GameOfLife

An Implementation to play the famous algorithm Game of Life.
You can save your progress of the Game and load him back to continue your Game.

Autoplay optionally added, is activated by activating the button

If you run the jar on the console you can determine how many cores should use the application.
This is done with: -DNUMBER_OF_PROCESSORS.
Otherwise, the program takes all the cores that the computer has.
Consider the fewer cores are available, the longer it takes the calculation of a generation.

GameOfLife-UI

An Implementation to play the famous algorithm Game of Life.
You can save your progress of the Game and load him back to continue your Game.

Added randomized initiation as a button

If you run the jar on the console you can determine how many cores should use the application.
This is done with: -DNUMBER_OF_PROCESSORS.
Otherwise, the program takes all the cores that the computer has.
Consider the fewer cores are available, the longer it takes the calculation of a generation.

GameOfLife

An Implementation to play the famous algorithm Game of Life.
You can save your progress of the Game and load him back to continue your Game.

spelling mistake fixed

If you run the jar on the console you can determine how many cores should use the application.
This is done with: -DNUMBER_OF_PROCESSORS.
Otherwise, the program takes all the cores that the computer has.
Consider the fewer cores are available, the longer it takes the calculation of a generation.

GameOfLife

An Implementation to play the famous algorithm Game of Life.
You can save your progress of the Game and load him back to continue your Game.

This UI render Problem are fixed.

If you run the jar on the console you can determine how many cores should use the application.
This is done with: -DNUMBER_OF_PROCESSORS.
Otherwise, the program takes all the cores that the computer has.
Consider the fewer cores are available, the longer it takes the calculation of a generation.

GameOfLife-UI

An Implementation to play the famous algorithm Game of Life.
You can save your progress of the Game and load him back to continue your Game.

This UI have little render problems on too big playing fields. I will try to fix this.

If you run the jar on the console you can determine how many cores should use the application.
This is done with: -DNUMBER_OF_PROCESSORS.
Otherwise, the program takes all the cores that the computer has.
Consider the fewer cores are available, the longer it takes the calculation of a generation.