Optimus Prime's genome chart reveals a living engineered robot phenotype

16:9, do this for optimus robot: class inputs: product = "[any product]" use_case = "[optional or ai infer]" systems = "ai infer" failure_points = "ai infer" material_logic = "ai infer" environment = "[lab / workshop / field / factory / surgical / aerospace]" class genomemap: purpose = "treat the product like a living engineered organism" layers = [ "skeletal structure", "circulatory flows", "sensory/control nodes", "muscle/actuation systems", "protective shell", "adaptation history" ] class visualoutput: composition = "left side = product genome chart, right side = fully evolved specimen" mood = "technical + almost biological" rules = [ "systems must feel inherited and interdependent", "show what each subsystem evolved to solve", "make the final product look like the phenotype of all prior engineering decisions" ] def render(): return """ generate product as an engineered genome atlas. the analysis side should map inherited subsystems, dormant ideas, evolved parts, and adaptation pressures. the hero side should show the final product as a living outcome of those engineering genes    """