bethanysprag
Over 15 years working with geospatial and remotely-sensed data providing software development, CICD, analysis, cloud architecture, and project management.
Boulder, CO
Pinned Repositories
beachfront-py
Python library of utils for creating vector coastline regions from raster data
bf-alg-sar
Simple texture and size-based processing for SAR to extract waterline
bf-tideprediction
Tide prediction service. Given a latitude and longitude in decimal degrees (web mercator projection), and a date and time (UTC) it will return a json string with the predicted tide, and the 24 hour min/max tide levels.
bfalg-ndwi
NDWI Algorithm for Beachfront
bfalg_WTA
library extracting coastline regions from RapidEye raster data
gbdx-madness
Clone of John Tuthill's GBDx-Madness repo deployed to GBDx
ICA_Transform
ICA transform
Log_Visualization_and_Alerting
TriangularGreenness
Implements a simple triangular greenness index on true color imagery. The index was the result of a study to create an index that is sensitive to differences in leaf chlorophyll content at leaf and canopy scales, when limited to true color.
bfalg-ndwi
NDWI Algorithm for Beachfront
bethanysprag's Repositories
bethanysprag/beachfront-py
Python library of utils for creating vector coastline regions from raster data
bethanysprag/bf-alg-sar
Simple texture and size-based processing for SAR to extract waterline
bethanysprag/bf-tideprediction
Tide prediction service. Given a latitude and longitude in decimal degrees (web mercator projection), and a date and time (UTC) it will return a json string with the predicted tide, and the 24 hour min/max tide levels.
bethanysprag/bfalg-ndwi
NDWI Algorithm for Beachfront
bethanysprag/bfalg_WTA
library extracting coastline regions from RapidEye raster data
bethanysprag/gbdx-madness
Clone of John Tuthill's GBDx-Madness repo deployed to GBDx
bethanysprag/ICA_Transform
ICA transform
bethanysprag/Log_Visualization_and_Alerting
bethanysprag/TriangularGreenness
Implements a simple triangular greenness index on true color imagery. The index was the result of a study to create an index that is sensitive to differences in leaf chlorophyll content at leaf and canopy scales, when limited to true color.