30 packages tagged with “projections”
Provides basic building blocks for creating asynchronous projectors that subscribe to an event store.
Defines an abstraction for an event store that supports a transactionally consist group of events.
** The classes in this package have been replaced by those in ThinkGeo.Gdal. ** ThinkGeo.UnmanagedProj works with both .NET Core(3.0 and above) and .NET Framework(4.6.2 and above). It is a layer extension to the ThinkGeo product line to re-project vector and raster data formats with a specific proj projection string. ** This is an extension for use in ThinkGeo's product line, and cannot be used standalone. See below for more details. ** Docs and Product Guides: https://docs.thinkgeo.com/ API Documentation: https://wiki.thinkgeo.com/wiki/12.0/thinkgeo.core ThinkGeo Cloud APIs: https://cloud.thinkgeo.com This is a commercial product with a free 30-day evaluation. Start your evaluation by signing up at https://helpdesk.thinkgeo.com/register and downloading the ProductCenter application. Supported Platforms: Windows, Linux - ThinkGeo UI Components based on .NET Core - ThinkGeo UI for Android. ThinkGeo UI for iOS. ThinkGeo UI for Blazor. ThinkGeo UI for WebApi. ThinkGeo UI for WPF.
Map Projections and cartographic functionality. NOTE: This package is 64-bit only. Please be sure to target x64 when building. For troubleshooting, visit the NuGet section on the Project Site/URL
Stream your data from any source. Build projections and aggregations. Parallelize. Distribute. Replay.
A SQL-based query distributor for Alluvial
Messaging and event sourcing library
Elders.Cronus.Projections.Replay.Common
Nuget package for handling domain, event store and projections
This client library enables client applications to connect to Azure Cosmos and use it as an event sourcing store.
Build projections and deliver scheduled commands for Its.Domain using SQL and Alluvial.
Provides OWIN Middleware to access LiquidProjection over HTTP.
Proactive data projections NetStandard package.
Package Description
Coordinate Reference System Transformations core API library e.g. defining the interface implemented by adapters. F# library (usable from .NET e.g. C#) for transforming coordinates between different coordinate systems. The core assembly provides an adapter interface which is implemented by other assemblies using different third-part libraries as adaptees. For more information see the project website at github https://github.com/TomasJohansson/crsTransformations-dotnet
Event sourcing projections for building read models in ModMon framework
Coordinate projection helpers built on DotSpatial for DHI.
Advanced diagramming framework for Blazor, WPF, WinForms, and Xamarin.Mac. Supports the following file formats: Visio Drawings and Stencils (VSDX, VSSX), AutoCAD Drawing Interchange (DXF), ESRI Shapefiles (SHP), SVG, EMF, PNG, JPEG, BMP, GED. For more information visit: https://www.nevron.com/dotnet-diagram Documentation available at: https://helpopenvision.nevron.com/ Blazor WebAssembly online demo: https://blazorexamples.nevron.com/
Coordinate Reference System Transformations adapter implementation using the adaptee third-part library 'DotSpatial'. For more information see the project website at github https://github.com/TomasJohansson/crsTransformations-dotnet
.NET constants with EPSG codes for Coordinate Reference Systems. Assembly with only one C# class that defines many (thousands of) integer constants which have been generated from the EPSG database. The version number is the same as the used EPSG database at http://www.epsg.org or http://www.epsg-registry.org Regarding the license: MIT license for this library with C# constants for EPSG codes. Regarding the data itself: Ownership of the EPSG Dataset by IOGP is acknowledged. See the URL http://www.epsg.org/TermsOfUse.aspx Some quotes from the 'Terms of use' URL: 'The EPSG database is published by IOGP at no charge. Distribution for profit is forbidden.... Ownership of the EPSG Dataset by IOGP must be acknowledged...' See the URL for detailed information
A way to split the surface of the world in triangles of the same size
Coordinate Reference System Transformations adapter implementation using the adaptee third-part library 'MightyLittleGeodesy'. For more information see the project website at github https://github.com/TomasJohansson/crsTransformations-dotnet
Coordinate Reference System Transformations adapter implementation using the adaptee third-part library 'ProjNet'. For more information see the project website at github https://github.com/TomasJohansson/crsTransformations-dotnet
Coordinate Reference System Transformations adapter implementation using the adaptee third-part library 'ProjNet4GeoAPI'.
SQL Server implementation for BbQ.Events, providing both IEventStore for event sourcing and IProjectionCheckpointStore for projection checkpoints. Features durable event persistence with sequential positions, atomic operations, JSON serialization, and thread-safe parallel processing support.
A comprehensive event sourcing and CQRS framework for .NET with PostgreSQL persistence, Kafka integration, and advanced projection capabilities.
PostgreSQL implementation for BbQ.Events, providing both IEventStore for event sourcing and IProjectionCheckpointStore for projection checkpoints. Features durable event persistence with sequential positions, atomic operations, JSON serialization, and thread-safe parallel processing support.