VISUAL CONTENT

NAMING AND CLASSIFICATION
OF VISUAL CONTENT

1. Definition of Visual Content

Visual Content is information presented or communicated through visual forms to explain concepts, represent structures, illustrate relationships, describe processes, organize knowledge, analyze data, or communicate information.

Visual content encompasses static, dynamic, interactive, conceptual, analytical, scientific, and technical representations.

Depending on its purpose, visual content can simplify complex information, demonstrate how something works, reveal relationships between components, compare multiple variables, or provide a comprehensive overview of a system.

2. Vocabulary for Naming Visual Content

The following classification provides a broad vocabulary for identifying, describing, and naming visual content, including illustrations, diagrams, infographics, graphical representations, conceptual models, analytical visualizations, and technical visuals.

No.	Visual Content Term	Primary Function
1	Visual Illustration	Explains or communicates information through visual depictions.
2	Diagram	Simplifies the representation of structures, processes, or relationships.
3	Schematic	Presents a simplified representation of a technical structure or system.
4	Infographic	Communicates information, facts, or data through an integrated visual presentation.
5	Chart	Organizes and presents quantitative or categorical information.
6	Graph	Represents numerical data and relationships between variables.
7	Flowchart	Illustrates sequential steps, decisions, and process flows.
8	Mind Map	Organizes related ideas around a central topic.
9	Concept Map	Illustrates relationships between concepts and ideas.
10	Blueprint	Provides a detailed structural, technical, or planning representation.
11	Framework	Organizes components, principles, or elements within a structured conceptual arrangement.
12	Model	Represents a system, process, concept, or real-world phenomenon.
13	Map	Represents spatial locations, conceptual relationships, or interconnected information.
14	Matrix	Organizes information into rows and columns for comparison, evaluation, or classification.
15	Taxonomy	Classifies entities or concepts into structured categories.
16	Hierarchy	Arranges elements according to levels of authority, importance, dependency, or abstraction.
17	Network Diagram	Illustrates interconnected nodes and the relationships between them.
18	Block Diagram	Represents the major components of a system and their connections.
19	Architecture Diagram	Illustrates the structural organization of a system and its components.
20	Sequence Diagram	Represents interactions or events in chronological or sequential order.
21	Process Diagram	Illustrates the stages, activities, or operations within a process.
22	Relationship Diagram	Represents connections or associations between entities.
23	Causal Diagram	Illustrates cause-and-effect relationships between events or variables.
24	Structural Diagram	Represents the arrangement, composition, or organization of components.
25	Functional Diagram	Illustrates the functions, operations, or responsibilities of system components.
26	System Diagram	Represents a system, its components, and their relationships.
27	Venn Diagram	Illustrates overlapping sets, shared characteristics, and differences.
28	Sankey Diagram	Represents flows between stages or categories, with flow widths proportional to quantities.
29	Tree Diagram	Represents branching structures, classifications, or hierarchical relationships.
30	Decision Tree	Illustrates decision paths, alternative choices, and possible outcomes.
31	State Diagram	Represents system states and the transitions between them.
32	Entity-Relationship Diagram	Represents entities, their attributes, and relationships, particularly in data modeling.
33	Data Flow Diagram	Illustrates how data moves between processes, data stores, and external entities.
34	Circuit Diagram	Represents electrical or electronic components and their connections.
35	Schematic Illustration	Visually explains a simplified structure, mechanism, or technical arrangement.
36	Technical Illustration	Communicates technical information through precise visual representations.
37	Scientific Illustration	Visually represents scientific subjects, observations, structures, or phenomena.
38	Explanatory Illustration	Clarifies a concept, mechanism, process, or subject through visual depiction.
39	Analytical Visualization	Presents analytical findings, patterns, or relationships in visual form.
40	Conceptual Visualization	Represents abstract ideas, theories, or conceptual relationships visually.
41	Structural Visualization	Illustrates structural arrangements, component organization, or physical relationships.
42	Functional Visualization	Presents operational functions, mechanisms, or functional relationships.
43	Systemic Visualization	Illustrates system-wide relationships, interactions, dependencies, and behavior.
44	Relational Visualization	Represents relationships, associations, and interconnections between elements.
45	Multidimensional Visualization	Represents information across multiple dimensions, variables, or analytical perspectives.
46	Layered Visualization	Organizes visual information into distinct layers according to function, category, or level.
47	Comparative Visualization	Visually compares multiple subjects, conditions, variables, or alternatives.
48	Sequential Visualization	Presents information in a defined order, sequence, or progression.
49	Integrated Visualization	Combines related components, datasets, or concepts into a unified visual representation.
50	Interactive Visualization	Enables users to explore or manipulate visual information through interaction.

3. Classification by Visual Content Purpose

Visual content can also be classified according to its primary communicative or analytical purpose.

A. Explanatory Visual Content

Used to clarify information, communicate concepts, and improve understanding.

• Visual Illustration
• Explanatory Illustration
• Infographic
• Schematic Illustration
• Technical Illustration
• Scientific Illustration

B. Structural and Organizational Visual Content

Used to represent components, classifications, arrangements, and hierarchical structures.

• Structural Diagram
• Architecture Diagram
• Block Diagram
• Framework
• Matrix
• Taxonomy
• Hierarchy
• Tree Diagram

C. Process and Sequential Visual Content

Used to represent activities, stages, transitions, and procedural relationships.

• Flowchart
• Process Diagram
• Sequence Diagram
• Decision Tree
• State Diagram
• Sequential Visualization

D. Relational and Systemic Visual Content

Used to explain connections, dependencies, interactions, and system-wide relationships.

• Relationship Diagram
• Network Diagram
• Causal Diagram
• System Diagram
• Systemic Visualization
• Relational Visualization
• Concept Map

E. Data and Analytical Visual Content

Used to organize, compare, examine, and communicate data or analytical findings.

• Chart
• Graph
• Sankey Diagram
• Analytical Visualization
• Comparative Visualization
• Matrix
• Multidimensional Visualization

F. Conceptual and Knowledge-Representation Visual Content

Used to organize abstract concepts, represent theoretical models, and communicate structured knowledge.

• Mind Map
• Concept Map
• Conceptual Visualization
• Model
• Framework
• Taxonomy
• Entity-Relationship Diagram

G. Technical and Scientific Visual Content

Used to explain technical structures, engineering systems, scientific phenomena, or specialized mechanisms.

• Schematic
• Circuit Diagram
• Technical Illustration
• Scientific Illustration
• Structural Diagram
• Functional Diagram
• Architecture Diagram

H. Interactive and Integrated Visual Content

Used to combine information or support user-driven exploration.

• Interactive Visualization
• Integrated Visualization
• Interactive Diagram
• Interactive Map
• Integrated System Diagram
• Multidimensional Visualization

4. Summary

Visual Content is the overarching category encompassing the visual forms used to communicate information, represent knowledge, illustrate structures, explain processes, analyze relationships, and explore systems.

• Illustration emphasizes visual depiction and explanation.
• Diagram emphasizes simplified structures, processes, or relationships.
• Infographic emphasizes integrated visual communication of information.
• Chart and Graph emphasize data presentation and quantitative relationships.
• Map emphasizes spatial, conceptual, or relational organization.
• Model emphasizes representation of a system, concept, or phenomenon.
• Framework and Matrix emphasize structured organization and comparison.
• Visualization emphasizes the visual presentation of information, data, concepts, or relationships.
• System Diagram emphasizes the components and connections within a system.
• Interactive Visualization emphasizes user interaction with visual information.

Together, these terms provide a vocabulary for naming, classifying, designing, and documenting visual content across educational, scientific, technical, analytical, organizational, and conceptual applications.