# Paneling Tools – 2d Cellulate

In this Paneling Tools Grasshopper tutorial, I will show you how you can use the grid attractors and the cellulate grid tool to produce a series of deforming circles based on point or curve attractors

Posted in Rhino Grasshopper Tutorials.

- 26th January 2019
### Grasshopper Lunchbox Tutorial

In this Rhino Grasshopper tutorial, I will show you how you can panel a surface with lunchbox. First I will show you how to make different surfaces in Rhino with 5 different techniques and then I will show you how to panel them. These 5 short tutorials will help you learn Lunchbox for grasshopper easier!

- 19th May 2019
### Voronoi Curve Attractor

In this Grasshopper Voronoi tutorial, we will use curve attractors to control the Voronoi cells. First, we will use a boundary to make the base Voronoi cells and then we will define a curve and populate random points in it. In the end, we will use dispatch to split the cells into two groups.

- 5th January 2019
### Parametric Ring

In this Rhino Grasshopper Tutorial, we will model a Parametric Ring. First, we will model the base curve based on Polar points and then give it a rectangular section and finish the model with a sweep1.

- 28th May 2019
### Parametric Stairs

In this Rhino Grasshopper stair tutorial we will use a simple loft surface to model a series of parametric stairs. First we will model the base curves in Rhino and use the loft command in Grasshopper to make the surface. Then we will use the “Contour” command to make the stairs curves and use an offset component combined with etrusion to finish the model.

- 8th October 2018
### Parametric Building

In this Parametric Building tutorial, I will teach you how to model a parametric facade in Grasshopper. First I will divide the surface into divisions and then convert the facade to mesh and use weaverbird to extrude the Mesh. finally, the point attractors will produce a parametric building.

- 17th November 2018
### Arboskin

This is the first video in the “Parametric Modeling & Design” series. In this video, we will have a quick review of the Arboskin Project. First, we will talk about how the project has been made and look at some details. Then we will talk about a simple Grasshopper algorithm and how you can model the pyramid and slice it with a rotating plane.

- 2nd July 2018
### Intersect Crv/Crv

In this Grasshopper Tutorial I will use the Intersect Crv/Crv tool to produce a parametric structure. First I will linear Array a line and then intersect it with two set of parametric polylines. Then I will move the intersection to produce the parametric model.

- 4th March 2019
### Schüco Parametric System

In this Parametric Architecture video we will take a look at the Schüco Parametric System and how it works. Then we will model the panels in Grasshopper by producing a base surface and then dividing the surface in to panels. We will also use a range of numbers combine by Graph mapper to produce a sine wave.

- 21st October 2018
### Twist

In this Grasshopper Tutorial, I will teach you how to use the twist command in Rhino 6. I will explain how twist works with a simple twisting Box around a parametric Axis

- 18th February 2019
### ONE Teahouse

In this Rhino Grasshopper tutorial, I will model something similar to the ONE Teahouse / MINAX Architects. First, we will define a box and a sphere. Then we will scale NU the sphere so we can control the shape. If we divide the surface of the scaled Sphere into points, Project these points on to the Box and connect them we will have a series of parametric lines which we can finally turn them into a box.

- 5th December 2018
### Earrings Design #2

In this Laser Cut Earring Design tutorial, I will show you how to make a parametric model for nautilus Earrings. First, we will model the base surface with strips and then by using the flow command, we will bend the surface from a baseline into a NURBS curve. This will give us more control over the finished model.

- 12th July 2018
### Import PDB

In this grasshopper tutorial, I will talk about the Import PDB tool and how you can use it to visualize a protein file. First, we download the PDB file from the www.rcsb.org website. After that, you can import the PDB file in grasshopper and use the atom data to visualize the protein.

- 16th February 2019
### Pencil Office

In this rhino Grasshopper Tutorial, we will model something similar to the Pencil Office facade. First, we will draw a simple line which will define the height of the facade and then by using evaluate curve and graph mapper divide the line with a non-linear distribution. In the end, we will talk about the “Relative Item” component and how it can help us connect the point together.

- 6th October 2018
### Beijing Water Cube

In this Grasshopper tutorial, I will model the Bejing Water Cube in Grasshopper. First I will explain the steps we have to take to reach the final model and then I will explain the steps one by one. We will start with a shell box and then use Voronoi3d to produce the results.

- 11th August 2018
### Parametric Bench

In this Grasshopper tutorial, I will model a parametric bench by using three different sections and a curve as the bench’s rail. First I will orient the sections on the rail and then I will sweep to produce the results. In the end, we will make the sections with per frames.

- 13th June 2018
### Per Frames

In this video tutorial I will use the Per frames tool to produce a parametric pattern on a curve in grasshopper. You will learn how to use the frames by deconstructing them and using their main vectors to move the origing of the planes.

- 23rd February 2019
### Canton Tower

In thisRhino Grasshopper Tutorial, we will model something similar to the Canton Tower. First we will define 3 ellipses and then rotate them to make the tower’s sections. After lofting the sections we can use the Lunchbox plugin to make the structure and by using the Dispatch we will extract two different groups of the structure.

- 26th November 2018
### Attractor Voronoi Cells

In this Grasshopper Voronoi attractor tutorial, I will show you how you can produce point attractors for Voronoi cells. First, we will make the desired boundaries and then populate points in them to increase the number of Voronoi cells.

- 21st November 2018
### Earring Designs #1

In this Laser Cut Earring Design tutorial, I will show you how to make a parametric model for Rhombus Earrings. First, we will model the base polygon and make it parametric by using evaluate curve and then we will define the sections and offset the boundaries to make the final model.

- 15th September 2018
### Parametric Facade

In this Parametric Facade tutorial, I will show you how you can use multiple dispatches to produce a parametric facade. First, we will use a simple curved surface for the facade and then we will use the Lunchbox plugin to panel it with triangles. Then we will work on the vertices of the triangles to finish the modeling.

- 22nd July 2018
### Islamic Star Pattern

In this grasshopper tutorial, I will model an Islamic star pattern and show you how you can make it parametric! First, we will use the polygons in contact method to mode the grid and then we make the patterns.

- 18th August 2018
### Galapagos

Do you want to optimize your models in Grasshopper? In this video I will show you the basics of the Galapagos tool in Grasshopper which is an optimization component and how you can use it to design more efficiently! This tool will help you to define optimization goals & design smarter!

- 18th June 2019
### Parametric Stars

In this Point Attractor tutorial, we will use a point to deform a star shape. First, we will use a base surface, divide it into rectangular panels and then study the basics behind the star pattern. We will use the point attractor to move the star points in their lines and change their shapes.

- 15th January 2019
### Rotating Units

In this Rhino Grasshopper Lesson, I will show you how to rotate a series of surfaces around their edges and then control how many of the starting and ending ones have a zero rotation. First, we will divide a surface into sections and then extract the edge and finally rotate the panels around the edge.