def calculate_systemic_score(skeletal_features, ocular_features, cardiovascular_features, family_history, genetic_testing): score = 0
# Ocular system if ocular_features['ectopia_lentis']: score += 1 if ocular_features['myopia'] > 3: score += 1 systemic score marfan
# Genetic testing if genetic_testing: score += 1 genetic_testing) print("Systemic score:"
cardiovascular_features = 'aortic_root_dilatation': True, 'aortic_dissection_or_rupture': False, 'mitral_valve_prolapse': False systemic score marfan
# Skeletal system if skeletal_features['pectus_excavatum_or_carinatum']: score += 1 if skeletal_features['joint_hypermobility']: score += 1 if skeletal_features['long_limbs']: score += 1 if skeletal_features['scoliosis']: score += 1 if skeletal_features['reduced_elbow_extension']: score += 1
systemic_score = calculate_systemic_score(skeletal_features, ocular_features, cardiovascular_features, family_history, genetic_testing) print("Systemic score:", systemic_score) This implementation takes into account the various features and their respective scores, providing a total systemic score. Note that this is a simplified example and might need to be adapted to specific clinical scenarios and requirements.