🥽Nodes rotation

Overview

The Interactive Node-Based Rotation System (INBRS) is designed to allow a user to manipulate a set of nodes arranged in a rectangular configuration around a central pivot point. This system facilitates the rotation of the entire set as a cohesive unit with reference to a designated central node marked in red.

Components

1. Nodes: Four circular markers that define the corners of a rectangle. Each node is interconnected, suggesting a rigid structure.

2. Central Node (Red Dot): Acts as the pivot point for rotation.

3. User Interaction Node (Blue Marker with Arrow): Designated node that the user can drag to initiate rotation.

4. Rotation Indication (Curved Arrow): Graphical representation of the potential rotation around the central node.

Functional Requirements

1. Initialization: The system must position the nodes in a rectangular layout with a visually distinct central node.

2. Interaction: Users can click and drag the designated interaction node to rotate the rectangle around the central node.

3. Rotation Mechanics:

   • The rectangle should rotate as a solid structure.

   • Rotation should be smooth and follow the cursor's arc path around the central node.

   • The angle of rotation should be unrestricted, allowing for full 360-degree rotation.

4. Visual Feedback:

   • The rotation should be visually represented in real-time.

   • The central node remains static to indicate its role as the pivot.

   • The interaction node should have a directional arrow to indicate the direction of the applied force.

5. Constraints:

   • Nodes must maintain their relative distances, preserving the rectangular shape during rotation.

   • The system should prevent any deformation of the rectangle.

User Interface

• The system should be minimalist with a clean and intuitive interface.

• Nodes should be large enough to be easily clickable and draggable.