Large refactoring around changes in the graph class.

  - Graphs now use lists of references instead of vectors of indicies.
  - Vertices and edges have associated classes that can be given arbitrary properties via template specification.
  - All essential library headers have been combined into one, wolff.hpp.

1 files changed, 0 insertions, 36 deletions

diff --git a/doc/types.rst b/doc/types.rst
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-
-************
-Custom Types
-************
-
-The Wolff library uses several custom types, defined to promote memory and cache effiency, promote shorter lines, and associate natural scope to certain parameters. They are all aliases for `standard C99 fixed width integer types`_. These are defined in the header file :file:`wolff/types.h`. Here is a list of the types and what they are used to hold:
-
-.. cpp:type:: uint_fast32_t v_t
-
-   Holds indicies for lattice vertices and edges.
-
-.. cpp:type:: uint_fast8_t q_t
-
-   Holds indicies for enumerating states, as in :math:`q`-state Potts.
-
-.. cpp:type:: uint_fast8_t D_t
-
-   Holds the dimension of space.
-
-.. cpp:type:: uint_fast16_t L_t
-
-   Holds the linear extent of the lattice.
-
-.. cpp:type:: uint_fast64_t N_t
-
-   Holds a count of Monte Carlo steps.
-
-Other Definitions
-=================
-
-All types are unsigned integers of a minimum size appropriate for most realistic purposes, with the :c:type:`fast` directives meaning that your compiler may choose a larger type for efficiency's sake.
-
-For each type :c:type:`x_t`, the macro :c:macro:`MAX_x` supplies the maximum value the type may hold, the macro :c:macro:`PRIx` supplies the format constants for use with the :c:func:`fprintf` family of functions, and the macro :c:macro:`SCNx` supplies the format constants for use with the :c:func:`fscanf` family of functions.
-
-.. _standard C99 fixed width integer types: https://en.cppreference.com/w/c/types/integer
-