01Define Parameters
Start by choosing the inputs that drive your design - dimensions, counts, angles, materials. These become the levers you can pull later.
Parametric Design
It is a way of designing where you set the rules and let the computer draw the form. Change a value, and the whole design updates itself.
Top Radius
60
Resolution
50
Lower Radius
38
Curve
Upper Curve
How it works?
Four moves that take you from a blank canvas to an adaptive, generative design system.
01
02Establish Relationships
Connect parameters with rules and logic. When one value changes, the others respond automatically through the relationships you defined.
03Generate Geometry
The system computes the form for you. Every line, surface, and pattern is built from your logic - no manual modeling needed.
04Optimize & Iterate
Tune any parameter and the model updates instantly. Explore variations, refine the rules, and converge on the version that fits.
Parametric Design vs Traditional Design
Parametric Design
Traditional Design
Fundamental Method
Rule-driven generation from parameters
Direct manipulation of geometry
Approach to Changes
Adjust one input, everything reflows
Manually re-edit each affected element
Workflow
Logic first, geometry follows
Geometry first, logic improvised later
Construction Time
Slower upfront, far faster overall
Quick to start, slow to iterate
Modification Speed
Instantaneous via sliders and inputs
Manual rework for every change
Geometric Complexity
Handles intricate forms effortlessly
Limited by patience and precision
Reusability
Templates that adapt across projects
One-off models with little reuse
Best For
Variations, mass customization, complex geometry
One-time, fixed designs
Main Advantage
Flexibility, scalability, intelligence
Familiarity and direct control
Main Limitation
Slightly steeper learning curve
Painful for variations or changes
See the Difference
Feature | Parametric Design | Traditional Modelling |
|---|---|---|
Rule-based workflow | ||
Manual geometry control | ||
Automatic updates on change | ||
Precise form sculpting | ||
Rapid iteration | ||
One-off custom modeling | ||
Reusable design systems | ||
Handles complex relationships | ||
Supports design variations |
Architecture & AEC
Architects use parametric design to drive building form from a small set of controlling variables. Change the sun angle, the floor count, or the unit spacing, and the façade, structure and floor plate all update together through the same rule-system.
Furniture Design
Furniture designers define a parametric rule-system once, then derive entire families of seats, shelves, and tables from it. Adjust the span, the spacing, or the material thickness and every piece re-dimensions itself without redrafting.
Manufacturing
Manufacturers apply parametric logic to produce thousands of product variations from a single master model - adjusting dimensions, tolerances, and cut-lists automatically for every order, with the same script driving every machine on the floor.
Product Design
Product designers build parametric models where changing one input - grip size, wall thickness, mounting hole spacing - updates the entire form, enabling rapid iteration across an entire product line.
Fashion & Jewelry
Jewellery and fashion designers use parametric systems to create intricate, custom-fit pieces. The same rule-system adapts ring sizes, lattice densities, or garment forms to individual measurements - one script, endless fitted variants.
Education
Educators use parametric tools to teach how geometry, math, and logic connect - letting students see how changing a parameter instantly reshapes a 3D model in real time, turning abstract ideas into tangible play.
Parametric Design with BeeGraphy
BeeGraphy brings parametric design to the cloud. Here's what makes it stand out.
No-Code Visual Editor
Build models using logic blocks instead of code. Drag, connect, and watch your design come to life in real time.
Real-Time Collaboration
Work alongside your team from any device. See each other's changes instantly, leave comments, and iterate together.
Go from Design to Production
Export production-ready files in DXF, SVG, STL, OBJ, STEP, and more. From idea to fabrication without the friction.
Web Configurators
Turn your parametric models into live product configurators that customers can interact with directly in their browser.
Marketplace
Publish your parametric scripts to the marketplace, earn from every download, or remix work shared by other designers.
No-Code Visual Editor
Build models using logic blocks instead of code. Drag, connect, and watch your design come to life in real time.
Real-Time Collaboration
Work alongside your team from any device. See each other's changes instantly, leave comments, and iterate together.
Go from Design to Production
Export production-ready files in DXF, SVG, STL, OBJ, STEP, and more. From idea to fabrication without the friction.
Web Configurators
Turn your parametric models into live product configurators that customers can interact with directly in their browser.
Marketplace
Publish your parametric scripts to the marketplace, earn from every download, or remix work shared by other designers.
Interactive Demo
Adjust parameters and see a live parametric model respond instantly. No setup, no installation - just explore.
Interior
3D Parametric Cafe
A fully parametric cafe interior design with adjustable dimensions and furniture placement.
by Suren Saghiyan
Architecture
Bridge Curved 3D Parametric Model
A curved pedestrian bridge generated from arch and loft logic with adjustable span and profile.
Architecture
Harmonic Skyline
A wave-driven pavilion roof shaped by graph-mapped gradients for an organic, undulating form.
Furniture
Wooden GridFrame Chair
A parametric chair built from a wooden grid frame with adjustable proportions.
Join thousands of designers who are already creating the future with parametric tools. No installation, no cost to start-just open your browser and begin.