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Setting conditions for optimization variables

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A.O.
A.O. le 19 Août 2022
Commenté : A.O. le 22 Août 2022
We are now setting the conditions for the following optimization variables.
x = optimvar('x', 100, 'LowerBound', 0)
showbounds(x)
Then,
0<=x(1)
0<=x(2)
・・・
0<=x(100).
How do we write the code to add the following condition?
We want to add an upperbond=0 in the interval 1 < x < 10.
0<=x(1)<=0
0<=x(2)<=0
・・・
0<=x(10)<=0
0<=x(11)
0<=x(12)
・・・
0<=x(100)
  1 commentaire
A.O.
A.O. le 22 Août 2022
Thank you for your nice answer!!

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Réponse acceptée

Alan Weiss
Alan Weiss le 19 Août 2022
x = optimvar('x', 100, 'LowerBound', 0);
ub = Inf(100,1);
ub(1:10) = zeros(10,1);
x.UpperBound = ub;
showbounds(x)
0 <= x(1) <= 0 0 <= x(2) <= 0 0 <= x(3) <= 0 0 <= x(4) <= 0 0 <= x(5) <= 0 0 <= x(6) <= 0 0 <= x(7) <= 0 0 <= x(8) <= 0 0 <= x(9) <= 0 0 <= x(10) <= 0 0 <= x(11) 0 <= x(12) 0 <= x(13) 0 <= x(14) 0 <= x(15) 0 <= x(16) 0 <= x(17) 0 <= x(18) 0 <= x(19) 0 <= x(20) 0 <= x(21) 0 <= x(22) 0 <= x(23) 0 <= x(24) 0 <= x(25) 0 <= x(26) 0 <= x(27) 0 <= x(28) 0 <= x(29) 0 <= x(30) 0 <= x(31) 0 <= x(32) 0 <= x(33) 0 <= x(34) 0 <= x(35) 0 <= x(36) 0 <= x(37) 0 <= x(38) 0 <= x(39) 0 <= x(40) 0 <= x(41) 0 <= x(42) 0 <= x(43) 0 <= x(44) 0 <= x(45) 0 <= x(46) 0 <= x(47) 0 <= x(48) 0 <= x(49) 0 <= x(50) 0 <= x(51) 0 <= x(52) 0 <= x(53) 0 <= x(54) 0 <= x(55) 0 <= x(56) 0 <= x(57) 0 <= x(58) 0 <= x(59) 0 <= x(60) 0 <= x(61) 0 <= x(62) 0 <= x(63) 0 <= x(64) 0 <= x(65) 0 <= x(66) 0 <= x(67) 0 <= x(68) 0 <= x(69) 0 <= x(70) 0 <= x(71) 0 <= x(72) 0 <= x(73) 0 <= x(74) 0 <= x(75) 0 <= x(76) 0 <= x(77) 0 <= x(78) 0 <= x(79) 0 <= x(80) 0 <= x(81) 0 <= x(82) 0 <= x(83) 0 <= x(84) 0 <= x(85) 0 <= x(86) 0 <= x(87) 0 <= x(88) 0 <= x(89) 0 <= x(90) 0 <= x(91) 0 <= x(92) 0 <= x(93) 0 <= x(94) 0 <= x(95) 0 <= x(96) 0 <= x(97) 0 <= x(98) 0 <= x(99) 0 <= x(100)
It would probably be better to remove x(1) through x(10) from your problem, but suit yourself.
Alan Weiss
MATLAB mathematical toolbox documentation

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