function Y = RBDOLSF(X)



H = X(:,1); T = X(:,2) ; V = X(:,3); He = X(:,4); Te = X(:,5); Ve = X(:,6);


Y(:,1) = min((min((778.147-(0.0797.*H)-(0.035.*T)-(2.072.*V)-(0.0141.*(H.^2))- (0.00312.*(T.^2))+(1.07.*(V.^2))),(3500-(2425.67-(0.301.*H)+(0.619.*T)+(1.84.*V)+(0.0532.*(H.^2))- (0.0249.*(T.^2))-(2.95.*(V.^2)))))),(301.5-(163.6-(0.15.*H)-(2.68.*T)+(24.3.*V)+(0.244.*(H.^2))+(0.13.*(T.^2))-(21.9.*(V.^2)))));
Y(:,2) = min((min((638.47+(0.294.*He)+(1.130.*Te)+(0.05.*Ve)-(0.0312.*(He.^2))- (0.05630.*(Te.^2))-(1.515.*(Ve.^2))),(3500-(2301.6+(3.93.*He)-(3.083.*Te)-(21.4.*Ve)-(0.1067.*(He.^2))+(0.0991.*(Te.^2))+(4.75.*(Ve.^2)))))),(360-(176-(6.44.*He)+(10.44.*Te)-(17.5.*Ve)+(0.48.*(He.^2))-(0.3443.*(Te.^2))+(9.6.*(Ve.^2))))); 

end