Reverse Dependencies of pyshp

The following projects have a declared dependency on pyshp:

• nclpy — A Python package for working with NCL
• ncvue — ncvue: A minimal GUI for a quick view of netcdf files, aiming to be a drop-in replacement for ncview and panoply
• NEOPRENE — 🌎 Scripts and information to synthetic generation of precipitation based on Point Processes.
• netcdfella — Netcdfella is providing multiple ways to convert netcdf filed into other data types such as ASCII, PNG and JPG, and even create graphs.
• netpanda — A python package for geospatial analysis
• nlmod — Python package to build, run and visualize MODFLOW 6 groundwater models in the Netherlands.
• nmwdidatatool — NMWDI Data Tool
• no3gwt — Groundwater - Nitrate Decision Support Tool software for the state of Wisconsin
• nuvla-cli — CLI tool for local management of Nuvla and NuvlaEdges via terminal
• oemof.tabular — Load oemof energy systems from tabular data sources.
• okmesopy — Tools to download and manipulate data from OK Mesonet
• OpenStereo — Software for analysis of structural data
• orange-earth-observation — Add-on containing widgets for earth observation data operations
• orange-system-dynamics — Add-on containing widgets for system dynamics operations
• osmscigrid — Extracting gas transport pipelines OSM pbf-files and exporting to SciGRID_gas structure
• OViewPy — PilotGaea O'View Map Server API for Python
• PandaSAB — Pandas based Spatial Agent Based model (PandaSAB)
• parcel-data-collector — no summary
• parcel-data-collector2 — no summary
• paropy — Python package to process data from PARODY-JA4.3 dynamo simulations.
• photo-grid — A GUI for field segmentation
• plpygis — Python tools for PostGIS
• pointcloud-extraction — package consisting of the scripts for operating on the point cloud / photogrammetric data
• politico-civic-geography — no summary
• polylx — A Python package to visualize and analyze microstructures
• ppipe — Planet API Pipeline & Google Earth Engine Batch Assets Manager with Addons
• projmap — High level wrapper of matplotlibs mapping package
• pvoutput-ocf — no summary
• py4design — Python Library for Rapid Development of Design Workflows
• py4design-cea — Python Library for Rapid Development of Design Workflows (CEA fork)
• pycoast — Writing of coastlines, borders and rivers to images in Python
• pydriosm — An open-source tool for downloading, reading and PostgreSQL-based I/O of OpenStreetMap data.
• pyemu — pyEMU is a set of python modules for interfacing with PEST and PEST++
• pyensae — Helpers for teaching purposes (includes sqllite helpers).
• PyFVCOM — PyFVCOM is a collection of various tools which can be used to generate inputs files and interact with FVCOM outputs.
• pygsflow — pyGSFLOW is a python package to create, run, and post-process GSFLOW-based models
• pylib-essentials — The essentials of the experimental package of pylibs, which require minimum dependencies
• pylibs-ocean — python tools for ocean reserach
• pyliburo — Python Library for Urban Optimization
• python-sa-gwdata — Unofficial Python package to ease access to groundwater data in South Australia
• pytnm — FHWA TNM 2.5 Geospatial Toolkit
• pyutm — Creates standardized grid references, unique identifiers and UTM coordinates for point data.
• qplot — Visualization of SciGRID_gas networks structures
• rainforest-mch — RandomForest QPE python library
• rasterstats — Summarize geospatial raster datasets based on vector geometries
• riweather — Grab publicly available weather data
• rosegeomap — An Interactive Mapping Package
• routemap — Generate route maps from various sources.
• sats-receiver — Satellites data receiver based on GNU Radio
• scahpy — Package to process and analyze outputs from IGP-RESM-COW model
• sdmbc — Sub-Daily Multivariate Bias Correction (SDMBC)
• sDNA-plus — sDNA is a world leading tool for Spatial Design Network Analysis.
• seaplan — Sea-going mission planning
• segysak — SEG-Y Seismic Data Inspection and Manipulation Tools using Xarray
• sen3r — SEN3R (Sentinel-3 Reflectance Retrieval over Rivers) enables extraction of reflectance time series from images over water bodies.
• sentinel-downloader — A Python package for downloading and processing Sentinel satellite images.
• shapeObject — Create an objected from a shapefile with shapely compatible geometry
• shp2jvmapgen — Library for generating Jvectormap based maps from shapefiles and geojson, Works on Python 3
• shpinfo — A command line program to print meta information about the given shapefile.
• snowtools — Snowtools is a recommended python package to pre-process, run and post-process simulations with the SURFEX-Crocus snowpack model.
• spatial_efd — Spatial elliptical fourier analysis
• spatialprofilingtoolbox — Toolbox for spatial analysis of single cell data.
• spatialtsp — A python package demo for spatially informed TSP
• srt2shp — Parses SRT files produced by DJI drones when recording video. Converts data into an excel spreadsheet and ESRI shapefiles (Points and Lines).
• streammap — An automated river analysis and mapping engine.
• swatmf — swatmf is a set of python modules for SWAT-MODFLOW model evaluation and parameter estimation.
• swmmio — Tools for interacting with, editing, and visualizing EPA SWMM5 models
• synxflow — Simulating Mass Movement and Flood Inundation for Multi-hazard Risk Assessment
• termtrack — Track Earth-orbiting satellites from your terminal
• tethysext-workflows — no summary
• tikon — Modelos de redes agroecológicas
• tinamit — Conexión de modelos socioeconómicos (dinámicas de los sistemas) con modelos biofísicos.
• topojson — topojson - a powerful library to encode geographic data as topology in Python!🌍
• uassist — UASsist: Assistant for Unmanned Aircraft System photogrammetry for surveying and mapping applications.
• uncover-ml — Machine learning tools for the Geoscience Australia uncover project
• vresutils — Varying Renewable Energy System Utilities
• wam2layers — Atmospheric moisture tracking model
• watools — Python module for retrieval of hydrologic, atmospheric, and remote sensing data used for Water Accounting.
• wellwiz — A developing python package to gather information about the gas and oil wells and know the risk through a map visualization.
• wherehouse — A Python client for Wherehouse modules
• wildbook-ia — Wildbook IA (WBIA) - Machine learning service for the WildBook project
• WKTUtils — A few WKT utilities for use elsewhere
• wmss — WMSS Library
• wordcloud-mapper — A package for creating wordcloud maps in Python.
• wrap-technote — Code for the annual WRAP technical notes
• xshape — Tools for working with shapefiles, topographies, and polygons in xarray