PARAMETRIC FIELD   Fall 2013 | Material Information | Professor Danelle Briscoe  PARAMETRIC FIELD is an 8” X 8” object that explores the possibilities of both Revit’s parametric functions and the capabilities of 3D printing. The object consists of 16 double sided arches that weave together to form continuous surface. Each arch’s height, width and thickness are set by randomized parameters, so each of the 32 protrusions is unique. The module acts as a column, diaphram, modulates light, and creates a dynamic form
       
     
HDR.jpg
       
     
2.jpg
       
     
1.jpg
       
     
  PARAMETRIC FIELD   Fall 2013 | Material Information | Professor Danelle Briscoe  PARAMETRIC FIELD is an 8” X 8” object that explores the possibilities of both Revit’s parametric functions and the capabilities of 3D printing. The object consists of 16 double sided arches that weave together to form continuous surface. Each arch’s height, width and thickness are set by randomized parameters, so each of the 32 protrusions is unique. The module acts as a column, diaphram, modulates light, and creates a dynamic form
       
     

PARAMETRIC FIELD

Fall 2013 | Material Information | Professor Danelle Briscoe

PARAMETRIC FIELD is an 8” X 8” object that explores the possibilities of both Revit’s parametric functions and the capabilities of 3D printing. The object consists of 16 double sided arches that weave together to form continuous surface. Each arch’s height, width and thickness are set by randomized parameters, so each of the 32 protrusions is unique. The module acts as a column, diaphram, modulates light, and creates a dynamic form

HDR.jpg
       
     
2.jpg
       
     
1.jpg