% *************************************************************************** % COPYRIGHT BY DAVE JEWELL AND T.E. MARLIN 1994 % FILNAME : NAME.M % Version 2.0 % LAST UPDATED : DECEMBER 1994 % DISCRIPTION OF FILE : % THIS M-FILE IS ACCESSED FROM "twobytwo.m" ALLOWS THE USER TO ENTER THE % VARIABLE NAMES, INITIAL CONDITIONS AND BOUNDS % *************************************************************************** clc; while 1 clc; disp('**********************************************************************') disp('* VARIABLE IDENTIFICATIONS *') disp('**********************************************************************') disp('WHAT PARAMETER WOULD YOU LIKE TO UPDATE ?') disp(' Present Values') disp([' 1) Controlled Variable 1 - Name ',cv1name]) fprintf(' 2) Controlled Variable 1 - Initial Value %-g\n',initcv(1)) disp([' 3) Controlled Variable 2 - Name ',cv2name]) fprintf(' 4) Controlled Variable 2 - Initial Value %-g\n',initcv(2)) disp([' 5) Manipulated Variable 1 - Name ',mv1name]) fprintf(' 6) Manipulated Variable 1 - Initial Value %-g\n',initmv(1)) disp([' 7) Manipulated Variable 2 - Name ',mv2name]) fprintf(' 8) Manipulated Variable 2 - Inital Value %-g\n',initmv(2)) disp(' -- BOUNDS ON MANIPULATED VARIABLES (PID only) --') fprintf(' 9) Manipulated Variable 1 - Upper Bound %-g\n',contoutmax(1)) fprintf('10) Manipulated Variable 1 - Lower Bound %-g\n',contoutmin(1)) fprintf('11) Manipulated Variable 2 - Upper Bound %-g\n',contoutmax(2)) fprintf('12) Manipulated Variable 2 - Lower Bound %-g\n',contoutmin(2)) disp('13) Previous Menu') mm = input('PLEASE ENTER A SELECTION : '); if isempty(mm)==1 break end mm = round(mm); % round off selection if (mm<1) | (mm>13) disp('') % selection validation disp('NOT A VALID SELECTION') disp('PRESS ENTER TO CONTINUE') pause; end % A SERIES OF PROMPTS FOR OPTIONS if mm == 1 TEMP=input('Name : ','s'); if isempty(TEMP) ~= 1 cv1name=TEMP; else cv1name='CV 1'; end elseif mm == 2 TEMP=input('Initial Value : '); if isempty(TEMP) ~= 1 initcv(1)=TEMP; end elseif mm == 3 TEMP=input('Name : ','s'); if isempty(TEMP) ~= 1 cv2name=TEMP; else cv2name='CV 2'; end elseif mm == 4 TEMP=input('Initial Value : '); if isempty(TEMP) ~= 1 initcv(2)=TEMP; end elseif mm == 5 TEMP=input('Name : ','s'); if isempty(TEMP) ~= 1 mv1name=TEMP; else mv1name='MV 1'; end elseif mm == 6 TEMP=input('Initial Value : '); if isempty(TEMP) ~= 1 initmv(1)=TEMP; end elseif mm == 7 TEMP=input('Name : ','s'); if isempty(TEMP) ~= 1 mv2name=TEMP; else mv2name='MV 2'; end elseif mm == 8 TEMP=input('Initial Value : '); if isempty(TEMP) ~= 1 initmv(2)=TEMP; end elseif mm == 9 TEMP=input('MV1 Upper Bound : '); if isempty(TEMP) ~= 1 contoutmax(1)=TEMP; if contoutmax(1) < contoutmin(1) contoutmax(1) = contoutmin(1); disp('maximum cannot be less than minimum') pause (2); end end elseif mm == 10 TEMP=input('MV1 Lower Bound : '); if isempty(TEMP) ~= 1 contoutmin(1)=TEMP; if contoutmin(1) > contoutmax(1) contoutmin(1) = contoutmax(1); disp('minimum cannot be greater than maximum') pause (2); end end elseif mm == 11 TEMP=input('MV2 Upper Bound : '); if isempty(TEMP) ~= 1 contoutmax(2)=TEMP; if contoutmax(2) < contoutmin(2) contoutmax(2) = contoutmin(2); disp('maximum cannot be less than minimum') pause (2); end end elseif mm == 12 TEMP=input('MV2 Lower Bound : '); if isempty(TEMP) ~= 1 contoutmin(2)=TEMP; if contoutmin(2) > contoutmax(2) contoutmin(2) = contoutmax(2); disp('minimum cannot be greater than maximum') pause (2); end end elseif mm == 13 return end % if end % while