NuGet Gallery Feed for GeodesyThis is a C# class library containing some very basic geodesic algorithms.
It is based on work by Mike Gavaghan and has been enhanced by me to cover
also some variants of Mercators projection of the earth to flat maps. I cover
Spherical and Elliptical Mercator projections, mapping the earth to a single
flat map. I also handle the Universal Transverse Mercator (UTM) projection,
dividing the earth into smaller grids which are then each mapped to a flat map.
Finally - based on UTM - I implement an algorithm to put a finer grain mesh
over the mapped area of the earth to be able to classify a geo-location by a
discrete globally unique mesh number. This is done in order to facilitacte the
application of some discrete algorithms - especially in the area of
machine learning - on geo locations.https://www.nuget.org/packages/Geodesy/2020-12-21T09:39:43Zhttps://www.nuget.org/packages/Geodesy/4.1.0Geodesy 4.1.02020-12-21T09:38:10Z2020-12-21T09:39:43Zjuergenpfhttps://www.nuget.org/profiles/juergenpfThis is a C# class library containing some very basic geodesic algorithms.
It is based on work by Mike Gavaghan and has been enhanced by me to cover
also some variants of Mercators projection of the earth to flat maps. I cover
Spherical and Elliptical Mercator projections, mapping the earth to a single
flat map. I also handle the Universal Transverse Mercator (UTM) projection,
dividing the earth into smaller grids which are then each mapped to a flat map.
Finally - based on UTM - I implement an algorithm to put a finer grain mesh
over the mapped area of the earth to be able to classify a geo-location by a
discrete globally unique mesh number. This is done in order to facilitacte the
application of some discrete algorithms - especially in the area of
machine learning - on geo locations.https://www.nuget.org/packages/Geodesy/2.0.5Geodesy 2.0.52018-01-04T13:55:33Z2018-12-03T22:09:55Zjuergenpfhttps://www.nuget.org/profiles/juergenpfThis is a C# class library containing some very basic geodesic algorithms.
It is based on work by Mike Gavaghan and has been enhanced by me to cover
also some variants of Mercators projection of the earth to flat maps. I cover
Spherical and Elliptical Mercator projections, mapping the earth to a single
flat map. I also handle the Universal Transverse Mercator (UTM) projection,
dividing the earth into smaller grids which are then each mapped to a flat map.
Finally - based on UTM - I implement an algorithm to put a finer grain mesh
over the mapped area of the earth to be able to classify a geo-location by a
discrete globally unique mesh number. This is done in order to facilitacte the
application of some discrete algorithms - especially in the area of
machine learning - on geo locations.https://www.nuget.org/packages/Geodesy/1.0.17Geodesy 1.0.172017-01-20T15:22:50Z2018-12-03T22:12:54Zjuergenpfhttps://www.nuget.org/profiles/juergenpfThis is a C# class library containing some very basic geodesic algorithms.
It is based on work by Mike Gavaghan and has been enhanced by me to cover
also some variants of Mercators projection. I cover Spherical, Elliptical
and UTM projections. Based on UTM I implement an algorithm to put a finer
grain mesh over the mapped area of the earth to be able to classify a
geo-location by a discrete globally unique mesh number. This is done in
order to facilitacte the application of some discrete algorithms -
especially in the area of machine learning - on geo locations.https://www.nuget.org/packages/Geodesy/1.0.14Geodesy 1.0.142016-09-04T17:25:22Z2018-12-03T22:10:58Zjuergenpfhttps://www.nuget.org/profiles/juergenpfThis is a C# class library containing some very basic geodesic algorithms.
It is based on work by Mike Gavaghan and has been enhanced by me to cover
also some variants of Mercators projection. I cover Spherical, Elliptical
and UTM projections. Based on UTM I implement an algorithm to put a finer
grain mesh over the mapped area of the earth to be able to classify a
geo-location by a discrete globally unique mesh number. This is done in
order to facilitacte the application of some discrete algorithms -
especially in the area of machine learning - on geo locations.https://www.nuget.org/packages/Geodesy/1.0.12Geodesy 1.0.122015-07-01T14:15:31Z2018-12-03T22:10:00Zjuergenpfhttps://www.nuget.org/profiles/juergenpfThis is a C# class library containing some very basic geodesic algorithms.
It is based on work by Mike Gavaghan and has been enhanced by me to cover
also some variants of Mercators projection. I cover Spherical, Elliptical
and UTM projections. Based on UTM I implement an algorithm to put a finer
grain mesh over the mapped area of the earth to be able to classify a
geo-location by a discrete globally unique mesh number. This is done in
order to facilitacte the application of some discrete algorithms -
especially in the area of machine learning - on geo locations.https://www.nuget.org/packages/Geodesy/1.0.11Geodesy 1.0.112015-07-01T00:34:42Z2018-12-03T22:09:56Zjuergenpfhttps://www.nuget.org/profiles/juergenpfThis is a C# class library containing some very basic geodesic algorithms.
It is based on work by Mike Gavaghan and has been enhanced by me to cover
also some variants of Mercators projection. I cover Spherical, Elliptical
and UTM projections. Based on UTM I implement an algorithm to put a finer
grain mesh over the mapped area of the earth to be able to classify a
geo-location by a discrete globally unique mesh number. This is done in
order to facilitacte the application of some discrete algorithms -
especially in the area of machine learning - on geo locations.https://www.nuget.org/packages/Geodesy/1.0.10Geodesy 1.0.102015-06-27T18:18:53Z2018-12-03T22:09:55Zjuergenpfhttps://www.nuget.org/profiles/juergenpfThis is a C# class library containing some very basic geodesic algorithms.
It is based on work by Mike Gavaghan and has been enhanced by me to cover
also some variants of Mercators projection. I cover Spherical, Elliptical
and UTM projections. Based on UTM I implement an algorithm to put a finer
grain mesh over the mapped area of the earth to be able to classify a
geo-location by a discrete globally unique mesh number. This is done in
order to facilitacte the application of some discrete algorithms -
especially in the area of machine learning - on geo locations.https://www.nuget.org/packages/Geodesy/1.0.9Geodesy 1.0.92015-06-26T08:45:11Z2018-12-03T22:09:51Zjuergenpfhttps://www.nuget.org/profiles/juergenpfThis is a C# class library containing some very basic geodesic algorithms.
It is based on work by Mike Gavaghan and has been enhanced by me to cover
also some variants of Mercators projection. I cover Spherical, Elliptical
and UTM projections. Based on UTM I implement an algorithm to put a finer
grain mesh over the mapped area of the earth to be able to classify a
geo-location by a discrete globally unique mesh number. This is done in
order to facilitacte the application of some discrete algorithms -
especially in the area of machine learning - on geo locations.https://www.nuget.org/packages/Geodesy/1.0.8Geodesy 1.0.82015-06-26T07:29:32Z2018-12-03T22:09:57Zjuergenpfhttps://www.nuget.org/profiles/juergenpfThis is a C# class library containing some very basic geodesic algorithms.
It is based on work by Mike Gavaghan and has been enhanced by me to cover
also some variants of Mercators projection. I cover Spherical, Elliptical
and UTM projections. Based on UTM I implement an algorithm to put a finer
grain mesh over the mapped area of the earth to be able to classify a
geo-location by a discrete globally unique mesh number. This is done in
order to facilitacte the application of some discrete algorithms -
especially in the area of machine learning - on geo locations.https://www.nuget.org/packages/Geodesy/1.0.7Geodesy 1.0.72015-06-26T06:34:54Z2018-12-03T22:09:55Zjuergenpfhttps://www.nuget.org/profiles/juergenpfA library with various geodesic algorithms.https://www.nuget.org/packages/Geodesy/1.0.6Geodesy 1.0.62015-06-26T04:22:21Z2018-12-03T22:09:55Zjuergenpfhttps://www.nuget.org/profiles/juergenpfA library with various geodesic algorithms.