{ok, X} = application:get_env(?MODULE, x),
{ok, Y} = application:get_env(?MODULE, y),
CellData = cell_data(X, Y),
- life_god:start_link(X, CellData).
+ life_god:start_link(X, Y, CellData).
stop(_State) ->
%% API
--export([start_link/2]).
+-export([start_link/3]).
%% Callbacks
-export([init/1]).
%% API
%% ============================================================================
-start_link(X, CellData) ->
- supervisor:start_link({local, ?MODULE}, ?MODULE, [X, CellData]).
+start_link(X, Y, CellData) ->
+ supervisor:start_link({local, ?MODULE}, ?MODULE, [X, Y, CellData]).
%% ============================================================================
%% Callbacks
%% ============================================================================
-init([X, CellData]) ->
+init([X, Y, CellData]) ->
CellNames = [Name || {_, Name, _} <- CellData],
RestartStrategy = {one_for_one, 1000000, 1},
Cells = [spec_cell(Datum) || Datum <- CellData],
- Time = ?CHILD(worker, life_time, [X, CellNames]),
+ Time = ?CHILD(worker, life_time, [X, Y, CellNames]),
Children = Cells ++ [Time],
{ok, {RestartStrategy, Children}}.
%% API
--export([start_link/2
+-export([start_link/3
,tock/2
]).
-record(state, {x :: integer()
+ ,y :: integer()
,cells :: list(atom())
,num_cells :: integer()
,state_pairs :: list(tuple(integer(), integer())) | []
%% API
%% ============================================================================
-start_link(X, Cells) ->
+start_link(X, Y, Cells) ->
ServerName = {local, ?MODULE},
- Args = [X, Cells],
+ Args = [X, Y, Cells],
Opts = [],
gen_server:start_link(ServerName, ?MODULE, Args, Opts).
%% Callbacks
%% ============================================================================
-init([X, Cells]) ->
+init([X, Y, Cells]) ->
State = #state{x=X
+ ,y=Y
,cells=Cells
,num_cells=length(Cells)
,state_pairs=[]
handle_cast({tock, {ID, CellState}},
#state{x=X
+ ,y=Y
,state_pairs=StatePairs
,replies_pending=RepliesPending
,gen_count=GenCount
StateChars = [state_to_char(S) || {_, S} <- SortedStatePairs],
ok = io:format(
- "CELLS: ~b GENERATIONS: ~b~n",
- [NumCells, NewGenCount]
+ "X: ~b Y: ~b CELLS: ~b GENERATIONS: ~b~n",
+ [X, Y, NumCells, NewGenCount]
),
ok = do_print_bar(X),