Commit c7d6cb36 by GILLES Sebastien

### #9 Remove an unused function.

parent f6271ac7
 ... ... @@ -196,30 +196,6 @@ namespace HappyHeart } LocalCoords ComputeMiddle(const Advanced::LocalCoords& coords1, const Advanced::LocalCoords& coords2) { assert(coords1.GetDimension() == coords2.GetDimension()); const std::vector& coords_as_double_1 = coords1.GetCoordinates(); const std::vector& coords_as_double_2 = coords2.GetCoordinates(); const std::size_t Ncomponent = coords_as_double_1.size(); std::vector ret_values(Ncomponent); for (std::size_t i = 0ul; i < Ncomponent; ++i) ret_values[i] = 0.5 * (coords_as_double_1[i] + coords_as_double_2[i]); LocalCoords ret(ret_values); // Check here the result is the same as the one from ComputeCenterOfGravity(). // It is not implemented in term of this one as ComputeMiddle() avoid some copies; but the result should // be identical. assert(ret == ComputeCenterOfGravity(std::vector({ coords1, coords2 }))); return ret; } double Distance(const LocalCoords& point1, const LocalCoords& point2) { double sum = 0.; ... ...
 ... ... @@ -147,13 +147,6 @@ namespace HappyHeart bool operator==(const Advanced::LocalCoords& lhs, const Advanced::LocalCoords& rhs); /*! * \brief Return the middle of two LocalCoords. * * It is assumed here (and asserted in debug) that both arguments are the same dimension. */ LocalCoords ComputeMiddle(const Advanced::LocalCoords& coords1, const Advanced::LocalCoords& coords2); /*! * \brief Return the center of gravity of several LocalCoords. * ... ...
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