Mastering landscapes with Grasshopper

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Mesrop Andriasyan

5:36:50

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1. Introduction

1. Course structure overview.mp4

01:59

2.1 Snapping Gecko.html

2.2 Sunglasses.html

2. Scripting culture.mp4

04:48

2. Read and write topographic data

1. Introduction to the section.mp4

00:56

2.1 1 reading from a file.zip

2.2 helix 201.zip

2. Reading from a file.mp4

13:47

3.1 2 read with volvox.zip

3.2 Volvox.html

3. Read data with Volvox.mp4

05:19

4.1 3 read with pancake.zip

4.2 Pancake.html

4. Read with Pancake.mp4

04:04

5.1 4 mesh data to surveyor data.zip

5. Mesh data to surveyor data.mp4

12:23

3. 3D mesh from topographic drawing

1. Introduction to the section.mp4

01:20

2.1 5 sample terrain.zip

2.2 6 organise data.zip

2. Organise data.mp4

10:00

3.1 7 move points to their heights.zip

3.2 EleFront.html

3. Move points to their heights.mp4

05:25

4.1 8 sort and move vertically with a guideline.zip

4. Sort and move vertically with a guideline.mp4

10:03

5.1 9 group, bake and align.zip

5.2 9 vertically placed curves and points.zip

5. Group, Bake and Align.mp4

06:22

6.1 10 construct the terrain mesh.zip

6. Construct the terrain mesh.mp4

07:27

7.1 11 crop.zip

7. Crop.mp4

03:13

4. Terraces

1. Introduction to the section.mp4

00:54

2.1 13 solid mesh parts.zip

2. Creating the solid Mesh.mp4

08:03

3.1 14 cluster.zip

3. Clustering.mp4

04:56

4.1 15 control the height.zip

4. Control the height.mp4

02:44

5.1 16 work with multiple meshes.zip

5. Making it work with many meshes.mp4

08:05

6.1 17 generating contours.zip

6. Terrain Contours.mp4

07:11

7.1 18 terrace geometry.zip

7.2 19 terraces with area filter.zip

7. Terrain model.mp4

06:27

8.1 19 nesting - get contours.zip

8.2 OpenNest.html

8. Nesting - Get Contours.mp4

08:35

9.1 20 restructuring data.zip

9. Restructuring data.mp4

04:23

10.1 21 nesting - distribute.zip

10. Nesting Distribute.mp4

06:27

11.1 22 nesting labeling.zip

11. Nesting - Labeling.mp4

08:13

12. Nesting.mp4

08:13

13.1 24 transfer info.zip

13. Transfer info.mp4

07:08

5. Stairs

1. Introduction to the section.mp4

00:55

2.1 26 stair line, plane, intersections.zip

2. Stair Line, Plane, Intersections.mp4

09:44

3.1 27 stair profiles.zip

3. Stair profiles.mp4

04:29

4.1 28 stair terrain contours.zip

4. Stair terrain contours.mp4

04:55

5.1 29 stair clustered.zip

5.2 29 stair.zip

5. Stair.mp4

06:17

6. Terrain Analysis

1. Introduction to the section.mp4

01:28

2.1 31 vector angles.zip

2. Vector Angles.mp4

05:05

3.1 32 slope.zip

3. Slope.mp4

08:49

4.1 33 legend.zip

4. Legend.mp4

10:02

5.1 34 aspect.zip

5. Aspect.mp4

07:24

6.1 35 elevation.zip

6. Elevation.mp4

07:18

7.1 36 view mechanics.zip

7. View mechanics.mp4

08:05

8.1 37 view from point.zip

8. View from point.mp4

04:53

9.1 38 view from multiple points.zip

9. View from multiple points.mp4

08:03

10.1 38 view from multiple points - points weights.zip

10. View from multiple points - points weights.mp4

03:39

7. Road on terrain

1. Introduction to the section.mp4

00:51

2.1 40 adjust the terrain to road.zip

2. Adjust the terrain to a road.mp4

08:41

3.1 41 multiple roads.zip

3. Multiple roads.mp4

05:16

4.1 42 coloring the mesh.zip

4. Coloring the mesh.mp4

03:52

8. Cut and Fill

1. Introduction to the section.mp4

01:18

2.1 44 transfer mesh data.zip

2. Transfer mesh structure.mp4

07:27

3.1 45 cut&fill quantities.zip

3. Cut and Fill quantities.mp4

08:50

4.1 46 cut&fill visualization.zip

4. Cut and Fill visualization.mp4

07:21

5.1 47 cut&fill grid.zip

5. Cut and Fill grid.mp4

03:15

6.1 48 cut&fill grid diagram.zip

6. Cut and Fill grid diagram.mp4

11:20

9. Cut and Fill optimization

1. Introduction to the section.mp4

00:36

2.1 49 adjust to plot.zip

2. Adjust to plot.mp4

06:06

3.1 50 minimise cut&fill.zip

3. Optimization.mp4

12:26

Description

Computational modelling, analysis, modification and optimization of landscapes

What You'll Learn?

Create computational models of landscapes
Analyse terrain properties
Create generative landscape designs
Create algorithms for landscape manipulation

Who is this for?

Landscape designers

Architects

Urban planners

What You Need to Know?

Mid level of knowledge in Grasshopper

Basic understanding of topography

More details

Description
Become an expert in computational modelling of terrains with Grasshopper3D in this comprehensive and in-depth course! This course is designed for mid-level users who are looking to take their terrain modelling skills to the next level.
Grasshopper3D is a powerful tool for computation modelling and this course will teach you everything you need to know to start creating amazing terrain models. From working with surveyor data to advanced techniques for modelling terraces and stairs on a landscape, you will learn how to create and manipulate 3D terrain models with ease.
In this course, you will learn:
How to convert surveyor data into points and mesh using Grasshopper3D
The process of reconstructing mesh from flat topographic curves
Techniques for modelling terraces and stairs on a landscape
Intrinsic properties of terrain, such as slope, aspect, and viewshed, and how to perform computational analysis and data visualization
Computing and optimization of cut and fill operations with Grasshopper algorithms
The course covers everything from basic to advanced techniques, providing you with the knowledge and skills necessary to take your terrain modelling to the next level. Whether you are a beginner or an advanced user, you will learn how to create and manipulate 3D terrain models with ease.

By the end of this course, you will have a solid understanding of how to model terrain with Grasshopper3D and be able to create your own custom models with ease. So why wait? Enrol now and take the first step towards mastering terrain modelling with Grasshopper3D!
Who this course is for:
Landscape designers
Architects
Urban planners

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Dr Mesrop Andriasyan is a highly skilled and accomplished educator with a PhD in Architecture from the prestigious Politecnico di Milano. Specializing in computational design for architecture and urban planning, Dr Andriasyan brings a wealth of knowledge and experience to his Udemy courses.Currently serving as a Computational Design Manager at a large developer company in Saudi Arabia, Mesrop has honed his practical expertise in the field. His teaching experience spans multiple universities in Armenia and Europe, where he has shared his passion for computational design and parametric architecture with students eager to learn.A firm believer in the "learn by doing" philosophy, Dr Andriasyan focuses on project-based learning to help his students grasp complex concepts more effectively. This hands-on approach has proven successful in guiding students to develop a deeper understanding of computational design and its applications in the real world.In his spare time, Mesrop is an avid reader, constantly expanding his knowledge and exploring new ideas. His love for books and continuous learning enriches his teaching style, making him a well-rounded and engaging instructor on Udemy.Join Dr Mesrop Andriasyan's courses today and benefit from his wealth of experience, dedication to practical learning, and passion for computational design in architecture and urban planning.

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