1. Overview of this course
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1.1 GH - Before you start this course there are few things you should keep in mind (2:38)
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1.2 If you are a Teacher or ART [Authorized Rhino Trainer] this may interest you...
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1.3 Few samples of what you will be learning during this course
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1.4 Some important links where you will find samples of GH users
2. Make sure you have Grasshopper3D on your PC or Mac
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1.1 We will use Rhino 6 or 7 for Windows in this course (0:45)
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1.2 Yes, you can use your Rhino 6 or 7 for Mac OS in this course (1:41)
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1.3 Download a Plugin called SunGlasses, and install it.
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1.4 How to use BiFocals for this course, if you have it. (1:23)
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1.5 Download the 3DM, Bitmaps and Grasshopper Definitions for this course as you go along
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1.6 PC or Mac -> GH Review and Q&A
3. Let us explore the interface of Grasshopper3D
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3.1 How to start Grasshopper and a few ways to open a definition (1:58)
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3.2 Grasshopper settings (4:25)
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3.3 Cables, types, and how to manipulate them (7:13)
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3.3 ... (a) (Quiz) Which key do you press to disconnect a cable from a grip?
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3.4 The meaning of some colors in Grasshopper (3:39)
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3.4 ... (a) (Quiz) What does it mean when you see an orange Param or Component?
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3.5 How to make groups and organize your definitions (2:19)
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3.5 ... (a) (Quiz) What is the shortcut to make a group
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3.5 ... (b) (Quiz) Which keys do you press to find the location of a Param or Component?
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3.6 All about the canvas (6:52)
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3.7 The Interface -> GH Review and Q&A
4. Introduction to parameters (Params)
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4.1 Few basic parameters (6:40)
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4.2 More details about the numeric slider (7:33)
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4.2 ... (a) (Quiz) One question about the numeric slider
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4.3 How to select Rhino geometry from Grasshopper (3:37)
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4.4 The Panel, a param (Parameter) (7:09)
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4.5 Boolean Toggle (4:42)
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4.5 ... (a) (Quiz) What is the answer?
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4.6 Exercise: Make a simple calculator (1:31)
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4.7 Params -> GH Review and Q&A
5. What are lists?
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5.1 What is a list and how important it is to understand them
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5.2 Making a very simple list of points (0:37)
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5.2 ... (a) (Quiz) Yes!!! time for a question !
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5.2 ... (b) (Quiz) Look at this list of green limes ?
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5.2 ... (c) (Quiz) What is the index value of the last item in any list?
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5.3 Introduction to the Series component to make a list of numbers. (3:54)
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5.3 ... (a) (Quiz) What is the list of numbers from this series?
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5.3 ... (b) (Quiz) What list of numbers is the Series component making?
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5.4 One way to use a list of numbers with the Construct Point component (3:00)
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5.5 Homework with the Series component
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5.6 Lists -> GH Review and Q&A
6. Go over some of the Curve components in Grasshopper
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6.1.1 Curve -> Primitive: Line and line SDL (3:19)
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6.1.2 Curve -> Primitive: Circle, Ellipse, CPlanes, and learn how to bake (3:56)
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6.1.3 Curve -> Primitive: Arc 3Pt (2:29)
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6.1.4 Curve -> Primitive: The Polygon and the Rectangle components (7:08)
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6.1.5 Curve -> Primitive: How to Internalise Data (2:58)
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6.2.1 Curve -> Analysis: Find the Endpoints as well as the Length of the curve (2:53)
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6.2.2 Curve -> Analysis: Point On Curve and Evaluate Length (5:18)
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6.2.3 Curve -> Analysis: Horizontal and Perpendicular Frames (6:40)
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6.2.4 Curve -> Analysis: Curve Closest Point (3:52)
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6.3.1 Curve -> Division: Divide curve (3:20)
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6.3.1 ... (a) (Quiz) Curve -> Division: How many points and segments
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6.3.2 Curve -> Division: Divide Distance and Divide Length (5:23)
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6.3.2 Curve -> Division: Horizontal and Perpendicular Frames (4:19)
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6.3.2 ... (a) (Quiz) About the Domain of a curve
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6.4.1 Curve -> Spline: Polyline, interpolate, and control point curve (4:26)
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6.4.2 Curve -> Spline: Tween Between, and the Range Component (7:10)
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6.4.2 ... (a) (Quiz) About the Range component
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6.4.3 Curve -> Spline: Iso Curves (3:46)
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6.5.1 Curve -> Utilities: Join and Fillet curves (3:11)
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6.5.2 Curve -> Utilities: Extend and Offset curves (5:48)
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6.5.3 Curve -> Utilities: Rebuild Curve (3:06)
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6.5.4 Curve -> Utilities: Project to a BRep ( Surface or Solid) (4:48)
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6.6.1 Curve -> Exercise 1: Design a very simple wireframe 3D-Chair (6:25)
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6.6.2 Curve -> Exercise 2: 3D Ring with pipes and more (7:28)
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6.6.3 Curve -> Exercise 3: Tween in between, a wall or a roof ? (10:05)
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6.6.4 Curve -> Exercise 4: Tween and a 3D Ring (4:09)
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6.7.1 Curve -> GH Review and Q&A
7. Just a little bit of basic Math
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7.1.0 Tree -> Introduction to Flatten and how to make a Tree into a List (3:20)
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7.1.1 Math -> Operators: Addition, subtraction, multiplication, division, and absolute value (3:07)
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7.1.2 Math -> Operators: Multiply by -1 (0:58)
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7.1.3 Math -> Operators: Mass Addition (2:47)
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7.1.3 ... (a) Math -> Operators: (Quiz) What is the result and partial result
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7.2.1 Math -> Util: Max, Min, and Pi (5:21)
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7.2.2 Math -> Util: Round (2:19)
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7.3.1 Math -> Domain: Construct and deconstruct a domain (1:24)
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7.3.2 Math -> Domain: Remap Numbers and Bounds (4:19)
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7.3.2 ... (a) Math -> Domain: Exercise with Remap and Bounds (4:26)
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7.3.2 ... (b) Math -> Domain: (Quiz) About Remap
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7.4.1 Math: -> Script: The Expression Component (5:40)
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7.4.1 ... (a) Math: -> Script: (Quiz) What is the Expression output
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7.5.1 Param -> Input: Graph Mapper (6:27)
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7.5.1 ...(a) Param -> Input: Exercise about the Graph Mapper (4:58)
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7.6.1 Vector -> Point : Distance Component ( BOGO ) (1:22)
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7.7.1 Math -> Exercise #1: Remap Numbers (6:32)
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7.7.2 Math -> Exercise #2: Numbers with 1 or 2 decimals only (5:45)
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7.7.3 Math -> Exercise #3: Any number greater than or Less than (5:52)
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7.8.1 Math -> Homework and the new Modulus component (3:08)
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7.9.1 Math -> GH Review and Q&A
8. Sets, this Tab contains almost all the components that manipulate lists in Grasshopper
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8.1.1 Sets -> List: List Length and list item (4:54)
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8.1.2 Sets -> List: Reverse a list and Sort a list (6:16)
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8.1.3 Sets -> List: Cross reference (6:02)
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8.1.4 Sets -> List: Dispatch (7:38)
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8.1.4 ...(a) Sets -> List: Exercise with the Dispatch and Closed Curves (2:50)
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8.1.4 ...(b) (Quiz) How many closed curves does the Dispatch outputs in List A?
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8.1.5 Sets -> List: Partition List (2:21)
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8.2.1 Sets -> Sequence: Cull Index (Remove) (1:22)
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8.2.1 ...(a) (Quiz) What is the last list of numbers?
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8.2.2 Sets -> Sequence: Cull pattern (3:48)
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8.2.2 ...(a) (Quiz) What is the pattern?
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8.2.2 ...(b) (Quiz) What is the pattern from these Series?
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8.2.2 ...(c) (Homework) Without adding another Param or Component how can you make those two lists?
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8.2.3 Sets -> Sequence: Random and Random Reduce, meet Pedro or Pietro :-) (6:10)
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8.2.3 ... (a) (Homework) From the Rectangular array, make something similar to the other two groups
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8.3.1 Sets -> Text: Concatenate Text and Text Tag 3D (4:43)
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8.4.1 Param -> Input: Boolean Toggle, Button Toggle, and Value List (5:38)
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8.4.2 Sets -> Tree: Stream Filter and Stream Gate (9:21)
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8.5.1 Sets -> Exercise 1: Sort a list of curves (7:58)
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8.5.2 Sets -> Exercise 2: Random grid of circles (9:29)
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8.5.3 Sets -> Exercise 3: Curve Magnet (10:14)
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8.5.4 Sets -> Exercise 4: Parametric 3D Ring with a Point Magnet (16:05)
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8.5.5 Sets - > Exercise 5: The Param Image Sampler working with the Expression and the Dispatch components (10:43)
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8.6.1 Sets -> GH Review and Q&A
9. All about Vectors
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9.1.0 Vector -> Boundary Surface and Extrude (BOGO) (2:22)
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9.1.1 Vector -> Plane: XY, YZ, XZ, and Deconstruct Plane (3:22)
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9.1.1 ... (a) (Quiz) about the Right Hand Rule
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9.1.2 Vector -> Plane: Align and Rotate Planes (3:09)
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9.1.3 Vector -> Plane: Offset Planes (1:52)
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9.2.1 Vector -> Vector: Unit X, Unit Y and Unit Z vectors (4:11)
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9.2.1 ... (a) (Quiz) about the direction of a vector
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9.2.2 Vector -> Vector: Amplitude (3:53)
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9.2.3 Vector -> Vector: Reverse and Rotate (7:59)
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9.2.3 ... (a) (Quiz) about Reversing a vector
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9.3.1 Vector -> Grid: Populate 2D and Populate Geometry (3:27)
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9.3.2 Vector -> Grid: Hexagonal (2:59)
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9.3.3 Curve -> Primitive: Arc SED Start End Direction (BOGO) (3:47)
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9.4.1 Vector -> Exercise 1: Extrude in both directions (3:49)
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9.4.2 Vector -> Exercise 2: Align and Random Rotate all the CPlanes (4:44)
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9.4.3 Vector -> Exercice 3: Pull Point and the Hexagonal Grid (5:44)
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9.5.1 Vector -> GH Review and Q&A
10. Make Surfaces, edit them and deconstruct them too
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10.1.1 Surface -> Primitive: Sphere (1:42)
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10.1.2 Surface -> Primitive: Center Box (1:36)
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10.1.3 Surface -> Primitive: Plane Surface (2:20)
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10.1.4 Surface -> Primitive: Bounding Box (3:01)
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10.2.1 Surface -> Freeform: 4Point Surface (3:19)
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10.2.2 Surface -> Freeform: Edge Surface (2:54)
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10.2.3 Surface -> Freeform: Loft and Loft Options (3:32)
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10.2.4 Surface -> Freeform: Sweep 1 Rail (5:42)
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10.3.1 Surface -> Analysis: Area and Volume (2:45)
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10.3.2 Surface -> Analysis: Deconstruct Brep (5:24)
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10.3.3 Surface -> Analysis: Evaluate Surface (6:32)
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10.3.4 Surface -> Analysis: Surface Closest Point (4:05)
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10.3.5 Surface -> Analysis: Dimensions of a Surface (1:12)
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10.4.1 Surface -> Util: Divide Surface and Surface Frames (7:28)
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10.4.2 Surface -> Util: Cap Holes (3:47)
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10.4.2 ... (a) (Quiz) How many Faces, Edges, and Vertices ?
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10.4.3 Surface -> Util: Isotrim and Divide Domain (3:21)
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10.4.3 ... (a) (Quiz) How many Faces, Edges, and Vertices ?
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10.5.1 Surface -> Exercise #1: Parametric Tower (11:20)
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10.5.2 Surface -> Exercise #2: Making cylindrical cutters around a circle (7:00)
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10.5.3 Surface -> Exercise #3: Parametric Facade with a Point Magnet (6:43)
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10.5.4 Surface -> Exercise #4: 3D-Chair with a curve magnet (5:30)
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10.5.5 Surface -> Exercise #5: Parametric 3D Ring adjusting the seam of a circle (15:24)
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10.5.6 Surface -> Exercise #6: SubD -> SubD-MultiPipe (9:15)
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10.5.7 ... (a) Surface -> Video-Trailer for the Exercise #7 (2:18)
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10.5.7 ... (b) Surface -> Exersice #7: SubD -> TriRemesh with SubD-MultiPipe (4:38)
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10.6.1 Surface -> GH Review and Q&A
11. How to move, copy, rotate, scale, and orient are all here in the Transform tab
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11.1.1 Transform -> Euclidean: Move (3:53)
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11.1.2 Transform -> Euclidean: Rotate (4:46)
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11.1.2 ...(a) (Quiz) Is this correct ?
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11.1.3 Transform -> Euclidean: Mirror (1:09)
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11.1.4 Transform -> Euclidean: Orient like Remap to CPlane in Rhino! (3:17)
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11.2.1 Transform -> Affine: Scale 3D (4:19)
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11.2.2 Transform -> Affine: Scale NU ( X, Y, Z ) (2:23)
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11.2.3 Transform -> Affine: Project (4:25)
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11.3.1 Transform -> Morph: Surface Box (5:31)
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11.3.2 Transform -> Morph: Box Morph (5:26)
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11.3.3 Transform -> Morph: Flow along curve (5:43)
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11.3.4 Transform -> Morph: Splop (5:13)
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11.3.5 Transform -> Morph: Maelstrom (4:33)
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11.3.6 Transform -> Morph: Twist (4:05)
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11.3.7 Transform -> Morph: Surface Morph (5:46)
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11.3.8 Transform -> Morph: Map to Surface & Pull Curves (4:18)
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11.4.1 Transform -> Util: Group and Ungroup (3:20)
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11.5.1 Transform -> Exercise #1: (BOGO) and Map to Surface (4:03)
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11.5.2 Transform -> Exercise #2: Tiles like Truchet Patterns (10:16)
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11.5.3 Transform -> Exercise #3: Unroll on the floor (XY CPlane) the cross section of the 3D-Chair (4:47)
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11.5.4 Transform -> Exercise #4: Group and Ungroup (5:00)
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11.5.5 Transform -> Exercise # 5: Random Variable Pipes (13:40)
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11.6.1 Transform: GH Review and Q&A
12. Trees
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12.1.0 Sets -> Tree -> Introduction to Flatten and how to make a Tree into a List (3:20)
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12.1.1 Sets -> Tree: Go over the Graft Tree component (5:37)
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12.1.2 Sets -> Tree: Using the Graft component with points (6:07)
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12.1.3 Sets -> Tree: Statistics and the Param Viewer (5:46)
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12.1.3 ... (a) (Quiz) What is the output of the Length grip?
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12.1.4 Sets -> Tree: The Flip Matrix component (6:42)
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12.1.4 ... (a) (Quiz) Sets -> Tree: How many Branches ?
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12.1.5 Sets -> Tree: Explode Tree (2:16)
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12.1.6 Sets -> Tree: Flatten and UnFlatten a Tree (7:22)
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12.1.6 ... (a) Sets - > Tree: Short exercise with the Flatten and UnFlatten components (9:23)
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12.1.7 Sets -> Tree: Select a Branch from a Tree and an item from a Branch (5:02)
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12.2.1 Sets -> Tree: Exercise #1: Make Random numbers to create more Random numbers (13:50)
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12.2.2 Sets -> Tree: Exercise #2: Open and close shadows windows on a facade (13:57)
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12.2.3 Sets -> Tree: Exercise #3: Basket and Prongs for a Ring (9:31)
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12.2.4 Sets -> Tree: Exercise #4: The Voronoi is a nice project for using Trees (12:40)
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12.3.1 Sets -> Tree: GH Review and Q&A
13. Intersect
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13.1.1 Intersect -> Shape: Region Union, Difference and Intersection (2:59)
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13.1.2 Intersect -> Shape: Solid Union, Difference and Intersection (9:58)
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13.1.3 Intersect - > Shape: Box Slits (4:03)
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13.1.4 Intersect -> Shape: Region Split (4:04)
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13.2.1 Intersect -> Mathematical: Brep with a CPlane (Construction Plane) (8:51)
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13.3.1 Intersect -> Physical: Brep with Brep (3:54)
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13.3.2 Intersect -> Physical: Surface Split (2:51)
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13.4.1 Intersect -> Exercise #1: Boxy Bookshelf (8:18)
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13.4.2 Intersect -> Exercise #2: Wireframe Lamp with Region Slits (10:14)
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13.5.1 Intersect -> (Quiz & Homework) How many intersection the Brep - Brep will give us?
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13.6.1 Intersect -> GH Review and Q&A
14. Bonus Pack, few step by step more advanced exercises
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14.1.1 3D Parametric 3D Ring with a nice Voronoi (15:02)
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14.2.1 Transform using Move, Scale 3D and Rotate around a CPlane (15:23)
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14.3.1 Parametric Facade with magnets (18:01)
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14.4.1 Take advantage of the information from the Image Sampler (9:32)
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14.5.1 Finish the Prongs for the Basket - Head of the ring (11:29)
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14.6.1 The Remote Control Panel and set up few stages (7:30)
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14.7.1 This is the end of this long and hard course, but the beginning of...
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