For each model in the Design of Experiments scheme, the LSV engine is used to calculate the mean climate-based illuminance due to daylight on the five sensor plane zones (four perimeter and core) over the whole year. For each time period considered, illuminance is calculated for four different sky types, ranging from overcast to clear. The climate-based illuminance is then calculated as a weighted average of illuminances from each sky type. To make the whole-year simulation more efficient, the year is divided into 56 periods. These climate-based and temporal simplification are validated in [10]. Results from the 56 periods are then averaged into a total of nine general time periods: morning, midday, and afternoon for Winter, Autumn/Spring, and Summer. The final result of each simulation used in the DoE scheme is a set of 45 mean illuminances, corresponding to five sensor zones, three periods of day, and three seasons. These illuminance values are then used to calculate the main effects for each design variable over each zone, time, and season.