We assess the implementation error for both circuits by simulating an ensemble of 500 configurations with δθ varying within [-π/12, π/12]. For the three-chromophore circuit, the error is estimated to be around 0.132, assuming random deviations for each chromophore and polarization direction. Remarkably, switching between right and left light polarization at a constant δθ deviation leads to an error of nearly zero for the three-chromophore cyclic circuit, ε trimer . This approximation is not unreasonable for a precise experimental setup, where switching light polarization does not usually imply a modification in the orientation of the light with respect to the pulse.