Mastering landscapes with Grasshopper

سرفصل های دوره

Computational modelling, analysis, modification and optimization of landscapes

1. Introduction

1. Course structure overview

2.1 Snapping Gecko.html

2.2 Sunglasses.html

2. Scripting culture

2. Read and write topographic data

1. Introduction to the section

2.1 1 reading from a file.zip

2.2 helix 201.zip

2. Reading from a file

3.1 2 read with volvox.zip

3.2 Volvox.html

3. Read data with Volvox

4.1 3 read with pancake.zip

4.2 Pancake.html

4. Read with Pancake

5.1 4 mesh data to surveyor data.zip

5. Mesh data to surveyor data

3. 3D mesh from topographic drawing

1. Introduction to the section

2.1 5 sample terrain.zip

2.2 6 organise data.zip

2. Organise data

3.1 7 move points to their heights.zip

3.2 EleFront.html

3. Move points to their heights

4.1 8 sort and move vertically with a guideline.zip

4. Sort and move vertically with a guideline

5.1 9 group, bake and align.zip

5.2 9 vertically placed curves and points.zip

5. Group, Bake and Align

6.1 10 construct the terrain mesh.zip

6. Construct the terrain mesh

7.1 11 crop.zip

7. Crop

4. Terraces

1. Introduction to the section

2.1 13 solid mesh parts.zip

2. Creating the solid Mesh

3.1 14 cluster.zip

3. Clustering

4.1 15 control the height.zip

4. Control the height

5.1 16 work with multiple meshes.zip

5. Making it work with many meshes

6.1 17 generating contours.zip

6. Terrain Contours

7.1 18 terrace geometry.zip

7.2 19 terraces with area filter.zip

7. Terrain model

8.1 19 nesting - get contours.zip

8.2 OpenNest.html

8. Nesting - Get Contours

9.1 20 restructuring data.zip

9. Restructuring data

10.1 21 nesting - distribute.zip

10. Nesting Distribute

11.1 22 nesting labeling.zip

11. Nesting - Labeling

12. Nesting

13.1 24 transfer info.zip

13. Transfer info

5. Stairs

1. Introduction to the section

2.1 26 stair line, plane, intersections.zip

2. Stair Line, Plane, Intersections

3.1 27 stair profiles.zip

3. Stair profiles

4.1 28 stair terrain contours.zip

4. Stair terrain contours

5.1 29 stair clustered.zip

5.2 29 stair.zip

5. Stair

6. Terrain Analysis

1. Introduction to the section

2.1 31 vector angles.zip

2. Vector Angles

3.1 32 slope.zip

3. Slope

4.1 33 legend.zip

4. Legend

5.1 34 aspect.zip

5. Aspect

6.1 35 elevation.zip

6. Elevation

7.1 36 view mechanics.zip

7. View mechanics

8.1 37 view from point.zip

8. View from point

9.1 38 view from multiple points.zip

9. View from multiple points

10.1 38 view from multiple points - points weights.zip

10. View from multiple points - points weights

7. Road on terrain

1. Introduction to the section

2.1 40 adjust the terrain to road.zip

2. Adjust the terrain to a road

3.1 41 multiple roads.zip

3. Multiple roads

4.1 42 coloring the mesh.zip

4. Coloring the mesh

8. Cut and Fill

1. Introduction to the section

2.1 44 transfer mesh data.zip

2. Transfer mesh structure

3.1 45 cut&fill quantities.zip

3. Cut and Fill quantities

4.1 46 cut&fill visualization.zip

4. Cut and Fill visualization

5.1 47 cut&fill grid.zip

5. Cut and Fill grid

6.1 48 cut&fill grid diagram.zip

6. Cut and Fill grid diagram

9. Cut and Fill optimization

1. Introduction to the section

2.1 49 adjust to plot.zip

2. Adjust to plot

3.1 50 minimise cut&fill.zip

3. Optimization

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تولید کننده: Udemy-Training