An augmented reality device for displaying directions related to a therapeutic movement for a patient within an augmented reality environment comprising: a processor to: analyze information about a clinical movement of a therapist , captured using a movement capture apparatus , to determine a three-dimensional path of motion representative of at least a portion of the clinical movement; and automatically define a three-dimensional virtual path region and a virtual target responsive to a user movement, the three-dimensional virtual path region and virtual target defined in an augmented reality environment overlaid on a real environment using the three-dimensional path of motion , the virtual target located at an intended ending location of the three-dimensional virtual path region , the virtual target and the three-dimensional virtual path region having a fixed position relative to a stationary physical object in the real environment; and a display to: display, using an augmented reality device , the three-dimensional virtual path region and the virtual target at the fixed position in the augmented reality environment, the fixed position located at an intended ending location of the three-dimensional virtual path region relative to the stationary physical object in the real environment. a processor to: analyze information about a clinical movement of a therapist , captured using a movement capture apparatus , to determine a three-dimensional path of motion representative of at least a portion of the clinical movement; and automatically define a three-dimensional virtual path region and a virtual target responsive to a user movement, the three-dimensional virtual path region and virtual target defined in an augmented reality environment overlaid on a real environment using the three-dimensional path of motion , the virtual target located at an intended ending location of the three-dimensional virtual path region , the virtual target and the three-dimensional virtual path region having a fixed position relative to a stationary physical object in the real environment; and analyze information about a clinical movement of a therapist , captured using a movement capture apparatus , to determine a three-dimensional path of motion representative of at least a portion of the clinical movement; and automatically define a three-dimensional virtual path region and a virtual target responsive to a user movement, the three-dimensional virtual path region and virtual target defined in an augmented reality environment overlaid on a real environment using the three-dimensional path of motion , the virtual target located at an intended ending location of the three-dimensional virtual path region , the virtual target and the three-dimensional virtual path region having a fixed position relative to a stationary physical object in the real environment; and a display to: display, using an augmented reality device , the three-dimensional virtual path region and the virtual target at the fixed position in the augmented reality environment, the fixed position located at an intended ending location of the three-dimensional virtual path region relative to the stationary physical object in the real environment. <EOS>