idler_1 = 17;
idler_2 = 17;
idler_3 = 17;
Z_gears(1) = 17;
% Z_gear(1) is defined same holds for the idler’s
% Number of Z_gears is determined by N and gear_ratio_combo goes from (1,1)
% to (1,(columlength)
% idlers are on Z_gear place Z_gear(3),Z_gear(5),Z_gear(7) etc
% but if Z_gear(end) is uneven then do not place idler there
Z_gears(2) = Z_gears(1)*gear_ratio_combo(1,1);
Z_gears(3) = idler_1;
Z_gears(4) = Z_gears(3)*gear_ratio_combo(1,2);
Z_gears(5) = idler_2;
Z_gears(6) = Z_gears(5)*gear_ratio_combo(1,3);
Z_gears(7) = idler_3;
Z_gears(8) = Z_gears(7)*gear_ratio_combo(1,4);idler_1 = 17;
idler_2 = 17;
idler_3 = 17;
Z_gears(1) = 17;
% Z_gear(1) is defined same holds for the idler’s
% Number of Z_gears is determined by N and gear_ratio_combo goes from (1,1)
% to (1,(columlength)
% idlers are on Z_gear place Z_gear(3),Z_gear(5),Z_gear(7) etc
% but if Z_gear(end) is uneven then do not place idler there
Z_gears(2) = Z_gears(1)*gear_ratio_combo(1,1);
Z_gears(3) = idler_1;
Z_gears(4) = Z_gears(3)*gear_ratio_combo(1,2);
Z_gears(5) = idler_2;
Z_gears(6) = Z_gears(5)*gear_ratio_combo(1,3);
Z_gears(7) = idler_3;
Z_gears(8) = Z_gears(7)*gear_ratio_combo(1,4); idler_1 = 17;
idler_2 = 17;
idler_3 = 17;
Z_gears(1) = 17;
% Z_gear(1) is defined same holds for the idler’s
% Number of Z_gears is determined by N and gear_ratio_combo goes from (1,1)
% to (1,(columlength)
% idlers are on Z_gear place Z_gear(3),Z_gear(5),Z_gear(7) etc
% but if Z_gear(end) is uneven then do not place idler there
Z_gears(2) = Z_gears(1)*gear_ratio_combo(1,1);
Z_gears(3) = idler_1;
Z_gears(4) = Z_gears(3)*gear_ratio_combo(1,2);
Z_gears(5) = idler_2;
Z_gears(6) = Z_gears(5)*gear_ratio_combo(1,3);
Z_gears(7) = idler_3;
Z_gears(8) = Z_gears(7)*gear_ratio_combo(1,4); sequences, for loop MATLAB Answers — New Questions

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