My final project is the transformation of a plane semi- circular roof surface of one of the indoor game area .it will be done using the grasshopper plug-in called lunch box and wearer bird.

I transfigured the plane surface to a organic and parametric design .

**HOW I DID IT WITH THE GRASSHOPPER PLUG-IN.**

I started working with a basic curve which was divide .vectors were inserted to the curve.

Using the vectors the curves were moved to its position

Various different patterns were tried for the curves using three Graph Mappers.

The lofted surface were further divided into panels using the Random Quad panel and Diamond panel from the Lunch box plug in .

Lunch box is a collection of useful geometry tools. The plug-in includes utilities for mathematical forms, paneling systems, structures, and workflow.

I have reparametrized the surface parameter while evaluating the surface .

Connected The MD slider to the point parameter to have variant points.

The evaluated surface was later scaled so to get the proper glass paneling and frame work.

Remapped the closest point which were taken for scaling.

Customized the preview with the light blue shade indicating the glass paneling.