disser1.pdf (2006 KB) - Ernst-Moritz-Arndt-Universität Greifswald

disser1.pdf (2006 KB) - Ernst-Moritz-Arndt-Universität Greifswald disser1.pdf (2006 KB) - Ernst-Moritz-Arndt-Universität Greifswald

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31.01.2014 Aufrufe

A. DIRCOL & 0.0125*X(1)*X(3)/1.3 - 0.01*X(2)*X(3)/1.56 F(4) = (1130*U(1)*1.5*250*X(1)/1E06+270*U(2)* & 6.4*250*X(2)/1.2E06+460*U(3)* & 6.4*250*X(3)/1.3E06-500*250*(U(1)+U(2)+U(3))/1.0E06) & *exp(-0.06*T) C C------END---PROBLEM-------------------------------- C RETURN C -- End of subroutine USRDEQ END A.2. Programm 2. Programm DATDIM ************************************* * file DATDIM * (dimensions of the parameterized optimal control problem) ******************* ******************* * * NAME of the OPTIMAL CONTROL PROBLEM *2345678901234567890123456789* (

A.2. Programm 2. Programm DATDIM * which SCALINGS have to be used: * - automatic scaling (but for X, U, E in each phase the same) (0) * - read scalings from file ’DATSKA’ (1) * - use no scaling (2) * - automatic scaling (X, U, E in each phase different) (3) * - automatic scaling (X, U in each phase the same, but E different)(4) ?? 2 * NUMBER of STATE VARIABLES ( NX ), * of CONTROL VARIABLES ( LU ), * of CONTROL PARAMETERS ( LP ), * NX, LU, LP = ? 4, 3, 0 * NUMBER of PHASES M1 = ? 1 * NUMBERS of NONLINEAR IMPLICIT BOUNDARY CONSTRAINTS * NRNLN(1) * ... * NRNLN(M1) 0 * NUMBERS of NONLINEAR INEQUALITY and EQUALITY * CONSTRAINTS in PHASES 1 through M1: * NGNLN(1) , NHNLN(1) * ... * NGNLN(M1), NHNLN(M1) 1,0 * * * NUMBER of GRID POINTS in PHASES 1 through M1 * ( NI(K) >= 3 ): * NI(1) * ...* NI(M1) 41 * * GRID POINTs parameters: * STARTING POSITIONS: | during OPTIMIZATION: * - equidistant (0) | - fixed grid points (0) * - as in file DATGIT (1) | - movable (collocation * error)(1) * - as Cebysev points (2) | - movable (variation) (2) * | - movable (no add. eq. cons.)(3) ?? 131

A. DIRCOL<br />

& 0.0125*X(1)*X(3)/1.3 - 0.01*X(2)*X(3)/1.56<br />

F(4) = (1130*U(1)*1.5*250*X(1)/1E06+270*U(2)*<br />

& 6.4*250*X(2)/1.2E06+460*U(3)*<br />

& 6.4*250*X(3)/1.3E06-500*250*(U(1)+U(2)+U(3))/1.0E06)<br />

& *exp(-0.06*T)<br />

C<br />

C------END---PROBLEM--------------------------------<br />

C<br />

RETURN<br />

C -- End of subroutine USRDEQ<br />

END<br />

A.2. Programm 2. Programm DATDIM<br />

*************************************<br />

* file DATDIM<br />

* (dimensions of the parameterized optimal control<br />

problem)<br />

******************* *******************<br />

*<br />

* NAME of the OPTIMAL CONTROL PROBLEM<br />

*2345678901234567890123456789* (

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