Congratulations to Natalie Gusack on being named GIS Online Student Spotlight for her outstanding leadership in GIS Programming (GIS 5103).
Welcome to the spotlight Natalie!You have been selected as student spotlight this week for your willingness to help others in the course and serve as a beacon of "light" to students in need. As a graduate student in the GIS Online Program, we are thrilled with your progress in this course as well as getting a head start on your internship. Congratulations and keep up the great work!
To follow Natalie's work throughout the program, check out her blog at GIS Adventures.
Natalie (R) enjoying a Texas Tech football game.
Module 8: Geoprocessing with Python (cont.)
Instructor: Dr. Derek Morgan
Over the past couple of modules students have worked with spatial data models using the Python Programming skills that they have been refining all semester. Module 8 introduced students to methods for programmatically reading and writing vector geospatial data (aka geometries). The topic of this module is integral to GIS programming.
Student Leaning Outcomes:
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Welcome to the spotlight Natalie!You have been selected as student spotlight this week for your willingness to help others in the course and serve as a beacon of "light" to students in need. As a graduate student in the GIS Online Program, we are thrilled with your progress in this course as well as getting a head start on your internship. Congratulations and keep up the great work!
To follow Natalie's work throughout the program, check out her blog at GIS Adventures.
Natalie (R) enjoying a Texas Tech football game.
Module 8: Geoprocessing with Python (cont.)
Instructor: Dr. Derek Morgan
Over the past couple of modules students have worked with spatial data models using the Python Programming skills that they have been refining all semester. Module 8 introduced students to methods for programmatically reading and writing vector geospatial data (aka geometries). The topic of this module is integral to GIS programming.
Student Leaning Outcomes:
- Work with geometry objects, multipart features, polygons with holes, raster objects, and the ArcPy Spatial Analyst module
- Read and write geometries
- Use cursors to set the spatial reference
- Use geometry objects to work with geoprocessing tools
- Accessing feature vertices
- Understanding different types of cursors
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