(!******************************************************
Mosel User Guide Example Problems
=================================
file arraydef.mos
`````````````````
Defining arrays.
(c) 2010 Fair Isaac Corporation
author: S. Heipcke, Jul. 2010
*******************************************************!)
model "array definition"
declarations
A1: array(1..3) of integer
F = {"a","b","c"}
A2: array(F) of real
A3: array(R:range) of integer
A4: dynamic array(F) of real
end-declarations
writeln("A1:", A1, " A2:", A2, " A3:", A3, " A4:", A4)
A1::[10,20,30]
A2::(["a","b","c"])[1.1, 2.5, 3.9]
A3::(1..3)[10,20,30]
! Redefine an entry
A2("a"):=5.1
! This line leads to an 'index out of range' error
! A2("d"):=5.1
setrandseed(3)
forall(f in F) A4(f):= 10*random
delcell(A4("a"))
writeln("A1:", A1, " A2:", A2, " A3:", A3, " A4:", A4)
end-model
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(!******************************************************
Mosel User Guide Example Problems
=================================
file arrayinit.mos
``````````````````
Array initialization from a text file.
(c) 2010 Fair Isaac Corporation
author: S. Heipcke, Jul. 2010
*******************************************************!)
model "Initializing arrays"
declarations
A: array(1..2,1..3) of real ! Can use dense format
B: array(R:range,T:range) of real ! Requires sparse format
D: dynamic array(set of string, range) of real ! Requires sparse format
S: set of string
M: dynamic array(S) of integer ! Requires sparse format
N: dynamic array(S) of string ! Requires sparse format
end-declarations
initializations from "arrayinit.dat"
A B
D as "SomeName" ! Data label different from model name
D as "SomeName2" ! Add some data to 'D'
[M,N] as "MNData" ! 2 arrays read from the same table
end-initializations
writeln("A:", A, " B:", B, "\nD:", D, "\nM:", M, "\nN:", N)
end-model
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(!******************************************************
Mosel User Guide Example Problems
=================================
file autoarray.mos
``````````````````
Working with automatic arrays.
(c) 2010 Fair Isaac Corporation
author: S. Heipcke, Jul. 2010
*******************************************************!)
model "Automatic arrays"
declarations
B: array(S:set of string, I:set of real) of integer
end-declarations
B::(["a","b"], [3,1.5,7])[1,2,3,4,5,6]
writeln("B: ", B)
! Row and colum arrays (1-dimensional)
forall(s in S) writeln("Row ", s, ": ", array(i in I) B(s,i))
forall(i in I) writeln("Column ", i, ": ", array(s in S) B(s,i))
! Filtered array entries (2-dimensional)
writeln("B filtered: ", array(s in S,i in I | s<>"a" and i<5) B(s,i))
! Inversed indices (2-dimensional)
writeln("Transpose: ", array(i in I, s in S) B(s,i))
initializations to "arrayout.txt"
B
evaluation of array(i in I, s in S) B(s,i) as "B_T"
end-initializations
end-model
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(!******************************************************
Mosel User Guide Example Problems
=================================
file chess2.mos
```````````````
Indexing arrays by variables.
(c) 2008 Fair Isaac Corporation
author: S. Heipcke, 2001
*******************************************************!)
model Chess2
uses "mmxprs"
declarations
Allvars: set of mpvar
DescrV: array(Allvars) of string
small, large: mpvar
end-declarations
DescrV(small):= "Number of small chess sets"
DescrV(large):= "Number of large chess sets"
Profit:= 5*small + 20*large
Lathe:= 3*small + 2*large <= 160
Boxwood:= small + 3*large <= 200
maximize(Profit)
writeln("Solution:\n Objective: ", getobjval)
writeln(DescrV(small), ": ", getsol(small))
writeln(DescrV(large), ": ", getsol(large))
end-model
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