Conway's Game of Life: Difference between revisions

ELENA 56.0, using cellular library

Space theSpace_space;

RuleSet theRuleSet_ruleSet;

bool started_started;

event Func<Space, object> OnUpdate : event;

constructor newRandomset(RuleSet transformSet)

{

theSpace_space := new IntMatrixSpace.allocate(maxY, maxX, randomSet);

theRuleSet_ruleSet := transformSet;

started_started := false

}

{

run()

{

if (started_started)

{

theSpace_space.update(theRuleSet_ruleSet)

}

else

{

started_started := true

};

self.onUpdate()

}

int proceed(Space s, int x, int y, ref int retVal)

{

int cell := s.at(x, y);

int number := s.LiveCell(x, y, 1); // NOTE : number of living cells around the self includes the cell itself

if (cell == 0 && number == 3)

{

retVal :=^ 1

}

else if (cell == 1 && (number == 4 || number == 3))

{

retVal :=^ 1

}

else

{

retVal :=^ 0

}

}

print()

{

console.setCursorPosition(0, 0);

int columns := self.Columns;

int rows := self.Rows;

auto for(int iline := 0,new i < rows, i += 1TextBuilder();

for(int i {:= 0, i < rows, i += 1)

{line.clear();

for(int j := 0, j < columns, intj cell :+= self.at(i, j1);

{

int console.write((cell =:= 0)self.iifat("i, ","o")j);

};

line.write((cell == 0).iif(" ","o"));

console.writeLine()};

}