sysml14/plugins/org.eclipse.papyrus.interoperability.sysml14.sysml/transform/SysMLBlockDefinitionDiagram.qvto

/*****************************************************************************
 * Copyright (c) 2017 CEA LIST and others.
 *
 * All rights reserved. This program and the accompanying materials
 * are made available under the terms of the Eclipse Public License v1.0
 * which accompanies this distribution, and is available at
 * http://www.eclipse.org/legal/epl-v10.html
 *
 * Contributors:
 *   Nicolas FAUVERGUE (CEA LIST) nicolas.fauvergue@cea.fr - Initial API and implementation
 *****************************************************************************/

import org.eclipse.papyrus.uml.m2m.qvto.common.blackboxes.ecore.EcoreHelper;
import org.eclipse.papyrus.interoperability.sysml14.sysml.blackboxes.notation.NotationBlackboxHelper;
import org.eclipse.papyrus.interoperability.sysml14.sysml.SysMLDiagramsUtils;
import org.eclipse.papyrus.interoperability.sysml14.sysml.SysMLDiagramsConstants;
import org.eclipse.papyrus.interoperability.sysml14.sysml.SysMLUtils;

modeltype notation "strict" uses 'http://www.eclipse.org/gmf/runtime/1.0.2/notation';
modeltype UML "strict" uses 'http://www.eclipse.org/uml2/5.0.0/UML';
modeltype ecore "strict" uses 'http://www.eclipse.org/emf/2002/Ecore';
modeltype viewpoint "strict" uses 'http://www.eclipse.org/papyrus/infra/viewpoints/configuration';
modeltype SysML11 "strict" uses 'http://www.eclipse.org/papyrus/0.7.0/SysML';
modeltype SysML14 "strict" uses 'http://www.eclipse.org/papyrus/sysml/1.4/SysML';
modeltype nattable "strict" uses 'http://www.eclipse.org/papyrus/nattable/model';


transformation SysMLBlockDefinitionDiagram(in blockDefinitionViewpoint : viewpoint, in internalBlockViewpoint : viewpoint, in parametricViewpoint : viewpoint, in requirementViewpoint : viewpoint, in umlFile : UML, in inS14Profile : SysML14, in requirementNatTableS11 : nattable, in allocationNatTableS11 : nattable, in requirementNatTableS14 : nattable, in allocationNatTableS14 : nattable, in requirementTableViewPoint : viewpoint, in allocationTableViewPoint : viewpoint, inout notationFile : notation);

// Define needed constants
property diagramName:String = "BlockDefinition";
property diagramConfigurationName:String = "SysML 1.4 Block Definition";

property model:UML::Model = umlFile.rootObjects()[uml::Model]->any(true);
property rootDiagram:notation::Diagram;

property childrenToRemove:OrderedSet(notation::View);

mapping notation::Diagram::fromSysML11BlockDefinitionDiagram() : notation::Diagram when {self.type=diagramName} {
	init{
		var existingChildren:OrderedSet(notation::Node) := self.children;
		var existingEdges:OrderedSet(notation::Edge) := self.edges;
		result := self;
		rootDiagram := result;
		result.edges := object OrderedSet(notation::Edge){};
		result.edges := existingEdges->map fromSysML11Edge();
		result.children := object OrderedSet(notation::Node){};
		result.children := existingChildren->map fromSysML11Shape(result);
	}
	type := "PapyrusUMLClassDiagram";
	
	// Create the annotation for versionning
	var model:UML::Model := umlFile.rootObjects()[uml::Model]->any(true);
	result.eAnnotations += model.createEAnnotationForVersioning();
	
	// Modify or create the compatibility version
	setOrCreateCompatibilityVersion(result);
	
	// Add the viewpoint configuration to the papyrus view style
	addPapyrusViewStyleConfiguration(result, model, getBlockDefinitionPapyrusDiagramConfiguration());
	
	// Remove the needed children
	childrenToRemove->forEach(childToRemove){
		var parent:ecore::EObject := childToRemove.oclAsType(ecore::EObject).eContainer();
		if (parent.oclIsKindOf(notation::View)) {
			var parentView:notation::View := parent.oclAsType(notation::View);
			removeFromOwnerView(parentView, childToRemove);
		};
	};
}

// Get the requirement papyrus diagram configuration from the viewpoint file
helper getBlockDefinitionPapyrusDiagramConfiguration() : viewpoint::PapyrusDiagram {
	return blockDefinitionViewpoint.objects()->selectByType(viewpoint::PapyrusDiagram)->any(curr | curr.name = diagramConfigurationName);
}

// Nodes ans shapes management
mapping notation::Node::fromSysML11Shape(parent:notation::View) : notation::Node disjuncts
	notation::BasicCompartment::fromSysML11BasicCompartment,
	notation::DecorationNode::fromSysML11DecorationNode,
	notation::Shape::fromSysML11StereotypeComment,
	notation::Shape::fromSysML11ActorAsClass,
	notation::Shape::fromSysML11AffixedPortAsAffixedPort,
	notation::Shape::fromSysML11BlockAsClass,
	notation::Shape::fromSysML11ConstraintBlockAsClass,
	notation::Shape::fromSysML11DataTypeAsDataType,
	notation::Shape::fromSysML11DimensionAsInstanceSpecification,
	notation::Shape::fromSysML11EnumerationAsEnumeration,
	notation::Shape::fromSysML11FlowSpecificationAsClass,
	notation::Shape::fromSysML11InterfaceAsInterface,
	notation::Shape::fromSysML11PackageShapeAsModel, // Must be done before PackageShapeAsPackage
	notation::Shape::fromSysML11PackageShapeAsPackage,
	notation::Shape::fromSysML11PrimitiveTypeAsPrimitiveType,
	notation::Shape::fromSysML11SignalAsSignal,
	notation::Shape::fromSysML11UnitAsInstanceSpecification,
	notation::Shape::fromSysML11ValueTypeAsDataType,
	notation::Shape::fromSysML11DefaultShape,
	notation::Node::fromSysML11EnumerationLiteralAsEnumerationLiteral,
	notation::Node::fromSysML11OperationAsOperation,
	notation::Node::fromSysML11PropertyAsProperty,
	notation::Node::fromSysML11ReceptionAsReception
{}

mapping notation::Shape::fromSysML11ActorAsClass(parent:notation::View) : notation::Shape when {self.oclIsTypeOf(notation::Shape) and self.type = ACTOR_AS_CLASSIFIER_SYSML11} {
	init {
		result := self;
	}
	
	// Remove the existing children
	var existingChildren:OrderedSet(notation::Node) := self.children;
	children := object OrderedSet(notation::Node){};
	
	var isCN:Boolean := not parent.oclIsTypeOf(notation::Diagram);
	
	var isClassNameDecorationNodeExist:Boolean := false;
	var isAttributeCompartmentExist:Boolean := false;
	var isOperationCompartmentExist:Boolean := false;
	var isShapeCompartmentExist:Boolean := false;
	
	// Loop on existing children to map with the new correct type
	existingChildren->forEach(existingChild){
		if (existingChild.type = NAMEDELEMENT_LABEL_DECORATIONNODE_SYSML11) {
			if (isCN) {
				existingChild.type := CLASS_NAME_LABEL_DECORATIONNODE_CN_SYSML14;
			} else {
				existingChild.type := CLASS_NAME_LABEL_DECORATIONNODE_SYSML14;
			};
			setPapyrusCSSForceValueVisible(existingChild, TRUE);
			isClassNameDecorationNodeExist := true;
			children += existingChild;
		} elif (existingChild.type = PROPERTY_UML_COMPARTMENT_SYSML11) {
			if (isCN) {
				existingChild.type := CLASS_ATTRIBUTE_COMPARTMENT_CN_SYSML14;
			} else {
				existingChild.type := CLASS_ATTRIBUTE_COMPARTMENT_SYSML14;
			};
			setPapyrusCSSForceValueVisible(existingChild, TRUE);
			setShowTitle(existingChild, true);
			// Calculate the new children
			existingChild.children := existingChild.children->map fromSysML11Shape(result);
			isAttributeCompartmentExist := true;
			children += existingChild;
		} elif (existingChild.type = OPERATION_UML_COMPARTMENT_SYSML11) {
			if (isCN) {
				existingChild.type := CLASS_OPERATION_COMPARTMENT_CN_SYSML14;
			} else {
				existingChild.type := CLASS_OPERATION_COMPARTMENT_SYSML14;
			};
			setPapyrusCSSForceValueVisible(existingChild, TRUE);
			setShowTitle(existingChild, true);
			// Calculate the new children
			existingChild.children := existingChild.children->map fromSysML11Shape(result);
			isOperationCompartmentExist := true;
			children += existingChild;
		} elif (existingChild.type = COMPARTMENT_SHAPE_DISPLAY) {
			isShapeCompartmentExist := true;
			children += existingChild;
		};
	};
	
	// If the shape is not in the diagram, this is a Child node
	if (not isCN) {
		type := CLASS_SHAPE_SYSML14;
		
		if(not isClassNameDecorationNodeExist){
			children += createDefaultFloatingNameLabelDecorationNode(CLASS_NAME_LABEL_DECORATIONNODE_SYSML14);
		};
		children += createDefaultFloatingNameLabelDecorationNode(CLASS_FLOATING_LABEL_DECORATIONNODE_SYSML14);
		
		if(not isAttributeCompartmentExist){
			children += createDefaultBasicCompartement(CLASS_ATTRIBUTE_COMPARTMENT_SYSML14);
		};
		if(not isOperationCompartmentExist){
			children += createDefaultBasicCompartement(CLASS_OPERATION_COMPARTMENT_SYSML14);
		};
		children += createDefaultBasicCompartement(CLASS_NESTEDCLASSIFIER_COMPARTMENT_SYSML14);
		
	} else {
		type := CLASS_SHAPE_CN_SYSML14;
		
		if(not isClassNameDecorationNodeExist){
			children += createDefaultFloatingNameLabelDecorationNode(CLASS_NAME_LABEL_DECORATIONNODE_CN_SYSML14);
		};
		children += createDefaultFloatingNameLabelDecorationNode(CLASS_FLOATING_LABEL_DECORATIONNODE_CN_SYSML14);
		
		if(not isAttributeCompartmentExist){
			children += createDefaultBasicCompartement(CLASS_ATTRIBUTE_COMPARTMENT_CN_SYSML14);
		};
		if(not isOperationCompartmentExist){
			children += createDefaultBasicCompartement(CLASS_OPERATION_COMPARTMENT_CN_SYSML14);
		};
		children += createDefaultBasicCompartement(CLASS_NESTEDCLASSIFIER_COMPARTMENT_CN_SYSML14);
	};
	
	children += createDefaultCompartement(FLOWPORTS_COMPARTMENT_SYSML14);
	children += createDefaultCompartement(CONSTRAINTS_COMPARTMENT_SYSML14);
	children += createDefaultCompartement(PARTS_COMPARTMENT_SYSML14);
	children += createDefaultCompartement(PROXYPORTS_COMPARTMENT_SYSML14);
	children += createDefaultCompartement(FULLPORTS_COMPARTMENT_SYSML14);
	children += createDefaultCompartement(REFERENCES_COMPARTMENT_SYSML14);
	children += createDefaultCompartement(FLOWPROPERTIES_COMPARTMENT_SYSML14);
	children += createDefaultCompartement(PARAMETERS_COMPARTMENT_SYSML14);
	
	children += existingChildren[notation::DecorationNode]->any(curr | curr.type = STEREOTYPE_LABEL_DECORATION_NODE)->map fromSysML11StereotypeLabel(result);
	children += existingChildren[notation::BasicCompartment]->any(curr | curr.type = STEREOTYPE_BRACE_COMPARTMENT)->map fromSysML11StereotypeBraceAndCompartment(result);
	children += existingChildren[notation::BasicCompartment]->any(curr | curr.type = STEREOTYPE_COMPARTMENT_COMPARTMENT)->map fromSysML11StereotypeBraceAndCompartment(result);
}

mapping notation::Shape::fromSysML11AffixedPortAsAffixedPort(parent:notation::View) : notation::Shape when {self.oclIsTypeOf(notation::Shape) and ((self.type = PORT_AS_AFFIXED_SYSML11) or (self.type = FLOWPORT_AS_AFFIXED_SYSML11))} {
	init {
		result := self;
	}
	
	// Remove the existing children
	var existingChildren:OrderedSet(notation::Node) := self.children;
	children := object OrderedSet(notation::Node){};
	
	var isBorderItemLabelDecorationNodeExist:Boolean := false;
	
	// Loop on existing children to map with the new correct type
	existingChildren->forEach(existingChild){
		if (existingChild.type = AFFIXED_PORT_LABEL_DECORATIONNODE_SYSML11) {
			existingChild.type := OPERATION_BODERITEM_LABEL_COMPARTMENT_SYSML14;
			setPapyrusCSSForceValueVisible(existingChild, TRUE);
			isBorderItemLabelDecorationNodeExist := true;
			children += existingChild;
		} elif (existingChild.type = AFFIXED_FLOWPORT_LABEL_DECORATIONNODE_SYSML11) {
			existingChild.type := OPERATION_BODERITEM_LABEL_COMPARTMENT_SYSML14;
			setPapyrusCSSForceValueVisible(existingChild, TRUE);
			isBorderItemLabelDecorationNodeExist := true;
			children += existingChild;
		};
	};
	
	// If the shape is not in the diagram, this is a Child node
	type := CLASS_PORT_SYSML14;
	
	if(not isBorderItemLabelDecorationNodeExist){
		var borderItemLabel:notation::DecorationNode := createDefaultFloatingNameLabelDecorationNode(OPERATION_BODERITEM_LABEL_COMPARTMENT_SYSML14);
		borderItemLabel.layoutConstraint.oclAsType(notation::Location).x := 25;
		borderItemLabel.layoutConstraint.oclAsType(notation::Location).y := 3;
		children += borderItemLabel;
	};
}

mapping notation::Shape::fromSysML11BlockAsClass(parent:notation::View) : notation::Shape when {self.oclIsTypeOf(notation::Shape) and self.type = BLOCK_AS_CLASSIFIER_SYSML11} {
	init {
		result := self;
	}
	
	// Remove the existing children
	var existingChildren:OrderedSet(notation::Node) := self.children;
	children := object OrderedSet(notation::Node){};
	
	var isCN:Boolean := not parent.oclIsTypeOf(notation::Diagram);
	
	var isClassNameDecorationNodeExist:Boolean := false;
	var isAttributeCompartmentExist:Boolean := false;
	var isOperationCompartmentExist:Boolean := false;
	var isPartsCompartmentExist:Boolean := false;
	var isReferencesCompartmentExist:Boolean := false;
	var isFlowPortsCompartmentExist:Boolean := false;
	var isConstraintsCompartmentExist:Boolean := false;
	var isFullPortsCompartmentExist:Boolean := false;
	
	// Loop on existing children to map with the new correct type
	existingChildren->forEach(existingChild){
		if (existingChild.type = LABEL_BLOCK_COMPARTMENT_SYSML11) {
			if (isCN) {
				existingChild.type := CLASS_NAME_LABEL_DECORATIONNODE_CN_SYSML14;
			} else {
				existingChild.type := CLASS_NAME_LABEL_DECORATIONNODE_SYSML14;
			};
			setPapyrusCSSForceValueVisible(existingChild, TRUE);
			isClassNameDecorationNodeExist := true;
			children += existingChild;
		} elif (existingChild.type = PROPERTY_SYSML_COMPARTMENT_SYSML11) {
			if (isCN) {
				existingChild.type := CLASS_ATTRIBUTE_COMPARTMENT_CN_SYSML14;
			} else {
				existingChild.type := CLASS_ATTRIBUTE_COMPARTMENT_SYSML14;
			};
			setPapyrusCSSForceValueVisible(existingChild, TRUE);
			setShowTitle(existingChild, true);
			// Calculate the new children
			existingChild.children := existingChild.children->map fromSysML11Shape(result);
			isAttributeCompartmentExist := true;
			children += existingChild;
		} elif (existingChild.type = OPERATION_UML_COMPARTMENT_SYSML11) {
			if (isCN) {
				existingChild.type := CLASS_OPERATION_COMPARTMENT_CN_SYSML14;
			} else {
				existingChild.type := CLASS_OPERATION_COMPARTMENT_SYSML14;
			};
			setPapyrusCSSForceValueVisible(existingChild, TRUE);
			setShowTitle(existingChild, true);
			// Calculate the new children
			existingChild.children := existingChild.children->map fromSysML11Shape(result);
			isOperationCompartmentExist := true;
			children += existingChild;
		} elif (existingChild.type = COMPARTMENT_SHAPE_DISPLAY) {
			children += existingChild;
		} elif (existingChild.type = PART_COMPARTMENT_SYSML11) {
			var createPartsCompartment:notation::Compartment := createDefaultCompartement(PARTS_COMPARTMENT_SYSML14);
			isPartsCompartmentExist := true;
			// Check if the title EAnnotation exist, if this is the case, modify the show title
			createPartsCompartment.eAnnotations += manageShowTitleEAnnotationAsCompartmentAttribute(createPartsCompartment, existingChild);
			createPartsCompartment.children := existingChild.children->map fromSysML11Shape(result);
			children += createPartsCompartment;
		} elif (existingChild.type = REFERENCE_COMPARTMENT_SYSML11) {
			var createReferencesCompartment:notation::Compartment := createDefaultCompartement(REFERENCES_COMPARTMENT_SYSML14);
			isReferencesCompartmentExist := true;
			// Check if the title EAnnotation exist, if this is the case, modify the show title
			createReferencesCompartment.eAnnotations += manageShowTitleEAnnotationAsCompartmentAttribute(createReferencesCompartment, existingChild);
			createReferencesCompartment.children := existingChild.children->map fromSysML11Shape(result);
			children += createReferencesCompartment;
		} elif (existingChild.type = FLOWPORT_COMPARTMENT_SYSML11) {
			var createFlowPortsCompartment:notation::Compartment := createDefaultCompartement(FLOWPORTS_COMPARTMENT_SYSML14);
			isFlowPortsCompartmentExist := true;
			// Check if the title EAnnotation exist, if this is the case, modify the show title
			createFlowPortsCompartment.eAnnotations += manageShowTitleEAnnotationAsCompartmentAttribute(createFlowPortsCompartment, existingChild);
			createFlowPortsCompartment.children := existingChild.children->map fromSysML11Shape(result);
			children += createFlowPortsCompartment;
		} elif (existingChild.type = CONSTRAINT_COMPARTMENT_SYSML11) {
			var createConstraintsCompartment:notation::Compartment := createDefaultCompartement(CONSTRAINTS_COMPARTMENT_SYSML14);
			isConstraintsCompartmentExist := true;
			// Check if the title EAnnotation exist, if this is the case, modify the show title
			createConstraintsCompartment.eAnnotations += manageShowTitleEAnnotationAsCompartmentAttribute(createConstraintsCompartment, existingChild);
			createConstraintsCompartment.children := existingChild.children->map fromSysML11Shape(result);
			children += createConstraintsCompartment;
		} elif (existingChild.type = PORTS_COMPARTMENT_SYSML11) {
			var createConstraintsCompartment:notation::Compartment := createDefaultCompartement(FULLPORTS_COMPARTMENT_SYSML14);
			isFullPortsCompartmentExist := true;
			// Check if the title EAnnotation exist, if this is the case, modify the show title
			createConstraintsCompartment.eAnnotations += manageShowTitleEAnnotationAsCompartmentAttribute(createConstraintsCompartment, existingChild);
			createConstraintsCompartment.children := existingChild.children->map fromSysML11Shape(result);
			children += createConstraintsCompartment;
		};
	};
	
	// If the shape is not in the diagram, this is a Child node
	if (not isCN) {
		type := CLASS_SHAPE_SYSML14;
		
		if(not isClassNameDecorationNodeExist){
			children += createDefaultNameLabelDecorationNode(CLASS_NAME_LABEL_DECORATIONNODE_SYSML14);
		};
		children += createDefaultFloatingNameLabelDecorationNode(CLASS_FLOATING_LABEL_DECORATIONNODE_SYSML14);
		
		if(not isAttributeCompartmentExist){
			children += createDefaultBasicCompartement(CLASS_ATTRIBUTE_COMPARTMENT_SYSML14);
		};
		if(not isOperationCompartmentExist){
			children += createDefaultBasicCompartement(CLASS_OPERATION_COMPARTMENT_SYSML14);
		};
		children += createDefaultBasicCompartement(CLASS_NESTEDCLASSIFIER_COMPARTMENT_SYSML14);
		
	} else {
		type := CLASS_SHAPE_CN_SYSML14;
		
		if(not isClassNameDecorationNodeExist){
			children += createDefaultNameLabelDecorationNode(CLASS_NAME_LABEL_DECORATIONNODE_CN_SYSML14);
		};
		children += createDefaultFloatingNameLabelDecorationNode(CLASS_FLOATING_LABEL_DECORATIONNODE_CN_SYSML14);
		
		if(not isAttributeCompartmentExist){
			children += createDefaultBasicCompartement(CLASS_ATTRIBUTE_COMPARTMENT_CN_SYSML14);
		};
		if(not isOperationCompartmentExist){
			children += createDefaultBasicCompartement(CLASS_OPERATION_COMPARTMENT_CN_SYSML14);
		};
		children += createDefaultBasicCompartement(CLASS_NESTEDCLASSIFIER_COMPARTMENT_CN_SYSML14);
	};
	
	if(not isFlowPortsCompartmentExist){
		children += createDefaultCompartement(FLOWPORTS_COMPARTMENT_SYSML14);
	};
	if(not isConstraintsCompartmentExist){
		var constraintsCompartment:notation::Compartment := createDefaultCompartement(CONSTRAINTS_COMPARTMENT_SYSML14);
		constraintsCompartment.visible := false;
		children += constraintsCompartment;
	};
	if(not isPartsCompartmentExist){
		children += createDefaultCompartement(PARTS_COMPARTMENT_SYSML14);
	};
	children += createDefaultCompartement(PROXYPORTS_COMPARTMENT_SYSML14);
	if(not isFullPortsCompartmentExist){
		children += createDefaultCompartement(FULLPORTS_COMPARTMENT_SYSML14);
	};
	if(not isReferencesCompartmentExist){
		children += createDefaultCompartement(REFERENCES_COMPARTMENT_SYSML14);
	};
	children += createDefaultCompartement(FLOWPROPERTIES_COMPARTMENT_SYSML14);
	children += createDefaultCompartement(PARAMETERS_COMPARTMENT_SYSML14);
	
	children += existingChildren[notation::DecorationNode]->any(curr | curr.type = STEREOTYPE_LABEL_DECORATION_NODE)->map fromSysML11StereotypeLabel(result);
	// If the stereotype label decoration node and stereotype brace basic compartment are not available, create it
	if(result.children[notation::DecorationNode]->any(curr | curr.type = STEREOTYPE_LABEL_DECORATION_NODE).oclIsUndefined()){
		createStereotypeLabelDecorationNode(result, BLOCK_STEREOTYPE_QN);
	};
	children += existingChildren[notation::BasicCompartment]->any(curr | curr.type = STEREOTYPE_BRACE_COMPARTMENT)->map fromSysML11StereotypeBraceAndCompartment(result);
	if(result.children[notation::BasicCompartment]->any(curr | curr.type = STEREOTYPE_BRACE_COMPARTMENT).oclIsUndefined()){
		createStereotypeBraceBasicCompartment(result, BLOCK_STEREOTYPE_QN);
	};
	children += existingChildren[notation::BasicCompartment]->any(curr | curr.type = STEREOTYPE_COMPARTMENT_COMPARTMENT)->map fromSysML11StereotypeBraceAndCompartment(result);
	
	// Manage affixed ports
	children += existingChildren[notation::Shape]->map fromSysML11AffixedPortAsAffixedPort(result);
}

mapping notation::Shape::fromSysML11ConstraintBlockAsClass(parent:notation::View) : notation::Shape when {self.oclIsTypeOf(notation::Shape) and self.type = CONSTRAINTBLOCK_AS_CLASSIFIER_SYSML11} {
	init {
		result := self;
	}
	
	// Remove the existing children
	var existingChildren:OrderedSet(notation::Node) := self.children;
	children := object OrderedSet(notation::Node){};
	
	var isCN:Boolean := not parent.oclIsTypeOf(notation::Diagram);
	
	var isClassNameDecorationNodeExist:Boolean := false;
	var isParametersCompartmentExist:Boolean := false;
	var isConstraintsCompartmentExist:Boolean := false;
	
	// Loop on existing children to map with the new correct type
	existingChildren->forEach(existingChild){
		if (existingChild.type = CONTRAINTBLOCK_LABEL_DECORATIONNODE_SYSML11) {
			if (isCN) {
				existingChild.type := CLASS_NAME_LABEL_DECORATIONNODE_CN_SYSML14;
			} else {
				existingChild.type := CLASS_NAME_LABEL_DECORATIONNODE_SYSML14;
			};
			setPapyrusCSSForceValueVisible(existingChild, TRUE);
			isClassNameDecorationNodeExist := true;
			children += existingChild;
		} elif (existingChild.type = COMPARTMENT_SHAPE_DISPLAY) {
			children += existingChild;
		} elif (existingChild.type = PARAMETER_COMPARTMENT_SYSML11) {
			var createParametersCompartment:notation::Compartment := createDefaultCompartement(PARAMETERS_COMPARTMENT_SYSML14);
			isParametersCompartmentExist := true;
			// Check if the title EAnnotation exist, if this is the case, modify the show title
			createParametersCompartment.eAnnotations += manageShowTitleEAnnotationAsCompartmentAttribute(createParametersCompartment, existingChild);
			createParametersCompartment.children := existingChild.children->map fromSysML11Shape(result);
			children += createParametersCompartment;
		} elif (existingChild.type = CONSTRAINT_COMPARTMENT_SYSML11) {
			var createConstraintsCompartment:notation::Compartment := createDefaultCompartement(CONSTRAINTS_COMPARTMENT_SYSML14);
			isConstraintsCompartmentExist := true;
			// Check if the title EAnnotation exist, if this is the case, modify the show title
			createConstraintsCompartment.eAnnotations += manageShowTitleEAnnotationAsCompartmentAttribute(createConstraintsCompartment, existingChild);
			createConstraintsCompartment.children := existingChild.children->map fromSysML11Shape(result);
			children += createConstraintsCompartment;
		};
	};
	
	// If the shape is not in the diagram, this is a Child node
	if (not isCN) {
		type := CLASS_SHAPE_SYSML14;
		
		if(not isClassNameDecorationNodeExist){
			children += createDefaultNameLabelDecorationNode(CLASS_NAME_LABEL_DECORATIONNODE_SYSML14);
		};
		children += createDefaultFloatingNameLabelDecorationNode(CLASS_FLOATING_LABEL_DECORATIONNODE_SYSML14);
		
		children += createDefaultBasicCompartement(CLASS_ATTRIBUTE_COMPARTMENT_SYSML14);
		children += createDefaultBasicCompartement(CLASS_OPERATION_COMPARTMENT_SYSML14);
		children += createDefaultBasicCompartement(CLASS_NESTEDCLASSIFIER_COMPARTMENT_SYSML14);
		
	} else {
		type := CLASS_SHAPE_CN_SYSML14;
		
		if(not isClassNameDecorationNodeExist){
			children += createDefaultNameLabelDecorationNode(CLASS_NAME_LABEL_DECORATIONNODE_CN_SYSML14);
		};
		children += createDefaultFloatingNameLabelDecorationNode(CLASS_FLOATING_LABEL_DECORATIONNODE_CN_SYSML14);
		
		children += createDefaultBasicCompartement(CLASS_ATTRIBUTE_COMPARTMENT_CN_SYSML14);
		children += createDefaultBasicCompartement(CLASS_OPERATION_COMPARTMENT_CN_SYSML14);
		children += createDefaultBasicCompartement(CLASS_NESTEDCLASSIFIER_COMPARTMENT_CN_SYSML14);
	};
	
	
	children += createDefaultCompartement(FLOWPORTS_COMPARTMENT_SYSML14);
	if(not isConstraintsCompartmentExist){
		children += createDefaultCompartement(CONSTRAINTS_COMPARTMENT_SYSML14);
	};
	children += createDefaultCompartement(PARTS_COMPARTMENT_SYSML14);
	children += createDefaultCompartement(PROXYPORTS_COMPARTMENT_SYSML14);
	children += createDefaultCompartement(FULLPORTS_COMPARTMENT_SYSML14);
	children += createDefaultCompartement(REFERENCES_COMPARTMENT_SYSML14);
	children += createDefaultCompartement(FLOWPROPERTIES_COMPARTMENT_SYSML14);
	if(not isParametersCompartmentExist){
		children += createDefaultCompartement(PARAMETERS_COMPARTMENT_SYSML14);
	};
	
	children += existingChildren[notation::DecorationNode]->any(curr | curr.type = STEREOTYPE_LABEL_DECORATION_NODE)->map fromSysML11StereotypeLabel(result);
	// If the stereotype label decoration node and stereotype brace basic compartment are not available, create it
	if(result.children[notation::DecorationNode]->any(curr | curr.type = STEREOTYPE_LABEL_DECORATION_NODE).oclIsUndefined()){
		createStereotypeLabelDecorationNode(result, CONSTRAINTBLOCK_STEREOTYPE_QN);
	};
	children += existingChildren[notation::BasicCompartment]->any(curr | curr.type = STEREOTYPE_BRACE_COMPARTMENT)->map fromSysML11StereotypeBraceAndCompartment(result);
	if(result.children[notation::BasicCompartment]->any(curr | curr.type = STEREOTYPE_BRACE_COMPARTMENT).oclIsUndefined()){
		createStereotypeBraceBasicCompartment(result, CONSTRAINTBLOCK_STEREOTYPE_QN);
	};
	children += existingChildren[notation::BasicCompartment]->any(curr | curr.type = STEREOTYPE_COMPARTMENT_COMPARTMENT)->map fromSysML11StereotypeBraceAndCompartment(result);
	
	// Manage affixed ports
	children += existingChildren[notation::Shape]->map fromSysML11AffixedPortAsAffixedPort(result);
}

mapping notation::Shape::fromSysML11DataTypeAsDataType(parent:notation::View) : notation::Shape when {self.oclIsTypeOf(notation::Shape) and self.type = DATATYPE_AS_CLASSIFIER_SYSML11} {
	init {
		result := self;
	}
	
	// Remove the existing children
	var existingChildren:OrderedSet(notation::Node) := self.children;
	children := object OrderedSet(notation::Node){};
	
	var isCN:Boolean := not parent.oclIsTypeOf(notation::Diagram);
	
	var isClassNameDecorationNodeExist:Boolean := false;
	var isAttributeCompartmentExist:Boolean := false;
	var isOperationCompartmentExist:Boolean := false;
	
	// Loop on existing children to map with the new correct type
	existingChildren->forEach(existingChild){
		if (existingChild.type = NAMEDELEMENT_LABEL_DECORATIONNODE_SYSML11) {
			if (isCN) {
				existingChild.type := DATATYPE_NAME_LABEL_DECORATIONNODE_CN_SYSML14;
			} else {
				existingChild.type := DATATYPE_NAME_LABEL_DECORATIONNODE_SYSML14;
			};
			setPapyrusCSSForceValueVisible(existingChild, TRUE);
			isClassNameDecorationNodeExist := true;
			children += existingChild;
		} elif (existingChild.type = PROPERTY_UML_COMPARTMENT_SYSML11) {
			if (isCN) {
				existingChild.type := DATATYPE_ATTRIBUTE_COMPARTMENT_CN_SYSML14;
			} else {
				existingChild.type := DATATYPE_ATTRIBUTE_COMPARTMENT_SYSML14;
			};
			setPapyrusCSSForceValueVisible(existingChild, TRUE);
			setShowTitle(existingChild, true);
			// Calculate the new children
			existingChild.children := existingChild.children->map fromSysML11Shape(result);
			isAttributeCompartmentExist := true;
			children += existingChild;
		} elif (existingChild.type = OPERATION_UML_COMPARTMENT_SYSML11) {
			if (isCN) {
				existingChild.type := DATATYPE_OPERATION_COMPARTMENT_CN_SYSML14;
			} else {
				existingChild.type := DATATYPE_OPERATION_COMPARTMENT_SYSML14;
			};
			setPapyrusCSSForceValueVisible(existingChild, TRUE);
			setShowTitle(existingChild, true);
			// Calculate the new children
			existingChild.children := existingChild.children->map fromSysML11Shape(result);
			isOperationCompartmentExist := true;
			children += existingChild;
		} elif (existingChild.type = COMPARTMENT_SHAPE_DISPLAY) {
			children += existingChild;
		};
	};
	
	// If the shape is not in the diagram, this is a Child node
	if (not isCN) {
		type := DATATYPE_SHAPE_SYSML14;
		
		if(not isClassNameDecorationNodeExist){
			children += createDefaultFloatingNameLabelDecorationNode(DATATYPE_NAME_LABEL_DECORATIONNODE_SYSML14);
		};
		children += createDefaultFloatingNameLabelDecorationNode(DATATYPE_FLOATING_LABEL_DECORATIONNODE_SYSML14);
		
		if(not isAttributeCompartmentExist){
			children += createDefaultBasicCompartement(DATATYPE_ATTRIBUTE_COMPARTMENT_SYSML14);
		};
		if(not isOperationCompartmentExist){
			children += createDefaultBasicCompartement(DATATYPE_OPERATION_COMPARTMENT_SYSML14);
		};
		
	} else {
		type := DATATYPE_SHAPE_CN_SYSML14;
		
		if(not isClassNameDecorationNodeExist){
			children += createDefaultFloatingNameLabelDecorationNode(DATATYPE_NAME_LABEL_DECORATIONNODE_CN_SYSML14);
		};
		children += createDefaultFloatingNameLabelDecorationNode(DATATYPE_FLOATING_LABEL_DECORATIONNODE_CN_SYSML14);
		
		if(not isAttributeCompartmentExist){
			children += createDefaultBasicCompartement(DATATYPE_ATTRIBUTE_COMPARTMENT_CN_SYSML14);
		};
		if(not isOperationCompartmentExist){
			children += createDefaultBasicCompartement(DATATYPE_OPERATION_COMPARTMENT_CN_SYSML14);
		};
	};
	
	children += existingChildren[notation::DecorationNode]->any(curr | curr.type = STEREOTYPE_LABEL_DECORATION_NODE)->map fromSysML11StereotypeLabel(result);
	children += existingChildren[notation::BasicCompartment]->any(curr | curr.type = STEREOTYPE_BRACE_COMPARTMENT)->map fromSysML11StereotypeBraceAndCompartment(result);
	children += existingChildren[notation::BasicCompartment]->any(curr | curr.type = STEREOTYPE_COMPARTMENT_COMPARTMENT)->map fromSysML11StereotypeBraceAndCompartment(result);
}

mapping notation::Shape::fromSysML11DimensionAsInstanceSpecification(parent:notation::View) : notation::Shape when {self.oclIsTypeOf(notation::Shape) and self.type = DIMENSION_AS_CLASSIFIER_SYSML11} {
	init {
		result := self;
	}
	
	// Remove the existing children
	var existingChildren:OrderedSet(notation::Node) := self.children;
	children := object OrderedSet(notation::Node){};
	styles := object OrderedSet(notation::Style){};
	
	var isCN:Boolean := not parent.oclIsTypeOf(notation::Diagram);
	
	// If the shape is not in the diagram, this is a Child node
	if (not isCN) {
		type := INSTANCESPECIFICATION_SHAPE_SYSML14;
		
		children += createDefaultNameLabelDecorationNode(INSTANCESPECIFICATION_NAME_LABEL_DECORATIONNODE_SYSML14);
		children += createDefaultFloatingNameLabelDecorationNode(INSTANCESPECIFICATION_FLOATING_LABEL_DECORATIONNODE_SYSML14);
		
		children += createDefaultBasicCompartement(INSTANCESPECIFICATION_SLOP_COMPARTMENT_SYSML14);
		
	} else {
		type := INSTANCESPECIFICATION_SHAPE_CN_SYSML14;
		
		children += createDefaultNameLabelDecorationNode(INSTANCESPECIFICATION_NAME_LABEL_DECORATIONNODE_CN_SYSML14);
		children += createDefaultFloatingNameLabelDecorationNode(INSTANCESPECIFICATION_FLOATING_LABEL_DECORATIONNODE_CN_SYSML14);
		
		children += createDefaultBasicCompartement(INSTANCESPECIFICATION_SLOP_COMPARTMENT_SYSML14);
	};
	
	children += existingChildren[notation::DecorationNode]->any(curr | curr.type = STEREOTYPE_LABEL_DECORATION_NODE)->map fromSysML11StereotypeLabel(result);
	children += existingChildren[notation::BasicCompartment]->any(curr | curr.type = STEREOTYPE_BRACE_COMPARTMENT)->map fromSysML11StereotypeBraceAndCompartment(result);
	children += existingChildren[notation::BasicCompartment]->any(curr | curr.type = STEREOTYPE_COMPARTMENT_COMPARTMENT)->map fromSysML11StereotypeBraceAndCompartment(result);
}

mapping notation::Shape::fromSysML11EnumerationAsEnumeration(parent:notation::View) : notation::Shape when {self.oclIsTypeOf(notation::Shape) and self.type = ENUMERATION_AS_CLASSIFIER_SYSML11} {
	init {
		result := self;
	}
	
	// Remove the existing children
	var existingChildren:OrderedSet(notation::Node) := self.children;
	children := object OrderedSet(notation::Node){};
	
	var isCN:Boolean := not parent.oclIsTypeOf(notation::Diagram);
	
	var isClassNameDecorationNodeExist:Boolean := false;
	var isLiteralCompartmentExist:Boolean := false;
	
	// Loop on existing children to map with the new correct type
	existingChildren->forEach(existingChild){
		if (existingChild.type = NAMEDELEMENT_LABEL_DECORATIONNODE_SYSML11) {
			if (isCN) {
				existingChild.type := ENUMERATION_NAME_LABEL_DECORATIONNODE_CN_SYSML14;
			} else {
				existingChild.type := ENUMERATION_NAME_LABEL_DECORATIONNODE_SYSML14;
			};
			setPapyrusCSSForceValueVisible(existingChild, TRUE);
			isClassNameDecorationNodeExist := true;
			children += existingChild;
		} elif (existingChild.type = ENUMERATIONLITERAL_COMPARTMENT_SYSML11) {
			if (isCN) {
				existingChild.type := ENUMERATION_LITERAL_COMPARTMENT_CN_SYSML14;
			} else {
				existingChild.type := ENUMERATION_LITERAL_COMPARTMENT_SYSML14;
			};
			setPapyrusCSSForceValueVisible(existingChild, TRUE);
			setShowTitle(existingChild, true);
			// Calculate the new children
			existingChild.children := existingChild.children->map fromSysML11Shape(result);
			isLiteralCompartmentExist := true;
			children += existingChild;
		} elif (existingChild.type = COMPARTMENT_SHAPE_DISPLAY) {
			children += existingChild;
		};
	};
	
	// If the shape is not in the diagram, this is a Child node
	if (not isCN) {
		type := ENUMERATION_SHAPE_SYSML14;
		
		if(not isClassNameDecorationNodeExist){
			children += createDefaultFloatingNameLabelDecorationNode(ENUMERATION_NAME_LABEL_DECORATIONNODE_SYSML14);
		};
		children += createDefaultFloatingNameLabelDecorationNode(ENUMERATION_FLOATING_LABEL_DECORATIONNODE_SYSML14);
		
		if(not isLiteralCompartmentExist){
			children += createDefaultBasicCompartement(ENUMERATION_LITERAL_COMPARTMENT_SYSML14);
		};
		
	} else {
		type := ENUMERATION_SHAPE_CN_SYSML14;
		
		if(not isClassNameDecorationNodeExist){
			children += createDefaultFloatingNameLabelDecorationNode(ENUMERATION_NAME_LABEL_DECORATIONNODE_CN_SYSML14);
		};
		children += createDefaultFloatingNameLabelDecorationNode(ENUMERATION_FLOATING_LABEL_DECORATIONNODE_CN_SYSML14);
		
		if(not isLiteralCompartmentExist){
			children += createDefaultBasicCompartement(ENUMERATION_LITERAL_COMPARTMENT_CN_SYSML14);
		};
	};
	
	children += existingChildren[notation::DecorationNode]->any(curr | curr.type = STEREOTYPE_LABEL_DECORATION_NODE)->map fromSysML11StereotypeLabel(result);
	children += existingChildren[notation::BasicCompartment]->any(curr | curr.type = STEREOTYPE_BRACE_COMPARTMENT)->map fromSysML11StereotypeBraceAndCompartment(result);
	children += existingChildren[notation::BasicCompartment]->any(curr | curr.type = STEREOTYPE_COMPARTMENT_COMPARTMENT)->map fromSysML11StereotypeBraceAndCompartment(result);
}

mapping notation::Shape::fromSysML11FlowSpecificationAsClass(parent:notation::View) : notation::Shape when {self.oclIsTypeOf(notation::Shape) and self.type = FLOWSPECIFICATION_AS_CLASSIFIER_SYSML11} {
	init {
		result := self;
	}
	
	// Remove the existing children
	var existingChildren:OrderedSet(notation::Node) := self.children;
	children := object OrderedSet(notation::Node){};
	
	var isCN:Boolean := not parent.oclIsTypeOf(notation::Diagram);
	
	var isClassNameDecorationNodeExist:Boolean := false;
	var isFlowPropertiesCompartmentExist:Boolean := false;
	
	// Loop on existing children to map with the new correct type
	existingChildren->forEach(existingChild){
		if (existingChild.type = FLOWSEPCIFICATION_LABEL_DECORATIONNODE_SYSML11) {
			if (isCN) {
				existingChild.type := INTERFACE_NAME_LABEL_DECORATIONNODE_CN_SYSML14;
			} else {
				existingChild.type := INTERFACE_NAME_LABEL_DECORATIONNODE_SYSML14;
			};
			setPapyrusCSSForceValueVisible(existingChild, TRUE);
			isClassNameDecorationNodeExist := true;
			children += existingChild;
		} elif (existingChild.type = FLOWPROPERTY_COMPARTMENT_SYSML11) {
			var createFlowPropertiesCompartment:notation::Compartment := createDefaultCompartement(FLOWPROPERTIES_COMPARTMENT_SYSML14);
			isFlowPropertiesCompartmentExist := true;
			// Check if the title EAnnotation exist, if this is the case, modify the show title
			createFlowPropertiesCompartment.eAnnotations += manageShowTitleEAnnotationAsCompartmentAttribute(createFlowPropertiesCompartment, existingChild);
			createFlowPropertiesCompartment.children := existingChild.children->map fromSysML11Shape(result);
			setPapyrusCSSForceValueVisible(createFlowPropertiesCompartment, TRUE);
			children += createFlowPropertiesCompartment;
		} elif (existingChild.type = COMPARTMENT_SHAPE_DISPLAY) {
			children += existingChild;
		};
	};
	
	// If the shape is not in the diagram, this is a Child node
	if (not isCN) {
		type := INTERFACE_SHAPE_SYSML14;
		
		if(not isClassNameDecorationNodeExist){
			children += createDefaultFloatingNameLabelDecorationNode(INTERFACE_NAME_LABEL_DECORATIONNODE_SYSML14);
		};
		children += createDefaultFloatingNameLabelDecorationNode(INTERFACE_FLOATING_LABEL_DECORATIONNODE_SYSML14);
		
		children += createDefaultBasicCompartement(INTERFACE_ATTRIBUTE_COMPARTMENT_SYSML14);
		children += createDefaultBasicCompartement(INTERFACE_OPERATION_COMPARTMENT_SYSML14);
		children += createDefaultBasicCompartement(INTERFACE_NESTEDCLASSIFIER_COMPARTMENT_SYSML14);
		
	} else {
		type := INTERFACE_SHAPE_CN_SYSML14;
		
		if(not isClassNameDecorationNodeExist){
			children += createDefaultFloatingNameLabelDecorationNode(INTERFACE_NAME_LABEL_DECORATIONNODE_CN_SYSML14);
		};
		children += createDefaultFloatingNameLabelDecorationNode(INTERFACE_FLOATING_LABEL_DECORATIONNODE_CN_SYSML14);
		
		children += createDefaultBasicCompartement(INTERFACE_ATTRIBUTE_COMPARTMENT_CN_SYSML14);
		children += createDefaultBasicCompartement(INTERFACE_OPERATION_COMPARTMENT_CN_SYSML14);
		children += createDefaultBasicCompartement(INTERFACE_NESTEDCLASSIFIER_COMPARTMENT_CN_SYSML14);
	};
	if (not isFlowPropertiesCompartmentExist) {
		children += createDefaultCompartement(FLOWPROPERTIES_COMPARTMENT_SYSML14);
	};
	
	children += existingChildren[notation::DecorationNode]->any(curr | curr.type = STEREOTYPE_LABEL_DECORATION_NODE)->map fromSysML11StereotypeLabel(result);
	// If the stereotype label decoration node and stereotype brace basic compartment are not available, create it
	if(result.children[notation::DecorationNode]->any(curr | curr.type = STEREOTYPE_LABEL_DECORATION_NODE).oclIsUndefined()){
		createStereotypeLabelDecorationNode(result, FLOWSPECIFICATION_STEREOTYPE_QN);
	};
	children += existingChildren[notation::BasicCompartment]->any(curr | curr.type = STEREOTYPE_BRACE_COMPARTMENT)->map fromSysML11StereotypeBraceAndCompartment(result);
	if(result.children[notation::BasicCompartment]->any(curr | curr.type = STEREOTYPE_BRACE_COMPARTMENT).oclIsUndefined()){
		createStereotypeBraceBasicCompartment(result, FLOWSPECIFICATION_STEREOTYPE_QN);
	};
	children += existingChildren[notation::BasicCompartment]->any(curr | curr.type = STEREOTYPE_COMPARTMENT_COMPARTMENT)->map fromSysML11StereotypeBraceAndCompartment(result);
}

mapping notation::Shape::fromSysML11InterfaceAsInterface(parent:notation::View) : notation::Shape when {self.oclIsTypeOf(notation::Shape) and self.type = INTERFACE_AS_CLASSIFIER_SYSML11} {
	init {
		result := self;
	}
	
	// Remove the existing children
	var existingChildren:OrderedSet(notation::Node) := self.children;
	children := object OrderedSet(notation::Node){};
	
	var isCN:Boolean := not parent.oclIsTypeOf(notation::Diagram);
	
	var isClassNameDecorationNodeExist:Boolean := false;
	var isAttributeCompartmentExist:Boolean := false;
	var isOperationCompartmentExist:Boolean := false;
	
	// Loop on existing children to map with the new correct type
	existingChildren->forEach(existingChild){
		if (existingChild.type = NAMEDELEMENT_LABEL_DECORATIONNODE_SYSML11) {
			if (isCN) {
				existingChild.type := INTERFACE_NAME_LABEL_DECORATIONNODE_CN_SYSML14;
			} else {
				existingChild.type := INTERFACE_NAME_LABEL_DECORATIONNODE_SYSML14;
			};
			setPapyrusCSSForceValueVisible(existingChild, TRUE);
			isClassNameDecorationNodeExist := true;
			children += existingChild;
		} elif (existingChild.type = PROPERTY_UML_COMPARTMENT_SYSML11) {
			if (isCN) {
				existingChild.type := INTERFACE_ATTRIBUTE_COMPARTMENT_CN_SYSML14;
			} else {
				existingChild.type := INTERFACE_ATTRIBUTE_COMPARTMENT_SYSML14;
			};
			setPapyrusCSSForceValueVisible(existingChild, TRUE);
			setShowTitle(existingChild, true);
			// Calculate the new children
			existingChild.children := existingChild.children->map fromSysML11Shape(result);
			isAttributeCompartmentExist := true;
			children += existingChild;
		} elif (existingChild.type = OPERATION_UML_COMPARTMENT_SYSML11) {
			if (isCN) {
				existingChild.type := INTERFACE_OPERATION_COMPARTMENT_CN_SYSML14;
			} else {
				existingChild.type := INTERFACE_OPERATION_COMPARTMENT_SYSML14;
			};
			setPapyrusCSSForceValueVisible(existingChild, TRUE);
			setShowTitle(existingChild, true);
			// Calculate the new children
			existingChild.children := existingChild.children->map fromSysML11Shape(result);
			isOperationCompartmentExist := true;
			children += existingChild;
		} elif (existingChild.type = COMPARTMENT_SHAPE_DISPLAY) {
			children += existingChild;
		};
	};
	
	// If the shape is not in the diagram, this is a Child node
	if (not isCN) {
		type := INTERFACE_SHAPE_SYSML14;
		
		if(not isClassNameDecorationNodeExist){
			children += createDefaultFloatingNameLabelDecorationNode(INTERFACE_NAME_LABEL_DECORATIONNODE_SYSML14);
		};
		children += createDefaultFloatingNameLabelDecorationNode(INTERFACE_FLOATING_LABEL_DECORATIONNODE_SYSML14);
		
		if(not isAttributeCompartmentExist){
			children += createDefaultBasicCompartement(INTERFACE_ATTRIBUTE_COMPARTMENT_SYSML14);
		};
		if(not isOperationCompartmentExist){
			children += createDefaultBasicCompartement(INTERFACE_OPERATION_COMPARTMENT_SYSML14);
		};
		children += createDefaultBasicCompartement(INTERFACE_NESTEDCLASSIFIER_COMPARTMENT_SYSML14);
	} else {
		type := INTERFACE_SHAPE_CN_SYSML14;
		
		if(not isClassNameDecorationNodeExist){
			children += createDefaultFloatingNameLabelDecorationNode(INTERFACE_NAME_LABEL_DECORATIONNODE_CN_SYSML14);
		};
		children += createDefaultFloatingNameLabelDecorationNode(INTERFACE_FLOATING_LABEL_DECORATIONNODE_CN_SYSML14);
		
		if(not isAttributeCompartmentExist){
			children += createDefaultBasicCompartement(INTERFACE_ATTRIBUTE_COMPARTMENT_CN_SYSML14);
		};
		if(not isOperationCompartmentExist){
			children += createDefaultBasicCompartement(INTERFACE_OPERATION_COMPARTMENT_CN_SYSML14);
		};
		children += createDefaultBasicCompartement(INTERFACE_NESTEDCLASSIFIER_COMPARTMENT_CN_SYSML14);
	};
	
	children += createDefaultCompartement(FLOWPROPERTIES_COMPARTMENT_SYSML14);
	
	children += existingChildren[notation::DecorationNode]->any(curr | curr.type = STEREOTYPE_LABEL_DECORATION_NODE)->map fromSysML11StereotypeLabel(result);
	children += existingChildren[notation::BasicCompartment]->any(curr | curr.type = STEREOTYPE_BRACE_COMPARTMENT)->map fromSysML11StereotypeBraceAndCompartment(result);
	children += existingChildren[notation::BasicCompartment]->any(curr | curr.type = STEREOTYPE_COMPARTMENT_COMPARTMENT)->map fromSysML11StereotypeBraceAndCompartment(result);
}

mapping notation::Shape::fromSysML11PrimitiveTypeAsPrimitiveType(parent:notation::View) : notation::Shape when {self.oclIsTypeOf(notation::Shape) and self.type = PRIMITIVETYPE_AS_CLASSIFIER_SYSML11} {
	init {
		result := self;
	}
	
	// Remove the existing children
	var existingChildren:OrderedSet(notation::Node) := self.children;
	children := object OrderedSet(notation::Node){};
	
	var isCN:Boolean := not parent.oclIsTypeOf(notation::Diagram);
	
	var isClassNameDecorationNodeExist:Boolean := false;
	
	// Loop on existing children to map with the new correct type
	existingChildren->forEach(existingChild){
		if (existingChild.type = NAMEDELEMENT_LABEL_DECORATIONNODE_SYSML11) {
			if (isCN) {
				existingChild.type := PRIMITIVETYPE_NAME_LABEL_DECORATIONNODE_CN_SYSML14;
			} else {
				existingChild.type := PRIMITIVETYPE_NAME_LABEL_DECORATIONNODE_SYSML14;
			};
			setPapyrusCSSForceValueVisible(existingChild, TRUE);
			isClassNameDecorationNodeExist := true;
			children += existingChild;
		} elif (existingChild.type = COMPARTMENT_SHAPE_DISPLAY) {
			children += existingChild;
		};
	};
	
	// If the shape is not in the diagram, this is a Child node
	if (not isCN) {
		type := PRIMITIVETYPE_SHAPE_SYSML14;
		
		if(not isClassNameDecorationNodeExist){
			children += createDefaultFloatingNameLabelDecorationNode(PRIMITIVETYPE_NAME_LABEL_DECORATIONNODE_SYSML14);
		};
		children += createDefaultFloatingNameLabelDecorationNode(PRIMITIVETYPE_FLOATING_LABEL_DECORATIONNODE_SYSML14);
		
		children += createDefaultBasicCompartement(PRIMITIVETYPE_ATTRIBUTE_COMPARTMENT_SYSML14);
		children += createDefaultBasicCompartement(PRIMITIVETYPE_OPERATION_COMPARTMENT_SYSML14);
		
	} else {
		type := PRIMITIVETYPE_SHAPE_CN_SYSML14;
		
		if(not isClassNameDecorationNodeExist){
			children += createDefaultFloatingNameLabelDecorationNode(PRIMITIVETYPE_NAME_LABEL_DECORATIONNODE_CN_SYSML14);
		};
		children += createDefaultFloatingNameLabelDecorationNode(PRIMITIVETYPE_FLOATING_LABEL_DECORATIONNODE_CN_SYSML14);
		
		children += createDefaultBasicCompartement(PRIMITIVETYPE_ATTRIBUTE_COMPARTMENT_CN_SYSML14);
		children += createDefaultBasicCompartement(PRIMITIVETYPE_OPERATION_COMPARTMENT_CN_SYSML14);
	};
	
	children += existingChildren[notation::DecorationNode]->any(curr | curr.type = STEREOTYPE_LABEL_DECORATION_NODE)->map fromSysML11StereotypeLabel(result);
	children += existingChildren[notation::BasicCompartment]->any(curr | curr.type = STEREOTYPE_BRACE_COMPARTMENT)->map fromSysML11StereotypeBraceAndCompartment(result);
	children += existingChildren[notation::BasicCompartment]->any(curr | curr.type = STEREOTYPE_COMPARTMENT_COMPARTMENT)->map fromSysML11StereotypeBraceAndCompartment(result);
}



mapping notation::Shape::fromSysML11SignalAsSignal(parent:notation::View) : notation::Shape when {self.oclIsTypeOf(notation::Shape) and self.type = SIGNAL_AS_CLASSIFIER_SYSML11} {
	init {
		result := self;
	}
	
	// Remove the existing children
	var existingChildren:OrderedSet(notation::Node) := self.children;
	children := object OrderedSet(notation::Node){};
	
	var isCN:Boolean := not parent.oclIsTypeOf(notation::Diagram);
	
	var isClassNameDecorationNodeExist:Boolean := false;
	var isAttributeCompartmentExist:Boolean := false;
	
	// Loop on existing children to map with the new correct type
	existingChildren->forEach(existingChild){
		if (existingChild.type = NAMEDELEMENT_LABEL_DECORATIONNODE_SYSML11) {
			if (isCN) {
				existingChild.type := SIGNAL_NAME_LABEL_DECORATIONNODE_CN_SYSML14;
			} else {
				existingChild.type := SIGNAL_NAME_LABEL_DECORATIONNODE_SYSML14;
			};
			setPapyrusCSSForceValueVisible(existingChild, TRUE);
			isClassNameDecorationNodeExist := true;
			children += existingChild;
		} elif (existingChild.type = PROPERTY_UML_COMPARTMENT_SYSML11) {
			if (isCN) {
				existingChild.type := SIGNAL_ATTRIBUTE_COMPARTMENT_CN_SYSML14;
			} else {
				existingChild.type := SIGNAL_ATTRIBUTE_COMPARTMENT_SYSML14;
			};
			setPapyrusCSSForceValueVisible(existingChild, TRUE);
			setShowTitle(existingChild, true);
			// Calculate the new children
			existingChild.children := existingChild.children->map fromSysML11Shape(result);
			isAttributeCompartmentExist := true;
			children += existingChild;
		} elif (existingChild.type = COMPARTMENT_SHAPE_DISPLAY) {
			children += existingChild;
		};
	};
	
	// If the shape is not in the diagram, this is a Child node
	if (not isCN) {
		type := SIGNAL_SHAPE_SYSML14;
		
		if(not isClassNameDecorationNodeExist){
			children += createDefaultFloatingNameLabelDecorationNode(SIGNAL_NAME_LABEL_DECORATIONNODE_SYSML14);
		};
		children += createDefaultFloatingNameLabelDecorationNode(SIGNAL_FLOATING_LABEL_DECORATIONNODE_SYSML14);
		
		if(not isAttributeCompartmentExist){
			children += createDefaultBasicCompartement(SIGNAL_ATTRIBUTE_COMPARTMENT_SYSML14);
		};
		
	} else {
		type := SIGNAL_SHAPE_CN_SYSML14;
		
		if(not isClassNameDecorationNodeExist){
			children += createDefaultFloatingNameLabelDecorationNode(SIGNAL_NAME_LABEL_DECORATIONNODE_CN_SYSML14);
		};
		children += createDefaultFloatingNameLabelDecorationNode(SIGNAL_FLOATING_LABEL_DECORATIONNODE_CN_SYSML14);
		
		if(not isAttributeCompartmentExist){
			children += createDefaultBasicCompartement(SIGNAL_ATTRIBUTE_COMPARTMENT_CN_SYSML14);
		};
	};
	
	children += existingChildren[notation::DecorationNode]->any(curr | curr.type = STEREOTYPE_LABEL_DECORATION_NODE)->map fromSysML11StereotypeLabel(result);
	children += existingChildren[notation::BasicCompartment]->any(curr | curr.type = STEREOTYPE_BRACE_COMPARTMENT)->map fromSysML11StereotypeBraceAndCompartment(result);
	children += existingChildren[notation::BasicCompartment]->any(curr | curr.type = STEREOTYPE_COMPARTMENT_COMPARTMENT)->map fromSysML11StereotypeBraceAndCompartment(result);
}

mapping notation::Shape::fromSysML11UnitAsInstanceSpecification(parent:notation::View) : notation::Shape when {self.oclIsTypeOf(notation::Shape) and self.type = UNIT_AS_CLASSIFIER_SYSML11} {
	init {
		result := self;
	}
	
	// Remove the existing children
	var existingChildren:OrderedSet(notation::Node) := self.children;
	children := object OrderedSet(notation::Node){};
	styles := object OrderedSet(notation::Style){};
	
	var isCN:Boolean := not parent.oclIsTypeOf(notation::Diagram);
	
	// If the shape is not in the diagram, this is a Child node
	if (not isCN) {
		type := INSTANCESPECIFICATION_SHAPE_SYSML14;
		
		children += createDefaultNameLabelDecorationNode(INSTANCESPECIFICATION_NAME_LABEL_DECORATIONNODE_SYSML14);
		children += createDefaultFloatingNameLabelDecorationNode(INSTANCESPECIFICATION_FLOATING_LABEL_DECORATIONNODE_SYSML14);
		
		children += createDefaultBasicCompartement(INSTANCESPECIFICATION_SLOP_COMPARTMENT_SYSML14);
		
	} else {
		type := INSTANCESPECIFICATION_SHAPE_CN_SYSML14;
		
		children += createDefaultNameLabelDecorationNode(INSTANCESPECIFICATION_NAME_LABEL_DECORATIONNODE_CN_SYSML14);
		children += createDefaultFloatingNameLabelDecorationNode(INSTANCESPECIFICATION_FLOATING_LABEL_DECORATIONNODE_CN_SYSML14);
		
		children += createDefaultBasicCompartement(INSTANCESPECIFICATION_SLOP_COMPARTMENT_CN_SYSML14);
	};
	
	children += existingChildren[notation::DecorationNode]->any(curr | curr.type = STEREOTYPE_LABEL_DECORATION_NODE)->map fromSysML11StereotypeLabel(result);
	children += existingChildren[notation::BasicCompartment]->any(curr | curr.type = STEREOTYPE_BRACE_COMPARTMENT)->map fromSysML11StereotypeBraceAndCompartment(result);
	children += existingChildren[notation::BasicCompartment]->any(curr | curr.type = STEREOTYPE_COMPARTMENT_COMPARTMENT)->map fromSysML11StereotypeBraceAndCompartment(result);
}

mapping notation::Shape::fromSysML11ValueTypeAsDataType(parent:notation::View) : notation::Shape when {self.oclIsTypeOf(notation::Shape) and self.type = VALUETYPE_AS_CLASSIFIER_SYSML11} {
	init {
		result := self;
	}
	
	// Remove the existing children
	var existingChildren:OrderedSet(notation::Node) := self.children;
	children := object OrderedSet(notation::Node){};
	
	var isCN:Boolean := not parent.oclIsTypeOf(notation::Diagram);
	
	var isClassNameDecorationNodeExist:Boolean := false;
	var isAttributeCompartmentExist:Boolean := false;
	var isOperationCompartmentExist:Boolean := false;
	
	// Loop on existing children to map with the new correct type
	existingChildren->forEach(existingChild){
		if (existingChild.type = VALUETYPE_NAME_COMPARTMENT_SYSML11) {
			if (isCN) {
				existingChild.type := DATATYPE_NAME_LABEL_DECORATIONNODE_CN_SYSML14;
			} else {
				existingChild.type := DATATYPE_NAME_LABEL_DECORATIONNODE_SYSML14;
			};
			setPapyrusCSSForceValueVisible(existingChild, TRUE);
			isClassNameDecorationNodeExist := true;
			children += existingChild;
		} elif (existingChild.type = PROPERTY_UML_COMPARTMENT_SYSML11) {
			if (isCN) {
				existingChild.type := DATATYPE_ATTRIBUTE_COMPARTMENT_CN_SYSML14;
			} else {
				existingChild.type := DATATYPE_ATTRIBUTE_COMPARTMENT_SYSML14;
			};
			setPapyrusCSSForceValueVisible(existingChild, TRUE);
			setShowTitle(existingChild, true);
			// Calculate the new children
			existingChild.children := existingChild.children->map fromSysML11Shape(result);
			isAttributeCompartmentExist := true;
			children += existingChild;
		} elif (existingChild.type = OPERATION_UML_COMPARTMENT_SYSML11) {
			if (isCN) {
				existingChild.type := DATATYPE_OPERATION_COMPARTMENT_CN_SYSML14;
			} else {
				existingChild.type := DATATYPE_OPERATION_COMPARTMENT_SYSML14;
			};
			setPapyrusCSSForceValueVisible(existingChild, TRUE);
			setShowTitle(existingChild, true);
			// Calculate the new children
			existingChild.children := existingChild.children->map fromSysML11Shape(result);
			isOperationCompartmentExist := true;
			children += existingChild;
		} elif (existingChild.type = COMPARTMENT_SHAPE_DISPLAY) {
			children += existingChild;
		};
	};
	
	// If the shape is not in the diagram, this is a Child node
	if (not isCN) {
		type := DATATYPE_SHAPE_SYSML14;
		
		if(not isClassNameDecorationNodeExist){
			children += createDefaultFloatingNameLabelDecorationNode(DATATYPE_NAME_LABEL_DECORATIONNODE_SYSML14);
		};
		children += createDefaultFloatingNameLabelDecorationNode(DATATYPE_FLOATING_LABEL_DECORATIONNODE_SYSML14);
		
		if(not isAttributeCompartmentExist){
			children += createDefaultBasicCompartement(DATATYPE_ATTRIBUTE_COMPARTMENT_SYSML14);
		};
		if(not isOperationCompartmentExist){
			children += createDefaultBasicCompartement(DATATYPE_OPERATION_COMPARTMENT_SYSML14);
		};
		
	} else {
		type := DATATYPE_SHAPE_CN_SYSML14;
		
		if(not isClassNameDecorationNodeExist){
			children += createDefaultFloatingNameLabelDecorationNode(DATATYPE_NAME_LABEL_DECORATIONNODE_CN_SYSML14);
		};
		children += createDefaultFloatingNameLabelDecorationNode(DATATYPE_FLOATING_LABEL_DECORATIONNODE_CN_SYSML14);
		
		if(not isAttributeCompartmentExist){
			children += createDefaultBasicCompartement(DATATYPE_ATTRIBUTE_COMPARTMENT_CN_SYSML14);
		};
		if(not isOperationCompartmentExist){
			children += createDefaultBasicCompartement(DATATYPE_OPERATION_COMPARTMENT_CN_SYSML14);
		};
	};
	
	children += existingChildren[notation::DecorationNode]->any(curr | curr.type = STEREOTYPE_LABEL_DECORATION_NODE)->map fromSysML11StereotypeLabel(result);
	children += existingChildren[notation::BasicCompartment]->any(curr | curr.type = STEREOTYPE_BRACE_COMPARTMENT)->map fromSysML11StereotypeBraceAndCompartment(result);
	children += existingChildren[notation::BasicCompartment]->any(curr | curr.type = STEREOTYPE_COMPARTMENT_COMPARTMENT)->map fromSysML11StereotypeBraceAndCompartment(result);
}

mapping notation::Node::fromSysML11EnumerationLiteralAsEnumerationLiteral(parent:notation::View) : notation::Shape when {self.oclIsTypeOf(notation::Node) and self.type = ENUMERATIONLITERAL_AS_LABEL_SYSML11} {

	// Initialize the new shape fields
	eAnnotations := self.eAnnotations;
	visible := self.visible;
	mutable := self.mutable;
	sourceEdges := self.sourceEdges;
	targetEdges := self.targetEdges;
	styles := self.styles;
	element := self.element;
	transientChildren := self.transientChildren;
	layoutConstraint := self.layoutConstraint;
	
	// Manage type
	type := ENUMERATIONLITERAL_LITERALLABEL_DECORATIONNODE_SYSML14;
	
	children := self.children->map fromSysML11Shape(result);
}

mapping notation::Node::fromSysML11OperationAsOperation(parent:notation::View) : notation::Shape when {self.oclIsTypeOf(notation::Node) and self.type = OPERATION_AS_LABEL_SYSML11} {

	// Initialize the new shape fields
	eAnnotations := self.eAnnotations;
	visible := self.visible;
	mutable := self.mutable;
	sourceEdges := self.sourceEdges;
	targetEdges := self.targetEdges;
	styles := self.styles;
	element := self.element;
	transientChildren := self.transientChildren;
	layoutConstraint := self.layoutConstraint;
	
	// Manage type
	if (parent.element.oclIsKindOf(UML::PrimitiveType)) {
		type := OPERATION_PRIMITIVETYPEOPERATIONLABEL_SYSML14;
	} elif (parent.element.oclIsKindOf(UML::DataType)) {
		type := OPERATION_DATATYPEOPERATIONLABEL_SYSML14;
	} elif (parent.element.oclIsKindOf(UML::Interface)) {
		type := OPERATION_INTERFACEOPERATIONLABEL_SYSML14;
	} elif (parent.element.oclIsKindOf(UML::Class)) {
		type := OPERATION_CLASSOPERATIONLABEL_SYSML14;
	} else {
		type := OPERATION_OPERATIONLABEL_SYSML14;
	};
	
	children := self.children->map fromSysML11Shape(result);
}

mapping notation::Node::fromSysML11PropertyAsProperty(parent:notation::View) : notation::Shape when {self.oclIsTypeOf(notation::Node) and 
	((self.type = PROPERTY_AS_LABEL_SYSML11)
	or (self.type = CONSTRAINTPROPERTY_AS_LABEL_SYSML11)
	or (self.type = FLOWPORT_AS_LABEL_SYSML11)
	or (self.type = FLOWPROPERTY_AS_LABEL_SYSML11)
	or (self.type = PART_AS_LABEL_SYSML11)
	or (self.type = REFERENCE_AS_LABEL_SYSML11)
	or (self.type = VALUE_AS_LABEL_SYSML11))} {

	// Initialize the new shape fields
	eAnnotations := self.eAnnotations;
	visible := self.visible;
	mutable := self.mutable;
	sourceEdges := self.sourceEdges;
	targetEdges := self.targetEdges;
	styles := self.styles;
	element := self.element;
	transientChildren := self.transientChildren;
	layoutConstraint := self.layoutConstraint;
	
	// Manage type
	if (parent.element.oclIsKindOf(UML::Signal)) {
		type := PROPERTY_SIGNALATTRIBUTELABEL_SYSML14;
	} elif (parent.element.oclIsKindOf(UML::PrimitiveType)) {
		type := PROPERTY_PRIMITIVETYPEATTRIBUTELABEL_SYSML14;
	} elif (parent.element.oclIsKindOf(UML::DataType)) {
		type := PROPERTY_DATATYPEATTRIBUTELABEL_SYSML14;
	} elif (parent.element.oclIsKindOf(UML::Interface)) {
		type := PROPERTY_INTERFACEATTRIBUTELABEL_SYSML14;
	} elif (parent.element.oclIsKindOf(UML::Class)) {
		type := PROPERTY_CLASSATTRIBUTELABEL_SYSML14;
	} else {
		type := PROPERTY_ATTRIBUTELABEL_SYSML14;
	};
	
	children := self.children->map fromSysML11Shape(result);
}

mapping notation::Node::fromSysML11ReceptionAsReception(parent:notation::View) : notation::Shape when {self.oclIsTypeOf(notation::Node) and self.type = RECEPTION_AS_LABEL_SYSML11} {

	// Initialize the new shape fields
	eAnnotations := self.eAnnotations;
	visible := self.visible;
	mutable := self.mutable;
	sourceEdges := self.sourceEdges;
	targetEdges := self.targetEdges;
	styles := self.styles;
	element := self.element;
	transientChildren := self.transientChildren;
	layoutConstraint := self.layoutConstraint;
	
	// Manage type
	if (parent.element.oclIsKindOf(UML::Interface)) {
		type := RECEPTION_INTERFACERECEPTIONLABEL_SYSML14;
	} else {
		type := RECEPTION_RECEPTIONLABEL_SYSML14;
	};
	
	children := self.children->map fromSysML11Shape(result);
}

mapping notation::Shape::fromSysML11PackageShapeAsModel(parent:notation::View) : notation::Shape when {self.oclIsTypeOf(notation::Shape) and self.element.oclIsKindOf(UML::Model)} {
	init {
		result := self;
	}
	var isCN:Boolean := not parent.oclIsTypeOf(notation::Diagram);
	
	// Remove the existing children
	var existingChildren:OrderedSet(notation::Node) := self.children;
	children := object OrderedSet(notation::Node){};
	
	var typeLabel:String = MODEL_SHAPE_SYSML14;
	var modelNameLabel:String := MODEL_NAME_LABEL_DECORATIONNODE_SYSML14;
	var modelPackagedElementCompartment:String := MODEL_PACKAGEDELEMENT_COMPARTMENT_SYSML14;
	
	// If the shape is not in the diagram, this is a Child node
	if (isCN) {
		typeLabel := MODEL_SHAPE_CN_SYSML14;
		modelNameLabel := MODEL_NAME_LABEL_DECORATIONNODE_CN_SYSML14;
		modelPackagedElementCompartment:= MODEL_PACKAGEDELEMENT_COMPARTMENT_CN_SYSML14;
	};
	
	type := typeLabel;
	
	if(self.type = NAMEDELEMENT_DEFAULTSHAPE){
		children += createDefaultNameLabelDecorationNode(modelNameLabel);
		var packageElementCompartment:notation::BasicCompartment := createDefaultBasicCompartement(modelPackagedElementCompartment);
		packageElementCompartment.styles += object notation::TitleStyle{};
		packageElementCompartment.layoutConstraint := object notation::Bounds{};
		children += packageElementCompartment;
	}else{
		// Search if the packaged element compartment is existing
		existingChildren->forEach(existingChild){
			if (existingChild.type = PACKAGE_NAME_LABEL_DECORATIONNODE_SYSML14 or existingChild.type = PACKAGE_NAME_LABEL_DECORATIONNODE_CN_SYSML14) {
				existingChild.type := modelNameLabel;
				setPapyrusCSSForceValueVisible(existingChild, TRUE);
				children += existingChild;
			} elif (existingChild.type = PACKAGE_PACKAGEDELEMENT_COMPARTMENT_SYSML14 or existingChild.type = PACKAGE_PACKAGEDELEMENT_COMPARTMENT_CN_SYSML14) {
				existingChild.type := modelPackagedElementCompartment;
				setPapyrusCSSForceValueVisible(existingChild, TRUE);
				setShowTitle(existingChild, true);
				// Map the existing children shapes
				existingChild.children := existingChild.children->map fromSysML11Shape(result);
				children += existingChild;
			} elif (existingChild.type = COMPARTMENT_SHAPE_DISPLAY) {
				children += existingChild;
			};
		};
	};
	
	children += existingChildren[notation::DecorationNode]->any(curr | curr.type = STEREOTYPE_LABEL_DECORATION_NODE)->map fromSysML11StereotypeLabel(result);
	children += existingChildren[notation::BasicCompartment]->any(curr | curr.type = STEREOTYPE_BRACE_COMPARTMENT)->map fromSysML11StereotypeBraceAndCompartment(result);
	children += existingChildren[notation::BasicCompartment]->any(curr | curr.type = STEREOTYPE_COMPARTMENT_COMPARTMENT)->map fromSysML11StereotypeBraceAndCompartment(result);
}

mapping notation::Shape::fromSysML11PackageShapeAsPackage(parent:notation::View) : notation::Shape when {self.oclIsTypeOf(notation::Shape) and self.type = PACKAGE_SHAPE_SYSML14 and self.element.oclIsKindOf(UML::Package)} {
	init {
		result := self;
	}
	
	// Remove the existing children
	var existingChildren:OrderedSet(notation::Node) := self.children;
	children := object OrderedSet(notation::Node){};
	children := existingChildren->map fromSysML11Shape(result);
	
	var isCN:Boolean := not parent.oclIsTypeOf(notation::Diagram);
	
	// Search if the packaged element compartment is existing
	existingChildren->forEach(existingChild){
		if (existingChild.type = PACKAGE_PACKAGEDELEMENT_COMPARTMENT_SYSML14 or existingChild.type = PACKAGE_PACKAGEDELEMENT_COMPARTMENT_CN_SYSML14) {
			setPapyrusCSSForceValueVisible(existingChild, TRUE);
			setShowTitle(existingChild, true);
			// Map the existing children shapes
			existingChild.children := existingChild.children->map fromSysML11Shape(result);
		}
	};
	
	children += existingChildren[notation::DecorationNode]->any(curr | curr.type = STEREOTYPE_LABEL_DECORATION_NODE)->map fromSysML11StereotypeLabel(result);
	children += existingChildren[notation::BasicCompartment]->any(curr | curr.type = STEREOTYPE_BRACE_COMPARTMENT)->map fromSysML11StereotypeBraceAndCompartment(result);
	children += existingChildren[notation::BasicCompartment]->any(curr | curr.type = STEREOTYPE_COMPARTMENT_COMPARTMENT)->map fromSysML11StereotypeBraceAndCompartment(result);
}

mapping notation::Shape::fromSysML11StereotypeComment(parent:notation::View) : notation::Shape when {self.type = STEREOTYPE_COMMENT} {
	init {
		result := self;
	}
	
	childrenToRemove += result;
}

mapping notation::Shape::fromSysML11DefaultShape(parent:notation::View) : notation::Shape when {self.oclIsTypeOf(notation::Shape)} {
	init {
		var existingChildren:OrderedSet(notation::Node) := self.children;
		result := self;
		result.children := object OrderedSet(notation::Node){};
		result.children := existingChildren->map fromSysML11Shape(result);
	}
}

mapping notation::BasicCompartment::fromSysML11BasicCompartment(parent:notation::View) : notation::BasicCompartment disjuncts
	notation::BasicCompartment::fromSysML11StereotypeBraceAndCompartment,
	notation::BasicCompartment::fromSysML11BasicCompartmentDefault
{}

mapping notation::BasicCompartment::fromSysML11BasicCompartmentDefault(parent:notation::View) : notation::BasicCompartment when {self.oclIsTypeOf(notation::BasicCompartment) and self.type <> REQUIREMENT_IDINFO_COMPARTMENT_SYSML11}{
	init{
		result := self;
		setPapyrusCSSForceValueVisible(result, TRUE);
	}
}

mapping notation::BasicCompartment::fromSysML11StereotypeBraceAndCompartment(parent:notation::View) : notation::BasicCompartment when {self.oclIsTypeOf(notation::BasicCompartment) and (self.type = STEREOTYPE_BRACE_COMPARTMENT or self.type = STEREOTYPE_COMPARTMENT_COMPARTMENT) }{
	init{
		result := self;
		if(self.element.oclIsKindOf(UML::Stereotype)){
			var stereotype:UML::Stereotype := self.element.oclAsType(UML::Stereotype).toSysML14Stereotype(inS14Profile.objectsOfType(UML::Stereotype));
			if (stereotype.oclIsUndefined()) {
				// The stereotype was not find in SysML1.4, remove the compartment
				childrenToRemove += result;
			} else {
				result.element := stereotype.oclAsType(ecore::EObject);
			}
		};
	}
}

mapping notation::DecorationNode::fromSysML11DecorationNode(parent:notation::View) : notation::DecorationNode disjuncts
	notation::DecorationNode::fromSysML11StereotypeLabel,
	notation::DecorationNode::fromSysML11DecorationNodeDefault
{}

mapping notation::DecorationNode::fromSysML11StereotypeLabel(parent:notation::View) : notation::DecorationNode when {self.oclIsTypeOf(notation::DecorationNode) and self.type = STEREOTYPE_LABEL_DECORATION_NODE}{
	init{
		result := self;
		if(self.element.oclIsKindOf(UML::Stereotype)){
			var stereotype:UML::Stereotype := self.element.oclAsType(UML::Stereotype).toSysML14Stereotype(inS14Profile.objectsOfType(UML::Stereotype));
			if (stereotype.oclIsUndefined()) {
				// The stereotype was not find in SysML1.4, remove the decoration node
				childrenToRemove += result;
			} else {
				result.element := stereotype.oclAsType(ecore::EObject);
			}
		};
	}
}

mapping notation::DecorationNode::fromSysML11DecorationNodeDefault(parent:notation::View) : notation::DecorationNode when {self.oclIsTypeOf(notation::DecorationNode)} {
	init{
		result := self;
		setPapyrusCSSForceValueVisible(result, TRUE);
		setShowTitle(result, true);
	}
}

// Helpers to create stereotypes decoration nodes and compartments
helper createStereotypeLabelDecorationNode(inout parent:notation::View, stereotypeQualifiedName:String){
	var stereotypeElement:UML::Stereotype := inS14Profile.objectsOfType(UML::Stereotype)->any(curr | curr.getQualifiedName()=stereotypeQualifiedName);
	if(not stereotypeElement.oclIsUndefined()){
		var createdStereotypeLabelDecorationNode:notation::DecorationNode := object DecorationNode{
			type := STEREOTYPE_LABEL_DECORATION_NODE;
			styles += object notation::StringValueStyle{
				name := "stereotype";
				stringValue := stereotypeQualifiedName;
			};
			layoutConstraint := object notation::Bounds{};
			element := stereotypeElement.oclAsType(ecore::EObject);
		};
		parent.children += createdStereotypeLabelDecorationNode;
	};
}

helper createStereotypeBraceBasicCompartment(inout parent:notation::View, stereotypeQualifiedName:String){
	var stereotypeElement:UML::Stereotype := inS14Profile.objectsOfType(UML::Stereotype)->any(curr | curr.getQualifiedName()=stereotypeQualifiedName);
	if(not stereotypeElement.oclIsUndefined()){
		var createdStereotypeBraceBasicCompartment:notation::BasicCompartment := object BasicCompartment{
			type := STEREOTYPE_BRACE_COMPARTMENT;
			styles += object notation::TitleStyle{};
			styles += object notation::StringValueStyle{
				name := "stereotype";
				stringValue := stereotypeQualifiedName;
			};
			layoutConstraint := object notation::Bounds{};
			element := stereotypeElement.oclAsType(ecore::EObject);
		};
		parent.children += createdStereotypeBraceBasicCompartment;
	};
}

// Edges management
mapping notation::Edge::fromSysML11Edge() : notation::Edge disjuncts
	notation::Edge::fromSysML11StereotypeCommentLink,
	notation::Edge::fromSysML11AssociationAsAssociation,
	notation::Edge::fromSysML11DependencyAsDependency,
	notation::Edge::fromSysML11GeneralizationAsGeneralization,
	notation::Edge::fromSysML11InterfaceRealizationAsInterfaceRealization,
	notation::Edge::fromSysML11UsageAsUsage,
	notation::Edge::fromSysML11DefaultEdge
{}

mapping notation::Edge::fromSysML11AssociationAsAssociation() : notation::Edge when {((self.type = LINK_SYSML_ASSOCIATION_SYSML11) or (self.type = LINK_UML_ASSOCIATION_SYSML11))} {
	init {
		result := self;
	}
	type := ASSOCIATION_EDGE_SYSML14;
	
	var existingChildren:OrderedSet(notation::Node) := self.children;
	children := object OrderedSet(notation::Node){};
	
	var isNameLabelCompartmentExist:Boolean := false;
	var isStereotypeLabelCompartmentExist:Boolean := false;
	var isSourceRoleCompartmentExist:Boolean := false;
	var isSourceMultiplicityCompartmentExist:Boolean := false;
	var isTargetRoleCompartmentExist:Boolean := false;
	var isTargetMultiplicityCompartmentExist:Boolean := false;
	
	existingChildren->forEach(existingChild){
		if (existingChild.type = APPLIEDSTEREOTYPE_LINK_LABEL_DECORATIONODE_SYSML11) {
			existingChild.type := ASSOCIATION_STEREOTYPE_LABEL_DECORATIONNODE_SYSML14;
			setPapyrusCSSForceValueVisible(existingChild, TRUE);
			isStereotypeLabelCompartmentExist := true;
			children += existingChild;
		} elif (existingChild.type = NAMEDELEMENT_LINK_NAME_DECORATIONODE_SYSML11) {
			existingChild.type := ASSOCIATION_NAME_LABEL_DECORATIONNODE_SYSML14;
			setPapyrusCSSForceValueVisible(existingChild, TRUE);
			isNameLabelCompartmentExist := true;
			children += existingChild;
		} elif (existingChild.type = ASSOCIATION_SOURCE_ROLE_DECORATIONODE_SYSML11) {
			existingChild.type := ASSOCIATION_SOURCEROLE_LABEL_DECORATIONNODE_SYSML14;
			setPapyrusCSSForceValueVisible(existingChild, TRUE);
			isSourceRoleCompartmentExist := true;
			children += existingChild;
		} elif (existingChild.type = ASSOCIATION_SOURCE_MULTIPLICITY_DECORATIONODE_SYSML11) {
			existingChild.type := ASSOCIATION_SOURCEMULTIPLICITY_LABEL_DECORATIONNODE_SYSML14;
			setPapyrusCSSForceValueVisible(existingChild, TRUE);
			isSourceMultiplicityCompartmentExist := true;
			children += existingChild;
		} elif (existingChild.type = ASSOCIATION_TARGET_ROLE_DECORATIONODE_SYSML11) {
			existingChild.type := ASSOCIATION_TARGETROLE_LABEL_DECORATIONNODE_SYSML14;
			setPapyrusCSSForceValueVisible(existingChild, TRUE);
			isTargetRoleCompartmentExist := true;
			children += existingChild;
		} elif (existingChild.type = ASSOCIATION_TARGET_MULTIPLICITY_DECORATIONODE_SYSML11) {
			existingChild.type := ASSOCIATION_TARGETMULTIPLICITY_LABEL_DECORATIONNODE_SYSML14;
			setPapyrusCSSForceValueVisible(existingChild, TRUE);
			isTargetMultiplicityCompartmentExist := true;
			children += existingChild;
		};
	};
	
	if(not isNameLabelCompartmentExist){
		var associationNameLabel:notation::DecorationNode := createDefaultFloatingNameLabelDecorationNode(ASSOCIATION_NAME_LABEL_DECORATIONNODE_SYSML14);
		associationNameLabel.layoutConstraint.oclAsType(notation::Location).y := 20;
		children += associationNameLabel;
	};
	if(not isStereotypeLabelCompartmentExist){
		var associationStereotypeLabel:notation::DecorationNode := createDefaultFloatingNameLabelDecorationNode(ASSOCIATION_STEREOTYPE_LABEL_DECORATIONNODE_SYSML14);
		associationStereotypeLabel.layoutConstraint.oclAsType(notation::Location).y := -20;
		children += associationStereotypeLabel;
	};
	if(not isSourceRoleCompartmentExist){
		var associationNameLabel:notation::DecorationNode := createDefaultFloatingNameLabelDecorationNode(ASSOCIATION_SOURCEROLE_LABEL_DECORATIONNODE_SYSML14);
		associationNameLabel.layoutConstraint.oclAsType(notation::Location).y := 20;
		children += associationNameLabel;
	};
	if(not isSourceMultiplicityCompartmentExist){
		var associationStereotypeLabel:notation::DecorationNode := createDefaultFloatingNameLabelDecorationNode(ASSOCIATION_SOURCEMULTIPLICITY_LABEL_DECORATIONNODE_SYSML14);
		associationStereotypeLabel.layoutConstraint.oclAsType(notation::Location).y := 20;
		children += associationStereotypeLabel;
	};
	if(not isTargetRoleCompartmentExist){
		var associationNameLabel:notation::DecorationNode := createDefaultFloatingNameLabelDecorationNode(ASSOCIATION_TARGETROLE_LABEL_DECORATIONNODE_SYSML14);
		associationNameLabel.layoutConstraint.oclAsType(notation::Location).y := -20;
		children += associationNameLabel;
	};
	if(not isTargetMultiplicityCompartmentExist){
		var associationStereotypeLabel:notation::DecorationNode := createDefaultFloatingNameLabelDecorationNode(ASSOCIATION_TARGETMULTIPLICITY_LABEL_DECORATIONNODE_SYSML14);
		associationStereotypeLabel.layoutConstraint.oclAsType(notation::Location).y := -20;
		children += associationStereotypeLabel;
	};
}

mapping notation::Edge::fromSysML11DependencyAsDependency() : notation::Edge when {self.type = LINK_UML_DEPENDENCY_SYSML11} {
	init {
		result := self;
	}
	type := DEPENDENCY_EDGE_SYSML14;
	
	var existingChildren:OrderedSet(notation::Node) := self.children;
	children := object OrderedSet(notation::Node){};
	
	var isNameLabelCompartmentExist:Boolean := false;
	var isStereotypeLabelCompartmentExist:Boolean := false;
	
	existingChildren->forEach(existingChild){
		if (existingChild.type = APPLIEDSTEREOTYPE_LINK_LABEL_DECORATIONODE_SYSML11) {
			existingChild.type := DEPENDENCY_STEREOTYPE_LABEL_DECORATIONNODE_SYSML14;
			setPapyrusCSSForceValueVisible(existingChild, TRUE);
			isStereotypeLabelCompartmentExist := true;
			children += existingChild;
		} elif (existingChild.type = NAMEDELEMENT_LINK_NAME_DECORATIONODE_SYSML11) {
			existingChild.type := DEPENDENCY_NAME_LABEL_DECORATIONNODE_SYSML14;
			setPapyrusCSSForceValueVisible(existingChild, TRUE);
			isNameLabelCompartmentExist := true;
			children += existingChild;
		};
	};
	
	if(not isStereotypeLabelCompartmentExist){
		var stereotypeLabelDecorationNode:notation::DecorationNode := createDefaultFloatingNameLabelDecorationNode(DEPENDENCY_STEREOTYPE_LABEL_DECORATIONNODE_SYSML14);
		stereotypeLabelDecorationNode.layoutConstraint.oclAsType(notation::Location).y := 40;
		children += stereotypeLabelDecorationNode;
	};
	if(not isNameLabelCompartmentExist){
		var nameLabelDecorationNode:notation::DecorationNode := createDefaultFloatingNameLabelDecorationNode(DEPENDENCY_NAME_LABEL_DECORATIONNODE_SYSML14);
		nameLabelDecorationNode.layoutConstraint.oclAsType(notation::Location).y := 60;
		children += nameLabelDecorationNode;
	};
}

mapping notation::Edge::fromSysML11GeneralizationAsGeneralization() : notation::Edge when {self.type = LINK_UML_GENERALIZATION_SYSML11} {
	init {
		result := self;
	}
	type := GENERALIZATION_EDGE_SYSML14;
	
	var existingChildren:OrderedSet(notation::Node) := self.children;
	children := object OrderedSet(notation::Node){};
	
	var isStereotypeLabelCompartmentExist:Boolean := false;
	
	existingChildren->forEach(existingChild){
		if (existingChild.type = APPLIEDSTEREOTYPE_LINK_LABEL_DECORATIONODE_SYSML11) {
			existingChild.type := GENERALIZATION_STEREOTYPE_LABEL_DECORATIONNODE_SYSML14;
			setPapyrusCSSForceValueVisible(existingChild, TRUE);
			isStereotypeLabelCompartmentExist := true;
			children += existingChild;
		};
	};
	
	if(not isStereotypeLabelCompartmentExist){
		var stereotypeLabelDecorationNode:notation::DecorationNode := createDefaultFloatingNameLabelDecorationNode(GENERALIZATION_STEREOTYPE_LABEL_DECORATIONNODE_SYSML14);
		stereotypeLabelDecorationNode.layoutConstraint.oclAsType(notation::Location).y := 40;
		children += stereotypeLabelDecorationNode;
	};
}

mapping notation::Edge::fromSysML11InterfaceRealizationAsInterfaceRealization() : notation::Edge when {self.type = LINK_UML_INTERFACEREALIZATION_SYSML11} {
	init {
		result := self;
	}
	type := INTERFACEREALIZATION_EDGE_SYSML14;
	
	var existingChildren:OrderedSet(notation::Node) := self.children;
	children := object OrderedSet(notation::Node){};
	
	var isNameLabelCompartmentExist:Boolean := false;
	var isStereotypeLabelCompartmentExist:Boolean := false;
	
	existingChildren->forEach(existingChild){
		if (existingChild.type = APPLIEDSTEREOTYPE_LINK_LABEL_DECORATIONODE_SYSML11) {
			existingChild.type := INTERFACEREALIZATION_STEREOTYPE_LABEL_DECORATIONNODE_SYSML14;
			setPapyrusCSSForceValueVisible(existingChild, TRUE);
			isStereotypeLabelCompartmentExist := true;
			children += existingChild;
		} elif (existingChild.type = NAMEDELEMENT_LINK_NAME_DECORATIONODE_SYSML11) {
			existingChild.type := INTERFACEREALIZATION_NAME_LABEL_DECORATIONNODE_SYSML14;
			setPapyrusCSSForceValueVisible(existingChild, TRUE);
			isNameLabelCompartmentExist := true;
			children += existingChild;
		};
	};
	
	if(not isStereotypeLabelCompartmentExist){
		var stereotypeLabelDecorationNode:notation::DecorationNode := createDefaultFloatingNameLabelDecorationNode(INTERFACEREALIZATION_STEREOTYPE_LABEL_DECORATIONNODE_SYSML14);
		stereotypeLabelDecorationNode.layoutConstraint.oclAsType(notation::Location).y := 40;
		children += stereotypeLabelDecorationNode;
	};
	if(not isNameLabelCompartmentExist){
		var nameLabelDecorationNode:notation::DecorationNode := createDefaultFloatingNameLabelDecorationNode(INTERFACEREALIZATION_NAME_LABEL_DECORATIONNODE_SYSML14);
		nameLabelDecorationNode.layoutConstraint.oclAsType(notation::Location).y := 60;
		children += nameLabelDecorationNode;
	};
}

mapping notation::Edge::fromSysML11UsageAsUsage() : notation::Edge when {self.type = LINK_UML_USAGE_SYSML11} {
	init {
		result := self;
	}
	type := USAGE_EDGE_SYSML14;
	
	var existingChildren:OrderedSet(notation::Node) := self.children;
	children := object OrderedSet(notation::Node){};
	
	var isNameLabelCompartmentExist:Boolean := false;
	var isStereotypeLabelCompartmentExist:Boolean := false;
	
	existingChildren->forEach(existingChild){
		if (existingChild.type = APPLIEDSTEREOTYPE_LINK_LABEL_DECORATIONODE_SYSML11) {
			existingChild.type := USAGE_STEREOTYPE_LABEL_DECORATIONNODE_SYSML14;
			setPapyrusCSSForceValueVisible(existingChild, TRUE);
			isStereotypeLabelCompartmentExist := true;
			children += existingChild;
		} elif (existingChild.type = NAMEDELEMENT_LINK_NAME_DECORATIONODE_SYSML11) {
			existingChild.type := USAGE_NAME_LABEL_DECORATIONNODE_SYSML14;
			setPapyrusCSSForceValueVisible(existingChild, TRUE);
			isNameLabelCompartmentExist := true;
			children += existingChild;
		};
	};
	
	if(not isStereotypeLabelCompartmentExist){
		var stereotypeLabelDecorationNode:notation::DecorationNode := createDefaultFloatingNameLabelDecorationNode(USAGE_STEREOTYPE_LABEL_DECORATIONNODE_SYSML14);
		stereotypeLabelDecorationNode.layoutConstraint.oclAsType(notation::Location).y := 40;
		children += stereotypeLabelDecorationNode;
	};
	if(not isNameLabelCompartmentExist){
		var nameLabelDecorationNode:notation::DecorationNode := createDefaultFloatingNameLabelDecorationNode(USAGE_NAME_LABEL_DECORATIONNODE_SYSML14);
		nameLabelDecorationNode.layoutConstraint.oclAsType(notation::Location).y := 60;
		children += nameLabelDecorationNode;
	};
}

mapping notation::Edge::fromSysML11StereotypeCommentLink() : notation::Edge when {self.type = STEREOTYPE_COMMENT_LINK} {
	init {
		result := self;
	}
	
	childrenToRemove += result;
}

mapping notation::Edge::fromSysML11DefaultEdge() : notation::Edge {
	init {
		result := self;
	}
}