RealEstateAPI Documentation

No Clocks
Cursor Docs
Learn about Cursor and how to get started
Quantitative Analysis and Visualization of LUCC
Tools for the analysis of land use and cover (LUC) time series. It
includes support for loading spatiotemporal raster data and synthesized
spatial plotting. Several LUC change (LUCC) metrics in regular or irregular
time intervals can be extracted and visualized through one- and multistep
sankey and chord diagrams. A complete intensity analysis according to
Aldwaik and Pontius (2012) is
implemented, including tools for the generation of standardized multilevel
output graphics.
r-spatialecology/landscapemetrics: Landscape Metrics for Categorical Map Patterns 🗺️ in R
Landscape Metrics for Categorical Map Patterns 🗺️ in R - r-spatialecology/landscapemetrics
simonmoulds/lulcc: land use change modelling in R
land use change modelling in R
Land Records | Home
land-record/parcel-standard: Standard Land Record parcel schema
Standard Land Record parcel schema
Parcel Viewer | OVRDC
reyemtm/parcel-viewer: Open Parcel Viewer - A mobile ready web app for displaying 50k parcels or polygons without needing a GIS server.
Open Parcel Viewer - A mobile ready web app for displaying 50k parcels or polygons without needing a GIS server. - reyemtm/parcel-viewer
LandGlide
LandGlide uses GPS to pinpoint your locations property line map and access key parcel data on any mobile device.
LandApp Features | LandApp
LandApp is the ultimate real estate tool to assess properties nationwide. Access ownership data, property evaluations, and listings — all for just $6/month.
Alternatives
Landworth App
Landworth is the new Valuation Platform for the UK Property Market. It searches the whole market in real time, identifies the best deals and calculates the price for any property in under a minute.
Landworth | AI-Powered Property Prices
Landworth uses AI technologies to power Search and Valuation Copilot tools, that find the best deals on the market and generate Desktop Valuation Reports in seconds.
Generating quarto syntax within R – Notes from a data witch
To quote Cassian Andor, “It’s harder than it looks”
Garnish/decorate leaflet or mapview maps. — garnishMap
This function provides a versatile interface to add components to a
leaflet or mapview map. It takes functions such as "addMouseCoordinates"
or addLayersControl and their respective arguments and adds
them to the map. Arguments must be named. Functions can be plain or
character strings.
Add static labels to leaflet or mapview objects — addStaticLabels
Being a wrapper around addLabelOnlyMarkers, this
function provides a smart-and-easy solution to add custom text labels to an
existing leaflet or mapview map object.
Add a reactive layer to map. — addReactiveFeatures
This function adds a layer to a map that is dependent on another layer.
The reactive layer will be shown/hidden when holding the Ctrl-button on your
keyboard and performing the action defined by on. on can be
either "click" (default) or "mouseover".
Note: srcLayer needs to be added to the map using addGeoJSON
because we need to be able to link the two layers by a common attribute
defined by argument by. Linking will be done via group name
of srcLayer.
Leaflet Draw Documentation
Regrid Data Dictionary - All Product Schemas
Regrid Data Dictionary - All Product Schemas
Getting Started with the Regrid Interactive API Sandbox
No hassles, no delays, no credit-card required API Testing
Bettermaps.ai | Bettermaps.ai
Description will go into a meta tag in
Bettermaps
Bettermaps mapmaker
Compare maps side by side
Mundi Documentation
Mundi is an open source web GIS built around AI (AGPLv3).
Enterprise UI Design: Professional Bootstrap 5 for Shiny Apps
Master enterprise-grade UI/UX design for Shiny applications using Bootstrap 5, bslib theming, and professional design systems. Learn to create accessible, responsive interfaces that meet corporate standards for biostatistics and clinical research applications.
Create interactive shiny maps with leaflet
Learn how to create and customize professional-quality, interactive maps in R shiny.
Generating a downloadable Quarto document from a shiny app on shinyapps.io
The following shiny app is intended pass user inputs from the app into a parameterized html quarto document that, when rendered, is downloaded via downloadHandler() and downloadButton(). This reproducible example works perfectly when deployed locally, but not when hosted on shinyapps.io. My understanding is that the quarto::quarto_render() call should have permission to write a file on shinyapps.io (it wouldn't be persistent from instance to instance, but that's fine). Does shinyapps.io not supp...