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Open Source Geospatial Programming & Remote Sensing

  • PyGIS - Open Source Geospatial Programming & Remote Sensing

Get Started

  • Welcome - Let’s get started
  • Getting Started in Python
  • Setting up Your Python Environment
  • An Introductory Example
  • Learn More

Data Types

  • Geospatial Data
  • Data Storage Formats
  • Geospatial Vector Data
  • Geospatial Raster Data

Nature of Coordinate Systems

  • What is a CRS?
  • Understanding CRS codes
  • Affine Transforms
  • Vector Coordinate Reference Systems (CRS)
  • Raster Coordinate Reference Systems (CRS)

Vector Operations

  • Vector Operations
    • Attributes & Indexing for Vector Data
    • Creating Geospatial Vector Data
    • Vector Overlays and Joins
    • Extracting Spatial Data
    • Summarizing Point Patterns
    • Merge Data & Dissolve Polygons
    • Spatial Interpolation
  • Raster Operations
    • Reproject Rasters

Remote Sensing

  • Remote Sensing with Python using Geowombat
    • Opening Remote Sensed Images
    • Editing Rasters and Remotely Sensed Data
    • Plot Remote Sensed Images
    • Remote Sensing Coordinate Reference Systems
    • Handle Multiple Remotely Sensed Images
    • Configuration manager
    • Band Math & Vegetation Indices
    • Raster Data Extraction
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Vector Operations¶

In this section we will learn how to:

  • Attributes & Indexing for Vector Data
  • Creating Geospatial Vector Data
  • Vector Overlays and Joins
  • Extracting Spatial Data
  • Summarizing Point Patterns
  • Merge Data & Dissolve Polygons
  • Spatial Interpolation
Raster Coordinate Reference Systems (CRS) Attributes & Indexing for Vector Data

By Michael Mann, Steven Chao, Jordan Graesser, Nina Feldman

Supported by:
GW Geography
Creative Commons License