""" :author: Mathieu Gendron :contact: :email: mgendron@theobjects.com :organization: Object Research Systems (ORS), Inc. :address: :copyright: :date: Mar 27 2019 10:02 :dragonflyVersion: 4.0.0.557 :UUID: d70d023b509811e997b6448a5b5d70c0 """ __version__ = '1.0.2' """ :author: Mathieu Gendron :contact: :email: mgendron@theobjects.com :organization: Object Research Systems (ORS), Inc. :address: :copyright: :date: Mar 27 2019 10:01 :dragonflyVersion: 4.0.0.557 :UUID: d70d023b509811e997b6448a5b5d70c0 """ # Action log Wed Mar 27 10:03:51 2019 # Macro name: MeasureWithRulersAndExportToCSV # ********** BEGIN MACRO ********** # """ Sets the currently active global state :name: setCurrentGlobalState :execution: execute :param instance: context instance :type instance: plugin instance :param state: new state :type state: str :return globalStateChangeIsSuccessful: indicates if the change was successful :rtype globalStateChangeIsSuccessful: bool """ # ----- BEGIN INPUT ARGUMENT DEFINITION ----- # instance = None state = 'OrsStateRuler' # ----- END INPUT ARGUMENT DEFINITION ----- # # Interface method globalStateChangeIsSuccessful = WorkingContext.setCurrentGlobalState(instance=instance, state=state) # ----- BEGIN RETURNED VALUES DEFINITION ----- # # globalStateChangeIsSuccessful = True # ----- END RETURNED VALUES DEFINITION ----- # # ********** END MACRO ********** # # ********** BEGIN MACRO ********** # """ Creates an annotation. :name: createPrimitive :execution: execute :param primitiveClass: the class of the annotation to create :type primitiveClass: ORSModel.ors.Annotation class :param aLayoutName: a layout genealogical name :type aLayoutName: str :param associatedState: edition associated state :type associatedState: str :return newAnnotation: the created annotation :rtype newAnnotation: ORSModel.ors.Annotation """ # ----- BEGIN INPUT ARGUMENT DEFINITION ----- # primitiveClass = ORSModel.ors.VisualRuler aLayoutName = 'toplayout\\scene_0\\xy' associatedState = 'OrsStateRulerEdit' # ----- END INPUT ARGUMENT DEFINITION ----- # # Interface method newAnnotation = PrimitiveHelper.createPrimitive(primitiveClass=primitiveClass, aLayoutName=aLayoutName, associatedState=associatedState) # ----- BEGIN RETURNED VALUES DEFINITION ----- # # newAnnotation = orsObj('9584308711449416651CxvPrimitive_Ruler') # ----- END RETURNED VALUES DEFINITION ----- # # ********** END MACRO ********** # # ********** BEGIN MACRO ********** # """ Adds a control point in an annotation. :name: addControlPoint :execution: execute :param newAnnotation: the annotation object to modify :type newAnnotation: ORSModel.ors.Annotation :param timeStep: time index of the annotation :type timeStep: int :param position: (X, Y, Z) coordinate of the new position :type position: ORSModel.ors.Vector3 :return success: True if successful, False otherwise :rtype success: bool """ # ----- BEGIN INPUT ARGUMENT DEFINITION ----- # timeStep = 0 position = orsVect(0.0180342484, 0.0195090962, 0.034653) # ----- END INPUT ARGUMENT DEFINITION ----- # # Interface method success = PrimitiveHelper.addControlPoint(anAnnotation=newAnnotation, timeStep=timeStep, position=position) # ----- BEGIN RETURNED VALUES DEFINITION ----- # # success = True # ----- END RETURNED VALUES DEFINITION ----- # # ********** END MACRO ********** # # ********** BEGIN MACRO ********** # """ Adds a control point in an annotation. :name: addControlPoint :execution: execute :param newAnnotation: the annotation object to modify :type newAnnotation: ORSModel.ors.Annotation :param timeStep_2: time index of the annotation :type timeStep_2: int :param position_2: (X, Y, Z) coordinate of the new position :type position_2: ORSModel.ors.Vector3 :return success_2: True if successful, False otherwise :rtype success_2: bool """ # ----- BEGIN INPUT ARGUMENT DEFINITION ----- # timeStep_2 = 0 position_2 = orsVect(0.0180342484, 0.0195090962, 0.034653) # ----- END INPUT ARGUMENT DEFINITION ----- # # Interface method success_2 = PrimitiveHelper.addControlPoint(anAnnotation=newAnnotation, timeStep=timeStep_2, position=position_2) # ----- BEGIN RETURNED VALUES DEFINITION ----- # # success_2 = True # ----- END RETURNED VALUES DEFINITION ----- # # ********** END MACRO ********** # # ********** BEGIN MACRO ********** # """ Sets the position of a control point. :name: setControlPointPosition :execution: execute :param newAnnotation: the annotation object to modify :type newAnnotation: ORSModel.ors.Annotation :param controlPointIndex: index of the control point in the annotation :type controlPointIndex: int :param timeStep_3: time index of the annotation :type timeStep_3: int :param position_3: (X, Y, Z) coordinate of the new position :type position_3: ORSModel.ors.Vector3 :return success_3: True if successful, False otherwise :rtype success_3: bool """ # ----- BEGIN INPUT ARGUMENT DEFINITION ----- # controlPointIndex = 0 timeStep_3 = 0 position_3 = orsVect(0.0180342484, 0.0195090962, 0.034653) # ----- END INPUT ARGUMENT DEFINITION ----- # # Interface method success_3 = PrimitiveHelper.setControlPointPosition(anAnnotation=newAnnotation, controlPointIndex=controlPointIndex, timeStep=timeStep_3, position=position_3) # ----- BEGIN RETURNED VALUES DEFINITION ----- # # success_3 = True # ----- END RETURNED VALUES DEFINITION ----- # # ********** END MACRO ********** # # ********** BEGIN MACRO ********** # """ Sets the position of a control point. :name: setControlPointPosition :execution: execute :param newAnnotation: the annotation object to modify :type newAnnotation: ORSModel.ors.Annotation :param controlPointIndex_2: index of the control point in the annotation :type controlPointIndex_2: int :param timeStep_4: time index of the annotation :type timeStep_4: int :param position_4: (X, Y, Z) coordinate of the new position :type position_4: ORSModel.ors.Vector3 :return success_4: True if successful, False otherwise :rtype success_4: bool """ # ----- BEGIN INPUT ARGUMENT DEFINITION ----- # controlPointIndex_2 = 1 timeStep_4 = 0 position_4 = orsVect(0.0670261791, 0.0315884232, 0.034653) # ----- END INPUT ARGUMENT DEFINITION ----- # # Interface method success_4 = PrimitiveHelper.setControlPointPosition(anAnnotation=newAnnotation, controlPointIndex=controlPointIndex_2, timeStep=timeStep_4, position=position_4) # ----- BEGIN RETURNED VALUES DEFINITION ----- # # success_4 = True # ----- END RETURNED VALUES DEFINITION ----- # # ********** END MACRO ********** # # ********** BEGIN MACRO ********** # """ :name: setIsRepresentable :execution: execute :param newAnnotation: :type newAnnotation: ORSModel.ors.Managed :param isRepresentable: :type isRepresentable: bool """ # ----- BEGIN INPUT ARGUMENT DEFINITION ----- # isRepresentable = True # ----- END INPUT ARGUMENT DEFINITION ----- # # Interface method newAnnotation.setIsRepresentable(isRepresentable=isRepresentable, logging=True) # ********** END MACRO ********** # # ********** BEGIN MACRO ********** # """ Sets an object as representable and notifies the Dragonfly UI of a new available object :name: publish :execution: execute :param newAnnotation: :type newAnnotation: ORSModel.ors.Managed """ # Interface method newAnnotation.publish(logging=True) # ********** END MACRO ********** # # ********** BEGIN MACRO ********** # """ Calls for a setDirty with the flag OrsDataDirty :name: setDataDirty :execution: execute :param newAnnotation: :type newAnnotation: ORSModel.ors.Managed """ # Interface method newAnnotation.setDataDirty(logging=True) # ********** END MACRO ********** # # ********** BEGIN MACRO ********** # """ Creates an annotation. :name: createPrimitive :execution: execute :param primitiveClass_2: the class of the annotation to create :type primitiveClass_2: ORSModel.ors.Annotation class :param aLayoutName_2: a layout genealogical name :type aLayoutName_2: str :param associatedState_2: edition associated state :type associatedState_2: str :return newAnnotation_2: the created annotation :rtype newAnnotation_2: ORSModel.ors.Annotation """ # ----- BEGIN INPUT ARGUMENT DEFINITION ----- # primitiveClass_2 = ORSModel.ors.VisualRuler aLayoutName_2 = 'toplayout\\scene_0\\xy' associatedState_2 = 'OrsStateRulerEdit' # ----- END INPUT ARGUMENT DEFINITION ----- # # Interface method newAnnotation_2 = PrimitiveHelper.createPrimitive(primitiveClass=primitiveClass_2, aLayoutName=aLayoutName_2, associatedState=associatedState_2) # ----- BEGIN RETURNED VALUES DEFINITION ----- # # newAnnotation_2 = orsObj('4897308711065656651CxvPrimitive_Ruler') # ----- END RETURNED VALUES DEFINITION ----- # # ********** END MACRO ********** # # ********** BEGIN MACRO ********** # """ Adds a control point in an annotation. :name: addControlPoint :execution: execute :param newAnnotation_2: the annotation object to modify :type newAnnotation_2: ORSModel.ors.Annotation :param timeStep_5: time index of the annotation :type timeStep_5: int :param position_5: (X, Y, Z) coordinate of the new position :type position_5: ORSModel.ors.Vector3 :return success_5: True if successful, False otherwise :rtype success_5: bool """ # ----- BEGIN INPUT ARGUMENT DEFINITION ----- # timeStep_5 = 0 position_5 = orsVect(0.048972689, 0.00604719551, 0.034653) # ----- END INPUT ARGUMENT DEFINITION ----- # # Interface method success_5 = PrimitiveHelper.addControlPoint(anAnnotation=newAnnotation_2, timeStep=timeStep_5, position=position_5) # ----- BEGIN RETURNED VALUES DEFINITION ----- # # success_5 = True # ----- END RETURNED VALUES DEFINITION ----- # # ********** END MACRO ********** # # ********** BEGIN MACRO ********** # """ Adds a control point in an annotation. :name: addControlPoint :execution: execute :param newAnnotation_2: the annotation object to modify :type newAnnotation_2: ORSModel.ors.Annotation :param timeStep_6: time index of the annotation :type timeStep_6: int :param position_6: (X, Y, Z) coordinate of the new position :type position_6: ORSModel.ors.Vector3 :return success_6: True if successful, False otherwise :rtype success_6: bool """ # ----- BEGIN INPUT ARGUMENT DEFINITION ----- # timeStep_6 = 0 position_6 = orsVect(0.048972689, 0.00604719551, 0.034653) # ----- END INPUT ARGUMENT DEFINITION ----- # # Interface method success_6 = PrimitiveHelper.addControlPoint(anAnnotation=newAnnotation_2, timeStep=timeStep_6, position=position_6) # ----- BEGIN RETURNED VALUES DEFINITION ----- # # success_6 = True # ----- END RETURNED VALUES DEFINITION ----- # # ********** END MACRO ********** # # ********** BEGIN MACRO ********** # """ Sets the position of a control point. :name: setControlPointPosition :execution: execute :param newAnnotation_2: the annotation object to modify :type newAnnotation_2: ORSModel.ors.Annotation :param controlPointIndex_3: index of the control point in the annotation :type controlPointIndex_3: int :param timeStep_7: time index of the annotation :type timeStep_7: int :param position_7: (X, Y, Z) coordinate of the new position :type position_7: ORSModel.ors.Vector3 :return success_7: True if successful, False otherwise :rtype success_7: bool """ # ----- BEGIN INPUT ARGUMENT DEFINITION ----- # controlPointIndex_3 = 0 timeStep_7 = 0 position_7 = orsVect(0.048972689, 0.00604719551, 0.034653) # ----- END INPUT ARGUMENT DEFINITION ----- # # Interface method success_7 = PrimitiveHelper.setControlPointPosition(anAnnotation=newAnnotation_2, controlPointIndex=controlPointIndex_3, timeStep=timeStep_7, position=position_7) # ----- BEGIN RETURNED VALUES DEFINITION ----- # # success_7 = True # ----- END RETURNED VALUES DEFINITION ----- # # ********** END MACRO ********** # # ********** BEGIN MACRO ********** # """ Sets the position of a control point. :name: setControlPointPosition :execution: execute :param newAnnotation_2: the annotation object to modify :type newAnnotation_2: ORSModel.ors.Annotation :param controlPointIndex_4: index of the control point in the annotation :type controlPointIndex_4: int :param timeStep_8: time index of the annotation :type timeStep_8: int :param position_8: (X, Y, Z) coordinate of the new position :type position_8: ORSModel.ors.Vector3 :return success_8: True if successful, False otherwise :rtype success_8: bool """ # ----- BEGIN INPUT ARGUMENT DEFINITION ----- # controlPointIndex_4 = 1 timeStep_8 = 0 position_8 = orsVect(0.0436585569, 0.0540734357, 0.034653) # ----- END INPUT ARGUMENT DEFINITION ----- # # Interface method success_8 = PrimitiveHelper.setControlPointPosition(anAnnotation=newAnnotation_2, controlPointIndex=controlPointIndex_4, timeStep=timeStep_8, position=position_8) # ----- BEGIN RETURNED VALUES DEFINITION ----- # # success_8 = True # ----- END RETURNED VALUES DEFINITION ----- # # ********** END MACRO ********** # # ********** BEGIN MACRO ********** # """ :name: setIsRepresentable :execution: execute :param newAnnotation_2: :type newAnnotation_2: ORSModel.ors.Managed :param isRepresentable_2: :type isRepresentable_2: bool """ # ----- BEGIN INPUT ARGUMENT DEFINITION ----- # isRepresentable_2 = True # ----- END INPUT ARGUMENT DEFINITION ----- # # Interface method newAnnotation_2.setIsRepresentable(isRepresentable=isRepresentable_2, logging=True) # ********** END MACRO ********** # # ********** BEGIN MACRO ********** # """ Sets an object as representable and notifies the Dragonfly UI of a new available object :name: publish :execution: execute :param newAnnotation_2: :type newAnnotation_2: ORSModel.ors.Managed """ # Interface method newAnnotation_2.publish(logging=True) # ********** END MACRO ********** # # ********** BEGIN MACRO ********** # """ Calls for a setDirty with the flag OrsDataDirty :name: setDataDirty :execution: execute :param newAnnotation_2: :type newAnnotation_2: ORSModel.ors.Managed """ # Interface method newAnnotation_2.setDataDirty(logging=True) # ********** END MACRO ********** # # ********** BEGIN MACRO ********** # """ Creates an annotation. :name: createPrimitive :execution: execute :param primitiveClass_3: the class of the annotation to create :type primitiveClass_3: ORSModel.ors.Annotation class :param aLayoutName_3: a layout genealogical name :type aLayoutName_3: str :param associatedState_3: edition associated state :type associatedState_3: str :return newAnnotation_3: the created annotation :rtype newAnnotation_3: ORSModel.ors.Annotation """ # ----- BEGIN INPUT ARGUMENT DEFINITION ----- # primitiveClass_3 = ORSModel.ors.VisualRuler aLayoutName_3 = 'toplayout\\scene_0\\xy' associatedState_3 = 'OrsStateRulerEdit' # ----- END INPUT ARGUMENT DEFINITION ----- # # Interface method newAnnotation_3 = PrimitiveHelper.createPrimitive(primitiveClass=primitiveClass_3, aLayoutName=aLayoutName_3, associatedState=associatedState_3) # ----- BEGIN RETURNED VALUES DEFINITION ----- # # newAnnotation_3 = orsObj('1820408711639156651CxvPrimitive_Ruler') # ----- END RETURNED VALUES DEFINITION ----- # # ********** END MACRO ********** # # ********** BEGIN MACRO ********** # """ Adds a control point in an annotation. :name: addControlPoint :execution: execute :param newAnnotation_3: the annotation object to modify :type newAnnotation_3: ORSModel.ors.Annotation :param timeStep_9: time index of the annotation :type timeStep_9: int :param position_9: (X, Y, Z) coordinate of the new position :type position_9: ORSModel.ors.Vector3 :return success_9: True if successful, False otherwise :rtype success_9: bool """ # ----- BEGIN INPUT ARGUMENT DEFINITION ----- # timeStep_9 = 0 position_9 = orsVect(0.022110843, 0.0411209042, 0.034653) # ----- END INPUT ARGUMENT DEFINITION ----- # # Interface method success_9 = PrimitiveHelper.addControlPoint(anAnnotation=newAnnotation_3, timeStep=timeStep_9, position=position_9) # ----- BEGIN RETURNED VALUES DEFINITION ----- # # success_9 = True # ----- END RETURNED VALUES DEFINITION ----- # # ********** END MACRO ********** # # ********** BEGIN MACRO ********** # """ Adds a control point in an annotation. :name: addControlPoint :execution: execute :param newAnnotation_3: the annotation object to modify :type newAnnotation_3: ORSModel.ors.Annotation :param timeStep_10: time index of the annotation :type timeStep_10: int :param position_10: (X, Y, Z) coordinate of the new position :type position_10: ORSModel.ors.Vector3 :return success_10: True if successful, False otherwise :rtype success_10: bool """ # ----- BEGIN INPUT ARGUMENT DEFINITION ----- # timeStep_10 = 0 position_10 = orsVect(0.022110843, 0.0411209042, 0.034653) # ----- END INPUT ARGUMENT DEFINITION ----- # # Interface method success_10 = PrimitiveHelper.addControlPoint(anAnnotation=newAnnotation_3, timeStep=timeStep_10, position=position_10) # ----- BEGIN RETURNED VALUES DEFINITION ----- # # success_10 = True # ----- END RETURNED VALUES DEFINITION ----- # # ********** END MACRO ********** # # ********** BEGIN MACRO ********** # """ Sets the position of a control point. :name: setControlPointPosition :execution: execute :param newAnnotation_3: the annotation object to modify :type newAnnotation_3: ORSModel.ors.Annotation :param controlPointIndex_5: index of the control point in the annotation :type controlPointIndex_5: int :param timeStep_11: time index of the annotation :type timeStep_11: int :param position_11: (X, Y, Z) coordinate of the new position :type position_11: ORSModel.ors.Vector3 :return success_11: True if successful, False otherwise :rtype success_11: bool """ # ----- BEGIN INPUT ARGUMENT DEFINITION ----- # controlPointIndex_5 = 0 timeStep_11 = 0 position_11 = orsVect(0.022110843, 0.0411209042, 0.034653) # ----- END INPUT ARGUMENT DEFINITION ----- # # Interface method success_11 = PrimitiveHelper.setControlPointPosition(anAnnotation=newAnnotation_3, controlPointIndex=controlPointIndex_5, timeStep=timeStep_11, position=position_11) # ----- BEGIN RETURNED VALUES DEFINITION ----- # # success_11 = True # ----- END RETURNED VALUES DEFINITION ----- # # ********** END MACRO ********** # # ********** BEGIN MACRO ********** # """ Sets the position of a control point. :name: setControlPointPosition :execution: execute :param newAnnotation_3: the annotation object to modify :type newAnnotation_3: ORSModel.ors.Annotation :param controlPointIndex_6: index of the control point in the annotation :type controlPointIndex_6: int :param timeStep_12: time index of the annotation :type timeStep_12: int :param position_12: (X, Y, Z) coordinate of the new position :type position_12: ORSModel.ors.Vector3 :return success_12: True if successful, False otherwise :rtype success_12: bool """ # ----- BEGIN INPUT ARGUMENT DEFINITION ----- # controlPointIndex_6 = 1 timeStep_12 = 0 position_12 = orsVect(0.0290992907, 0.0485431414, 0.034653) # ----- END INPUT ARGUMENT DEFINITION ----- # # Interface method success_12 = PrimitiveHelper.setControlPointPosition(anAnnotation=newAnnotation_3, controlPointIndex=controlPointIndex_6, timeStep=timeStep_12, position=position_12) # ----- BEGIN RETURNED VALUES DEFINITION ----- # # success_12 = True # ----- END RETURNED VALUES DEFINITION ----- # # ********** END MACRO ********** # # ********** BEGIN MACRO ********** # """ :name: setIsRepresentable :execution: execute :param newAnnotation_3: :type newAnnotation_3: ORSModel.ors.Managed :param isRepresentable_3: :type isRepresentable_3: bool """ # ----- BEGIN INPUT ARGUMENT DEFINITION ----- # isRepresentable_3 = True # ----- END INPUT ARGUMENT DEFINITION ----- # # Interface method newAnnotation_3.setIsRepresentable(isRepresentable=isRepresentable_3, logging=True) # ********** END MACRO ********** # # ********** BEGIN MACRO ********** # """ Sets an object as representable and notifies the Dragonfly UI of a new available object :name: publish :execution: execute :param newAnnotation_3: :type newAnnotation_3: ORSModel.ors.Managed """ # Interface method newAnnotation_3.publish(logging=True) # ********** END MACRO ********** # # ********** BEGIN MACRO ********** # """ Calls for a setDirty with the flag OrsDataDirty :name: setDataDirty :execution: execute :param newAnnotation_3: :type newAnnotation_3: ORSModel.ors.Managed """ # Interface method newAnnotation_3.setDataDirty(logging=True) # ********** END MACRO ********** # # ********** BEGIN MACRO ********** # """ Sets the position of a control point. :name: setControlPointPosition :execution: execute :param newAnnotation_2: the annotation object to modify :type newAnnotation_2: ORSModel.ors.Annotation :param controlPointIndex_7: index of the control point in the annotation :type controlPointIndex_7: int :param timeStep_13: time index of the annotation :type timeStep_13: int :param position_13: (X, Y, Z) coordinate of the new position :type position_13: ORSModel.ors.Vector3 :return success_13: True if successful, False otherwise :rtype success_13: bool """ # ----- BEGIN INPUT ARGUMENT DEFINITION ----- # controlPointIndex_7 = 0 timeStep_13 = 0 position_13 = orsVect(0.0490454854, 0.00539229223, 0.034653) # ----- END INPUT ARGUMENT DEFINITION ----- # # Interface method success_13 = PrimitiveHelper.setControlPointPosition(anAnnotation=newAnnotation_2, controlPointIndex=controlPointIndex_7, timeStep=timeStep_13, position=position_13) # ----- BEGIN RETURNED VALUES DEFINITION ----- # # success_13 = True # ----- END RETURNED VALUES DEFINITION ----- # # ********** END MACRO ********** # # ********** BEGIN MACRO ********** # """ Sets the position of a control point. :name: setControlPointPosition :execution: execute :param newAnnotation_2: the annotation object to modify :type newAnnotation_2: ORSModel.ors.Annotation :param controlPointIndex_8: index of the control point in the annotation :type controlPointIndex_8: int :param timeStep_14: time index of the annotation :type timeStep_14: int :param position_14: (X, Y, Z) coordinate of the new position :type position_14: ORSModel.ors.Vector3 :return success_14: True if successful, False otherwise :rtype success_14: bool """ # ----- BEGIN INPUT ARGUMENT DEFINITION ----- # controlPointIndex_8 = 1 timeStep_14 = 0 position_14 = orsVect(0.0436585569, 0.0540734357, 0.034653) # ----- END INPUT ARGUMENT DEFINITION ----- # # Interface method success_14 = PrimitiveHelper.setControlPointPosition(anAnnotation=newAnnotation_2, controlPointIndex=controlPointIndex_8, timeStep=timeStep_14, position=position_14) # ----- BEGIN RETURNED VALUES DEFINITION ----- # # success_14 = True # ----- END RETURNED VALUES DEFINITION ----- # # ********** END MACRO ********** # # ********** BEGIN MACRO ********** # """ :name: setIsRepresentable :execution: execute :param newAnnotation_2: :type newAnnotation_2: ORSModel.ors.Managed :param isRepresentable_4: :type isRepresentable_4: bool """ # ----- BEGIN INPUT ARGUMENT DEFINITION ----- # isRepresentable_4 = True # ----- END INPUT ARGUMENT DEFINITION ----- # # Interface method newAnnotation_2.setIsRepresentable(isRepresentable=isRepresentable_4, logging=True) # ********** END MACRO ********** # # ********** BEGIN MACRO ********** # """ Sets an object as representable and notifies the Dragonfly UI of a new available object :name: publish :execution: execute :param newAnnotation_2: :type newAnnotation_2: ORSModel.ors.Managed """ # Interface method newAnnotation_2.publish(logging=True) # ********** END MACRO ********** # # ********** BEGIN MACRO ********** # """ Calls for a setDirty with the flag OrsDataDirty :name: setDataDirty :execution: execute :param newAnnotation_2: :type newAnnotation_2: ORSModel.ors.Managed """ # Interface method newAnnotation_2.setDataDirty(logging=True) # ********** END MACRO ********** # # ********** BEGIN MACRO ********** # """ :name: setTitle :execution: execute :param newAnnotation: :type newAnnotation: ORSModel.ors.Managed :param newVal: :type newVal: str """ # ----- BEGIN INPUT ARGUMENT DEFINITION ----- # newVal = 'Width' # ----- END INPUT ARGUMENT DEFINITION ----- # # Interface method newAnnotation.setTitle(newVal=newVal, logging=True) # ********** END MACRO ********** # # ********** BEGIN MACRO ********** # """ :name: setTitle :execution: execute :param newAnnotation_2: :type newAnnotation_2: ORSModel.ors.Managed :param newVal_2: :type newVal_2: str """ # ----- BEGIN INPUT ARGUMENT DEFINITION ----- # newVal_2 = 'Another width' # ----- END INPUT ARGUMENT DEFINITION ----- # # Interface method newAnnotation_2.setTitle(newVal=newVal_2, logging=True) # ********** END MACRO ********** # # ********** BEGIN MACRO ********** # """ :name: setTitle :execution: execute :param newAnnotation_3: :type newAnnotation_3: ORSModel.ors.Managed :param newVal_3: :type newVal_3: str """ # ----- BEGIN INPUT ARGUMENT DEFINITION ----- # newVal_3 = 'Bump1' # ----- END INPUT ARGUMENT DEFINITION ----- # # Interface method newAnnotation_3.setTitle(newVal=newVal_3, logging=True) # ********** END MACRO ********** # # ********** BEGIN MACRO ********** # """ Creates an annotation. :name: createPrimitive :execution: execute :param primitiveClass_4: the class of the annotation to create :type primitiveClass_4: ORSModel.ors.Annotation class :param aLayoutName_4: a layout genealogical name :type aLayoutName_4: str :param associatedState_4: edition associated state :type associatedState_4: str :return newAnnotation_4: the created annotation :rtype newAnnotation_4: ORSModel.ors.Annotation """ # ----- BEGIN INPUT ARGUMENT DEFINITION ----- # primitiveClass_4 = ORSModel.ors.VisualRuler aLayoutName_4 = 'toplayout\\scene_0\\xy' associatedState_4 = 'OrsStateRulerEdit' # ----- END INPUT ARGUMENT DEFINITION ----- # # Interface method newAnnotation_4 = PrimitiveHelper.createPrimitive(primitiveClass=primitiveClass_4, aLayoutName=aLayoutName_4, associatedState=associatedState_4) # ----- BEGIN RETURNED VALUES DEFINITION ----- # # newAnnotation_4 = orsObj('2602608711291426651CxvPrimitive_Ruler') # ----- END RETURNED VALUES DEFINITION ----- # # ********** END MACRO ********** # # ********** BEGIN MACRO ********** # """ Adds a control point in an annotation. :name: addControlPoint :execution: execute :param newAnnotation_4: the annotation object to modify :type newAnnotation_4: ORSModel.ors.Annotation :param timeStep_15: time index of the annotation :type timeStep_15: int :param position_15: (X, Y, Z) coordinate of the new position :type position_15: ORSModel.ors.Vector3 :return success_15: True if successful, False otherwise :rtype success_15: bool """ # ----- BEGIN INPUT ARGUMENT DEFINITION ----- # timeStep_15 = 0 position_15 = orsVect(0.0555971552, 0.00808467236, 0.034653) # ----- END INPUT ARGUMENT DEFINITION ----- # # Interface method success_15 = PrimitiveHelper.addControlPoint(anAnnotation=newAnnotation_4, timeStep=timeStep_15, position=position_15) # ----- BEGIN RETURNED VALUES DEFINITION ----- # # success_15 = True # ----- END RETURNED VALUES DEFINITION ----- # # ********** END MACRO ********** # # ********** BEGIN MACRO ********** # """ Adds a control point in an annotation. :name: addControlPoint :execution: execute :param newAnnotation_4: the annotation object to modify :type newAnnotation_4: ORSModel.ors.Annotation :param timeStep_16: time index of the annotation :type timeStep_16: int :param position_16: (X, Y, Z) coordinate of the new position :type position_16: ORSModel.ors.Vector3 :return success_16: True if successful, False otherwise :rtype success_16: bool """ # ----- BEGIN INPUT ARGUMENT DEFINITION ----- # timeStep_16 = 0 position_16 = orsVect(0.0555971552, 0.00808467236, 0.034653) # ----- END INPUT ARGUMENT DEFINITION ----- # # Interface method success_16 = PrimitiveHelper.addControlPoint(anAnnotation=newAnnotation_4, timeStep=timeStep_16, position=position_16) # ----- BEGIN RETURNED VALUES DEFINITION ----- # # success_16 = True # ----- END RETURNED VALUES DEFINITION ----- # # ********** END MACRO ********** # # ********** BEGIN MACRO ********** # """ Sets the position of a control point. :name: setControlPointPosition :execution: execute :param newAnnotation_4: the annotation object to modify :type newAnnotation_4: ORSModel.ors.Annotation :param controlPointIndex_9: index of the control point in the annotation :type controlPointIndex_9: int :param timeStep_17: time index of the annotation :type timeStep_17: int :param position_17: (X, Y, Z) coordinate of the new position :type position_17: ORSModel.ors.Vector3 :return success_17: True if successful, False otherwise :rtype success_17: bool """ # ----- BEGIN INPUT ARGUMENT DEFINITION ----- # controlPointIndex_9 = 0 timeStep_17 = 0 position_17 = orsVect(0.0555971552, 0.00808467236, 0.034653) # ----- END INPUT ARGUMENT DEFINITION ----- # # Interface method success_17 = PrimitiveHelper.setControlPointPosition(anAnnotation=newAnnotation_4, controlPointIndex=controlPointIndex_9, timeStep=timeStep_17, position=position_17) # ----- BEGIN RETURNED VALUES DEFINITION ----- # # success_17 = True # ----- END RETURNED VALUES DEFINITION ----- # # ********** END MACRO ********** # # ********** BEGIN MACRO ********** # """ Sets the position of a control point. :name: setControlPointPosition :execution: execute :param newAnnotation_4: the annotation object to modify :type newAnnotation_4: ORSModel.ors.Annotation :param controlPointIndex_10: index of the control point in the annotation :type controlPointIndex_10: int :param timeStep_18: time index of the annotation :type timeStep_18: int :param position_18: (X, Y, Z) coordinate of the new position :type position_18: ORSModel.ors.Vector3 :return success_18: True if successful, False otherwise :rtype success_18: bool """ # ----- BEGIN INPUT ARGUMENT DEFINITION ----- # controlPointIndex_10 = 1 timeStep_18 = 0 position_18 = orsVect(0.0629495846, 0.0155796765, 0.034653) # ----- END INPUT ARGUMENT DEFINITION ----- # # Interface method success_18 = PrimitiveHelper.setControlPointPosition(anAnnotation=newAnnotation_4, controlPointIndex=controlPointIndex_10, timeStep=timeStep_18, position=position_18) # ----- BEGIN RETURNED VALUES DEFINITION ----- # # success_18 = True # ----- END RETURNED VALUES DEFINITION ----- # # ********** END MACRO ********** # # ********** BEGIN MACRO ********** # """ :name: setIsRepresentable :execution: execute :param newAnnotation_4: :type newAnnotation_4: ORSModel.ors.Managed :param isRepresentable_5: :type isRepresentable_5: bool """ # ----- BEGIN INPUT ARGUMENT DEFINITION ----- # isRepresentable_5 = True # ----- END INPUT ARGUMENT DEFINITION ----- # # Interface method newAnnotation_4.setIsRepresentable(isRepresentable=isRepresentable_5, logging=True) # ********** END MACRO ********** # # ********** BEGIN MACRO ********** # """ Sets an object as representable and notifies the Dragonfly UI of a new available object :name: publish :execution: execute :param newAnnotation_4: :type newAnnotation_4: ORSModel.ors.Managed """ # Interface method newAnnotation_4.publish(logging=True) # ********** END MACRO ********** # # ********** BEGIN MACRO ********** # """ Calls for a setDirty with the flag OrsDataDirty :name: setDataDirty :execution: execute :param newAnnotation_4: :type newAnnotation_4: ORSModel.ors.Managed """ # Interface method newAnnotation_4.setDataDirty(logging=True) # ********** END MACRO ********** # # ********** BEGIN MACRO ********** # """ :name: setTitle :execution: execute :param newAnnotation_4: :type newAnnotation_4: ORSModel.ors.Managed :param newVal_4: :type newVal_4: str """ # ----- BEGIN INPUT ARGUMENT DEFINITION ----- # newVal_4 = 'Bump2' # ----- END INPUT ARGUMENT DEFINITION ----- # # Interface method newAnnotation_4.setTitle(newVal=newVal_4, logging=True) # ********** END MACRO ********** # # ********** BEGIN MACRO ********** # """ Exports ruler information in a CSV file :name: exportRulerPropertiesToCSV :execution: pause :param listOfRulers: rulers to put in the CSV file :type listOfRulers: ORSModel.ors.VisualRuler :count listOfRulers: [1, None] :param filename: CSV file name :type filename: file saving """ # ----- BEGIN INPUT ARGUMENT DEFINITION ----- # listOfRulers = [newAnnotation_4, newAnnotation_3, newAnnotation_2, newAnnotation] # filename = 'C:/tmp/Demos/test2.csv' # ----- END INPUT ARGUMENT DEFINITION ----- # # Interface method DemoMenuItemSaveRulerPropertiesToCSV_20752218509311e9a5de448a5b5d70c0.exportRulerPropertiesToCSV(listOfRulers=listOfRulers, filename=filename) # ********** END MACRO ********** #