We are looking for an experienced Rhino/Grasshopper developer to build a web-based 3D configurator for custom outdoor garden panels. The goal is to allow customers to design their own panels online and generate production-ready 2D DXF files for our Versatech CNC cutting table (running ZebraCut). ​The Scope ​The program must handle bespoke geometry, hardware placement, and real-time pricing for a sewing-only production workflow. ​Key Technical Requirements: ​Core Geometry: Build panels based on Opening Width/Height. Support "Advanced Measurement" mode for out-of-square openings (4-point/diagonal inputs). ​Manufacturing Constraints: * Hard limit of 1500mm width per panel (based on PVC roll widths). ​Automatic "Vertical Split" logic if the opening exceeds the material width. ​Window material capped at 1400mm height. ​Construction Method: * 2-Ply Reinforcement: Generate separate 50mm–60mm canvas strips for edges (no folded hems). ​Square Corners: 90° corners for all standard panels to facilitate binding. ​Safety Zones: Enforce a 50mm canvas border between windows/zippers and panel edges. ​Access Logic: Ability to add Single Splits (1 zip) or Roll-up Doors (2 zips) before window placement. ​Hardware Automation: * In-Frame: Generate pen-tool stitch lines for Kedar. ​On-Frame: Generate pen-tool marks for Turn-Buttons/Eyelets on the top and sides. ​Bottom Edge: No fasteners; generate a separate "Pocket Strip" for weighted bars. ​Pricing & E-Commerce: ​Implement a dynamic pricing engine in Grasshopper based on: ​Linear meter consumption of 1500mm roll (Fabric) and 1400mm roll (PVC). ​Labor rate with assigned time-values for specific tasks (binding, windows, zips). ​Individual hardware unit costs. ​A fixed Setup Fee per order. ​Deliverables: ​Grasshopper Script: Optimized for ShapeDiver deployment. ​Output Files: Individual, un-nested DXF components for ZebraCut (Main Panel, PVC, Strips) with specific layer-to-tool assignments (Cut, Pen, Text). ​UI Design: Intuitive sidebar in ShapeDiver for fabric selection, mounting toggles, and measurement input. ​Preferred Qualifications: ​Proven experience with ShapeDiver and API integrations. ​Background in technical textiles, marine upholstery, or tensile architecture. ​Understanding of CNC nesting workflows (specifically ZebraCut or similar).