Response Details (ID: 196 - UIGEN-X-32B-0727)

Text Before HTML:

We are building a low-code automation workflow builder interface similar to Zapier.
 The interface should have:
   - Draggable triggers and actions that can be connected to form a workflow.
   - Branching capabilities (e.g., if/else conditions).

 We'll use Tailwind CSS for styling and vanilla JavaScript for interactivity.

 Design Inspiration:
   - We'll use a dark theme similar to the provided template but with a different color scheme.
   - We'll have a sidebar with draggable components (triggers and actions) and a main canvas to drop and connect them.

 Color Scheme:
   - Background: dark gray (similar to the template's dark background)
   - Accent: a vibrant color for highlights (we'll choose a teal color for a tech feel)
   - Text: light gray and white

 Steps:
   1. Create the HTML structure with a sidebar and a main canvas.
   2. Style the sidebar and canvas with Tailwind.
   3. Implement drag-and-drop functionality for the components.
   4. Implement a way to connect the components (using SVG lines or absolute positioned divs).
   5. Implement branching: when an action is a condition, it should have two outputs (true and false).

 We'll break down the components:

   - Sidebar:
        * Contains two sections: Triggers and Actions.
        * Each section has a list of draggable items (with a drag handle).

   - Canvas:
        * A large area where the workflow is built.
        * When a component is dropped, it becomes a node on the canvas.
        * Nodes can be connected by dragging from an output connector of one node to an input connector of another.

   - Node:
        * Each node has:
            - A header (with the component name and an icon)
            - A body (with configuration options for the component, but we'll keep it minimal for now)
            - Input and output connectors (as small circles on the sides)

   - Connection:
        * A line that connects the output of one node to the input of another.

   - Branching:
        * For a condition node, we'll have two output connectors (labeled "Yes" and "No").

 Implementation Plan:

   We'll use the following libraries for simplicity:
     - Tailwind CSS (already included in the head)
     - We'll use vanilla JavaScript for drag-and-drop and drawing connections.

   However, note: the problem says "low-code", so we are building the interface, but the actual automation logic is not implemented.

   We'll focus on the UI and the visual representation.

   Steps for drag-and-drop:

     1. Make the sidebar items draggable (using draggable="true" and event handlers).
     2. When an item is dragged, store its type (trigger or action) and the component name.
     3. When the item is dropped on the canvas, create a new node at the drop position.

   For connections:

     1. Each node will have input and output connectors (as divs with position absolute).
     2. When the user starts dragging from an output connector, we start drawing a temporary line (using an SVG path or a div with border).
     3. When the user drops on an input connector, we create a permanent connection.

   We'll use SVG for connections because it's easier to draw lines between points.

   We'll have an SVG layer that covers the entire canvas to draw the connections.

   Steps for the canvas:

     - The canvas will be a div with relative positioning.
     - The SVG for connections will be absolutely positioned and cover the entire canvas.

   We'll create:

     - A class or structure for the node:

        

          
...
          
...
          

            

            

            
          
        

   We'll also have an SVG element for connections:

        

   We'll store the connections as objects:

        { id: 1, from: { nodeId: 'node1', connector: 'output' }, to: { nodeId: 'node2', connector: 'input' } }

   And draw the lines accordingly.

   We'll also allow dragging the nodes around the canvas.

   Given the complexity, we'll break the code into sections.

   Let's start with the HTML structure.

   Note: We are not implementing the actual backend logic, so the configuration forms inside the nodes will be minimal.

   We'll use the following structure:

   
     

        
        

          
Triggers
          

            
...
            ... more triggers
          
          
Actions
          

            
...
            ... more actions
          
        

        
        

          
          
        
     
   

   We'll write JavaScript to handle:

     - Dragging from sidebar to canvas: to create a new node.
     - Dragging nodes on the canvas: to move them.
     - Connecting nodes: by dragging from an output connector to an input connector.

   We'll also implement the condition node with two outputs.

   Due to the complexity, we'll focus on the core features and keep the design clean.

   Let's code accordingly.


# Low-Code Automation Workflow Builder

I'll create a modern, intuitive workflow builder interface with draggable triggers/actions and branching capabilities, inspired by Zapier but with a unique design aesthetic.

Generated HTML Page:

Text After HTML:

## Key Features of the Workflow Builder

1. **Modern Dark Theme** - Professional dark UI with accent colors for visual hierarchy
2. **Drag-and-Drop Interface** - Intuitive way to add and position workflow components
3. **Component Library** - Pre-built triggers and actions for common automation tasks
4. **Branching Logic** - Visual condition nodes with true/false paths
5. **Connection System** - SVG-based connections between workflow steps
6. **Node Configuration** - Right-panel for customizing each workflow component
7. **Responsive Design** - Adapts to different screen sizes

The interface is organized into three main sections:
- Left: Component library with triggers and actions
- Center: Canvas for building the workflow
- Right: Configuration panel for selected nodes

The design uses a modern color scheme with teal, purple, and pink accents against a dark background for a professional look that's easy on the eyes during extended use.