release 0.3

README.md

@@ -4,33 +4,13 @@
 [![AppVeyor](https://ci.appveyor.com/api/projects/status/6aimud6e8tvxfwgm?svg=true)](https://ci.appveyor.com/project/martinjrobins/aboria)
 -->
 
-UPDATE (22/07/2016): The next release of Aboria (0.2) has been merged to the 
+UPDATE (12/09/2016): The next release of Aboria (0.3) has been merged to the 
 `master` branch. This release:
-* allows particle containers of any dimension (greater than 0)
-* reworks the internal storage of the container class to model a set of zipped 
-  vectors. Currently uses `std::vector`s, but other vector types will be added 
-  in the future (e.g. CUDA Thrust vectors) using a Traits pattern.
-* adds meta-functions for determining if expressions are constant, univariate or 
-  bivariate
-* adds more compile-time checking of expression correctness
-* updates the bucket-search neighbourhood searching algorithm to use Thrust 
-  algorithms only (via the STL library), in preparation for addition of CUDA 
-  vectors 
-* adds matrix-free linear algebra capabilities. Expressions can be wrapped with 
-  a matrix replacement class that implements Eigen's 
-  <http://eigen.tuxfamily.org> sparse matrix concept. This can be used in 
-  matrix-vector products and linear algebra solvers.
-* adds examples for Radial Basis Function interpolation and solving pde's via 
-  Kansa Method
-
-Known issues:
-* compile times are slower, due to the use of Boost MPL and Fusion libraries. 
-  Boost v1.61 has seen the introduction of Boost Hana, a C++11 metaprogramming 
-  library meant to replace Fusion, which promotes significantly reduced 
-  compile-time. It is envisioned that this will eventually replace MPL and 
-  Fusion in Aboria.
-* The neighbourhood searching is no longer optimised for serial use, so might be 
-  slower for small number of particles in serial.
+* creates a base neighbour search class that different neighbour search classes 
+  can derive from
+* re-adds the serial bucket search algorithm and sets it as the default.
+* reworks some of the backend to support Thrust CUDA as a vector class (This is 
+  still not fully working)
 
 Aboria implements an expressive Domain Specific Language (DSL) in C++ for 
 specifying expressions over particles and their neighbours in 3D space. The 

tests/CMakeLists.txt

@@ -5,7 +5,6 @@ macro(aboria_cxx_test target target_file)
         set(test_files ${test_files} ${CMAKE_CURRENT_SOURCE_DIR}/${filename})
     endforeach()
     get_filename_component(CPP_FILE_NAME ${target_file} NAME)
-    message("${CPP_FILE_NAME}: ${test_files}")
     set(CPP_FULL_NAME "${CMAKE_CURRENT_BINARY_DIR}/${CPP_FILE_NAME}")
     add_custom_command(
         OUTPUT "${CPP_FULL_NAME}"