ParaCloud Modeler


ParaCloud Modeler is a powerful new tool for parametric design which enables the development of rich and intricate design with efficiency and speed. ParaCloud Modeler is a low cost software solution converting Microsoft Excel spreadsheets into a powerful parametric modeler for design and architecture.

Signature architecture projects often use repetition of complex shapes in some variations. Such repeating yet constantly changing elements can best be described using an algorithm. The mathematics that defines such shapes can often be complex. One example can be roof panels that appear organically but shifts slightly in shape as they cover a building. The current generation of CAD programs do not make it easy to automate the design of these complex repetitive shapes.
ParaCloud Modeler is a breakthrough which allows an architect to use Microsoft Excel to drive 3D generative parametric design. When matched with an affordable and powerful 3D free form solid modeler, ParaCloud offers incredible power and sophistication at a price within reach of any architecture firm, and integration with Rhino, Bentley MicroStation V8/XM and output to DXF and Maya MEL.
ParaCloud Modeler powers design tools with behavior modeling and performance-driven design capabilities increasing design and production efficiency. Based on a multi-layered matrix concept, ParaCloud is an innovative platform for n-dimensional data modeling and analysis. It creates a bi-directional link between numeric and graphic representations and allows driving multiple representations from a single logical model. ParaCloud bridges between various software used in a project and allows for poly-logical driven generative modeling. Use ParaCloud extend your software capabilities with minimal changes to working habits and defines a new way of communication replacing the import/export approach.

Key Features and Benefits

  • Generative design with behavior modeling
  • Performance based modeling
  • Parametric components proliferation
  • Surface and ribs unfolding for shop drawings
  • Bi-directional link between numeric and graphic representations
  • Multiple representation from a single logical model
  • Bridges between various software used in a project
  • Developed on a common familiar platform (Microsoft Excel)
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