Я новичок в Matlab и пытаюсь кодировать игру жизни. Но у меня есть некоторые трудности с суммированием соседей. Каждая ячейка может иметь значение 0 или 1. Я пытаюсь использовать счетчик (как в Python, единственная программа, с которой я немного знаком), но это не работает. Проблема в том, что это должно работать для всех ячеек, а также для граничных ячеек. Если у меня есть значение каждой ячейки (чтобы оно было где-то между 0 и 8), я должен реализовать правила. Но я также не знаю, правильно ли это. Пожалуйста помоги! Я впадаю в отчаяние!
TIME = 50;
pulsar;
life = {}; % create list 'life'
life{1} = X; % add seed to life
numrows = size(X,1); % calculate number of rows
numcolumns = size (X,2); % calculate number of columns
current = X; % make seed the first current(matrix you're starting off with in each step)
for i = 0:TIME; % determine amount of times the loop will run
for row = 1:numrows; % for each row
for column = 1:numcolumns; % for each column
if column + 1 ~= numcolumns + 1
east_of_row = column + 1; % define how to count the cell right of target cell
end
if column - 1 ~= 0
west_of_row = column - 1; % define how to count the cell left of target cell
end
if row - 1 ~= 0
north_of_column = row - 1; % define how to count the cell north of target cell
end
if row + 1 ~= numrows + 1
south_of_column = row + 1;
end
neighbors = 0 % start counter 'neighbors' with 0
if current(row,east_of_row) == 1; % if neighboring cell has a value of 1
neighbors = neighbors + 1; % add 1 to neighbors
end
if current(row,west_of_row) == 1; % if neighboring cell has a value of 1
neighbors = neighbors + 1; % add 1 to neighbors
end
if current(north_of_column,column) == 1; % if neighboring cell has a value of 1
neighbors = neighbors + 1; % add 1 to neighbors
end
if current(south_of_column,column) == 1; % if neighboring cell has a value of 1
neighbors = neighbors + 1; % add 1 to neighbors
end
if current(south_of_column,east_of_row) == 1; % if neighboring cell has a value of 1
neighbors = neighbors + 1; % add 1 to neighbors
end
if current(north_of_column,east_of_row) == 1; % if neighboring cell has a value of 1
neighbors = neighbors + 1; % add 1 to neighbors
end
if current(north_of_column,west_of_row) == 1; % if neighboring cell has a value of 1
neighbors = neighbors + 1; % add 1 to neighbors
end
if current(south_of_column,west_of_row) == 1; % if neighboring cell has a value of 1
neighbors = neighbors + 1; % add 1 to neighbors
end
% rules of the game:
if current(row,column) == 1; % in case a target cell has a value of 1:
if neighbors < 2 % if the number of neighbors is smaller than 2
nextnext(row,column) = 0; % value of target cell gets 0 in nextnext
end
if neighbors == 2 % if the number of neighbors is 2 or 3
nextnext(row,column) = 1; % value of target cell stays 1 in nextnext
end
if neighbors == 3
nextnext(row,column) = 1;
end
if neighbors > 3 % if the number of neigbors is higher than 3
nextnext(row,column) = 0; % value of target cell gets 0 in nextnext
end
end
if current (row,column) == 0 % in case a target cell has a value of 0:
if neighbors == 3 % if the number of neighbors is 3
nextnext(row,column) = 1; % value of target cell gets 1 in nextnext
end
if neighbors ~= 3 % if the number of neigbors isn't 3
nextnext(row,column) = 0; % value of target cell stays 0 in nextnext
end
end
end
end
current = nextnext; % make nextnext matrix the current matrix for the next step
%life{TIME} = nextnext; % add matrix to list 'life
end
show(life);
