Harsh Pandya
Parametric Addon Trailer
Watch the engine in action. See how complex mathematical logic and raw image data transform into production-ready topology instantly.
// PIPELINE ARCHITECTURE
Rock-Solid Animation Stability
Standard modifiers often double-transform moving procedural meshes. Parametric Shapes resolves this via a proprietary NumPy-based custom vertex cache (.npc) that perfectly preserves complex math topology across time—without axis remapping errors.
In-Memory Loading
Cached frames are stored in compressed dictionaries and pre-loaded to memory, bypassing Modifier stack bottlenecks.
Auto-Animate Handlers
Easily inject timeline drivers directly into math variables (t). The baker automatically isolates these during caching.
Static Topology Locks
Built-in MDD baking utilizes a spatial hash validation layer to lock non-manifold geometry before exporting begins.
System Controls
Extensive Built-in Presets
Jumpstart creation with library templates including Klein Bottles, Möbius strips, Interference Waves, Amoeba curves, and Coral growths.
Image Displacement Maps
Map grayscale textures seamlessly into topographic heights with Wrap boundaries (Clip, Extend, Tile) and scale interpolation.
Material Integration
One-click application of height-aware emissive shaders. Works intelligently via vertex attributes for meshes and bounding-box evaluation for curves.
SAFE_MATH_SANDBOX
Vectorized Compilation
All custom formulas are pre-compiled and sanitized before passing into NumPy evaluation grids, instantly capturing syntax or ZeroDivision errors without crashing Blender.
EXTERNAL_I/O
VFX Export Routing
Native integration with Blender's 4.2-5.2 exporter systems for single-frame STL structures or comprehensive batch OBJ sequence folders.
Pipeline Integration
1. CONFIGURE
2. ANIMATE
3. BAKE
4. EXPORT
System Details & FAQ
Which Blender versions are supported?
Designed for Blender 4.2.0 till 5.2
Can I write my own equations?
Absolutely. The tool contains a secure math evaluation module allowing formulas up to 300 characters utilizing standard operations (sin, cos, exp, log, tau, etc).
What are the output formats?
The exporter utilities allow one-click generation to STL for 3D printing and static elements, or OBJ and continuous OBJ Sequences for passing vertex animation data into other DCCs.
