Xpress-Mosel - GAMS

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Module complex: Define a Type uses "complex" declarations c: complex t: array(1..10) of complex end-declarations forall(j in 1..10) t(j):= complex(j, 10-j) ! Initialize complex t(5):= complex("5+5i") ! Assign c:= prod(i in 1..5) t(i) ! Aggregate PROD operator … writeln("test sum: ", sum(i in 1..10) t(i)) ! … and SUM ! Using arithmetic operators on complex objects c:= t(1)*t(3)/t(4) + if(t(2)=0, t(10), t(8)) + t(5) - t(9) initializations to "complex_test.dat" ! File output of complex c t end-initializations 30
Mosel Tools • mod2mos – mp-model to Mosel translator, to convert mp-model files into Mosel programs/models (incl. data files) – Comprehensive documentation of possible problems and recommendations on how to improve the performance of generated models • Xpress-IVE – Graphical user interface for Mosel – Representation of the problem matrix, solution status/progress graphs, and result display 31
Page 2 and 3: Xpress-Mosel Bob Daniel bob.daniel@
Page 4 and 5: Dash products • *** Figure: overv
Page 6 and 7: Xpress-BCL • Library for modeling
Page 8 and 9: BCL: Example • Please refer to th
Page 10 and 11: Components and Interfaces • Langu
Page 12 and 13: First Mosel Example • Please refe
Page 14 and 15: Programming: Primes (1/2) model “
Page 16 and 17: A Solving Environment • No separa
Page 18 and 19: Mosel Libraries • Model Compiler
Page 20 and 21: Modules • Dynamic library written
Page 22 and 23: mmxslp: NLPs by SLP (1/4) • Probl
Page 24 and 25: mmxslp: NLPs by SLP (3/4) • Verte
Page 26 and 27: mmodbc: Using SQL uses "mmodbc" dec
Page 29: Mosel Native Interface • Set of c
Page 33 and 34: Embedding Mosel: issues • Speed -
Page 35 and 36: Parameterized model execution /* Ex
Page 37 and 38: The 5-leaper knight • Variant of
Page 40 and 41: 8 x 8 5-leapers tour 40

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