Personal
github.com/zacharyburnett
-
TypePigeon - simplified user interface to
cast between Python types; supports Python primitives (
int>,str), built-in classes (datetime,timedelta), and third-party geospatial objects (Polygon>,CRS) -
Balloon Prediction Viewer - web map showing CUSF weather
balloon flight predictions over FAA restricted airspace across the United States, designed to help
balloon payload teams select a suitable launch site up to 6 days in advance of a scheduled flight
- TableCrow - simplified ORM providing a Python abstraction layer over PostGreSQL and SQLite database tables, offering record insertion, query, deletion, and geospatial operations with PosGIS / SpatiaLite
-
PacketRaven - balloon payload tracker written in
Python, offering a telemetry dashboard for an active weather balloon flight broadcasting in APRS
- UMDBPP/VIRDE - Arduino payload code for balloon-bourne remote sensing prototype based on the Raspberry PiCam v2
- UMDBPP/georeferencer - image orthorectification workflow designed for use with outputs from VIRDE (above)
- UMDBPP/BalloonDataAnalysis - R library for parsing payload data for the University of Maryland Balloon Payload Program
- UMDBPP/Cutdown - Arduino payload code for mechanical cutdown device
NOAA Office of Coast Survey
github.com/zacharyburnettNOAA
- noaa-ocs-modeling/CoupledModelDriver - Python configuration generation system for a coupled Earth modeling system, utilizing the National Unified Operational Prediction Capability (NUOPC) / NOAA Environmental Modeling System (NEMS) to force circulation models (ADCIRC, SCHISM) with inputs from supplementary models (WaveWatch III, GFS, NWM) and tidal spin-up (TPXO / HAMTIDE).
- oceanmodeling/StormEvents - Python library for retrieving NOAA observational data from named storm events, providing a standard interface with multiple disparate APIs provided by U.S. government agencies.
- noaa-ocs-modeling/EnsemblePerturbation - Python library for spatially perturbing storm event tracks, and parsing ensemble output into a surrogate approximation using polynomial chaos and Karhunen-Loeve expansion across spatiotemporal model outputs.
- noaa-ocs-modeling/CoastalApp - parameterized build template of the NOAA Environmental Modeling System (NEMS), including FORTRAN caps for ADCIRC, SCHISM, WaveWatch III (WW3) / WW3DATA (static WW3), ATMESH (static GFS), and the National Water Model (NWM)
- NEMSpy - configuration generation for the NOAA Environmental Modeling System (NEMS), implementing the National Unified Operational Prediction Capability (NUOPC) to couple oceanic models such as ADCIRC, WaveWatch III, GFS, HWRF, etc. Used in the overarching CoupledModelDriver project.
- noaa-ocs-modeling/ADCIRCpy - Python wrapper for the Advanced Circulation Model (ADCIRC), providing configuration generation and pre- and post-processing of inputs and outputs (transferred from the original maintainer)
-
OFS Viewer - web map showing daily
NetCDF fields from NOAA coastal ocean models, highlighting the West Coast Operational Forecasting System
(WCOFS)
- noaa-ocs-modeling/PyOFS - Python library providing data access and conversion for observational data products used for validation and skill assessment of operational forecasting systems (OFS)
- National Bathymetric Source project - Python workflow for ingesting and standardizing bathymetric survey data into a single national source dataset