The canvas of the AI Process Lab is your primary workspace, a spatial environment where abstract processes become tangible, manipulable objects. In this lesson, we move beyond theory and begin constructing the actual architecture of your workflows using nodes. Nodes are the fundamental building blocks of the lab, each serving a distinct, specialized function in the lifecycle of a process.
Mastering the placement, configuration, and connection of these nodes is essential. We will explore the five specific node typesâSticky Notes, Human Input, Process Steps, AI Nodes, and Evaluation Cardsâand how their color-coded visual grammar aids in rapid comprehension. Furthermore, we will examine how directional bezier connectors establish the critical pathways of data flow, transforming a static collection of nodes into a dynamic, functional system.
Assignment
Open a new canvas in the AI Process Lab. Place one of each of the five node types onto the canvas.
Configure a Process Step node using a simple task from your daily workflow, ensuring all six fields of the schema are populated. Finally, connect a Human Input node to this Process Step node, and then connect the Process Step node to an Evaluation Card, establishing a clear, directional data flow.
Learning Objectives
- Identify the five distinct node types and their specific functions within the lab environment.
- Place, resize, and organize nodes effectively on the canvas.
- Establish directional data flow using bezier connectors between nodes.
Node Typology
The lab utilizes five distinct node types, each color-coded for immediate recognition: Sticky Notes (yellow) for freeform text, Human Input/Form (blue) for structured data entry, Process Step (green) utilizing the 6-field schema, AI Node (purple) for model configuration, and Evaluation Card (orange) for 1-5 rating assessments.
Directional Connectors
Nodes are linked using directional bezier connectors. These connectors do more than just show relationships; they explicitly define the direction of data flow from one node to the next, establishing the sequence of operations.