Abstract: A system for representing parameter constraints that govern the values of interrelated parameters includes displays corresponding to a plurality of parameters having a range of values represented by a dimension in the displays. The interrelationship of the parameter constraints is maintained, when one or more of the displays change in value, by means of a software system to make an automatic adjustment while recognizing and maintaining the relationship between the parameters. The system is adjustable on a dynamic basis such that when a user adjusts the parameter either upwards or downwards the remaining interrelated parameters are simultaneously shifted to maintain constraints of the relationships consistent with prior condition before the change.

Abstract: A system for representing parameter constraints that govern the values of interrelated parameters includes displays corresponding to a plurality of parameters having a range of values represented by a dimension in the displays. The interrelationship of the parameter constraints is maintained, when one or more of the displays change in value, by means of a software system to make an automatic adjustment while recognizing and maintaining the relationship between the parameters. The system is adjustable on a dynamic basis such that when a user adjusts the parameter either upwards or downwards the remaining interrelated parameters are simultaneously shifted to maintain constraints of the relationships consistent with prior condition before the change.

Abstract: A displayable interactive screen implemented to display the charging status of a capacitor in an implantable medical device. The display includes real time representation of voltage from start to target, tracking of elapsed time, status of charging circuit and a progress bar. The charging system may be terminated by a cancel button which remains active from the start to the end of the charging cycle. The displayable screen is a programmer or a PC in data communication with the programmer.