Survey of python for GIS applications
Survey of python for GIS applications, available at $64.99, has an average rating of 4.5, with 85 lectures, based on 226 reviews, and has 1372 subscribers.
You will learn about This course is broad rather than deep. My goal is that when finished, students have some knowledge of the tools in the python ecosystem for geospatial applications and more importantly, how they all work together. More detailed courses will be forthcoming. Some of the topics covered will be An introduction to the language and its core principles. An introduction to object oriented programming in python. FInding and using third party python modules. Working with the operating system Working with files Working with databases Reading spatial data with GDAL/OGR Visualizing data with matplotlib and other tools Data Analysis with pandas and geopandas Jupyter notebooks This course is ideal for individuals who are This course is oriented towards geospatial professionals who want a better understanding of the complete python ecosystem for geospatial applications. or For this course I will not go into detail about any specific python tool, rather this is intended to be an introduction to the language and an overview of its capabilities. It is particularly useful for This course is oriented towards geospatial professionals who want a better understanding of the complete python ecosystem for geospatial applications. or For this course I will not go into detail about any specific python tool, rather this is intended to be an introduction to the language and an overview of its capabilities.
Enroll now: Survey of python for GIS applications
Summary
Title: Survey of python for GIS applications
Price: $64.99
Average Rating: 4.5
Number of Lectures: 85
Number of Published Lectures: 85
Number of Curriculum Items: 85
Number of Published Curriculum Objects: 85
Original Price: $89.99
Quality Status: approved
Status: Live
What You Will Learn
- This course is broad rather than deep. My goal is that when finished, students have some knowledge of the tools in the python ecosystem for geospatial applications and more importantly, how they all work together. More detailed courses will be forthcoming. Some of the topics covered will be
- An introduction to the language and its core principles.
- An introduction to object oriented programming in python.
- FInding and using third party python modules.
- Working with the operating system
- Working with files
- Working with databases
- Reading spatial data with GDAL/OGR
- Visualizing data with matplotlib and other tools
- Data Analysis with pandas and geopandas
- Jupyter notebooks
Who Should Attend
- This course is oriented towards geospatial professionals who want a better understanding of the complete python ecosystem for geospatial applications.
- For this course I will not go into detail about any specific python tool, rather this is intended to be an introduction to the language and an overview of its capabilities.
Target Audiences
- This course is oriented towards geospatial professionals who want a better understanding of the complete python ecosystem for geospatial applications.
- For this course I will not go into detail about any specific python tool, rather this is intended to be an introduction to the language and an overview of its capabilities.
This course covers the basics of the python language, the python language, and the core python packages for data analysis, especially of geospatial data. The goal of the course is to provide a broad introduction to the capabilities of python and how all the various packages work together. This will provide a starting point for deeper exploration on your own or in future courses.
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Introduction to python
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Object oriented python
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Packages and modules
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Unit tests
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Jupyter notebooks
-
Numpy
-
Matplotlib
-
Pandas
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Fiona and shapely
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Geopandas
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Rasterio
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Geocoding
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PyQt
Course Curriculum
Chapter 1: Introduction
Lecture 1: Introduction
Lecture 2: What is python?
Lecture 3: Why use python?
Lecture 4: What can you do with Python?
Lecture 5: What can you do with python? – Part 2 GIS
Lecture 6: About Python
Chapter 2: Installing Python
Lecture 1: Getting started
Lecture 2: Installing Python on MacOS
Lecture 3: Installing PyCharm on MacOS
Chapter 3: Getting started with Python
Lecture 1: Boolean and numeric variables
Lecture 2: Converting between variable types
Lecture 3: Strings
Lecture 4: String methods
Lecture 5: String formatting
Chapter 4: Operators and expressions in Python
Lecture 1: Operators Part 1
Lecture 2: Operators Part 2
Lecture 3: Expressions
Chapter 5: Complex data structures
Lecture 1: Lists
Lecture 2: Working with lists
Lecture 3: Tuples
Lecture 4: Sets
Lecture 5: Working with sets
Lecture 6: Dictionaries
Lecture 7: Working with dictionaries
Lecture 8: Review of complex data structures
Chapter 6: Program control
Lecture 1: The if statement in Python
Lecture 2: While loops in Python
Lecture 3: For loops in Python
Lecture 4: Generators
Chapter 7: User Input
Lecture 1: The input() function
Lecture 2: Command line arguments
Lecture 3: Working with user input
Chapter 8: Functions
Lecture 1: Introduction to functions
Lecture 2: Function example
Lecture 3: Function arguments
Lecture 4: Map and filter functions
Lecture 5: Lambda functions
Lecture 6: Nested functions, decorator functions, and scope
Chapter 9: Error Handling in Python
Lecture 1: Error Handling in Python
Lecture 2: Error handling – Part 2
Chapter 10: Modules
Lecture 1: What is a module?
Chapter 11: Objects in python
Lecture 1: What is an object?
Lecture 2: Defining a custom object class
Lecture 3: Object example
Lecture 4: String representation of an object
Lecture 5: Object inheritance
Lecture 6: Private properties and methods
Lecture 7: Principles of object oriented programing
Chapter 12: Python packages, virtual environments, and documentation
Lecture 1: What is a package?
Lecture 2: Working with third party packages
Lecture 3: Virtual Environments
Lecture 4: Virtual Environments – Part 2
Lecture 5: Documentation in python
Chapter 13: Formal testing in python
Lecture 1: The unittest module
Lecture 2: Writing a test suite for the Point class
Chapter 14: Working with the operating system and files
Lecture 1: The OS module
Lecture 2: The OS.path submodule
Lecture 3: Reading and writing plain text files
Lecture 4: Reading and writing plain text files – Part 2
Lecture 5: Creating a word count application
Lecture 6: Reading and writing CSV files
Lecture 7: Reading and writing CSV files – Part 2
Lecture 8: Word Count Application – Part 2
Lecture 9: Working with JSON data
Lecture 10: Working with JSON data – Part 2
Lecture 11: Word Count Application – Part 3
Lecture 12: Working with shape files
Lecture 13: Working with shapefiles – Part 2
Lecture 14: Application: Shapefile to GeoJSON converter
Chapter 15: Working with database data
Lecture 1: Working with database data
Lecture 2: SQLite example
Lecture 3: PostgreSQL and PostGIS
Chapter 16: The python data science stack
Lecture 1: Introduction
Lecture 2: Jupyter Notebooks
Lecture 3: Numpy
Lecture 4: Matplotlib
Lecture 5: Pandas
Chapter 17: Geospatial analysis in python
Lecture 1: GDAL/OGR
Lecture 2: Fiona and Shapely
Lecture 3: Geopandas – Part 1
Lecture 4: Geopandas – Part 2
Lecture 5: Rasterio
Lecture 6: GeoPy
Instructors
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Michael Miller
GIS Programming
Rating Distribution
- 1 stars: 1 votes
- 2 stars: 3 votes
- 3 stars: 26 votes
- 4 stars: 82 votes
- 5 stars: 114 votes
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