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Int *pRowStatus = NULL /* Basis status of the slack, surplus or
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Int nColInd_x3 /* Column indices for x(3, t), t=1:2 */ XPRSprob prob = NULL /* The problem instance */Ĭhar sProblem="./data/pplan" /* Problem name */Ĭhar sLogFile="globjpar.log" /* Log file name */ Static void XPRS_CC messagecb(XPRSprob cbprob, void* cbdata, * - sets variable 'returnCode' to the error,įprintf(stderr, "Line %d: %s failed with %d\n", \ * - prints a short error message to stderr, * Calls an Xpress optimizer function and checks the return code. #include "xprs.h" /* Optimizer header file */ The results are displayed on screen and the problem statistics stored
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Values revises the objective coefficients of the variables x(3, t), t=1:2Īnd finds the best integer solution. The program increments BEN(3) from 8 to 15, and for each of these Value of the objective function changes as we varyīEN(3), the benefit per month from finishing Project 3. We take a production plan model and observe how the optimal Perform objective function parametrics on a global problem. The results are displayed on screen and the problem statistics stored in a log file. The program increments BEN(3) from 8 to 15, and for each of these values revises the objective coefficients of the variables x(3,t),t=1:2 and finds the best integer solution. We take a production plan model and observe how the optimal value of the objective function changes as we vary BEN(3), the benefit per month from finishing Project 3.