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ontome:index [2020/10/16 13:36]
Vincent Alamercery
ontome:index [2020/10/21 19:03]
Vincent Alamercery
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 This tab gathers the information allowing the identification of the class: This tab gathers the information allowing the identification of the class:
   * Identifier: a unique and mandatory alphanumeric string identifying the class in all versions of its namespace.   * Identifier: a unique and mandatory alphanumeric string identifying the class in all versions of its namespace.
-  * Labels: the list of class labels in the different languages. There can only be one standard label per language. A label indicates the general meaning of the class but does not define it. Always refer to the scope note for the intention ​of the class. A class must have at least one standard label.+  * Labels: the list of class labels in the different languages. There can only be one standard label per language. A label indicates the general meaning of the class but does not define it. Always refer to the scope note for the intension ​of the class. A class must have at least one standard label in any language.
   * Click on the "​information"​ icon to view the details and the comments posted for a label. If you have created an account, you can also post a new comment or reply to an existing one.   * Click on the "​information"​ icon to view the details and the comments posted for a label. If you have created an account, you can also post a new comment or reply to an existing one.
  
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   * Examples: the list of examples in the different languages. They complement the scope note by providing illustrative example instances of the class for explanatory purposes. It is advisable to indicate at least one example per class.   * Examples: the list of examples in the different languages. They complement the scope note by providing illustrative example instances of the class for explanatory purposes. It is advisable to indicate at least one example per class.
   * Additional notes: the list of additional notes in the different languages. These notes, which are not mandatory, are used to specify the scope note.   * Additional notes: the list of additional notes in the different languages. These notes, which are not mandatory, are used to specify the scope note.
 +  * Click on the "​information"​ icon to view the details and the comments posted for a scope note, example or additional note. If you have created an account, you can also post a new comment or reply to an existing one.
 +
 +==== Properties tab ====
 +
 +This tab lists all the properties of the class. A class may be the domain or range of none, one or more
 +properties formally defined in a model. A property serves to define a relationship of a specific kind between two classes.
 +
 +  * Outgoing properties (this class is domain): the list of properties whose class is the domain.
 +  * Outgoing properties (inherited from ancestors): the list of properties for which the domain is a parent class.
 +  * Incoming properties (this class is range): the list of properties whose class is the range.
 +  * Incoming properties (inherited from ancestors): the list of properties for which the range is a parent class.
 +
 +  * Click on a label of a property or a class to open the entity details.
 +  * Filter these lists by using the Search box at the top right. The search is performed on labels and namespaces.
 +  * Adjust the number of lines displayed by using the drop-down menu at the top left.
 +  * The namespace column displays the namespace version in which the property is set.
 +
 +==== Namespaces tab ====
 +
 +This tab lists the namespace versions in which the class is defined. Different versions of the same class can only exist in different versions of a single root namespace.
 +  * Click on a namespace to open the details.
 +  * Filter this list by using the Search box at the top right.
 +  * Adjust the number of lines displayed by using the drop-down menu at the top left.
 +
 +==== Hierarchy tab ====
 +
 +This tab lists the hierarchical relations of the class.\\
 +A class can be a superclass or a subclass of another. A superclass is a class that is a generalisation of one or more other classes, its subclasses. A subclass is a class that is a specialisation of an another class, its superclass. The subclass inherits the definition of all of the properties declared for its
 +superclass without exceptions.
 +  * Parent classes: the list of all superclasses of the class.
 +    * Class: the parent class.
 +    * Class namespace: the namespace of the parent class.
 +    * Relation defined in: the namespace version in which the hierarchical relation is set.
 +    * Justification:​ the explanation of the hierarchical relation.
 +    * Click on the “information” icon to view the details and the comments posted for a hierarchical relation. If you have created an account, you can also post a new comment or reply to an existing one.
 +  * Ancestor classes: the list of all ancestor classes of the class, i.e. all superclasses of its superclasses,​ with the indication of the depth and the namespace of the ancestor class.
 +  * Child and descendant classes: the list of all child and descendant classes, i.e. all subclasses of the classes and all subclasses of its subclasses, with the indication of the depth and the namespace of the child or descendant class.
 +  * Click on a class to open the details.
 +
 +==== Relation tab ====
 +
 +This tab lists the non-hierarchical relations of the class.
 +  * Relation: the type of the relation. Two of them are currently offered: "​equivalent class" and "​disjoint with".
 +  * Class: the class that is in relation.
 +  * Justification:​ the explanation of the relation.
 +  * Relation defined in: the namespace version in which the relation is set.
 +  * Click on the “information” icon to view the details and the comments posted for a relation. If you have created an account, you can also post a new comment or reply to an existing one.
 +  * Click on a class to open the details.
 +
 +==== Profiles tab ====
 +
 +This tab lists the profiles using the class.
 +  * Click on a profile to open the details.
 +
 +==== Graph tab ====
 +
 +This tab is under development.
 +
 +==== Comments tab ====
 +
 +This tab lists the general comments posted on the class. If you have created an account, you can also post a new comment or reply to an existing one.
  
 ===== Property ===== ===== Property =====
  
-[...]+==== Summary tab ==== 
 + 
 +This tab presents all the information of the property in a compact display 
 + 
 +==== Identification tab ==== 
 + 
 +This tab gathers the information allowing the identification of the property: 
 + 
 +  * Identifier: a unique and mandatory alphanumeric string identifying the property in all versions of its namespace. 
 +  * Domain and range: The domain is the class for which a property is formally defined. The range is the class that comprises all potential values of a property. The quantifiers are the allowed number of instances of a certain property that can refer to a particular instance of the domain class or the range class of that property. 
 +  * Labels: the list of property labels in the different languages. There can only be one standard label per language. A label indicates the general meaning of the property but does not define it. Always refer to the scope note for the intension of the property. A property must have at least one standard label in any language. 
 +  * Click on the “information” icon to view the details and the comments posted for a label. If you have created an account, you can also post a new comment or reply to an existing one. 
 + 
 +==== Definition tab ==== 
 + 
 +This tab gathers the information to define a property: 
 + 
 +  * Scope notes: the list of scope notes in the different languages. There can only be one scope note per language. A scope note is a textual description of the intension of the property, i.e. its intended meaning. A scope note consists of one or more common traits shared by all instances of the property. A property must have at least one scope note in any language. 
 +  * Examples: the list of examples in the different languages. They complement the scope note by providing illustrative example instances of the property for explanatory purposes. It is advisable to indicate at least one example per property. 
 +  * Additional notes: the list of additional notes in the different languages. These notes, which are not mandatory, are used to specify the scope note. 
 +  * Click on the “information” icon to view the details and the comments posted for a scope note, example or additional note. If you have created an account, you can also post a new comment or reply to an existing one. 
 + 
 +==== Namespaces tab ==== 
 + 
 +This tab lists the namespace versions in which the property is defined. Different versions of the same property can only exist in different versions of a single root namespace. ​  
 +  * Click on a namespace to open the details. 
 +  * Filter this list by using the Search box at the top right. 
 +  * Adjust the number of lines displayed by using the drop-down menu at the top left. 
 +==== Hierarchy tab ==== 
 + 
 +This tab lists the hierarchical relations of the property.\\ 
 +A property can be a superproperty or a subproperty of another. A superproperty is a property that is a generalisation of one or more other properties, its subproperties. A subproperty is a property that is a specialisation of an another property, its superproperty. 
 + 
 +  * Parent properties: the list of all superproperties of the class. 
 +    * Domain: the domain class of the parent property, with its quantifiers. 
 +    * Property: the parent property. 
 +    * Range: the range class of the parent property, with its quantifiers. 
 +    * Property namespace: the namespace of the parent class. 
 +    * Relation defined in: the namespace version in which the hierarchical relation is set. 
 +    * Justification:​ the explanation of the hierarchical relation. 
 +    * Click on the “information” icon to view the details and the comments posted for a hierarchical relation. If you have created an account, you can also post a new comment or reply to an existing one. 
 +  * Ancestor properties: the list of all ancestor properties of the class, i.e. all superproperties of its superproperties,​ with the indication of the depth and the namespace of the ancestor property. 
 +  * Child and descendant properties: the list of all child and descendant properties, i.e. all subproperties of the properties and all subproperties of its subproperties,​ with the indication of the depth and the namespace of the child or descendant property. 
 +  * Click on a property to open the details. 
 + 
 +==== Relations tab ==== 
 + 
 +This tab lists the non-hierarchical relations of the property. 
 + 
 +  * Relation: the type of the relation. Two of them are currently offered: “equivalent property” and “inverse of”. 
 +  * Property: the property that is in relation. 
 +  * Justification:​ the explanation of the relation. 
 +  * Relation defined in: the namespace version in which the relation is set. 
 +  * Click on the “information” icon to view the details and the comments posted for a relation. If you have created an account, you can also post a new comment or reply to an existing one. 
 +  * Click on a property to open the details. 
 + 
 +==== Profiles tab ==== 
 + 
 +This tab lists the profiles using the property. 
 + 
 +  * Click on a profile to open the details. 
 + 
 +==== Comments tab ==== 
 + 
 +This tab lists the general comments posted on the property. If you have created an account, you can also post a new comment or reply to an existing one.
  
 ===== Namespace ===== ===== Namespace =====
 +
 +==== Summary tab ====
 +
 +[...]
 +
 +==== Identification tab ====
 +
 +[...]
 +
 +==== Definition tab ====
 +
 +[...]
 +
 +==== Hierarchy tab ====
 +
 +[...]
 +
 +==== Classes tab ====
 +
 +[...]
 +
 +==== Properties tab ====
 +
 +[...]
 +
 +==== Graph tab ====
  
 [...] [...]
ontome/index.txt · Dernière modification: 2024/04/29 12:10 par Vincent Alamercery