The game involves playing a game of
Australian rules football from a third-person perspective, with the ability to perform the basic actions of a typical Australian rules football player. The game can be played by one person playing against the computer team, or by two players against each other. There is also a kick-to-kick mode, and a season mode where 1, 4 or 6 players can play multiple games in a season, finishing with a
grand final. The objective of the game is for the players team to have the highest score at the end of the game. A team can score by kicking either a goal (6 points) or a behind (1 point). To move the football, a player with the ball can either
kick or
handball the ball, and a player without the ball can either
mark the ball or
tackle an opposition player with the ball.
Scoring When a player is close to the goal (approx. 55–60 meters), an accuracy bar appears at the bottom of the screen. When the ball is kicked, the closer the marker is to the centre of the bar, the more accurate the kick to goal. The accuracy bar makes it considerably difficult to kick a goal on the run, especially from a distance. When a player is very close to the goal (approx. 15 metres), the accuracy marker will always be in the centre of the bar, and any kick by the player will be a goal.
Start of play As in the real rules of Australian rules football, there are times in play where a player from each team tries to take possession of the ball that has been bounced (for the start of play after a goal, or a ball-up), or thrown (for an out of bounds) by the umpire. During a bounce, using the arrow keys will start the player moving, only after the ball has touched the ground. Pressing A at the moment of contact will tap the ball to another team member, while pressing B will knock the ball a larger distance but not to a particular player. During a ball-up or a boundary throw-in, pressing A will make the player leap into the air, and then the same actions apply as a bounce when the player reaches the ball with his hand. ==Teams==