Full Stack Architecture Diagram

Mermaid Starter

This visualization displays a simple flowchart using Mermaid, rendering a sequence of processes and decisions from a start node to an end node. The diagram is generated in an HTML page using Mermaid's `initialize` and `render` APIs, with an import map loading the library from a CDN. The diagram definition is stored as a string and rendered into a styled container with a grayscale theme. The example supports easy modification of the diagram syntax through the JavaScript code.

72% match

Styled Mermaid Diagram

This example shows a state diagram for a data loading process, depicting transitions from Idle to Loading, and from Loading to either Succeeded or Failed states. The visualization uses Mermaid.js to render the diagram, with JavaScript code that fetches the diagram definition from a separate file and renders it as SVG. The styling is customized with the Inconsolata monospace font, and the JavaScript API waits for document fonts to load before initializing Mermaid's rendering engine.

68% match

Data Loading State Diagram

This example visualizes the sequence of interactions between a user, a web page, and a server during data loading using a sequence diagram. It shows the initial page load, subsequent data requests, and how the page updates with the retrieved information. The diagram is rendered with the Mermaid.js library, which parses a markdown-like diagram definition fetched from a separate file. Custom CSS and JavaScript ensure the diagram uses the Inconsolata font and applies styling to actors, labels, and edges for clarity.

63% match

VizHub Runtime Web Worker and Iframe Concept

This example visualizes the build process of a VizHub runtime by showing a flowchart where code changes feed into the runtime, which sends build inputs to a web worker, receives the build result, and then sets the `srcdoc` for an iframe. The diagram is rendered using the Mermaid.js library, which is configured with custom styling through CSS variables and the `mermaid.initialize` API with theme variables for fonts and colors. The Mermaid diagram definition is written in flowchart syntax and rendered as SVG via the `mermaid.render` method.

63% match

Fork of Fork of S3 bucket

This interactive D3.js v7 and React visualization guides users through hosting a static website on AWS S3, displaying six implementation steps as an animated, hoverable flow diagram. Users navigate between three tabs—Benefits, Requirements, and Implementation Steps—which render as a bar chart, a data table, and the step connector diagram, respectively. Data is loaded from CSV files, and D3's scales, axes, and selection transitions animate elements like bar growth, tooltips, and arrow drawing to illustrate each phase of the process.

NNita

Data Flow Diagram

This visualization renders a reactive data flow diagram for a ModelJS application, using a force-directed graph layout to display the dependencies between reactive properties and lambda functions. The graph is constructed from runtime-generated JSON describing the flow, with SVG rendering driven by D3's force layout. Nodes are positioned by the layout, with `property` nodes colored coral and `lambda` nodes white, while links trace the flow of data between them. The diagram includes zoom and pan interactions, and visually encodes the structure of reactive dependencies in a dynamic, graph-based form.

Untitled

An interactive React-based Sankey diagram visualizes flow data from a remote JSON file, displaying nodes and links with color gradients between source and target. The chart uses D3.js's sankey layout algorithm for node positioning and link calculation, rendered as SVG paths and rectangles. A drag-and-drop interaction lets users reposition nodes in edit mode, while react-spring is available for potential animations. The visualization includes node labels and values, with a color scheme differentiating flow pathways.

CCaparino

Gist 19d4ef5030e03366a3ccf818008433bb

This visualization is a software-engineering practice exercise centered on an airport control tower, rendered as a static architectural diagram. It shows a workflow for refactoring a legacy codebase, with labeled modules for flight management, runway assignment, and sensor communication. The visual uses a top-down schematic layout, with connected nodes and color-coded sections representing different GoF design patterns like Strategy, Observer, and State. The diagram is built with Vue.js and relies on SVG elements to depict the system’s components and their relationships, highlighting the transition from a monolithic structure to a pattern-based, extensible architecture.

IIoTeacher