Abstract: A computer receives a first user input linking a first output of a first task to a second task. The first task is scheduled for execution at a specific time. The computer receives a second user input selecting a third task from a list of additional tasks that are downstream from the second task. In response to the second user input, the computer links the third task to a second output of the second task. At the specific time, the computer automatically executes the first task and updates the first output of the first task. After updating the first output of the first task, the computer automatically executes the second task that is linked to the first output of the first task, including updating the second output of the second task. After updating the second output of the second task, the computer automatically executes the third task.

Abstract: A system for restorative therapeutic activity is disclosed including a first activity board with a front panel including a plurality of peg holes disposed into patterns, and a second activity board with also with a front panel including a plurality of peg holes disposed into patterns. The first activity board may be located at a clinical location while the second activity board may be located at a home location, allowing a patient to perform restorative therapeutic activity in a plurality of disparate locations. A method of restoring activity is also disclosed including utilizing a first activity panel at a first location and a second activity panel at a second location.