Additional Parameters Clause Samples
The "Additional Parameters" clause defines any extra terms, conditions, or specifications that supplement the main agreement. This clause typically lists specific requirements, technical details, or unique obligations that are not covered elsewhere in the contract, such as delivery timelines, performance standards, or special instructions. By clearly outlining these supplementary elements, the clause ensures that both parties have a mutual understanding of all expectations, reducing the risk of misunderstandings or disputes over unaddressed details.
Additional Parameters. A teacher on the recall list shall only be offered LTO position(s) ONCE per year of Redundancy.
Additional Parameters. Operating conditions Roadway Number of lanes = The number of parallel and adjacent lanes in the same direction of travel Lane Width = The width of each lane Roadway grade = The grade of the roadway in the area of test Roadway condition = the condition of the roadway (dry, wet, icy, snow, new, worn) including coefficient of friction Lane markings = the type, colour, width, visibility of lane markings Environmental conditions Lighting conditions = The amount of light and direction (ie, day, night, sunny, cloudy) Weather conditions = The amount, type and intensity of wind, rain, snow etc. Initial condition Initial velocity Ve0 = Ego vehicle Vo0 = Leading vehicle in lane or in adjacent lane Vf0 = Vehicle in front of leading vehicle in lane Initial distance dx0 = Distance in Longitudinal direction between the front end of the ego vehicle and the rear end of the leading vehicle in ego vehicle’s lane or in ▇▇▇▇▇▇▇▇ ▇▇▇▇ ▇▇▇ = Inside Lateral distance between outside edge line of ego vehicle in parallel to the vehicle's median longitudinal plane within lanes and outside edge line of leading vehicle in parallel to the vehicle's median longitudinal plane in adjacent lines. dy0_f = Inside Lateral distance between outside edge line of leading vehicle in parallel to the vehicle's median longitudinal plane within lanes and outside edge line of vehicle in front of the leading vehicle in parallel to the vehicle's median longitudinal plane in adjacent lines. dx0_f = Distance in longitudinal direction between front end of leading vehicle and rear end of vehicle in front of leading vehicle dfy = Width of vehicle in front of leading vehicle doy = Width of leading vehicle dox = Length of the leading vehicle Vehicle motion Lateral motion Vy =Leading vehicle lateral velocity Deceleration Gx_max = Maximum deceleration of the leading vehicle in G dG/dt = Deceleration rate (Jerk) of the leading vehicle