Macro Sketch Constraint From Spreadsheet
Description |
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Macro which, with a simple click on a spreadsheet cell, adds a length constraint to a line or between 2 points using a spreadsheet cell alias or address (ex. C2). Macro can create alias for you. Macro version: 01.00 Last modified: 2023-01-05 FreeCAD version: All Download: ToolBar icon Author: 2cv001 |
Author |
2cv001 |
Download |
ToolBar icon |
Links |
Macros recipes How to install macros How to customize toolbars |
Macro Version |
01.00 |
Date last modified |
2023-01-05 |
FreeCAD Version(s) |
All |
Default shortcut |
None |
See also |
None |
Description
Contact me in case of any problems.
Macro which, with a simple click on a spreadsheet cell, adds a length constraint to a line or between 2 points using a spreadsheet cell alias or address (ex. C2). Future changes to the spreadsheet will update the constraint. The macro can create alias for you.
Just select 1 line, 2 points or a constraint, click on a spreadsheet cell and run the macro. You can select lines, points at the ends of a line, points, circles or arcs of circles.
Temporary code for external macro link. Do not use this code. This code is used exclusively by Addon Manager. Link for optional manual installation: Macro
# This code is copied instead of the original macro code # to guide the user to the online download page. # Use it if the code of the macro is larger than 64 KB and cannot be included in the wiki # or if the RAW code URL is somewhere else in the wiki. from PySide import QtGui, QtCore diag = QtGui.QMessageBox(QtGui.QMessageBox.Information, "Information", "This macro must be downloaded from this link\n" "\n" "https://raw.githubusercontent.com/2cv001/freecad/main/sketchConstraintFromSpreadsheet.FCMacro" + "\n" "\n" "Quit this window to access the download page") diag.setWindowFlags(QtCore.Qt.WindowStaysOnTopHint) diag.setWindowModality(QtCore.Qt.ApplicationModal) diag.exec_() import webbrowser webbrowser.open("https://raw.githubusercontent.com/2cv001/freecad/main/sketchConstraintFromSpreadsheet.FCMacro")
Usage
Automatic Object creation
If you run the macro and have not yet created a spreadsheet, a body or a sketch, the macro suggests to create one and then opens the sketch in edition mode and the spreadsheet so that you can start filling it.
Automatic Alias creation
It is not mandatory, but it is better to use aliases in your spreadsheet. The macro can create aliases from texts in cells. Two modes: a manual mode where you select yourself the cells with text for alias and an automatic mode. And an automatic mode:
Automatic mode
An automatic mode where alias are automatically created using a text zone defined by a cell. The zone includes the cell and those below. These texts correspond to the alias name. The alias is created to the right of its text.” The designated cell (here A3) is editable in these dialog boxes:
Manual mode
To use manual mode don't check the "Automatic alias" option.
Constraints creation
1) Select:
- a line,
- two points (end of a line, center of a circle, etc.)
- or a length constraint.
2) Click on a spreadsheet cell, with or without an alias, that has a numerical value:
3) Run the macro.
4) Select the desired type of constraint:
If the cell has an alias, the length property of the constraint will be something like 'Spreadsheet.alias'. Otherwise, something like 'Spreadsheet.D4'.
5) If the constraint causes a conflict in the sketch and the "conflict detection" box is checked, the macro will offer to delete the new constraint:
If you select an existing constraint, you can change its value for a value from a spreadsheet:
The macro can also handle external geometry from another sketch:
To make things even more refined, if, for example, a line is horizontal rather than vertical, when the dialogue box opens, the focus will be on the button for apply a horizontal constraint. If the line is vertical rather than horizontal, the focus will be on the button to apply a vertical constraint. In both cases, simply press the enter key if you are happy with this choice.
Links
Credits
Thanks to openBrain, mario52 and onekk for their help on the code!
Thanks to Syres for tests and for the help on the format in the code.
Thanks to Roy043 and David69 for the various reviews and improvements to the wiki.
Script
Code
ver 01 00 05/01/2023 by 2cv001 Macro_Sketch_Constraint_From_Spreadsheet.FCMacro
#!/usr/bin/env python # -*- coding: utf-8 -*- # ========================================================================= # Macro Sketch Constraint From Spreadsheet # file name : sketchConstraintFromSpreadsheet.FCMacro # ======================================================================== # == == # == Adds a length constraint to a line or between 2 points == # == using a spreadsheet cell alias or name (ex. C2). == # == Future changes to the spreadsheet will update the constraint. == # == if necessary, the macro help you to create alias == # == USE: == # == 1) Select 1 line, 2 points or a constraint == # == 2) Click on a spreadsheet cell == # == 3) Launch the macro == # == if the cell has an alias, the length property will be something == # == like 'Spreadsheet.alias'. == # == if not, just something like 'Spreadsheet.C2' == # == You can select lines, points line, points, circle... == # == You can select external objetcs == # ======================================================================== # ======================================================================== __author__ = "2cv001" __title__ = "Macro Sketch Constraint From Spreadsheet" __date__ = "2023/01/05" #YYYY/MM/DD __version__ = __date__ __icon__ = "https://wiki.freecad.org/Images/1/15/Macro_Sketch_Constraint_From_Spreadsheet.svg" __Wiki__ = "https://wiki.freecad.org/Macro_sketchConstraintFromSpreadsheet" from PySide import QtGui, QtCore from PySide2.QtGui import QIcon from PySide2 import QtWidgets from PySide2.QtGui import QGuiApplication import configparser import os import FreeCAD import re import itertools # macro directory (for ini file) macroDirectory = FreeCAD.getUserMacroDir(True) # save objects names in ini file #typeObject : spreadsheet, body.... def save_settings_Name(typeObject,objectName): config = configparser.ConfigParser() ini_file = os.path.join(macroDirectory, "sketchConstraintFromSpreadsheet.ini") config.read(ini_file) if 'SettingNames' not in config: config.add_section('SettingNames') config.set('SettingNames', typeObject, objectName) with open(ini_file, 'w') as configfile: config.write(configfile) # Read name given by user for object choiseObject in ini file def getIniName(choiceObject): config = configparser.ConfigParser() ini_file = os.path.join(macroDirectory, "sketchConstraintFromSpreadsheet.ini") if os.path.exists(ini_file): config.read(ini_file) label=config.get('SettingNames', choiceObject, fallback=choiceObject) return label return choiceObject # Read column for alias labelss value in ini file def getIniCellForAlias(): config = configparser.ConfigParser() ini_file = os.path.join(macroDirectory, "sketchConstraintFromSpreadsheet.ini") if os.path.exists(ini_file): config.read(ini_file) cell=config.get('SettingsAlias', 'textboxAlias', fallback='B1') if cell=='' : cell='B1' return cell else: return 'B1' # read checkbox value in ini file def getIniCheckboxStateForAlias(): config = configparser.ConfigParser() ini_file = os.path.join(macroDirectory, "sketchConstraintFromSpreadsheet.ini") if os.path.exists(ini_file): config.read(ini_file) return config.getboolean('SettingsAlias', 'checkboxAlias', fallback=True) else: return True # save column for alias labels and checkbox for alias value in ini file def save_settings_Alias(cell,checked): config = configparser.ConfigParser() ini_file = os.path.join(macroDirectory, "sketchConstraintFromSpreadsheet.ini") config.read(ini_file) if 'SettingsAlias' not in config: config.add_section('SettingsAlias') config.set('SettingsAlias', 'textboxAlias', cell.upper()) config.set('SettingsAlias', 'checkboxAlias', str(checked)) with open(ini_file, 'w') as configfile: config.write(configfile) ################################################################################# # part code for objects creation at the begining of the macro execution. # If there is no spreadsheet or sketch: ask for creation. ################################################################################# #=============================================================================== # dialog box class for objects creations #=============================================================================== class Dialog(QtGui.QDialog): def __init__(self, documentState, spreadsheetState, textdocumentState, bodyState, sketchState, text='', parent=None): super(Dialog, self).__init__(parent) toolLip=("If checked, alias will automatically be created during each macro execution. "+ "Alias will be created at the right of cells with text. Cells with text is this one or cells and under :") self.documentState = documentState self.textdocumentState = textdocumentState self.spreadsheetState = spreadsheetState self.bodyState = bodyState self.sketchState = sketchState self.text_widget = QtGui.QLabel(text) self.checkbox1Document = self.create_checkbox("Document", documentState) self.checkboxTextDocument = self.create_checkbox("Text document", textdocumentState) self.checkboxSpreadsheet = self.create_checkbox("Spreadsheets", spreadsheetState) self.checkbox3Body = self.create_checkbox("Body", bodyState) self.checkbox4Sketch = self.create_checkbox("Sketch", sketchState) self.checkboxAlias = QtGui.QCheckBox("Text for Alias in this cell and under :") self.checkboxAlias.setToolTip(toolLip) self.textboxSpreadsheetName = QtGui.QLineEdit(getIniName('spreadsheet')) self.textboxSpreadsheetName.setFixedWidth(200) # size self.textboxSpreadsheetName.setToolTip('Name for the spreadsheet') self.textboxTextdocumentName = QtGui.QLineEdit(getIniName('textdocument')) self.textboxTextdocumentName.setFixedWidth(200) # size self.textboxTextdocumentName.setToolTip('Name for the Text Document') self.textboxBodyName = QtGui.QLineEdit(getIniName('body')) self.textboxBodyName.setFixedWidth(200) # size self.textboxBodyName.setToolTip('Name for the body') self.textboxSketchName = QtGui.QLineEdit(getIniName('sketch')) self.textboxSketchName.setMaximumWidth(200) # Set the maximum width of the text box self.textboxSketchName.setFixedWidth(200) # size self.textboxSketchName.setToolTip('Name for the sketch') layout_checkbox1Document = QtGui.QHBoxLayout() #layout_checkbox1Document.addSpacing(20) if documentState !='no' : layout_checkbox1Document.addWidget(self.checkbox1Document) layout_checkboxSpreadSheet = QtGui.QHBoxLayout() layout_checkboxSpreadSheet.addSpacing(20) if spreadsheetState !='no' : layout_checkboxSpreadSheet.addWidget(self.checkboxSpreadsheet) layout_checkboxSpreadSheet.addWidget(self.textboxSpreadsheetName) layout_checkboxTextDocument = QtGui.QHBoxLayout() layout_checkboxTextDocument.addSpacing(20) if textdocumentState!= 'no' : layout_checkboxTextDocument.addWidget(self.checkboxTextDocument) layout_checkboxTextDocument.addWidget(self.textboxTextdocumentName) layout_checkbox3Body = QtGui.QHBoxLayout() layout_checkbox3Body.addSpacing(20) if bodyState != 'no' : layout_checkbox3Body.addWidget(self.checkbox3Body) layout_checkbox3Body.addWidget(self.textboxBodyName) layout_checkbox4Sketch = QtGui.QHBoxLayout() layout_checkbox4Sketch.addSpacing(40) if sketchState != 'no' : layout_checkbox4Sketch.addWidget(self.checkbox4Sketch) layout_checkbox4Sketch.addWidget(self.textboxSketchName) self.radiobutton1 = QtGui.QRadioButton("XY Plane") self.radiobutton2 = QtGui.QRadioButton("XZ Plane") self.radiobutton3 = QtGui.QRadioButton("YZ Plane") self.radiobutton1.setIcon(QIcon(":/icons/view-top")) self.radiobutton2.setIcon(QIcon(":/icons/view-front")) self.radiobutton3.setIcon(QIcon(":/icons/view-right")) # Set the XY Plane radio button to be checked by default self.radiobutton1.setChecked(True) self.textboxAlias = QtGui.QLineEdit(self.getIniCellForAlias()) self.textboxAlias.setMaximumWidth(50) # Set the maximum width of the text box self.textboxAlias.setMaxLength(4) # Limit the text box to 4 characters self.textboxAlias.setToolTip(toolLip) regex = QtCore.QRegExp("^[a-zA-Z]+[0-9]+$") validator = QtGui.QRegExpValidator(regex, self) self.textboxAlias.setValidator(validator) self.textboxAlias.textChanged.connect(self.onTextChanged) # Set the checkboxes self.checkbox1Document.setChecked(documentState == "exist" or documentState == "on") self.checkboxTextDocument.setChecked(True) self.checkboxSpreadsheet.setChecked(spreadsheetState == "exist" or spreadsheetState == "on") self.checkbox3Body.setChecked(bodyState == "exist" or bodyState == "on") self.checkbox4Sketch.setChecked(sketchState == "exist" or sketchState == "on") self.checkboxAlias.setChecked(self.getIniCheckboxStateForAlias()) self.checkbox1Document.stateChanged.connect(self.update_document_checkbox) self.checkboxTextDocument.stateChanged.connect(self.update_textdocument_checkbox) self.checkboxSpreadsheet.stateChanged.connect(self.update_spreadsheet_checkbox) self.checkbox3Body.stateChanged.connect(self.update_body_checkbox) self.checkbox4Sketch.stateChanged.connect(self.update_sketch_checkbox) layout = QtGui.QVBoxLayout() if text!='' : layout.addWidget(self.text_widget) layout.addLayout(layout_checkbox1Document) layout.addLayout(layout_checkboxSpreadSheet) layout.addLayout(layout_checkboxTextDocument) layout.addLayout(layout_checkbox3Body) layout.addLayout(layout_checkbox4Sketch) layout_radio1 = QtGui.QHBoxLayout() layout_radio1.addSpacing(60) if sketchState !='no' : layout_radio1.addWidget(self.radiobutton1) layout_radio2 = QtGui.QHBoxLayout() layout_radio2.addSpacing(60) if sketchState !='no' : layout_radio2.addWidget(self.radiobutton2) layout_radio3 = QtGui.QHBoxLayout() layout_radio3.addSpacing(60) if sketchState !='no' : layout_radio3.addWidget(self.radiobutton3) layout.addLayout(layout_radio1) layout.addLayout(layout_radio2) layout.addLayout(layout_radio3) layout_Alias = QtGui.QHBoxLayout() layout_Alias.addWidget(self.checkboxAlias) layout_Alias.addWidget(self.textboxAlias) layout_Alias.addItem(QtGui.QSpacerItem(0, 0, QtGui.QSizePolicy.Expanding, QtGui.QSizePolicy.Preferred)) layout.addLayout(layout_Alias) # Add OK and Cancel buttons self.buttons = QtGui.QDialogButtonBox( QtGui.QDialogButtonBox.Ok | QtGui.QDialogButtonBox.Cancel, QtCore.Qt.Horizontal, self) self.buttons.accepted.connect(self.accept) self.buttons.rejected.connect(self.reject) layout.addWidget(self.buttons) self.setLayout(layout) self.update_document_checkbox() self.update_spreadsheet_checkbox() self.update_textdocument_checkbox() self.update_body_checkbox() self.update_sketch_checkbox() self.update_radiobuttons() def onTextChanged(self, text): # Convertir le texte en majuscules uppercase_text = text.upper() self.textboxAlias.blockSignals(True) self.textboxAlias.setText(uppercase_text) self.textboxAlias.blockSignals(False) def update_document_checkbox(self): self.checkboxTextDocument.setEnabled(self.checkbox1Document.isChecked()) if not self.checkbox1Document.isChecked() : self.checkboxTextDocument.setChecked(False) self.checkboxSpreadsheet.setEnabled(self.checkbox1Document.isChecked()) self.checkboxSpreadsheet.setChecked(self.checkbox1Document.isChecked()) self.checkboxTextDocument.setEnabled(self.checkbox1Document.isChecked()) self.checkboxTextDocument.setChecked(self.checkbox1Document.isChecked()) self.checkbox3Body.setEnabled(self.checkbox1Document.isChecked()) self.checkbox3Body.setChecked(self.checkbox1Document.isChecked()) self.update_textdocument_checkbox() self.update_spreadsheet_checkbox() self.update_body_checkbox() def update_textdocument_checkbox(self): if self.textdocumentState == 'exist' : self.checkboxTextDocument.setEnabled(False) self.checkboxTextDocument.setChecked(True) self.textboxTextdocumentName.setEnabled(self.checkboxTextDocument.isChecked() and self.checkboxTextDocument.isEnabled()) def update_spreadsheet_checkbox(self): if self.spreadsheetState == 'exist' : self.checkboxSpreadsheet.setEnabled(False) self.checkboxSpreadsheet.setChecked(True) self.textboxSpreadsheetName.setEnabled(self.checkboxSpreadsheet.isChecked() and self.checkboxSpreadsheet.isEnabled()) def update_body_checkbox(self): if self.bodyState == 'exist' : self.checkbox3Body.setEnabled(False) self.checkbox3Body.setChecked(True) self.textboxBodyName.setEnabled(self.checkbox3Body.isChecked() and self.checkbox3Body.isEnabled()) self.checkbox4Sketch.setEnabled(self.checkbox3Body.isChecked()) self.checkbox4Sketch.setChecked(self.checkbox3Body.isChecked()) self.update_sketch_checkbox () def update_sketch_checkbox(self): # checked = self.checkbox3Body.isChecked() if self.sketchState =='exist' : self.checkbox4Sketch.setEnabled(False) self.checkbox4Sketch.setChecked(True) self.textboxSketchName.setEnabled(self.checkbox4Sketch.isChecked() and self.checkbox4Sketch.isEnabled()) self.update_radiobuttons() def update_radiobuttons(self): enable = self.checkbox4Sketch.isChecked() and self.checkbox3Body.isChecked() if not self.checkbox4Sketch.isChecked() or not self.checkbox3Body.isChecked(): enable=False if not self.checkbox4Sketch.isChecked() : enable=False if not self.checkbox4Sketch.isEnabled() : enable=False self.radiobutton1.setEnabled(enable) self.radiobutton2.setEnabled(enable) self.radiobutton3.setEnabled(enable) def create_checkbox(self, text, state): checkbox = QtGui.QCheckBox(text+' found' if state == "exist" else "No " + text + " found, create one?") checkbox.setEnabled(state != "off") checkbox.setChecked(state != "off") if state == "exist" : checkbox.setEnabled(False) checkbox.setChecked(True) return checkbox def getIniCellForAlias(self): return getIniCellForAlias() def getIniCheckboxStateForAlias(self): return getIniCheckboxStateForAlias() def save_settings(self): save_settings_Alias(self.textboxAlias.text(),self.checkboxAlias.isChecked()) save_settings_Name('body',self.textboxBodyName.text()) save_settings_Name('spreadsheet', self.textboxSpreadsheetName.text()) save_settings_Name('textdocument', self.textboxTextdocumentName.text()) save_settings_Name('sketch', self.textboxSketchName.text()) # Retrieve the results after displaying the object creation dialogue box. def get_user_input(documentState, spreadsheetState, textdocumentState, bodyState, sketchState, text=''): dialog = Dialog(documentState, spreadsheetState, textdocumentState, bodyState, sketchState, text) result = dialog.exec_() # Display the dialog box and wait for the user to make their choices if result : dialog.save_settings() # Save the settings to the INI file # Return the state of the checkboxes and radio buttons, and the result of the dialog box return { 'checkbox1Document': dialog.checkbox1Document.isChecked(), 'checkboxSpreadsheet': dialog.checkboxSpreadsheet.isChecked(), 'checkboxTextDocument': dialog.checkboxTextDocument.isChecked(), 'checkbox3Body': dialog.checkbox3Body.isChecked(), 'checkbox4Sketch': dialog.checkbox4Sketch.isChecked(), 'radiobutton1': dialog.radiobutton1.isChecked(), 'radiobutton2': dialog.radiobutton2.isChecked(), 'radiobutton3': dialog.radiobutton3.isChecked(), 'checkboxAlias': dialog.checkboxAlias.isChecked(), 'textboxAlias': dialog.textboxAlias.text(), 'textboxSpreadsheetName' : dialog.textboxSpreadsheetName.text(), 'textboxTextdocumentName' : dialog.textboxTextdocumentName.text(), 'textboxBodyName' : dialog.textboxBodyName.text(), 'textboxSketchName' : dialog.textboxSketchName.text(), 'result': 'OK' if result == QtGui.QDialog.Accepted else 'Cancel' if result == QtGui.QDialog.Rejected else 'Closed' } #========================================================= # Function that manages everything to add # necessary or desired objects. #========================================================= def addTheObjects(): def firstObject(type, doc = App.ActiveDocument): if doc==None : return None for obj in doc.Objects: if obj.TypeId == type: return obj doc = Gui.ActiveDocument firstTextdocument=None firstSpreadsheet=None firstBody=None firstSketch=None if not doc : paramDocument='on' paramTextdocument ='on' paramSpreadsheet ='on' paramBody ='on' paramSketch ='on' else : paramDocument='exist' firstTextdocument=firstObject('App::TextDocument') if firstTextdocument!=None : paramTextdocument= 'exist' else : paramTextdocument= 'off' firstSpreadsheet=firstObject('Spreadsheet::Sheet') if firstSpreadsheet!=None : paramSpreadsheet= 'exist' else : paramSpreadsheet= 'on' firstBody=firstObject('PartDesign::Body' ) if firstBody!=None : paramBody= 'exist' else : paramBody= 'on' firstSketch=firstObject('Sketcher::SketchObject' ) if firstSketch!=None : paramSketch= 'exist' else : paramSketch= 'on' # The creation of the objects themselves. Return the object def createObjects(user_input): objCreate=False if user_input['checkbox1Document'] and not Gui.ActiveDocument: firstDocument=App.newDocument() objCreate=True if firstObject('Spreadsheet::Sheet')==None and user_input['checkboxSpreadsheet'] : firstSpreadsheet = App.activeDocument().addObject('Spreadsheet::Sheet', user_input['textboxSpreadsheetName']) Gui.ActiveDocument.getObject(firstSpreadsheet.Name).doubleClicked() objCreate=True if firstObject('App::TextDocument')==None and user_input['checkboxTextDocument'] : firstTextdocument = App.activeDocument().addObject('App::TextDocument', user_input['textboxTextdocumentName']) #Gui.ActiveDocument.getObject(firstTextdocument.Name).doubleClicked() objCreate=True if firstObject('PartDesign::Body' )==None and user_input['checkbox3Body'] : firstBody = App.activeDocument().addObject('PartDesign::Body', user_input['textboxBodyName']) objCreate=True else : firstBody = firstObject('PartDesign::Body' ) if firstObject('Sketcher::SketchObject' )==None and user_input['checkbox4Sketch'] : if user_input['radiobutton1']: sketchSupport='XY_Plane' elif user_input['radiobutton2']: sketchSupport='XZ_Plane' elif user_input['radiobutton3']: sketchSupport='YZ_Plane' # attachedTo=App.ActiveDocument.getObject('Body') # attachedTo=firstObject('PartDesign::Body' ) firstSketch=firstBody.newObject('Sketcher::SketchObject', user_input['textboxSketchName']) firstSketch.Support = (App.ActiveDocument.getObject(sketchSupport),['']) firstSketch.MapMode = 'FlatFace' Gui.ActiveDocument.getObject(firstSketch.Name).doubleClicked() Gui.runCommand('Std_TileWindows',0) objCreate=True return objCreate # Use the function to display the dialog box and get the user's input if paramSpreadsheet!='exist' or paramSketch!='exist' : user_input = get_user_input(paramDocument, paramSpreadsheet, paramTextdocument, paramBody, paramSketch) if user_input['result']=='OK' : return createObjects(user_input) else : return True # To stop macro because canceled # App.ActiveDocument.recompute() # end of def addTheObjects() ############################################################# ############################################################# # end part for objects creation at the begining. ############################################################## ############################################################## ################################################################################# # part code for alias ################################################################################# # parameters for alias creation separateur = " " # typically put " " so blanks will be replaced by nouveauCaract nouveauCaract = '' #Put for example "_" to have the separators replaced by "_". Put "" to have no separator majuscule = True #set to True if you want "Diametre du cercle" to be "DiametreDuCercle" changeTexteCellule = False # the text will only be changed if changeCellText is True. # This does not change anything for the allias itself premierCaractereEnMinuscule = True # Force the first character to be in lower case # list of characters to be replaced by an equivalent. for example an @ will be replaced by 'a' # if you add characters, please send me a private message. Il will eventually add it in my code. caracEquivalents = [ ['é','e'],['è','e'],['à','a'],['@','a'],['&','e'],['ç','c'], ['²','2'],["'",''],['?',''],['"',''],['(',''],[')',''],['#',''], ['$',''],['+',''],['-',''],['*',''],['/',''],['\\',''] ] def traitementChaineSource(chaineSource, separateur, nouveauCaract, majuscule): # If separator is ' ' and nouveauCaract is '_', and majuscule is True # transforms "Diametre du cylindre" into "Diametre_Du_Cylindre def remplaceCararcDansMot(mot): def remplaceCartatParEquivalent(caractere): # replaces a character with its equivalent if it exists caracResult = caractere for couple in caracEquivalents: if (couple[0] == caractere): caracResult = couple[1] break return caracResult #replaces all characters of the word with its equivalent if it exists motResult = mot for caract in mot: a = remplaceCartatParEquivalent(caract) motResult = motResult.replace(caract, a) return motResult chaineResult = '' first = True carctDeSeparation = '' for mots in chaineSource.split(separateur): mots = remplaceCararcDansMot(mots) if (not (first)): carctDeSeparation = nouveauCaract if (majuscule): chaineResult = chaineResult + nouveauCaract + mots[:1].upper() + mots[1:] # We use "[:1]" instead of "[0]", # for no crash in case of an empty string (which happens if the cell is empty) else: chaineResult = chaineResult + nouveauCaract + mots if premierCaractereEnMinuscule : chaineResult = chaineResult[:1].lower() + chaineResult[1:] return chaineResult def get_column(cell): column = ''.join([c for c in cell if not c.isdigit()]) return column def get_row(cell): row = ''.join([c for c in cell if c.isdigit()]) if row=='' : row='1' return int(row) def get_next_column(column): # Check the last character of the column last_char = column[-1] if last_char != 'Z': # If the last character is not 'Z', just increment this character next_column = column[:-1] + chr(ord(last_char) + 1) else: # If the last character is 'Z', add an 'A' to the end of the column next_column = column + 'A' if column != 'Z' else 'AA' return next_column def nextCell(cell): colonne, ligne = re.match(r"([A-Z]+)([0-9]+)", cell).groups() num = 0 for c in colonne: num = num * 26 + ord(c) - ord('A') + 1 num += 1 colonne_suivante = "" while num > 0: num, reste = divmod(num-1, 26) colonne_suivante = chr(65 + reste) + colonne_suivante return colonne_suivante + ligne def setAlias(): # If the user wants to trigger the creation of alias # it is sufficient that he does not select any objects in the sketch # but select cells containing strings in the left hand column # of where he want the alias to be created # so test if an object is selected : # result : False if macro can continue. sels = Gui.Selection.getSelectionEx() try : mySpreadSheet = Gui.ActiveDocument.ActiveView.getSheet() except : QtWidgets.QMessageBox.warning(Gui.getMainWindow(), "Warning", "No active spreadsheet with selected cells."+ "\nSelect objects in sketch, \n"+ "and then select a cell in spreadsheet") return True aw = Gui.getMainWindow().centralWidget().activeSubWindow() # Store the active window # To get list of all selected cells sel_items = aw.widget().findChild(QtGui.QTableView).selectedIndexes() ### We define a function that will return the cell identifier from its row (r) and column (c) numbers ### Numbers start at 0 for the first row/column ### Columns are correctly managed with a 2-letter identifier cellName = lambda r,c:'{}{}{}'.format(chr(c//26 + 64) if c//26 > 0 else '', chr(c%26 + 65), r + 1) tabCells=[] if getIniCheckboxStateForAlias() : sellStart=getIniCellForAlias() columnTextAlias=get_column(sellStart) rowStartAlias=get_row(sellStart) for i in range(rowStartAlias, 101): tabCells.append(columnTextAlias+format(i)) else : for item in sel_items: # The selected cells are scanned tabCells.append( cellName(item.row(), item.column())) # We retrieve the cell ID in tabCells # we check that one of the cells is not a numeric. If not, message and exit for cell in tabCells: # The selected cells are scanned activeCellContenu = mySpreadSheet.getContents(cell) f = '' try : f = float(activeCellContenu) except : pass if f != '' : QtWidgets.QMessageBox.warning(Gui.getMainWindow(), "Warning", "cell: "+cell+ "\n"+"There is a number in one of the selected cells." + " Alias is not possible. \nTry again after correction") return False changed=False for cell in tabCells: # The selected cells are scanned next_cell=nextCell(cell)# cell at the right activeCellContenu = mySpreadSheet.getContents(cell) # processing the character string contained in the cell activeCellContenu = traitementChaineSource(activeCellContenu, separateur, nouveauCaract, majuscule) if changeTexteCellule:# if the changeCellText parameter is set to True then we replace the text in the cell mySpreadSheet.set(cell, activeCellContenu) alias = activeCellContenu try: # Bloc try to recover errors if alias!='' : mySpreadSheet.setAlias(next_cell, alias) # The alias is assigned to the right-hand neighbouring cell changed=True except ValueError: # If a "ValueError" is triggered (which happens when the alias is not valid) # The user is warned in the report App.Console.PrintWarning("Can't set alias for cell {} : {} isn't valid\n".format(next_cell, alias)) if not changed and getIniCheckboxStateForAlias(): QtWidgets.QMessageBox.warning(Gui.getMainWindow(), "Warning","No alias have been created. Be sure to have the name of the alias under cell "+getIniCellForAlias() + '\nand a numeric value in the next column. Select the case with the numeric value.' ) if getIniCheckboxStateForAlias() : # checked => create alias but continue (False) return False # the macro continue else : return True ################################################################################# # End part code for alias ################################################################################# #======================================================= # Dialog box # Ask user which sort of constraint is required #======================================================= class getConstraintType(QtGui.QDialog): def __init__(self, widgetToFocus = None): super(getConstraintType, self).__init__() self.widgetToFocus = widgetToFocus self.initUI() def initUI(self): toolLip="If checked, alias will automatically be created during each macro execution. Alias will be built for the right cell from the text in this cell." self.setWindowIcon(QtGui.QIcon('dialog_icon.png')) gridLayout = QtGui.QGridLayout() option1Button = QtGui.QPushButton(QtGui.QIcon(":/icons/constraints/Constraint_HorizontalDistance.svg"), "") option2Button = QtGui.QPushButton(QtGui.QIcon(":/icons/constraints/Constraint_VerticalDistance.svg"), "") option3Button = QtGui.QPushButton(QtGui.QIcon(":/icons/constraints/Constraint_Length.svg"), "") option1Button.setText("Lenght constrainte X") option2Button.setText("Lenght constrainte Y") option3Button.setText("Lenght constrainte") option1Button.setToolTip("Lenght constrainte X") option2Button.setToolTip("Lenght constrainte Y") option3Button.setToolTip("Lenght constrainte") option1Button.clicked.connect(self.onOption1) option2Button.clicked.connect(self.onOption2) option3Button.clicked.connect(self.onOption3) option4Button = QtGui.QPushButton(QtGui.QIcon(":/icons/application-exit.svg"), "Cancel") option4Button.setToolTip("Option 4 tooltip") option4Button.clicked.connect(self.onOption4) self.textboxAlias = QtGui.QLineEdit(self.getIniCellForAlias()) self.textboxAlias.setMaximumWidth(50) # Set the maximum width of the text box self.textboxAlias.setMaxLength(4) # Limit the text box to 4 characters self.textboxAlias.setToolTip(toolLip) gridLayout.addWidget(option1Button, 0, 0) gridLayout.addWidget(option2Button, 0, 1) gridLayout.addWidget(option3Button, 1, 0) gridLayout.addWidget(option4Button, 1, 1) gridLayout.addWidget(self.textboxAlias,4,1) self.setLayout(gridLayout) self.setGeometry(250, 250, 0, 50) self.setWindowTitle("Choose a constraint type") self.setWindowFlags(QtCore.Qt.WindowStaysOnTopHint) self.choiceConstraint = '' option1Button.setFocusPolicy(QtCore.Qt.NoFocus) option2Button.setFocusPolicy(QtCore.Qt.NoFocus) option3Button.setFocusPolicy(QtCore.Qt.NoFocus) option4Button.setFocusPolicy(QtCore.Qt.NoFocus) # set focus to specified widget if self.widgetToFocus == 'DistanceX': option1Button.setFocus() elif self.widgetToFocus == 'DistanceY': option2Button.setFocus() elif self.widgetToFocus == 'Distance': option3Button.setFocus() # Add checkbox self.checkboxConflic = QtGui.QCheckBox("Conflict detection") self.checkboxConflic.setChecked(True) gridLayout.addWidget(self.checkboxConflic, 2, 0, 1, 2) self.checkboxConflic.clicked.connect(self.onOptionCheckBox) self.checkboxAlias = QtGui.QCheckBox("Automatic alias labels for this cell, and under :") self.checkboxAlias.setToolTip(toolLip) # Only letter in textboxAlias regex = QtCore.QRegExp("^[a-zA-Z]+[0-9]+$") validator = QtGui.QRegExpValidator(regex, self) self.textboxAlias.setValidator(validator) self.textboxAlias.textChanged.connect(self.onTextChanged) # self.checkboxAlias.setChecked(True) self.checkboxAlias.setChecked(getIniCheckboxStateForAlias()) gridLayout.addWidget(self.checkboxAlias, 4, 0) horizontal_line = QtGui.QFrame() horizontal_line.setFrameShape(QtGui.QFrame.HLine) horizontal_line.setFrameShadow(QtGui.QFrame.Sunken) gridLayout.addWidget(horizontal_line, 3, 0,1,2) # read ini file to get last checkBoxState config = configparser.ConfigParser() # macroDirectory = FreeCAD.ParamGet("User parameter:BaseApp/Preferences/Macro").GetString("MacroPath") + "\\" macroDirectory = FreeCAD.getUserMacroDir(True) try : filePath = os.path.join(macroDirectory, "sketchConstraintFromSpreadsheet.ini") config.read(filePath) # read ini file to know last time state lasChecked = config.getboolean('ConflictDetection', 'save_checkbox_state') self.checkboxConflic.setChecked(lasChecked) except : pass # window positioning centerPoint = QGuiApplication.screens()[0].geometry().center() self.move(centerPoint - self.frameGeometry().center()) def onTextChanged(self, text): # Convertir le texte en majuscules uppercase_text = text.upper() self.textboxAlias.blockSignals(True) self.textboxAlias.setText(uppercase_text) self.textboxAlias.blockSignals(False) def onOption1(self): self.choiceConstraint = 'DistanceX' self.save_settings() self.close() def onOption2(self): self.choiceConstraint = 'DistanceY' self.save_settings() self.close() def onOption3(self): self.save_settings() self.choiceConstraint = 'Distance' self.close() def onOption4(self): self.choiceConstraint = 'Cancel' self.close() def onOptionCheckBox(self): #macroDirectory = FreeCAD.ParamGet("User parameter:BaseApp/Preferences/Macro").GetString("MacroPath") + "\\" macroDirectory = FreeCAD.getUserMacroDir(True) # Save checkbox state to file filePath = os.path.join(macroDirectory, "sketchConstraintFromSpreadsheet.ini") config = configparser.ConfigParser() config['Conflict_detection'] = {'save_checkbox_state': str(int(self.getCheckBoxState()))} with open(filePath, 'w') as configfile: config.write(configfile) def save_settings(self): save_settings_Alias(self.textboxAlias.text(),self.checkboxAlias.isChecked()) def getIniCellForAlias(self): return getIniCellForAlias() def getIniCheckboxStateForAlias(self): return getIniCheckboxStateForAlias() def getCheckBoxState(self): return self.checkboxConflic.isChecked() #======================================================= # Give the focus to editing sketch window # no parameter # use : activateSketchEditingWindow() #======================================================= def activateSketchEditingWindow(): def searchForNode(tree, childName, maxLevel = 0): return recursiveSearchForNode(tree, childName, maxLevel, 1) def recursiveSearchForNode(tree, childName, maxLevel, currentLevel): try: if tree.getByName(childName): return True; elif maxLevel > 0 and currentLevel >= maxLevel: return False; else: for child in tree.getChildren(): if recursiveSearchForNode(child, childName, maxLevel, currentLevel + 1): return True except: pass return False doc = Gui.ActiveDocument if not doc: QtWidgets.QMessageBox.information(Gui.getMainWindow(), "Activate window", "No active document") return views = Gui.ActiveDocument.mdiViewsOfType("Gui::View3DInventor") if not views: QtWidgets.QMessageBox.information(Gui.getMainWindow(), "Activate window", "No 3D view opened for active document") return editView = None for view in views: if searchForNode(view.getSceneGraph(), "Sketch_EditRoot", 3): editView = view break if not editView: QtWidgets.QMessageBox.information(Gui.getMainWindow(), "Activate window", "No 3D view has sketch in edit mode for active document") return for win in Gui.getMainWindow().centralWidget().subWindowList(): if editView.graphicsView() in win.findChildren(QtWidgets.QGraphicsView): Gui.getMainWindow().centralWidget().setActiveSubWindow(win) break ###################################################################################### # to get necessary values for the constraint # Parameters : # sel : selection of objects (a line, 2 points..). # numOrdreObjSelected if we want the first objetc selected or the second. # indexExtremite if we want the start point (1) or the end point (2), if exist, of the sel # return features of a point # - typeIdGeometry : Part::GeomLineSegment .... # - typeInSubElementName : Edge, vertex ... # - indexObjectHavingPoint index of the object having the point (line...) # - indexExtremiteLine index of the ends (points) of the line (= start point or end point) # - x, y : coordinates of the point # - isInternalObject : True if the objetct is on the active sketch ##################################################################################### def featuresObjSelected (mySketch, sel, numOrdreObjSelected, indexExtremite) : indexExtremiteLine = 1 indexObjectHavingPoint = -10 typeIdGeometry = None x, y = 0, 0 isInternalObject=True itemName = sel.SubElementNames[numOrdreObjSelected] # ex Edge5 ( line) tabExternalGeomery = [] for item in ActiveSketch.ExternalGeometry : for objName in item [1] : # to get something like # [('Sketch', 'Edge2'), ('Sketch001', 'Edge2'), ('Sketch001', 'Edge1'), ('Sketch', 'Edge1')] tabExternalGeomery.append((item[0].Name, objName)) if itemName == 'RootPoint' : typeInSubElementName = 'RootPoint' indexObjectHavingPoint = -1 typeIdGeometry = mySketch.Geometry[indexObjectHavingPoint].TypeId x, y = 0, 0 else : # for Edge5, typeInSubElementName ->'Edge' and '5' typeInSubElementName, numInNameStr = [''.join(c) for _, c in itertools.groupby(itemName, str.isalpha)] numInName = int(numInNameStr) # only one selected object if typeInSubElementName == 'Edge'and len(sel.SubElementNames) == 1: # selection is only one line indexObjectHavingPoint = numInName - 1 indexExtremiteLine = indexExtremite typeIdGeometry = mySketch.Geometry[indexObjectHavingPoint].TypeId # typeIdGeometry : 'Part::GeomCircle' or 'Part::GeomLineSegment' if typeIdGeometry in ['Part::GeomLineSegment'] : if indexExtremite == 1 : x = mySketch.Geometry[indexObjectHavingPoint].StartPoint.x y = mySketch.Geometry[indexObjectHavingPoint].StartPoint.y elif indexExtremite == 2 : x = mySketch.Geometry[indexObjectHavingPoint].EndPoint.x y = mySketch.Geometry[indexObjectHavingPoint].EndPoint.y if typeInSubElementName == 'ExternalEdge' : isInternalObject = False indexObjectHavingPoint = - numInName - 2 indexExtremiteLine = indexExtremite externalSketchName, externalGeometryName = tabExternalGeomery[numInName - 1] iTypeExternal, iNumStr = [''.join(c) for _, c in itertools.groupby(externalGeometryName, str.isalpha)] iNumExtGeometry = int(iNumStr) typeIdGeometry = App.ActiveDocument.getObject(externalSketchName).Geometry[iNumExtGeometry - 1].TypeId if len(sel.SubElementNames) == 1 : if typeIdGeometry == 'Part::GeomLineSegment' : if indexExtremite == 1 : x = App.ActiveDocument.getObject(externalSketchName).Geometry[iNumExtGeometry - 1].StartPoint.x y = App.ActiveDocument.getObject(externalSketchName).Geometry[iNumExtGeometry - 1].StartPoint.y elif indexExtremite == 2 : x = App.ActiveDocument.getObject(externalSketchName).Geometry[iNumExtGeometry - 1].EndPoint.x y = App.ActiveDocument.getObject(externalSketchName).Geometry[iNumExtGeometry - 1].EndPoint.y if typeIdGeometry in ['Part::GeomCircle', 'Part::GeomArcOfCircle'] : x = App.ActiveDocument.getObject(externalSketchName).Geometry[iNumExtGeometry - 1].Center.x y = App.ActiveDocument.getObject(externalSketchName).Geometry[iNumExtGeometry - 1].Center.y indexExtremiteLine = 3 # 3 for center # We selected an internal circle but for center (two objects selected) if typeInSubElementName == 'Edge'and len(sel.SubElementNames) == 2 : typeIdGeometry = mySketch.Geometry[numInName - 1].TypeId if typeIdGeometry in ['Part::GeomCircle', 'Part::GeomArcOfCircle'] : indexObjectHavingPoint = numInName - 1 x = mySketch.Geometry[indexObjectHavingPoint].Location.x y = mySketch.Geometry[indexObjectHavingPoint].Location.y indexExtremiteLine = 3 # 3 for center # We selected a vertex if typeInSubElementName == 'Vertex' : # selection is 2 points. sel is a vertex (a point of a line) : indexObjectHavingPoint, indexExtremiteLine = sel.Object.getGeoVertexIndex(numInName - 1) if indexObjectHavingPoint >= 0 : # internal vertex typeIdGeometry = mySketch.Geometry[indexObjectHavingPoint].TypeId if mySketch.Geometry[indexObjectHavingPoint].TypeId == 'Part::GeomLineSegment' : if indexExtremiteLine == 1 : x = mySketch.Geometry[indexObjectHavingPoint].StartPoint.x y = mySketch.Geometry[indexObjectHavingPoint].StartPoint.y if indexExtremiteLine == 2: x = mySketch.Geometry[indexObjectHavingPoint].EndPoint.x y = mySketch.Geometry[indexObjectHavingPoint].EndPoint.y if mySketch.Geometry[indexObjectHavingPoint].TypeId == 'Part::GeomPoint' : x = mySketch.Geometry[indexObjectHavingPoint].X y = mySketch.Geometry[indexObjectHavingPoint].Y # we select a vertex Circle (so the center) if mySketch.Geometry[indexObjectHavingPoint].TypeId in ['Part::GeomCircle', 'Part::GeomArcOfCircle'] : x = mySketch.Geometry[indexObjectHavingPoint].Location.x y = mySketch.Geometry[indexObjectHavingPoint].Location.y if indexObjectHavingPoint < 0 : # external vertex = vertex of another sketch isInternalObject = False externalSketchName, externalGeometryName = tabExternalGeomery[-indexObjectHavingPoint-3] iType, iNumStr = [''.join(c) for _, c in itertools.groupby(externalGeometryName, str.isalpha)] iNumExtGeometry = int(iNumStr) typeExternal=App.ActiveDocument.getObject(externalSketchName).Geometry[iNumExtGeometry-1].TypeId typeIdGeometry = typeExternal if typeExternal=='Part::GeomLineSegment' : if indexExtremiteLine == 1 : x = App.ActiveDocument.getObject(externalSketchName).Geometry[iNumExtGeometry-1].StartPoint.x y = App.ActiveDocument.getObject(externalSketchName).Geometry[iNumExtGeometry-1].StartPoint.y if indexExtremiteLine == 0 : x = App.ActiveDocument.getObject(externalSketchName).Geometry[iNumExtGeometry-1].EndPoint.x y = App.ActiveDocument.getObject(externalSketchName).Geometry[iNumExtGeometry-1].EndPoint.y if typeExternal == 'Part::GeomCircle' : x = App.ActiveDocument.getObject(externalSketchName).Geometry[iNumExtGeometry-1].Center.x y = App.ActiveDocument.getObject(externalSketchName).Geometry[iNumExtGeometry-1].Center.y if typeInSubElementName == 'Constraint' and len(sel.SubElementNames) == 1 : indexConstraint = numInName - 1 indexObjectHavingPoint = indexConstraint typeIdGeometry = 'Constraint' return typeIdGeometry, typeInSubElementName, indexObjectHavingPoint, indexExtremiteLine, x ,y, isInternalObject ########################################## # function returning selected objects at GUI level # = Sketch, SpreadSheet .... # parameter : # '' = no filter # 'Spreadsheet::Sheet' for spreadsheets only # 'Sketcher::SketchObject' for sketches etc... # output: an array of sketch objects, spreadsheets etc. ########################################## def getGuiObjsSelect(type = ''): tabGObjSelect = [] selections = Gui.Selection.getCompleteSelection() for sel in (selections): if hasattr(sel, 'Object'): # depend freecad version if type == '' or sel.Object.TypeId == type : tabGObjSelect.append(sel.Object) else : obj=App.ActiveDocument.getObject(sel.Name) if type == '' or obj.TypeId == type : tabGObjSelect.append(obj) return tabGObjSelect ########################################## # Main proceddure ########################################## def main(): #initialization sheckBoxConstraintConflicState = False indexConstraint = -1 if addTheObjects():# Creation of missing objects if wanted return #Part of setAlias : problem to create alias ? if not getIniCheckboxStateForAlias() : sels = Gui.Selection.getSelectionEx() if not(len(sels) != 0 and len(sels[0].SubElementNames) != 0) : # nothing selected print('Anything selected') ### Ask if the user is sure if getIniCheckboxStateForAlias() : message=('Do you want to create alias automatically for cells at the right ' +'of cells '+ getIniCellForAlias()+' and under?') else : message=("You did not select any object in an active sketch" + "\nDoes it mean you want to create alias at the rtight of selected cells " + "using text in selected cells ?") if QtGui.QMessageBox.warning(Gui.getMainWindow(), 'Warning', message, QtGui.QMessageBox.Ok | QtGui.QMessageBox.Cancel) == QtGui.QMessageBox.Cancel: # if user don't want return True setAlias() return try : mySpreadSheet = Gui.ActiveDocument.ActiveView.getSheet() except : QtWidgets.QMessageBox.warning(Gui.getMainWindow(), "Warning", "No active spreadsheet with selected cells."+ "\nSelect objects in sketch, \n"+ "and then select a cell in spreadsheet") return True ####If we select a Pad not in edition mode and a cell myPad=None try : sels = Gui.Selection.getSelectionEx() if sels[0].Object.TypeId=='PartDesign::Pad' : myPad=sels[0].Object typeIdGeometry1='PartDesign::Pad' except : pass try : mySketch = ActiveSketch except : if myPad==None : QtWidgets.QMessageBox.information(None, "Warning", "Select object (point, line...) in the sketch in edition mode") # activateSketchEditingWindow() return # Part SpreadSheet #--------------------------------- sheets = getGuiObjsSelect('Spreadsheet::Sheet') for sheet in sheets : Gui.Selection.removeSelection(FreeCAD.ActiveDocument.Name, sheet.Name) try : mySpreadSheet = Gui.ActiveDocument.ActiveView.getSheet() except : QtWidgets.QMessageBox.information(None, "Warning", "1- Select a line or 2 points" + "\n 2- go to a spreadsheet" + "\n 3- select the cell containing the value." + "\n 4- stay in the spreadsheet and launch the macro") activateSketchEditingWindow() return mySpreadSheetName = mySpreadSheet.Name # select the Spreadsheet To be able to retrieve the selected cell : mySpreadSheet.ViewObject.doubleClicked() # retrieve the selected cell ci = lambda :Gui.getMainWindow().centralWidget().activeSubWindow().widget().findChild(QtGui.QTableView).currentIndex() cellCode = '{}{}{}'.format(chr(ci().column()//28 + 64) if ci().column()//26 > 0 else '', chr(ci().column()%26 + 65), ci().row() + 1) # ajouter un controle #si cellCode est bien à droite des cellules avec alias ou pas try: cellContents = float(mySpreadSheet.get(cellCode)) except: QtWidgets.QMessageBox.information(None, "Warning", "Click on a cell with a numeric value before runing the macro") return column = get_column(cellCode) # Part sketch #---------------------------- sels = Gui.Selection.getSelectionEx() if (len(sels) == 0 or len(sels[0].SubElementNames) == 0) and myPad==None : QtWidgets.QMessageBox.information(None, "Warning", "Anything is select.\n" + "Select 1 line, 2 points or a constraint in a sketch before selecting a cell in the spreadsheet") activateSketchEditingWindow() return elif len(sels[0].SubElementNames) > 2 : QtWidgets.QMessageBox.information(None, "Warning", "Too many objects selected.\n" + "Select 1 line, 2 points or a constraint in a sketch before selecting a cell in the spreadsheet") activateSketchEditingWindow() return else : # only one obj selected #------------------------ if len(sels[0].SubElementNames) == 1 : # only one obj selected #startPoint of the line (typeIdGeometry1, typeInSubElementName1, indexObjectHavingPoint1, indexExtremiteLine1, x1 ,y1, isInternalObject1)=featuresObjSelected (ActiveSketch, sels[0], 0, 1) if typeInSubElementName1 == 'Constraint' and len(sels[0].SubElementNames) == 1 : indexConstraint=indexObjectHavingPoint1 elif typeIdGeometry1 == 'Part::GeomLineSegment' : (typeIdGeometry2, typeInSubElementName2, indexObjectHavingPoint2, indexExtremiteLine2, x2 ,y2, isInternalObject2) = featuresObjSelected (ActiveSketch, sels[0], 0, 2) # two obj selected #------------------------ if len(sels[0].SubElementNames) == 2: # two obj selected (typeIdGeometry1,typeInSubElementName1, indexObjectHavingPoint1, indexExtremiteLine1, x1 ,y1, isInternalObject1) = featuresObjSelected (ActiveSketch, sels[0], 0, 1) (typeIdGeometry2,typeInSubElementName2, indexObjectHavingPoint2, indexExtremiteLine2, x2 ,y2, isInternalObject2) = featuresObjSelected (ActiveSketch, sels[0], 1, 1) if ((typeInSubElementName1 not in ('Vertex', 'RootPoint', 'ExternalEdge') \ or typeInSubElementName2 not in ('Vertex', 'RootPoint', 'ExternalEdge')) and not(typeIdGeometry1 in ('Part::GeomCircle', 'Part::GeomArcOfCircle') \ and typeInSubElementName1 in ['Edge'])) : QtWidgets.QMessageBox.information(None, "Warning", "2 objects are selected but not 2 points .\n" + "Select 1 line, 2 points or a constraint in a sketch before selecting a cell in the spreadsheet") activateSketchEditingWindow() return #-------------------------------------- # line or points have been selected have a look if we need to swap points # ------------------------------------- if ((len(sels[0].SubElementNames) == 1 and typeIdGeometry1 in['Part::GeomLineSegment'] ) or (len(sels[0].SubElementNames) == 2 and typeIdGeometry1 in['Part::GeomLineSegment', 'Part::GeomCircle', 'Part::GeomArcOfCircle', 'Part::GeomPoint'] )) : # to give focus on the good button # (Button DistanceX if the two points are more horizontal than vertical) if abs(x1 - x2) > abs(y1 - y2) : buttonHavingFocus = 'DistanceX' else : buttonHavingFocus = 'DistanceY' # ------------------------------------------------ # ask the user what kind of constraint he wants #------------------------------------------------ form = getConstraintType(buttonHavingFocus) form.exec_() # conflict : is the checkboxSheced? sheckBoxConstraintConflicState = form.getCheckBoxState() if form.choiceConstraint in ('Cancel', '') : activateSketchEditingWindow() return myConstraint = form.choiceConstraint # 'DistanceX' or 'DistanceY' or 'Distance' if (myConstraint == 'DistanceX' and x1 > x2) or (myConstraint == 'DistanceY' and y1 > y2) : indexObjectHavingPoint1, indexObjectHavingPoint2 = indexObjectHavingPoint2, indexObjectHavingPoint1 indexExtremiteLine1, indexExtremiteLine2 = indexExtremiteLine2, indexExtremiteLine1 isInternalObject1, isInternalObject2 = isInternalObject2, isInternalObject1 x1, x2, y1, y2 = x2, x1, y2, y1 if column!=get_next_column(get_column(getIniCellForAlias())) and getIniCheckboxStateForAlias(): get_user_input("no", "no", "no", "no", "no","In spreadsheet, a value have been selected in a wrong cell. Put your value in column " + get_column(nextCell(getIniCellForAlias())) + " in cell " + nextCell(getIniCellForAlias()) + " or under. " + "\n\n Or change value below. ") return if getIniCheckboxStateForAlias() : setAlias() cellAlias = App.ActiveDocument.getObject(mySpreadSheetName).getAlias(cellCode) if cellAlias == None and getIniCheckboxStateForAlias(): get_user_input("no", "no", "no", "no", "no","In spreadsheet, a value have been selected in a wcell without alias. Put your value in column " + get_column(nextCell(getIniCellForAlias())) + " in cell " + nextCell(getIniCellForAlias()) + " or under. " + "\n\n Or change value below. ") return # create constraint #================================= # get value for constraint cellAlias = App.ActiveDocument.getObject(mySpreadSheetName).getAlias(cellCode) if cellAlias == None : cellExpression = mySpreadSheetName + '.' + cellCode else : cellExpression = mySpreadSheetName + '.' + cellAlias if myPad!=None : #myPad.setExpression('Length', u'SpreadSheetDatas12.B5') myPad.setExpression('Length', cellExpression) return # create constraint for internal or external circle if (len(sels[0].SubElementNames) == 1 and typeIdGeometry1 in['Part::GeomCircle', 'Part::GeomArcOfCircle'] ) : indexConstraint = mySketch.addConstraint(Sketcher.Constraint('Diameter' , indexObjectHavingPoint1, cellContents)) # create constraint for line or points elif typeIdGeometry1 != 'Constraint' : # no selected constraint, just line or points #create the constraint indexConstraint = mySketch.addConstraint(Sketcher.Constraint(myConstraint , indexObjectHavingPoint1, indexExtremiteLine1, indexObjectHavingPoint2 , indexExtremiteLine2, cellContents)) # if one external line or only one external circle or two external object # was selected : constraint is a reference if len(sels[0].SubElementNames) == 1 and not isInternalObject1 \ or len(sels[0].SubElementNames) == 2 and not isInternalObject1 and not isInternalObject2 : mySketch.setDriving(indexConstraint, False) # External edge constraint is a reference else : # set the constraint'formula' (ex : 'spreadSheet.unAlias') mySketch.setExpression('Constraints[' + str(indexConstraint) + ']', cellExpression) # put Sketch window ahead activateSketchEditingWindow() FreeCADGui.Selection.clearSelection() # FreeCAD.ActiveDocument.recompute() ActiveSketch.touch() ActiveSketch.recompute() #if Gui.ActiveDocument.getInEdit() == Gui.ActiveDocument.Sketch: #Gui.ActiveDocument.Sketch.doubleClicked() # is ther constraintes conflicts? if sheckBoxConstraintConflicState : #if App.activeDocument().isTouched(): # isTouched is not ok in Daily Freecad if 'Invalid' in mySketch.State : a = QtWidgets.QMessageBox.question(None, "", "Constraints conflic detected. Cancel constraint creation? ", QtWidgets.QMessageBox.Yes | QtWidgets.QMessageBox.No, QtWidgets.QMessageBox.No) if a == QtWidgets.QMessageBox.Yes: mySketch.delConstraint(indexConstraint) FreeCAD.ActiveDocument.recompute() activateSketchEditingWindow() return if __name__ == '__main__': main()