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In iterative distance query prioritize also based on level. This should ensure that leafs are reached asap in case there are many internal nodes with the same distance. Replace apply_visitor with get() after manually checking level. This is the first step to support weak nodes - non-variant nodes without an id stored internally to distinguish between internal nodes and leafs. Restore recursion in spatial query because it is faster and will stay at least for now because during destruction the rtree is traversed as well and manual stack could throw bad_alloc.
Add "cxxstd" json field. The "cxxstd" json field is being added to each Boost library's meta json information for libraries whose minumum C++ standard compilation level is C++11 on up. The value of this field matches one of the values for 'cxxstd' in Boost.Build. The purpose of doing this is to provide information for the Boost website documentation for each library which will specify the minimum C++ standard compilation that an end-user must employ in order to use the particular library. This will aid end-users who want to know if they can successfully use a Boost library based on their C++ compiler's compilation level, without having to search the library's documentation to find this out. (#783)
Boost.Geometry, part of collection of the Boost C++ Libraries, defines concepts, primitives and algorithms for solving geometry problems. Boost.Geometry is a C++14 header-only library.
Test results
| Branch | Build | Coverage | Regression | Documentation |
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| develop | ![]() |
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| master | ![]() |
Directories
- doc - QuickBook documentation sources
- example - Boost.Geometry examples
- extensions - examples and tests for the extensions - develop branch
- include - the sourcecode of Boost.Geometry
- index - examples and tests for the Spatial Index
- meta - library metadata
- test - Boost.Geometry unit tests
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