Contents

• Introduction
• Chapters

Introduction

RhinoScript¹⁰¹ is a project which aims to ease the transition from user to developer. Scripting is an extremely powerful yet relatively easy to learn way of automating Rhino. However, since it involves programming the mental threshold for beginners is rather high. RhinoScript¹⁰¹ offers a set of articles about the subject, starting at the very beginning.

Initially the RhinoScript¹⁰¹ Primer was released as a set of articles which could be downloaded from this webspace. Due to the size of the project it has been merged into a single PDF which makes it more maintainable.

This publication is still a work-in-progress. Please send us your comments, questions and wishes.

Download RhinoScript¹⁰¹ collection consisting of:

• The Book (PDF)
• The Examples (ZIP)
• The Multiple Choice test (PDF)

The Primer uses a number of methods that were only recently added to RhinoScript. You need Rhino4 SR2 in order to be able to run all the scripts in the primer.

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Chapters

1. What's it all about?
1. Macros
2. Scripts
3. Running Scripts
2. vbScript Essentials
1. Language origin
2. Flow control
3. Variable data
4. Integers and Doubles
5. Booleans
6. Strings
7. Null variable
8. Using variables
3. Script anatomy
1. Programming in Rhino
2. The bones
3. The guts
4. The skin
4. Operators and functions
1. What on earth are they and why should I care?
2. Careful…
3. Logical operators
4. Functions and methods
5. A simple function example
6. Advanced function syntax
5. Conditional execution
1. What if?
2. Select case
3. Looping
4. Conditional loops
5. Alternative syntax
6. Incremental loops
6. Arrays
1. My favourite things
2. Points and Vectors
3. An AddVector() example
4. Nested arrays
7. Geometry
1. The openNURBS™ kernel
2. Objects in Rhino
3. Points and Pointclouds
4. Lines and Polylines
5. Planes
6. Circles, Ellipses and Arcs
1. Ellipses
2. Arcs
7. Nurbs Curves
1. Control-point curves
2. Interpolated curves
3. Geometric curve properties
8. Meshes
1. Geometry vs. Topology
2. Shape vs. Image
9. Surfaces
1. Nurbs Surfaces
2. Surface Curvature
3. Vector And Tensor Spaces