NOVELTY - The system has a transducer element registering applied vector force from shoulder muscle group (112) acting on physical exercise equipment. A sensing device converts the vector force to electronic signal, and a data receiving element receives the sensed signal. A computing device processes the input from the receiving element. An application program processes the vector force and data received from personal exercise, where the force applied on an exercise equipment element e.g. fiber, sends force vector and displacement vector data for determining resistive force done by the muscle group.    USE - System for acquiring, processing and reporting generic, isometric, and isotonic personal exercise data from sensors that are utilized with physical exercise equipment for human performance metrics.    ADVANTAGE - The system effectively acquires physical exercise data, and processes the data to correctly calculate the physical forces, torques, work and power exerted by individual users of the system. The system effectively rehabilitates a targeted muscle or muscle group, and determines and tracks muscle building progress, trends, weaknesses and tremors. The system easily collects, stores and processes information for patients and general fitness users while the user exercises freely, isometrically or isotonically, using elastic materials or inelastic materials.    DETAILED DESCRIPTION - The personal exercise element is selected from an elastic cable, stretching band, weight bearing cable, flexure member, spring, bar, rigid structure, non- stretching cloth, composites, latex, hypoallergenic elastics, flat sheets, tubes, slates and pipes. An INDEPENDENT CLAIM is also included for a method for processing and reporting personal exercise data.    DESCRIPTION OF DRAWING(S) - The drawing shows a force body diagram of exercise as a sequence of force displacements.    Pulley (105)    Position vector (107)    Force (109)    Extended arm (111)    Shoulder muscle group (112)