Domain model
The following diagram visually represents the interconnected entities within the domain model of an ATLAS.ti project. At the core of the model is the ATLAS. ti project, which encompasses Document groups
, Documents
, Code Groups
, Codes
, and Quotes
.
Document groups
typically represent individual systems under analysis and may contain multiple Documents
detailing the data model of a system.
Within Documents
, Quotes
serve as in-vivo codings of categories of data, providing associations with Codes
that represent these categories.
Code groups
serve the purpose of harmonization and grouping of Codes
, to model relations between them.
classDiagram
class Documents {
documents
addDocument(document)
getDocument(documentId)
size()
}
class Document {
id
name
linkedQuotationIds
linkedCodeIds
linkedCodeGroupIds
linkedDocumentGroupIds
linkQuotation(quotationId)
linkCode(codeId)
linkCodeGroup(codeGroupId)
linkDocumentGroup(documentGroupId)
}
class Quotations {
quotations
addQuotation(quotation)
getQuotation(quotationId)
size()
}
class Quotation {
id
name
linkedDocumentId
content
}
class Codes {
codes
addCode(code)
getCode(codeId)
size()
}
class Code {
id
name
linkedDocumentIds
linkedQuotationIds
linkDocument(documentId)
linkQuotation(quotationId)
}
class CodeGroups {
codeGroups
addCodeGroup(codeGroup)
getCodeGroupsMap()
size()
}
class CodeGroup {
id
name
linkedCodeIds
linkedCodeGroupIds
linkCode(codeId)
linkCodeGroup(codeGroupId, weight)
}
class DocumentGroups {
documentGroups
addDocumentGroup(documentGroup)
size()
}
class DocumentGroup {
id
name
linkedDocumentIds
isEmpty()
linkDocument(documentId)
}
Project *-- DocumentGroups
Project *-- Documents
Project *-- CodeGroups
Project *-- Codes
Project *-- Quotations
DocumentGroup <--> Document
Document <--> Quotation
Document <--> Code
Document --> CodeGroup
Quotation <-- Code
CodeGroup --> Code
Code Group <--> CodeGroup
Documents o-- Document
Quotations o-- Quotation
Codes o-- Code
CodeGroups o-- CodeGroup
DocumentGroups o-- DocumentGroup
In the Ontology Explorer, the ATLAS.ti domain model is translated into a network structure comprising Nodes
and Links
used for analysis and visualization using Cytoscape.js.
Each entity from the Atlas.ti project is represented as a Node
, distinguished by its Type
attribute. Links
also have an attribute Type
to model the different types of connections within the network, which are used in the analysis and visualization.
The following diagram illustrates this model.
classDiagram
class NODE_TYPES {
DOCUMENT
DOCUMENT_GROUP
CODE
CODE_GROUP
}
class LINK_TYPES {
CODE_DOCUMENT_LINK
CODE_GROUP_LINK
CODE_GROUP_DISTANCE_LINK
CODE_DOCUMENT_GROUP_LINK
DOC_GROUP_LINK
CODE_GROUP_DOCUMENT_GROUP_LINK
}
class Node {
id
name
classes
toJSON()
}
class Edge {
id
source
target
classes
toJSON()
}
Network *-- Node
Network *-- Edge
Edge "*" -- "2" Node
NODE_TYPES .. Node
LINK_TYPES .. Edge