/geospatial-modeling-course

Open educational materials for a landscape architecture course on geospatial modeling

Primary LanguagenesCCreative Commons Attribution Share Alike 4.0 InternationalCC-BY-SA-4.0

License: CC BY 4.0 Binder

Geospatial Modeling

This course is an introduction to geospatial modeling for landscape architects. In this course you will develop a creative digital design process seamlessly integrating research and design using geographic information systems (GIS), 3D modeling and rendering, and visual programming. You will learn how to use geospatial data to model and analyze landscapes and visual programming to parametrically model and transform new landforms. You will learn how to model plants - from trees to grasses - in 3D, automatically distribute them across your digital landscape, and render photorealistic scenes. Through a series of 3D modeling projects you will design the restoration of a highly eroded landscape with a deep gully.


Syllabi | 2017 | 2018

Assignments | Projects | Jupyter Notebooks | Readings | Terminology

Resources | Geospatial data sources

Software | GRASS GIS | ArcGIS | Rhino | Blender

Add-ons | r.geomorphon | r.skyview | r.lake.series | r.stream | r.sun.daily | r.sun.hourly | r.sim.terrain | RhinoTerrain | Neon | BlenderGIS

Libraries | Xfrog | TheGrove3D | Cycles Material Vault

Tutorials | lecture.lsu.edu/ | Intro to GRASS GIS | BlenderGIS wiki

Gallery | Student work 2017


Contents

  1. Geospatial modeling

    1. Airborne lidar
    2. Terrestrial lidar
    3. Unmanned aerial systems
    4. Photospheres

    Project | Gully monitoring

    1. Terrain modeling
    2. Digital fabrication
    3. Hydrological modeling
    4. Erosion modeling
    5. Landscape evolution

    Project | Physical simulation

  2. Generative design

    1. Freeform modeling
    2. Visual programming
    3. Parametric landforms
    4. Map algebra
    5. Generative processes
    6. Attractors

    Project | Families of form

  3. Ecosystem modeling

    1. 3D plants
    2. Particle systems

    Project | The great piece of turf

    1. Image classification
    2. Landform classification
    3. Landscape modeling
    4. Landscape rendering
    5. Bioengineering
    6. Freeform modeling
    7. Virtual reality

    Project | Gully restoration


Course data

Open access data for this course can be downloaded from:


Network drives

Students enrolled in the Louisiana State University course LA 7032 Media III should submit their work via the course network drive.

  • Windows: \\desn-knox.lsu.edu\Landscape-Classes
  • Mac: smb://desn-knox.lsu.edu/Landscape-Classes

Additional resources are available on the lab network drive.

  • Windows: \\desn-knox.lsu.edu\CADGIS_SHARE
  • Mac: smb://desn-knox.lsu.edu/CADGIS_SHARE

License

Open educational materials licensed CC BY-SA 4.0 by Brendan Harmon 🐵. The license does not apply to logos, fonts, linked material, data, quotations, or reprinted images by other authors, which may have different licenses. The fonts used in this repository are licensed under the SIL Open Font License by their authors. The syllabus is based on a latex template by Kieran Healy hosted at https://github.com/kjhealy/latex-custom-kjh.