrippers, 0)
#WPFControls.Grid.SetColumnSpan(chkCreateGrippers, 3)
# Create a horizontal array of three radio buttons
# Create a WrapPanel
hWrapPanel = WPFControls.WrapPanel()
hWrapPanel.Orientation = WPFControls.Orientation.Horizontal
# Second Button Array
# Create a label for the second radio button array
currRow += 1
lblMeshType = WPFControls.TextBlock()
lblMeshType.Text = "Meshing"
WPFControls.Grid.SetRow(lblMeshType, currRow)
WPFControls.Grid.SetColumn(lblMeshType, 0)
# Create a List to hold the radio buttons in the first array
# We'll use this later to make it easier to find which button is checked
global horizontal_radio_buttons
horizontal_radio_buttons = []
# Create a first radio button and add to the WrapPanel
horizontal_radio_buttons.append(WPFControls.RadioButton())
horizontal_radio_buttons[0].Content = "No mesh"
# Set the first radio button to be checked
# Note the horrible notation required to define a Nullable Boolean True
horizontal_radio_buttons[0].IsChecked = System.Nullable[System.Boolean](
True)
hWrapPanel.Children.Add(horizontal_radio_buttons[0])
# Create a second radio button and add to the WrapPanel
horizontal_radio_buttons.append(WPFControls.RadioButton())
horizontal_radio_buttons[1].Content = "For weld"
hWrapPanel.Children.Add(horizontal_radio_buttons[1])
# Create a third radio button and add to the WrapPanel
horizontal_radio_buttons.append(WPFControls.RadioButton())
horizontal_radio_buttons[2].Content = "Pull test"
hWrapPanel.Children.Add(horizontal_radio_buttons[2])
# Position the WrapPanel in the first row, column of the Grid
currRow += 1
WPFControls.Grid.SetRow(hWrapPanel, currRow)
WPFControls.Grid.SetColumn(hWrapPanel, 0)
WPFControls.Grid.SetColumnSpan(hWrapPanel, 3)
#Create a button
currRow += 2
buildJoint = WPFControls.Button()
buildJoint.Content = "Build joint"
WPFControls.Grid.SetRow(buildJoint, currRow)
WPFControls.Grid.SetColumn(buildJoint, 0)
buildJoint.Height = 30
WPFControls.Grid.SetColumnSpan(buildJoint, 3)
#Link a function to the Button "Click" event
#This function will be called every time the Button is clicked
buildJoint.Click += BuildJoint
# Add the controls to the Grid
my_Grid.Children.Add(spotLbl)
my_Grid.Children.Add(spotSize)
my_Grid.Children.Add(horizLabel)
my_Grid.Children.Add(horizThickLbl)
my_Grid.Children.Add(horizThickInput)
my_Grid.Children.Add(vertThickLbl)
my_Grid.Children.Add(vertThickInput)
my_Grid.Children.Add(gapLbl)
my_Grid.Children.Add(gapInput)
my_Grid.Children.Add(chkCreateGrippers)
my_Grid.Children.Add(lblMeshType)
my_Grid.Children.Add(hWrapPanel)
my_Grid.Children.Add(buildJoint)
#Return the Grid
return my_Grid
def getCustomToolPropertyContent():
# Create a Grid
my_Grid = WPFControls.Grid()
# Add 2 Rows and 1 Column
my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
currRow = 0
# Create input field
currRow += 1
lbl01 = WPFControls.TextBlock()
lbl01.Text = "Distance (mm):"
WPFControls.Grid.SetRow(lbl01, currRow)
WPFControls.Grid.SetColumn(lbl01, 0)
WPFControls.Grid.SetColumnSpan(lbl01, 1)
global input01
input01 = WPFControls.TextBox()
WPFControls.Grid.SetRow(input01, currRow)
WPFControls.Grid.SetColumn(input01, 1)
# Create checkbox
currRow += 1
global chk01
chk01 = WPFControls.CheckBox()
chk01.Content = "Split solids"
chk01.Height = 20
WPFControls.Grid.SetRow(chk01, currRow)
WPFControls.Grid.SetColumn(chk01, 0)
WPFControls.Grid.SetColumnSpan(chk01, 1)
# Create checkbox
currRow += 1
global chk02
chk02 = WPFControls.CheckBox()
chk02.Content = "Split surfaces"
chk02.Height = 20
WPFControls.Grid.SetRow(chk02, currRow)
WPFControls.Grid.SetColumn(chk02, 0)
WPFControls.Grid.SetColumnSpan(chk02, 1)
chk02.IsChecked = System.Nullable[System.Boolean](True)
# Create checkbox
currRow += 1
global chk03
chk03 = WPFControls.CheckBox()
chk03.Content = "Suppress extra vertices"
chk03.Height = 20
WPFControls.Grid.SetRow(chk03, currRow)
WPFControls.Grid.SetColumn(chk03, 0)
WPFControls.Grid.SetColumnSpan(chk03, 1)
# Create a button
currRow += 1
actionButton = WPFControls.Button()
actionButton.Content = "Expand beads and split"
WPFControls.Grid.SetRow(actionButton, currRow)
WPFControls.Grid.SetColumn(actionButton, 0)
actionButton.Height = 30
WPFControls.Grid.SetColumnSpan(actionButton, 2)
actionButton.Click += HandleApplyButton # Link a function to the Button "Click" event
# Add the controls to the Grid
my_Grid.Children.Add(lbl01)
my_Grid.Children.Add(input01)
my_Grid.Children.Add(chk01)
my_Grid.Children.Add(chk02)
my_Grid.Children.Add(chk03)
my_Grid.Children.Add(actionButton)
# Return the Grid
return my_Grid
def getCustomToolPropertyContent():
#Create a Grid
my_Grid = WPFControls.Grid()
#Add 2 Rows and 1 Column
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
currRow = 0
generalLbl = WPFControls.TextBlock()
generalLbl.Text = "Shape definition"
WPFControls.Grid.SetRow(generalLbl, currRow)
generalLbl.FontSize = 11
# -- Sheet 01 definition
currRow += 1
globalWidthLbl = WPFControls.TextBlock()
globalWidthLbl.Text = " Width (mm):"
WPFControls.Grid.SetRow(globalWidthLbl, currRow)
WPFControls.Grid.SetColumn(globalWidthLbl, 0)
global globalWidthInput
globalWidthInput =WPFControls.TextBox()
WPFControls.Grid.SetRow(globalWidthInput, currRow)
WPFControls.Grid.SetColumn(globalWidthInput, 1)
currRow += 1
globalLengthLbl = WPFControls.TextBlock()
globalLengthLbl.Text = " Length (mm):"
WPFControls.Grid.SetRow(globalLengthLbl, currRow)
WPFControls.Grid.SetColumn(globalLengthLbl, 0)
global globalLengthInput
globalLengthInput =WPFControls.TextBox()
WPFControls.Grid.SetRow(globalLengthInput, currRow)
WPFControls.Grid.SetColumn(globalLengthInput, 1)
currRow += 1
thick01Lbl = WPFControls.TextBlock()
thick01Lbl.Text = " Thickness 01 (mm):"
WPFControls.Grid.SetRow(thick01Lbl, currRow)
WPFControls.Grid.SetColumn(thick01Lbl, 0)
global thick01Input
thick01Input =WPFControls.TextBox()
WPFControls.Grid.SetRow(thick01Input, currRow)
WPFControls.Grid.SetColumn(thick01Input, 1)
# -- Vertical sheet definition
currRow += 1
thick02Lbl = WPFControls.TextBlock()
thick02Lbl.Text = " Thickness 02 (mm):"
WPFControls.Grid.SetRow(thick02Lbl, currRow)
WPFControls.Grid.SetColumn(thick02Lbl, 0)
global thick02Input
thick02Input = WPFControls.TextBox()
WPFControls.Grid.SetRow(thick02Input, currRow)
WPFControls.Grid.SetColumn(thick02Input, 1)
# Create checkbox to ask for mesh
currRow += 1
global chkMesh
chkMesh = WPFControls.CheckBox()
chkMesh.Content = "Mesh the joint for me"
chkMesh.Height = 20
WPFControls.Grid.SetRow(chkMesh, currRow)
WPFControls.Grid.SetColumn(chkMesh, 0)
WPFControls.Grid.SetColumnSpan(chkMesh, 3)
#Create a button
currRow += 1
buildJoint = WPFControls.Button()
buildJoint.Content="Build joint"
WPFControls.Grid.SetRow(buildJoint, currRow)
WPFControls.Grid.SetColumn(buildJoint, 0)
buildJoint.Height = 30
WPFControls.Grid.SetColumnSpan(buildJoint, 3)
#Link a function to the Button "Click" event
#This function will be called every time the Button is clicked
buildJoint.Click+=BuildJoint
# Add the controls to the Grid
my_Grid.Children.Add(generalLbl)
my_Grid.Children.Add(globalWidthLbl)
my_Grid.Children.Add(globalWidthInput)
my_Grid.Children.Add(globalLengthLbl)
my_Grid.Children.Add(globalLengthInput)
my_Grid.Children.Add(thick01Lbl)
my_Grid.Children.Add(thick01Input)
my_Grid.Children.Add(thick02Lbl)
my_Grid.Children.Add(thick02Input)
my_Grid.Children.Add(chkMesh)
my_Grid.Children.Add(buildJoint)
#Return the Grid
return my_Grid
def getCustomToolPropertyContent():
#Create a Grid
my_Grid = WPFControls.Grid()
#Add 2 Rows and 1 Column
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
#Row 0
#Create a label (TextBlock)
#Set it's Text value
#Assign it to Row 0, Column 0
refineTextBlock = WPFControls.TextBlock()
refineTextBlock.Text = "Refinement diameter (mm):"
WPFControls.Grid.SetRow(refineTextBlock, 0)
WPFControls.Grid.SetColumn(refineTextBlock, 0)
global refineSizeTextBox
#Create an empty input TextBox assign it to Row 0, Column 1
refineSizeTextBox = WPFControls.TextBox()
WPFControls.Grid.SetRow(refineSizeTextBox, 0)
WPFControls.Grid.SetColumn(refineSizeTextBox, 1)
#Create a button and set it's text to "Import"
#Assign it to Row1, Column 0
importBtn = WPFControls.Button()
importBtn.Content = "Import CSV files"
WPFControls.Grid.SetRow(importBtn, 1)
WPFControls.Grid.SetColumn(importBtn, 0)
#Link a function to the Button "Click" event
#This function will be called every time the Button is clicked
importBtn.Click += HandleimportBtn
#Create an empty input TextBox
global fileNameTextBox
fileNameTextBox = WPFControls.TextBox()
WPFControls.Grid.SetRow(fileNameTextBox, 2)
WPFControls.Grid.SetColumn(fileNameTextBox, 1)
selectedFilesText = WPFControls.TextBlock()
selectedFilesText.Text = "File(s) selected:"
WPFControls.Grid.SetRow(selectedFilesText, 2)
WPFControls.Grid.SetColumn(selectedFilesText, 0)
#Create a button
#Assign it to Row1, Column 0
goSpots = WPFControls.Button()
goSpots.Content = "Create spot locations"
WPFControls.Grid.SetRow(goSpots, 3)
WPFControls.Grid.SetColumn(goSpots, 0)
WPFControls.Grid.SetColumnSpan(goSpots, 2)
goSpots.Height = 30
#Link a function to the Button "Click" event
#This function will be called every time the Butto is clicked
goSpots.Click += HandleCreateSpots
# Add the controls to the Grid
my_Grid.Children.Add(importBtn)
my_Grid.Children.Add(goSpots)
my_Grid.Children.Add(refineTextBlock)
my_Grid.Children.Add(refineSizeTextBox)
my_Grid.Children.Add(fileNameTextBox)
my_Grid.Children.Add(selectedFilesText)
#Return the Grid
return my_Grid
def getCustomToolPropertyContent():
# Create a Grid
my_Grid = WPFControls.Grid()
# Add 2 Rows and 1 Column
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.RowDefinitions.Add(WPFControls.RowDefinition())
my_Grid.ColumnDefinitions.Add(WPFControls.ColumnDefinition())
currRow = 0
# --
IDLbl = WPFControls.TextBlock()
IDLbl.Text = "Separate by distance"
WPFControls.Grid.SetRow(IDLbl, currRow)
IDLbl.FontSize = 11
# Create input field
currRow += 1
lbl01 = WPFControls.TextBlock()
lbl01.Text = "Max number of points:"
WPFControls.Grid.SetRow(lbl01, currRow)
WPFControls.Grid.SetColumn(lbl01, 0)
global input01
input01 = WPFControls.TextBox()
WPFControls.Grid.SetRow(input01, currRow)
WPFControls.Grid.SetColumn(input01, 1)
input01.Text = "4"
# Create a button
currRow += 1
goButton = WPFControls.Button()
goButton.Content = "Run fixture designer"
WPFControls.Grid.SetRow(goButton, currRow)
WPFControls.Grid.SetColumn(goButton, 0)
goButton.Height = 30
WPFControls.Grid.SetColumnSpan(goButton, 3)
# Link a function to the Button "Click" event
# This function will be called every time the Button is clicked
goButton.Click += HandleApplyButton
# Add the controls to the Grid
# my_Grid.Children.Add(IDLbl)
my_Grid.Children.Add(lbl01)
my_Grid.Children.Add(input01)
my_Grid.Children.Add(goButton)
# Return the Grid
return my_Grid
