System and method for evaluating patient data

A system for evaluating patient data, comprising:

• a memory storing the patient data, the patient data comprising a geometric mesh representation of a patient, the geometric mesh representation including a plurality of data points corresponding to spatial coordinates of a plurality of vertices in three dimensions;
• a display;
• and
• a processing circuit communicably coupled to the memory and the display, the processing circuit configured to:
• determine at least one reference geometry along the geometric mesh representation at a fixed position with respect to the spatial coordinates;
• determine a plurality of landmarks corresponding to one of skeletal or soft tissue anatomy for the patient;
• determine a plurality of postural deviations of the patient by comparing the at least one reference geometry and the plurality of landmarks, at least one of the plurality of postural deviations being an amount of structural misalignment of at least a portion of the geometric mesh representation;
• determine a first body risk score from a first subset of the plurality of postural deviations corresponding to a first body area, and a second body risk score from a second subset of the plurality of postural deviations corresponding to a second body area;
• adjusting at least one of the first body risk score or the second body risk score by a weighting factor;
• determine a combined risk score from the first body risk score and the second body risk score, comprising normalizing at least one of the first body risk score or the second body risk score by a worst case body risk score corresponding to the first body area or the second body area;
• and
• displaying, on the display, the combined risk score.

A non-transitory computer-readable medium having instructions stored thereon that, upon execution by a computing device, cause the computing device to perform operations comprising:

• retrieving patient data comprising a geometric mesh representation of a patient, the geometric mesh representation including a plurality of data points corresponding to spatial coordinates of a plurality of vertices in three dimensions;
• determining at least one reference geometry along the geometric mesh representation at a fixed position with respect to the spatial coordinates;
• determining a plurality of landmarks corresponding to one of skeletal or soft tissue anatomy for the patient;
• determining a plurality of postural deviations of the patient by comparing the at least one reference geometry and the plurality of landmarks, at least one of the plurality of postural deviations being an amount of structural misalignment of at least a portion of the geometric mesh representation;
• determining a first body risk score from a first subset of the plurality of postural deviations corresponding to a first body area, and a second body risk score from a second subset of the plurality of postural deviations corresponding to a second body area;
• adjusting at least one of the first body risk score or the second body risk score by a weighting factor;
• determining a combined risk score from the first body risk score and the second body risk score, comprising normalizing at least one of the first body risk score or the second body risk score by a worst case body risk score corresponding to the first body area or the second body area;
• and
• transmitting, to a display of the computing device, the combined risk score.