Abstract: A computer-based growing simulation method and system is adaptable for a game and particularly a role playing game that reflects the growth of a selected role. In the game, the system will generate many different events such as simulated environments. Each simulated environment includes simulated lifelike objects (such as views or things) and conditions or selection items for the role to behave. Each condition or selection item links or relates to a selected object. The growth journeys are shown through the role's progress in the game. The game does not progress in a fixed path or rounds format, but is determined by the behavior of the role in the game. The role's growth status is indicated by a set of corresponding parameter groups. The parameter groups will change and accumulate according to the role's growth journey. Variations of the parameter groups will reflect the player's growth journey and feelings in the real world.

Abstract: A computer-based growing simulation method and system is adaptable for a game and particularly a role playing game that reflects the growth of a selected role. In the game, the system will generate many different events such as simulated environments. Each simulated environment includes simulated lifelike objects (such as views or things) and conditions or selection items for the role to behave. Each condition or selection item links or relates to a selected object. The growth journeys are shown through the role's progress in the game. The game does not progress in a fixed path or rounds format, but is determined by the behavior of the role in the game. The role's growth status is indicated by a set of corresponding parameter groups. The parameter groups will change and accumulate according to the role's growth journey. Variations of the parameter groups will reflect the player's growth journey and feelings in the real world.