)]}'
{
  "commit": "cfb5756ea1e08b76fff6882817fafff9506c72cf",
  "tree": "3dd101d7ddd9c88cda28c47db1e8dc121f72dc39",
  "parents": [
    "571996f3687ea02e798d5b5d8c74e911811bc9de"
  ],
  "author": {
    "name": "luzpaz",
    "email": "luzpaz@users.noreply.github.com",
    "time": "Sat Nov 18 04:31:01 2017 -0500"
  },
  "committer": {
    "name": "luzpaz",
    "email": "luzpaz@users.noreply.github.com",
    "time": "Sun Nov 26 06:23:25 2017 -0500"
  },
  "message": "Add undependend-\u003eindependent, nondependent,\n\nContext:\n```\n[foo@bar openDCM]$ grep -iR -A 3 undependend\nopendcm/core/reduction.hpp:     * @brief Create a undependend geometry equation \nopendcm/core/reduction.hpp-     * \nopendcm/core/reduction.hpp:     * This function creates the undependend geometry equation for a given vertex. This vertex must \nopendcm/core/reduction.hpp-     * be the source or target of the edge where the EquationHandler is added to. The result does \nopendcm/core/reduction.hpp-     * ignore all reduction results done on the edge.\nopendcm/core/reduction.hpp-     * \n--\nopendcm/core/reduction.hpp:     * @brief Create a undependend geometry equation in a \\ref FlowGraph\nopendcm/core/reduction.hpp-     * \nopendcm/core/reduction.hpp:     * This function creates the undependend geometry equation for a given vertex directly in a \nopendcm/core/reduction.hpp-     * \\ref FlowGraph The given vertex must be the source or target of the edge where the \nopendcm/core/reduction.hpp-     * EquationHandler is added to. The result does ignore all reduction results done on the edge. \nopendcm/core/reduction.hpp-     * The returned node is unconnected. To allow initialisation of the equation it creates it is \n--\nopendcm/core/reduction.hpp: * some times dependent, sometime undependend, it can be used to create the numeric equations for the \nopendcm/core/reduction.hpp- * symbolic reduction result.The provided interface is created to allow for late equation creation. The \nopendcm/core/reduction.hpp- * numeric Geometry must not be created at traversal time, but as the node reached in traversal is stored \nopendcm/core/reduction.hpp- * in the TreeWalker one can always access it later and use the functons provided here to create the \n--\nopendcm/core/reduction.hpp: * @brief Node for Undependend Geometry\nopendcm/core/reduction.hpp- * \nopendcm/core/reduction.hpp: * This node is used as starting point in the resuction tree, it provides a plain undependend Geometry.\nopendcm/core/reduction.hpp- * As we know the numeric geometry type we have to use we can live only with the primitive Geometry,\nopendcm/core/reduction.hpp- * no need to know any derived class.\nopendcm/core/reduction.hpp- * \n[beast@beast openDCM]$ grep -iR -A 3 undependend\nopendcm/core/reduction.hpp:     * @brief Create a undependend geometry equation \nopendcm/core/reduction.hpp-     * \nopendcm/core/reduction.hpp:     * This function creates the undependend geometry equation for a given vertex. This vertex must \nopendcm/core/reduction.hpp-     * be the source or target of the edge where the EquationHandler is added to. The result does \nopendcm/core/reduction.hpp-     * ignore all reduction results done on the edge.\nopendcm/core/reduction.hpp-     * \n--\nopendcm/core/reduction.hpp:     * @brief Create a undependend geometry equation in a \\ref FlowGraph\nopendcm/core/reduction.hpp-     * \nopendcm/core/reduction.hpp:     * This function creates the undependend geometry equation for a given vertex directly in a \nopendcm/core/reduction.hpp-     * \\ref FlowGraph The given vertex must be the source or target of the edge where the \nopendcm/core/reduction.hpp-     * EquationHandler is added to. The result does ignore all reduction results done on the edge. \nopendcm/core/reduction.hpp-     * The returned node is unconnected. To allow initialisation of the equation it creates it is \n--\nopendcm/core/reduction.hpp: * some times dependent, sometime undependend, it can be used to create the numeric equations for the \nopendcm/core/reduction.hpp- * symbolic reduction result.The provided interface is created to allow for late equation creation. The \nopendcm/core/reduction.hpp- * numeric Geometry must not be created at traversal time, but as the node reached in traversal is stored \nopendcm/core/reduction.hpp- * in the TreeWalker one can always access it later and use the functons provided here to create the \n--\nopendcm/core/reduction.hpp: * @brief Node for Undependend Geometry\nopendcm/core/reduction.hpp- * \nopendcm/core/reduction.hpp: * This node is used as starting point in the resuction tree, it provides a plain undependend Geometry.\nopendcm/core/reduction.hpp- * As we know the numeric geometry type we have to use we can live only with the primitive Geometry,\nopendcm/core/reduction.hpp- * no need to know any derived class.\nopendcm/core/reduction.hpp- * \n```",
  "tree_diff": [
    {
      "type": "modify",
      "old_id": "5966a3a03862fdd1a248cc4ee928224347392f1b",
      "old_mode": 33188,
      "old_path": "codespell_lib/data/dictionary.txt",
      "new_id": "4aa351fad6d4482e73c6ed7fd3637981f2f2b55c",
      "new_mode": 33188,
      "new_path": "codespell_lib/data/dictionary.txt"
    }
  ]
}