Panneling in grasshoper

Arch 484/ Computer Applications in Architecture Students: Jonida Bojaxhiu Najada Abedini Stela Qosja Lecturer: Anna Yunitsyna

1. CREATING A MODULE: a) surface b) solid-sphere center c) trim d) llet e) joint

2. CREATING A CURVED SURFACE: a) Drawing two or more curvecs b) Selecting them and loft 3. GRASSHOPER: a) Geometry /surface b) Geometry/ geometry

a1) surface / set one surface b1) surface/ reparametrize c) Maths/ domain/ divide domain d) Izotrim e) Number slider/ give value f) Connect two slides u/v and surface with divide domain g) Connect divide domain with izotrim and surface with izotrim

e) Transform/ morph/ delete izotrim/ surface box b) Morph / dox morph c) Geometry / set one geometry/ select to the module d) Create a new slide/ give value e) Connect: divide domain, surface / slide with surface box f) Click to (H) surfacebox / expansion editer (-h) g) Combine Geo with morph Gr 2times surface box with T.

1. CREATING A MODULE:

2. CREATING A CURVED SURFACE:

a) surface b) solid-sphere center c) trim d) llet e) joint

a) Drawing two or more curvecs b) Selecting them and loft 3. GRASSHOPER: a) Geometry /surface b) Geometry/ geometry

a1) surface / set one surface b1) surface/ reparametrize c) Maths/ domain/ divide domain d) Izotrim e) Number slider/ give value f) Connect two slides u/v and surface with divide domain g) Connect divide domain with izotrim and surface with izotrim

e) Transform/ morph/ delete izotrim/ surface box b) Morph / dox morph c) Geometry / set one geometry/ select to the module d) Create a new slide/ give value e) Connect: divide domain, surface / slide with surface box f) Click to (H) surfacebox / expansion editer (-h) g) Combine Geo with morph Gr 2times surface box with T.

1. CREATING A MODULE: a) surface b) solid-sphere center c) trim d) llet e) joint

2. CREATING A CURVED SURFACE: a) Drawing two or more curvecs b) Selecting them and loft 3. GRASSHOPER: a) Geometry /surface b) Geometry/ geometry

a1) surface / set one surface b1) surface/ reparametrize c) Maths/ domain/ divide domain d) Izotrim e) Number slider/ give value f) Connect two slides u/v and surface with divide domain g) Connect divide domain with izotrim and surface with izotrim

e) Transform/ morph/ delete izotrim/ surface box b) Morph / dox morph c) Geometry / set one geometry/ select to the module d) Create a new slide/ give value e) Connect: divide domain, surface / slide with surface box f) Click to (H) surfacebox / expansion editer (-h) g) Combine Geo with morph Gr 2times surface box with T.

1. CREATING A MODULE:

2. CREATING A CURVED SURFACE:

a) surface b) solid-sphere center c) trim d) llet e) joint

a) Drawing two or more curvecs b) Selecting them and loft 3. GRASSHOPER: a) Geometry /surface b) Geometry/ geometry

a1) surface / set one surface b1) surface/ reparametrize c) Maths/ domain/ divide domain d) Izotrim e) Number slider/ give value f) Connect two slides u/v and surface with divide domain g) Connect divide domain with izotrim and surface with izotrim

e) Transform/ morph/ delete izotrim/ surface box b) Morph / dox morph c) Geometry / set one geometry/ select to the module d) Create a new slide/ give value e) Connect: divide domain, surface / slide with surface box f) Click to (H) surfacebox / expansion editer (-h) g) Combine Geo with morph Gr 2times surface box with T.

Planner honeycomb shells_kangaroo`s planarization forces

1.

2. a) b) c)

Creating a curved surface Grasshoper Geometry, surface, set one surface, hide.

Brep components/ Explode Connect surface with explode

d) e) • •

Input/ panel/ double click to (E) and connect them lunchbox/ panels/ hexagon cells Slider o < 15 < 20 Copy slider/ connect bothto the hexagon cell (u) (v)

• curve/ connection with the Hex. (cells) • select the first session and make disable preview •Click to (crv) / bake •In order to make individual hexagons explode/ panel •Connect crv – explode – s-flatten - panel

•Utility/ remove duplicate lines (bake) in order to make individual lines • length + reset length • new slides / strength • flatten tree + control points • Kangaroo / utility / remove duplicate points • disable preview / bake / curve cp

• Graft / connect with – deconstruct brep E and connect the other point of panel with graft T • Curves become an individual list / delete it and connect / graft / with CRV – (C ) • Equality + CRV cp (D) to (A) and set B value zero • Panel / cull pattern (to make the values true)

• Connect cull and Graft with curve pull • New slide connect with CP strength • Kangaroo • Morph / bake yes/ rendered