Description
Test the case where there are no followers owning implicit variables. Contributors: Youngdae Kim & Steve Dirkse, Feb 2018
Small Model of Type : GAMS
Category : GAMS Test library
Main file : emp31.gms
$TITLE 'Test JAMS/EMP with no followers owning implicit variables' (EMP31,SEQ=745)
$ontext
Test the case where there are no followers owning implicit variables.
Contributors: Youngdae Kim & Steve Dirkse, Feb 2018
$offtext
$if not set TESTTOL $set TESTTOL 1e-3
scalars tol / %TESTTOL% /;
file opt / 'jams.opt' /;
file info / '%emp.info%' /;
sets i agents / 1*5 /;
alias(i,j);
parameters
c(i) / 1 10, 2 8, 3 6, 4 4, 5 2 /
K(i) / 1 5, 2 5, 3 5, 4 5, 5 5 /
beta(i) / 1 1.2, 2 1.1, 3 1.0, 4 0.9, 5 0.8 /
;
variables obj(i), z;
positive variables q(i);
equations
objdef(i)
defz
;
objdef(i)..
obj(i) =e= q(i)*5000**(1.0/1.1)*z**(-1.0/1.1) - (c(i)*q(i) + beta(i)/(beta(i)+1)*K(i)**(-1/beta(i))*q(i)**((beta(i)+1)/beta(i)));
defz..
z =E= sum(i, q(i));
model m / objdef, defz /;
put info 'equilibrium' /;
put 'implicit z defz' /;
loop(i,
put 'max', obj(i), q(i), z, objdef(i) /;
);
putclose info;
* Test with substitution.
putclose opt
'Dict implDict.txt' /
'FileName impl.gms' /
'ImplVarModel substitution' ;
m.optfile = 1;
q.l(i) = 10;
z.l = sum(i, q.l(i));
solve m using emp;
abort$[ m.solvestat <> %solvestat.NormalCompletion% ]
'wrong m.solvestat', m.solvestat;
abort$[ m.modelstat <> %modelstat.LocallyOptimal% ]
'wrong m.modelstat', m.modelstat;
abort$[ abs(obj.l('1') - 199.934) > tol ] 'bad obj.l("1")', obj.l;
abort$[ abs(obj.l('2') - 279.716) > tol ] 'bad obj.l("2")', obj.l;
abort$[ abs(obj.l('3') - 346.590) > tol ] 'bad obj.l("3")', obj.l;
abort$[ abs(obj.l('4') - 391.279) > tol ] 'bad obj.l("4")', obj.l;
abort$[ abs(obj.l('5') - 410.357) > tol ] 'bad obj.l("5")', obj.l;
abort$[ abs(q.l('1') - 36.933) > tol ] 'bad q.l("1")', q.l;
abort$[ abs(q.l('2') - 41.818) > tol ] 'bad q.l("2")', q.l;
abort$[ abs(q.l('3') - 43.707) > tol ] 'bad q.l("3")', q.l;
abort$[ abs(q.l('4') - 42.659) > tol ] 'bad q.l("4")', q.l;
abort$[ abs(q.l('5') - 39.179) > tol ] 'bad q.l("5")', q.l;
abort$[ abs(z.l - 204.295) > tol ] 'bad z.l', z.l;
obj.l(i) = 0;
q.l(i) = 0;
z.l = 0;
objdef.m(i) = 0;
defz.m = 0;
$onechoV > impl_gms
***********************************************
* written by GAMS/JAMS at 11/18/17 12:13:07
* for more information use JAMS option "Dict"
***********************************************
Variables x6,x7,x8,x9,x10,x11;
Positive Variables x7,x8,x9,x10,x11;
Equations e6,dL_dx7,dL_dx8,dL_dx9,dL_dx10,dL_dx11;
e6.. x6 - x7 - x8 - x9 - x10 - x11 =E= 0;
dL_dx7.. (-(2305.15431536512*x6**(-0.909090909090909) - (10 + 0.261532097202366
*x7**0.833333333333333)))/(1) + ((2095.59483215011*x6**(-
1.90909090909091)*x7)/(1))*(1) =G= 0;
dL_dx8.. (-(2305.15431536512*x6**(-0.909090909090909) - (8 + 0.231511582354131*
x8**0.909090909090909)))/(1) + ((2095.59483215011*x6**(-
1.90909090909091)*x8)/(1))*(1) =G= 0;
dL_dx9.. (-(2305.15431536512*x6**(-0.909090909090909) - (6 + 0.2*x9**1)))/(1)
+ ((2095.59483215011*x6**(-1.90909090909091)*x9)/(1))*(1) =G= 0;
dL_dx10.. (-(2305.15431536512*x6**(-0.909090909090909) - (4 + 0.167250206190075
*x10**1.11111111111111)))/(1) + ((2095.59483215011*x6**(-
1.90909090909091)*x10)/(1))*(1) =G= 0;
dL_dx11.. (-(2305.15431536512*x6**(-0.909090909090909) - (2 + 0.133748060995284
*x11**1.25)))/(1) + ((2095.59483215011*x6**(-1.90909090909091)*x11
)/(1))*(1) =G= 0;
* set non-default levels
x6.l = 50;
x7.l = 10;
x8.l = 10;
x9.l = 10;
x10.l = 10;
x11.l = 10;
Model m / e6.x6,dL_dx7.x7,dL_dx8.x8,dL_dx9.x9,dL_dx10.x10,dL_dx11.x11 /;
File implvarfile / '%gams.scrdir%implvar.dat' /;
Put implvarfile;
$onPutV
x6
$offPut
m.limrow=0; m.limcol=0;
Solve m using MCP;
$offecho
execute 'grep -v " written by GAMS" impl_gms > impl.gms.want'
execute 'grep -v " written by GAMS" impl.gms > impl.gms.got'
execute '=diff -I reslim -bw impl.gms.want impl.gms.got'
abort$errorlevel 'Files impl.gms.want and impl.gms.got differ';
$onecho > impl_dict
* written by GAMS/JAMS at 11/18/17 12:15:35
********************************************************************************
Contents
1 Content of EMP Information File
2 Processed EMP Information
3 Dictionary
3.1 Constraints
3.2 Variables
********************************************************************************
1 Content of EMP Information File
---------------------------------
1:equilibrium
2:implicit z defz
3:max obj('1') q('1') z objdef('1')
4:max obj('2') q('2') z objdef('2')
5:max obj('3') q('3') z objdef('3')
6:max obj('4') q('4') z objdef('4')
7:max obj('5') q('5') z objdef('5')
2 Processed EMP Information
---------------------------
3 Dictionary
------------
3.1 Constraints
---------------
{reformulated} objdef(1)
{reformulated} objdef(2)
{reformulated} objdef(3)
{reformulated} objdef(4)
{reformulated} objdef(5)
e6 defz
dL_dx7 {new}
dL_dx8 {new}
dL_dx9 {new}
dL_dx10 {new}
dL_dx11 {new}
3.2 Variables
--------------
{reformulated} obj(1)
{reformulated} obj(2)
{reformulated} obj(3)
{reformulated} obj(4)
{reformulated} obj(5)
x6 z
x7 q(1)
x8 q(2)
x9 q(3)
x10 q(4)
x11 q(5)
$offecho
execute 'grep -v " written by GAMS" impl_dict > impldict.txt.want'
execute 'grep -v " written by GAMS" implDict.txt > impldict.txt.got'
execute '=diff -bw impldict.txt.want impldict.txt.got'
abort$errorlevel 'Files impldict.txt.want and impldict.txt.got differ';
* Test with switching.
putclose opt
'Dict implSwitchingDict.txt' /
'FileName implSwitching.gms' /
'ImplVarModel switching' ;
m.optfile = 1;
q.l(i) = 10;
z.l = sum(i, q.l(i));
solve m using emp;
abort$[ m.solvestat <> %solvestat.NormalCompletion% ]
'wrong m.solvestat', m.solvestat;
abort$[ m.modelstat <> %modelstat.LocallyOptimal% ]
'wrong m.modelstat', m.modelstat;
abort$[ abs(obj.l('1') - 199.934) > tol ] 'bad obj.l("1")', obj.l;
abort$[ abs(obj.l('2') - 279.716) > tol ] 'bad obj.l("2")', obj.l;
abort$[ abs(obj.l('3') - 346.590) > tol ] 'bad obj.l("3")', obj.l;
abort$[ abs(obj.l('4') - 391.279) > tol ] 'bad obj.l("4")', obj.l;
abort$[ abs(obj.l('5') - 410.357) > tol ] 'bad obj.l("5")', obj.l;
abort$[ abs(q.l('1') - 36.933) > tol ] 'bad q.l("1")', q.l;
abort$[ abs(q.l('2') - 41.818) > tol ] 'bad q.l("2")', q.l;
abort$[ abs(q.l('3') - 43.707) > tol ] 'bad q.l("3")', q.l;
abort$[ abs(q.l('4') - 42.659) > tol ] 'bad q.l("4")', q.l;
abort$[ abs(q.l('5') - 39.179) > tol ] 'bad q.l("5")', q.l;
abort$[ abs(z.l - 204.295) > tol ] 'bad z.l', z.l;
obj.l(i) = 0;
q.l(i) = 0;
z.l = 0;
objdef.m(i) = 0;
defz.m = 0;
$onechoV > implSwitching_gms
***********************************************
* written by GAMS/JAMS at 11/18/17 12:16:33
* for more information use JAMS option "Dict"
***********************************************
Variables x6,x7,x8,x9,x10,x11,u6_4,u6_5,u6_6,u6_7,u6_8;
Positive Variables x7,x8,x9,x10,x11;
Equations e6,dL_dx6_4,dL_dx7,dL_dx8,dL_dx9,dL_dx10,dL_dx11,dL_dx6_5,dL_dx6_6
,dL_dx6_7,dL_dx6_8;
e6.. x6 - x7 - x8 - x9 - x10 - x11 =E= 0;
dL_dx6_4.. (2095.59483215011*x6**(-1.90909090909091)*x7)/(1) - u6_4 =E= 0;
dL_dx7.. (-(2305.15431536512*x6**(-0.909090909090909) - (10 + 0.261532097202366
*x7**0.833333333333333)))/(1) + u6_4 =G= 0;
dL_dx8.. (-(2305.15431536512*x6**(-0.909090909090909) - (8 + 0.231511582354131*
x8**0.909090909090909)))/(1) + u6_5 =G= 0;
dL_dx9.. (-(2305.15431536512*x6**(-0.909090909090909) - (6 + 0.2*x9**1)))/(1)
+ u6_6 =G= 0;
dL_dx10.. (-(2305.15431536512*x6**(-0.909090909090909) - (4 + 0.167250206190075
*x10**1.11111111111111)))/(1) + u6_7 =G= 0;
dL_dx11.. (-(2305.15431536512*x6**(-0.909090909090909) - (2 + 0.133748060995284
*x11**1.25)))/(1) + u6_8 =G= 0;
dL_dx6_5.. (2095.59483215011*x6**(-1.90909090909091)*x8)/(1) - u6_5 =E= 0;
dL_dx6_6.. (2095.59483215011*x6**(-1.90909090909091)*x9)/(1) - u6_6 =E= 0;
dL_dx6_7.. (2095.59483215011*x6**(-1.90909090909091)*x10)/(1) - u6_7 =E= 0;
dL_dx6_8.. (2095.59483215011*x6**(-1.90909090909091)*x11)/(1) - u6_8 =E= 0;
* set non-default levels
x6.l = 50;
x7.l = 10;
x8.l = 10;
x9.l = 10;
x10.l = 10;
x11.l = 10;
Model m / e6.x6,dL_dx6_4.u6_4,dL_dx7.x7,dL_dx8.x8,dL_dx9.x9,dL_dx10.x10
,dL_dx11.x11,dL_dx6_5.u6_5,dL_dx6_6.u6_6,dL_dx6_7.u6_7
,dL_dx6_8.u6_8 /;
File implvarfile / '%gams.scrdir%implvar.dat' /;
Put implvarfile;
$onPutV
x6
u6_4
u6_5
u6_6
u6_7
u6_8
$offPut
m.limrow=0; m.limcol=0;
Solve m using MCP;
$offecho
execute 'grep -v " written by GAMS" implSwitching_gms > implSwitching.gms.want'
execute 'grep -v " written by GAMS" implSwitching.gms > implSwitching.gms.got'
execute '=diff -I reslim -bw implSwitching.gms.want implSwitching.gms.got'
abort$errorlevel 'Files implSwitching.gms.want and implSwitching.gms.got differ';
$onecho > implSwitching_dict
* written by GAMS/JAMS at 11/18/17 12:19:12
********************************************************************************
Contents
1 Content of EMP Information File
2 Processed EMP Information
3 Dictionary
3.1 Constraints
3.2 Variables
********************************************************************************
1 Content of EMP Information File
---------------------------------
1:equilibrium
2:implicit z defz
3:max obj('1') q('1') z objdef('1')
4:max obj('2') q('2') z objdef('2')
5:max obj('3') q('3') z objdef('3')
6:max obj('4') q('4') z objdef('4')
7:max obj('5') q('5') z objdef('5')
2 Processed EMP Information
---------------------------
3 Dictionary
------------
3.1 Constraints
---------------
{reformulated} objdef(1)
{reformulated} objdef(2)
{reformulated} objdef(3)
{reformulated} objdef(4)
{reformulated} objdef(5)
e6 defz
dL_dx6_4 {new}
dL_dx7 {new}
dL_dx8 {new}
dL_dx9 {new}
dL_dx10 {new}
dL_dx11 {new}
dL_dx6_5 {new}
dL_dx6_6 {new}
dL_dx6_7 {new}
dL_dx6_8 {new}
3.2 Variables
--------------
{reformulated} obj(1)
{reformulated} obj(2)
{reformulated} obj(3)
{reformulated} obj(4)
{reformulated} obj(5)
x6 z
x7 q(1)
x8 q(2)
x9 q(3)
x10 q(4)
x11 q(5)
u6_4 {new}
u6_5 {new}
u6_6 {new}
u6_7 {new}
u6_8 {new}
$offecho
execute 'grep -v " written by GAMS" implSwitching_dict > implSwitchingDict.txt.want'
execute 'grep -v " written by GAMS" implSwitchingDict.txt > implSwitchingDict.txt.got'
execute '=diff -bw implSwitchingDict.txt.want implSwitchingDict.txt.got'
abort$errorlevel 'Files implSwitchingDict.txt.want and implSwitchingDict.txt.got differ';
* Test with replication.
putclose opt
'Dict implRepDict.txt' /
'FileName implRep.gms' /
'ImplVarModel replication' ;
m.optfile = 1;
q.l(i) = 10;
z.l = sum(i, q.l(i));
solve m using emp;
abort$[ m.solvestat <> %solvestat.NormalCompletion% ]
'wrong m.solvestat', m.solvestat;
abort$[ m.modelstat <> %modelstat.LocallyOptimal% ]
'wrong m.modelstat', m.modelstat;
abort$[ abs(obj.l('1') - 199.934) > tol ] 'bad obj.l("1")', obj.l;
abort$[ abs(obj.l('2') - 279.716) > tol ] 'bad obj.l("2")', obj.l;
abort$[ abs(obj.l('3') - 346.590) > tol ] 'bad obj.l("3")', obj.l;
abort$[ abs(obj.l('4') - 391.279) > tol ] 'bad obj.l("4")', obj.l;
abort$[ abs(obj.l('5') - 410.357) > tol ] 'bad obj.l("5")', obj.l;
abort$[ abs(q.l('1') - 36.933) > tol ] 'bad q.l("1")', q.l;
abort$[ abs(q.l('2') - 41.818) > tol ] 'bad q.l("2")', q.l;
abort$[ abs(q.l('3') - 43.707) > tol ] 'bad q.l("3")', q.l;
abort$[ abs(q.l('4') - 42.659) > tol ] 'bad q.l("4")', q.l;
abort$[ abs(q.l('5') - 39.179) > tol ] 'bad q.l("5")', q.l;
abort$[ abs(z.l - 204.295) > tol ] 'bad z.l', z.l;
obj.l(i) = 0;
q.l(i) = 0;
z.l = 0;
objdef.m(i) = 0;
defz.m = 0;
$onechoV > implRep_gms
***********************************************
* written by GAMS/JAMS at 11/18/17 12:21:00
* for more information use JAMS option "Dict"
***********************************************
Variables x6_4,x7,x8,x9,x10,x11,x6_5,x6_6,x6_7,x6_8,u6_4,u6_5,u6_6,u6_7,u6_8;
Positive Variables x7,x8,x9,x10,x11;
Equations e6_4,e6_5,e6_6,e6_7,e6_8,dL_dx6_4,dL_dx7,dL_dx8,dL_dx9,dL_dx10
,dL_dx11,dL_dx6_5,dL_dx6_6,dL_dx6_7,dL_dx6_8;
e6_4.. x6_4 - x7 - x8 - x9 - x10 - x11 =E= 0;
e6_5.. x6_5 - x7 - x8 - x9 - x10 - x11 =E= 0;
e6_6.. x6_6 - x7 - x8 - x9 - x10 - x11 =E= 0;
e6_7.. x6_7 - x7 - x8 - x9 - x10 - x11 =E= 0;
e6_8.. x6_8 - x7 - x8 - x9 - x10 - x11 =E= 0;
dL_dx6_4.. (2095.59483215011*x6_4**(-1.90909090909091)*x7)/(1) - u6_4 =E= 0;
dL_dx7.. (-(2305.15431536512*x6_4**(-0.909090909090909) - (10 +
0.261532097202366*x7**0.833333333333333)))/(1) + u6_4 =G= 0;
dL_dx8.. (-(2305.15431536512*x6_5**(-0.909090909090909) - (8 +
0.231511582354131*x8**0.909090909090909)))/(1) + u6_5 =G= 0;
dL_dx9.. (-(2305.15431536512*x6_6**(-0.909090909090909) - (6 + 0.2*x9**1)))/(1)
+ u6_6 =G= 0;
dL_dx10.. (-(2305.15431536512*x6_7**(-0.909090909090909) - (4 +
0.167250206190075*x10**1.11111111111111)))/(1) + u6_7 =G= 0;
dL_dx11.. (-(2305.15431536512*x6_8**(-0.909090909090909) - (2 +
0.133748060995284*x11**1.25)))/(1) + u6_8 =G= 0;
dL_dx6_5.. (2095.59483215011*x6_5**(-1.90909090909091)*x8)/(1) - u6_5 =E= 0;
dL_dx6_6.. (2095.59483215011*x6_6**(-1.90909090909091)*x9)/(1) - u6_6 =E= 0;
dL_dx6_7.. (2095.59483215011*x6_7**(-1.90909090909091)*x10)/(1) - u6_7 =E= 0;
dL_dx6_8.. (2095.59483215011*x6_8**(-1.90909090909091)*x11)/(1) - u6_8 =E= 0;
* set non-default levels
x6_4.l = 50;
x6_5.l = 50;
x6_6.l = 50;
x6_7.l = 50;
x6_8.l = 50;
x7.l = 10;
x8.l = 10;
x9.l = 10;
x10.l = 10;
x11.l = 10;
Model m / e6_4.u6_4,e6_5.u6_5,e6_6.u6_6,e6_7.u6_7,e6_8.u6_8,dL_dx6_4.x6_4
,dL_dx7.x7,dL_dx8.x8,dL_dx9.x9,dL_dx10.x10,dL_dx11.x11
,dL_dx6_5.x6_5,dL_dx6_6.x6_6,dL_dx6_7.x6_7,dL_dx6_8.x6_8 /;
File implvarfile / '%gams.scrdir%implvar.dat' /;
Put implvarfile;
$onPutV
x6_4
x6_5
x6_6
x6_7
x6_8
u6_4
u6_5
u6_6
u6_7
u6_8
$offPut
m.limrow=0; m.limcol=0;
Solve m using MCP;
$offecho
execute 'grep -v " written by GAMS" implRep_gms > implRep.gms.want'
execute 'grep -v " written by GAMS" implRep.gms > implRep.gms.got'
execute '=diff -I reslim -bw implRep.gms.want implRep.gms.got'
abort$errorlevel 'Files implRep.gms.want and implRep.gms.got differ';
$onecho > implRep_dict
* written by GAMS/JAMS at 11/18/17 12:21:00
********************************************************************************
Contents
1 Content of EMP Information File
2 Processed EMP Information
3 Dictionary
3.1 Constraints
3.2 Variables
********************************************************************************
1 Content of EMP Information File
---------------------------------
1:equilibrium
2:implicit z defz
3:max obj('1') q('1') z objdef('1')
4:max obj('2') q('2') z objdef('2')
5:max obj('3') q('3') z objdef('3')
6:max obj('4') q('4') z objdef('4')
7:max obj('5') q('5') z objdef('5')
2 Processed EMP Information
---------------------------
3 Dictionary
------------
3.1 Constraints
---------------
{reformulated} objdef(1)
{reformulated} objdef(2)
{reformulated} objdef(3)
{reformulated} objdef(4)
{reformulated} objdef(5)
e6_4 defz
e6_5 defz
e6_6 defz
e6_7 defz
e6_8 defz
dL_dx6_4 {new}
dL_dx7 {new}
dL_dx8 {new}
dL_dx9 {new}
dL_dx10 {new}
dL_dx11 {new}
dL_dx6_5 {new}
dL_dx6_6 {new}
dL_dx6_7 {new}
dL_dx6_8 {new}
3.2 Variables
--------------
{reformulated} obj(1)
{reformulated} obj(2)
{reformulated} obj(3)
{reformulated} obj(4)
{reformulated} obj(5)
x6_4 z
x7 q(1)
x8 q(2)
x9 q(3)
x10 q(4)
x11 q(5)
u6_4 {new}
u6_5 {new}
u6_6 {new}
u6_7 {new}
u6_8 {new}
x6_5 z
x6_6 z
x6_7 z
x6_8 z
$offecho
execute 'grep -v " written by GAMS" implRep_dict > implRepDict.txt.want'
execute 'grep -v " written by GAMS" implRepDict.txt > implRepDict.txt.got'
execute '=diff -bw implRepDict.txt.want implRepDict.txt.got'
abort$errorlevel 'Files implRepDict.txt.want and implRepDict.txt.got differ';
* Test competitive market. (no followers owning the implicit variable z.)
put info 'equilibrium' /;
put 'implicit z defz' /;
loop(i,
put 'max', obj(i), q(i), objdef(i) /;
);
putclose info;
* Test with substitution.
putclose opt
'Dict implCompDict.txt' /
'FileName implComp.gms' /
'ImplVarModel substitution' ;
m.optfile = 1;
q.l(i) = 10;
z.l = sum(i, q.l(i));
solve m using emp;
abort$[ m.solvestat <> %solvestat.NormalCompletion% ]
'wrong m.solvestat', m.solvestat;
abort$[ m.modelstat <> %modelstat.LocallyOptimal% ]
'wrong m.modelstat', m.modelstat;
abort$[ abs(obj.l('1') - 123.834) > tol ] 'bad obj.l("1")', obj.l;
abort$[ abs(obj.l('2') - 195.314) > tol ] 'bad obj.l("2")', obj.l;
abort$[ abs(obj.l('3') - 257.807) > tol ] 'bad obj.l("3")', obj.l;
abort$[ abs(obj.l('4') - 302.863) > tol ] 'bad obj.l("4")', obj.l;
abort$[ abs(obj.l('5') - 327.591) > tol ] 'bad obj.l("5")', obj.l;
abort$[ abs(q.l('1') - 44.262) > tol ] 'bad q.l("1")', q.l;
abort$[ abs(q.l('2') - 50.295) > tol ] 'bad q.l("2")', q.l;
abort$[ abs(q.l('3') - 50.774) > tol ] 'bad q.l("3")', q.l;
abort$[ abs(q.l('4') - 47.342) > tol ] 'bad q.l("4")', q.l;
abort$[ abs(q.l('5') - 41.657) > tol ] 'bad q.l("5")', q.l;
abort$[ abs(z.l - 234.333) > tol ] 'bad z.l', z.l;
obj.l(i) = 0;
q.l(i) = 0;
z.l = 0;
objdef.m(i) = 0;
defz.m = 0;
$onechoV > implComp_gms
***********************************************
* written by GAMS/JAMS at 11/18/17 12:31:28
* for more information use JAMS option "Dict"
***********************************************
Variables x6,x7,x8,x9,x10,x11;
Positive Variables x7,x8,x9,x10,x11;
Equations e6,dL_dx7,dL_dx8,dL_dx9,dL_dx10,dL_dx11;
e6.. x6 - x7 - x8 - x9 - x10 - x11 =E= 0;
dL_dx7.. (-(2305.15431536512*x6**(-0.909090909090909) - (10 + 0.261532097202366
*x7**0.833333333333333)))/(1) =G= 0;
dL_dx8.. (-(2305.15431536512*x6**(-0.909090909090909) - (8 + 0.231511582354131*
x8**0.909090909090909)))/(1) =G= 0;
dL_dx9.. (-(2305.15431536512*x6**(-0.909090909090909) - (6 + 0.2*x9**1)))/(1)
=G= 0;
dL_dx10.. (-(2305.15431536512*x6**(-0.909090909090909) - (4 + 0.167250206190075
*x10**1.11111111111111)))/(1) =G= 0;
dL_dx11.. (-(2305.15431536512*x6**(-0.909090909090909) - (2 + 0.133748060995284
*x11**1.25)))/(1) =G= 0;
* set non-default levels
x6.l = 50;
x7.l = 10;
x8.l = 10;
x9.l = 10;
x10.l = 10;
x11.l = 10;
Model m / e6.x6,dL_dx7.x7,dL_dx8.x8,dL_dx9.x9,dL_dx10.x10,dL_dx11.x11 /;
File implvarfile / '%gams.scrdir%implvar.dat' /;
Put implvarfile;
$onPutV
x6
$offPut
m.limrow=0; m.limcol=0;
Solve m using MCP;
$offecho
execute 'grep -v " written by GAMS" implComp_gms > implComp.gms.want'
execute 'grep -v " written by GAMS" implComp.gms > implComp.gms.got'
execute '=diff -I reslim -bw implComp.gms.want implComp.gms.got'
abort$errorlevel 'Files implComp.gms.want and implComp.gms.got differ';
$onecho > implComp_dict
* written by GAMS/JAMS at 11/18/17 12:31:28
********************************************************************************
Contents
1 Content of EMP Information File
2 Processed EMP Information
3 Dictionary
3.1 Constraints
3.2 Variables
********************************************************************************
1 Content of EMP Information File
---------------------------------
1:equilibrium
2:implicit z defz
3:max obj('1') q('1') objdef('1')
4:max obj('2') q('2') objdef('2')
5:max obj('3') q('3') objdef('3')
6:max obj('4') q('4') objdef('4')
7:max obj('5') q('5') objdef('5')
2 Processed EMP Information
---------------------------
3 Dictionary
------------
3.1 Constraints
---------------
{reformulated} objdef(1)
{reformulated} objdef(2)
{reformulated} objdef(3)
{reformulated} objdef(4)
{reformulated} objdef(5)
e6 defz
dL_dx7 {new}
dL_dx8 {new}
dL_dx9 {new}
dL_dx10 {new}
dL_dx11 {new}
3.2 Variables
--------------
{reformulated} obj(1)
{reformulated} obj(2)
{reformulated} obj(3)
{reformulated} obj(4)
{reformulated} obj(5)
x6 z
x7 q(1)
x8 q(2)
x9 q(3)
x10 q(4)
x11 q(5)
$offecho
execute 'grep -v " written by GAMS" implComp_dict > implCompdict.txt.want'
execute 'grep -v " written by GAMS" implCompDict.txt > implCompdict.txt.got'
execute '=diff -bw implCompdict.txt.want implCompdict.txt.got'
abort$errorlevel 'Files implCompdict.txt.want and implCompdict.txt.got differ';
* Test with switching.
putclose opt
'Dict implCompSwitchingDict.txt' /
'FileName implCompSwitching.gms' /
'ImplVarModel switching' ;
m.optfile = 1;
q.l(i) = 10;
z.l = sum(i, q.l(i));
solve m using emp;
abort$[ m.solvestat <> %solvestat.NormalCompletion% ]
'wrong m.solvestat', m.solvestat;
abort$[ m.modelstat <> %modelstat.LocallyOptimal% ]
'wrong m.modelstat', m.modelstat;
abort$[ abs(obj.l('1') - 123.834) > tol ] 'bad obj.l("1")', obj.l;
abort$[ abs(obj.l('2') - 195.314) > tol ] 'bad obj.l("2")', obj.l;
abort$[ abs(obj.l('3') - 257.807) > tol ] 'bad obj.l("3")', obj.l;
abort$[ abs(obj.l('4') - 302.863) > tol ] 'bad obj.l("4")', obj.l;
abort$[ abs(obj.l('5') - 327.591) > tol ] 'bad obj.l("5")', obj.l;
abort$[ abs(q.l('1') - 44.262) > tol ] 'bad q.l("1")', q.l;
abort$[ abs(q.l('2') - 50.295) > tol ] 'bad q.l("2")', q.l;
abort$[ abs(q.l('3') - 50.774) > tol ] 'bad q.l("3")', q.l;
abort$[ abs(q.l('4') - 47.342) > tol ] 'bad q.l("4")', q.l;
abort$[ abs(q.l('5') - 41.657) > tol ] 'bad q.l("5")', q.l;
abort$[ abs(z.l - 234.333) > tol ] 'bad z.l', z.l;
obj.l(i) = 0;
q.l(i) = 0;
z.l = 0;
objdef.m(i) = 0;
defz.m = 0;
$onechoV > implCompSwitching_gms
***********************************************
* written by GAMS/JAMS at 11/18/17 12:35:41
* for more information use JAMS option "Dict"
***********************************************
Variables x6,x7,x8,x9,x10,x11;
Positive Variables x7,x8,x9,x10,x11;
Equations e6,dL_dx7,dL_dx8,dL_dx9,dL_dx10,dL_dx11;
e6.. x6 - x7 - x8 - x9 - x10 - x11 =E= 0;
dL_dx7.. (-(2305.15431536512*x6**(-0.909090909090909) - (10 + 0.261532097202366
*x7**0.833333333333333)))/(1) =G= 0;
dL_dx8.. (-(2305.15431536512*x6**(-0.909090909090909) - (8 + 0.231511582354131*
x8**0.909090909090909)))/(1) =G= 0;
dL_dx9.. (-(2305.15431536512*x6**(-0.909090909090909) - (6 + 0.2*x9**1)))/(1)
=G= 0;
dL_dx10.. (-(2305.15431536512*x6**(-0.909090909090909) - (4 + 0.167250206190075
*x10**1.11111111111111)))/(1) =G= 0;
dL_dx11.. (-(2305.15431536512*x6**(-0.909090909090909) - (2 + 0.133748060995284
*x11**1.25)))/(1) =G= 0;
* set non-default levels
x6.l = 50;
x7.l = 10;
x8.l = 10;
x9.l = 10;
x10.l = 10;
x11.l = 10;
Model m / e6.x6,dL_dx7.x7,dL_dx8.x8,dL_dx9.x9,dL_dx10.x10,dL_dx11.x11 /;
File implvarfile / '%gams.scrdir%implvar.dat' /;
Put implvarfile;
$onPutV
x6
$offPut
m.limrow=0; m.limcol=0;
Solve m using MCP;
$offecho
execute 'grep -v " written by GAMS" implCompSwitching_gms > implCompSwitching.gms.want'
execute 'grep -v " written by GAMS" implCompSwitching.gms > implCompSwitching.gms.got'
execute '=diff -I reslim -bw implCompSwitching.gms.want implCompSwitching.gms.got'
abort$errorlevel 'Files implCompSwitching.gms.want and implCompSwitching.gms.got differ';
$onecho > implCompSwitching_dict
* written by GAMS/JAMS at 11/18/17 12:35:41
********************************************************************************
Contents
1 Content of EMP Information File
2 Processed EMP Information
3 Dictionary
3.1 Constraints
3.2 Variables
********************************************************************************
1 Content of EMP Information File
---------------------------------
1:equilibrium
2:implicit z defz
3:max obj('1') q('1') objdef('1')
4:max obj('2') q('2') objdef('2')
5:max obj('3') q('3') objdef('3')
6:max obj('4') q('4') objdef('4')
7:max obj('5') q('5') objdef('5')
2 Processed EMP Information
---------------------------
3 Dictionary
------------
3.1 Constraints
---------------
{reformulated} objdef(1)
{reformulated} objdef(2)
{reformulated} objdef(3)
{reformulated} objdef(4)
{reformulated} objdef(5)
e6 defz
dL_dx7 {new}
dL_dx8 {new}
dL_dx9 {new}
dL_dx10 {new}
dL_dx11 {new}
3.2 Variables
--------------
{reformulated} obj(1)
{reformulated} obj(2)
{reformulated} obj(3)
{reformulated} obj(4)
{reformulated} obj(5)
x6 z
x7 q(1)
x8 q(2)
x9 q(3)
x10 q(4)
x11 q(5)
$offecho
execute 'grep -v " written by GAMS" implCompSwitching_dict > implCompSwitchingDict.txt.want'
execute 'grep -v " written by GAMS" implCompSwitchingDict.txt > implCompSwitchingDict.txt.got'
execute '=diff -bw implCompSwitchingDict.txt.want implCompSwitchingDict.txt.got'
abort$errorlevel 'Files implCompSwitchingDict.txt.want and implCompSwitchingDict.txt.got differ';
* Test with replication.
putclose opt
'Dict implCompRepDict.txt' /
'FileName implCompRep.gms' /
'ImplVarModel replication' ;
m.optfile = 1;
q.l(i) = 10;
z.l = sum(i, q.l(i));
solve m using emp;
abort$[ m.solvestat <> %solvestat.NormalCompletion% ]
'wrong m.solvestat', m.solvestat;
abort$[ m.modelstat <> %modelstat.LocallyOptimal% ]
'wrong m.modelstat', m.modelstat;
abort$[ abs(obj.l('1') - 123.834) > tol ] 'bad obj.l("1")', obj.l;
abort$[ abs(obj.l('2') - 195.314) > tol ] 'bad obj.l("2")', obj.l;
abort$[ abs(obj.l('3') - 257.807) > tol ] 'bad obj.l("3")', obj.l;
abort$[ abs(obj.l('4') - 302.863) > tol ] 'bad obj.l("4")', obj.l;
abort$[ abs(obj.l('5') - 327.591) > tol ] 'bad obj.l("5")', obj.l;
abort$[ abs(q.l('1') - 44.262) > tol ] 'bad q.l("1")', q.l;
abort$[ abs(q.l('2') - 50.295) > tol ] 'bad q.l("2")', q.l;
abort$[ abs(q.l('3') - 50.774) > tol ] 'bad q.l("3")', q.l;
abort$[ abs(q.l('4') - 47.342) > tol ] 'bad q.l("4")', q.l;
abort$[ abs(q.l('5') - 41.657) > tol ] 'bad q.l("5")', q.l;
abort$[ abs(z.l - 234.333) > tol ] 'bad z.l', z.l;
obj.l(i) = 0;
q.l(i) = 0;
z.l = 0;
objdef.m(i) = 0;
defz.m = 0;
$onechoV > implCompRep_gms
***********************************************
* written by GAMS/JAMS at 11/18/17 13:26:31
* for more information use JAMS option "Dict"
***********************************************
Variables x6,x7,x8,x9,x10,x11;
Positive Variables x7,x8,x9,x10,x11;
Equations e6,dL_dx7,dL_dx8,dL_dx9,dL_dx10,dL_dx11;
e6.. x6 - x7 - x8 - x9 - x10 - x11 =E= 0;
dL_dx7.. (-(2305.15431536512*x6**(-0.909090909090909) - (10 + 0.261532097202366
*x7**0.833333333333333)))/(1) =G= 0;
dL_dx8.. (-(2305.15431536512*x6**(-0.909090909090909) - (8 + 0.231511582354131*
x8**0.909090909090909)))/(1) =G= 0;
dL_dx9.. (-(2305.15431536512*x6**(-0.909090909090909) - (6 + 0.2*x9**1)))/(1)
=G= 0;
dL_dx10.. (-(2305.15431536512*x6**(-0.909090909090909) - (4 + 0.167250206190075
*x10**1.11111111111111)))/(1) =G= 0;
dL_dx11.. (-(2305.15431536512*x6**(-0.909090909090909) - (2 + 0.133748060995284
*x11**1.25)))/(1) =G= 0;
* set non-default levels
x6.l = 50;
x7.l = 10;
x8.l = 10;
x9.l = 10;
x10.l = 10;
x11.l = 10;
Model m / e6.x6,dL_dx7.x7,dL_dx8.x8,dL_dx9.x9,dL_dx10.x10,dL_dx11.x11 /;
File implvarfile / '%gams.scrdir%implvar.dat' /;
Put implvarfile;
$onPutV
x6
$offPut
m.limrow=0; m.limcol=0;
Solve m using MCP;
$offecho
execute 'grep -v " written by GAMS" implCompRep_gms > implCompRep.gms.want'
execute 'grep -v " written by GAMS" implCompRep.gms > implCompRep.gms.got'
execute '=diff -I reslim -bw implCompRep.gms.want implCompRep.gms.got'
abort$errorlevel 'Files implCompRep.gms.want and implCompRep.gms.got differ';
$onecho > implCompRep_dict
* written by GAMS/JAMS at 11/18/17 13:26:31
********************************************************************************
Contents
1 Content of EMP Information File
2 Processed EMP Information
3 Dictionary
3.1 Constraints
3.2 Variables
********************************************************************************
1 Content of EMP Information File
---------------------------------
1:equilibrium
2:implicit z defz
3:max obj('1') q('1') objdef('1')
4:max obj('2') q('2') objdef('2')
5:max obj('3') q('3') objdef('3')
6:max obj('4') q('4') objdef('4')
7:max obj('5') q('5') objdef('5')
2 Processed EMP Information
---------------------------
3 Dictionary
------------
3.1 Constraints
---------------
{reformulated} objdef(1)
{reformulated} objdef(2)
{reformulated} objdef(3)
{reformulated} objdef(4)
{reformulated} objdef(5)
e6 defz
dL_dx7 {new}
dL_dx8 {new}
dL_dx9 {new}
dL_dx10 {new}
dL_dx11 {new}
3.2 Variables
--------------
{reformulated} obj(1)
{reformulated} obj(2)
{reformulated} obj(3)
{reformulated} obj(4)
{reformulated} obj(5)
x6 z
x7 q(1)
x8 q(2)
x9 q(3)
x10 q(4)
x11 q(5)
$offecho
execute 'grep -v " written by GAMS" implCompRep_dict > implCompRepDict.txt.want'
execute 'grep -v " written by GAMS" implCompRepDict.txt > implCompRepDict.txt.got'
execute '=diff -bw implCompRepDict.txt.want implCompRepDict.txt.got'
abort$errorlevel 'Files implCompRepDict.txt.want and implCompRepDict.txt.got differ';
* Test mixed market.
set own(i) / 1, 3, 5 /;
put info 'equilibrium' /;
put 'implicit z defz' /;
loop(i,
if (own(i),
put 'max', obj(i), q(i), z, objdef(i) /;
else
put 'max', obj(i), q(i), objdef(i) /;
);
);
putclose info;
* Test with substitution.
putclose opt
'Dict implMixedDict.txt' /
'FileName implMixed.gms' /
'ImplVarModel substitution' ;
m.optfile = 1;
q.l(i) = 10;
z.l = sum(i, q.l(i));
solve m using emp;
abort$[ m.solvestat <> %solvestat.NormalCompletion% ]
'wrong m.solvestat', m.solvestat;
abort$[ m.modelstat <> %modelstat.LocallyOptimal% ]
'wrong m.modelstat', m.modelstat;
abort$[ abs(obj.l('1') - 148.784) > tol ] 'bad obj.l("1")', obj.l;
abort$[ abs(obj.l('2') - 248.379) > tol ] 'bad obj.l("2")', obj.l;
abort$[ abs(obj.l('3') - 289.150) > tol ] 'bad obj.l("3")', obj.l;
abort$[ abs(obj.l('4') - 351.387) > tol ] 'bad obj.l("4")', obj.l;
abort$[ abs(obj.l('5') - 361.421) > tol ] 'bad obj.l("5")', obj.l;
abort$[ abs(q.l('1') - 32.905) > tol ] 'bad q.l("1")', q.l;
abort$[ abs(q.l('2') - 57.043) > tol ] 'bad q.l("2")', q.l;
abort$[ abs(q.l('3') - 41.120) > tol ] 'bad q.l("3")', q.l;
abort$[ abs(q.l('4') - 50.794) > tol ] 'bad q.l("4")', q.l;
abort$[ abs(q.l('5') - 37.643) > tol ] 'bad q.l("5")', q.l;
abort$[ abs(z.l - 219.509) > tol ] 'bad z.l', z.l;
obj.l(i) = 0;
q.l(i) = 0;
z.l = 0;
objdef.m(i) = 0;
defz.m = 0;
$onechoV > implMixed_gms
***********************************************
* written by GAMS/JAMS at 11/18/17 15:09:56
* for more information use JAMS option "Dict"
***********************************************
Variables x6,x7,x8,x9,x10,x11;
Positive Variables x7,x8,x9,x10,x11;
Equations e6,dL_dx7,dL_dx8,dL_dx9,dL_dx10,dL_dx11;
e6.. x6 - x7 - x8 - x9 - x10 - x11 =E= 0;
dL_dx7.. (-(2305.15431536512*x6**(-0.909090909090909) - (10 + 0.261532097202366
*x7**0.833333333333333)))/(1) + ((2095.59483215011*x6**(-
1.90909090909091)*x7)/(1))*(1) =G= 0;
dL_dx8.. (-(2305.15431536512*x6**(-0.909090909090909) - (8 + 0.231511582354131*
x8**0.909090909090909)))/(1) =G= 0;
dL_dx9.. (-(2305.15431536512*x6**(-0.909090909090909) - (6 + 0.2*x9**1)))/(1)
+ ((2095.59483215011*x6**(-1.90909090909091)*x9)/(1))*(1) =G= 0;
dL_dx10.. (-(2305.15431536512*x6**(-0.909090909090909) - (4 + 0.167250206190075
*x10**1.11111111111111)))/(1) =G= 0;
dL_dx11.. (-(2305.15431536512*x6**(-0.909090909090909) - (2 + 0.133748060995284
*x11**1.25)))/(1) + ((2095.59483215011*x6**(-1.90909090909091)*x11
)/(1))*(1) =G= 0;
* set non-default levels
x6.l = 50;
x7.l = 10;
x8.l = 10;
x9.l = 10;
x10.l = 10;
x11.l = 10;
Model m / e6.x6,dL_dx7.x7,dL_dx8.x8,dL_dx9.x9,dL_dx10.x10,dL_dx11.x11 /;
File implvarfile / '%gams.scrdir%implvar.dat' /;
Put implvarfile;
$onPutV
x6
$offPut
m.limrow=0; m.limcol=0;
Solve m using MCP;
$offecho
execute 'grep -v " written by GAMS" implMixed_gms > implMixed.gms.want'
execute 'grep -v " written by GAMS" implMixed.gms > implMixed.gms.got'
execute '=diff -I reslim -bw implMixed.gms.want implMixed.gms.got'
abort$errorlevel 'Files implMixed.gms.want and implMixed.gms.got differ';
$onecho > implMixed_dict
* written by GAMS/JAMS at 11/18/17 15:09:56
********************************************************************************
Contents
1 Content of EMP Information File
2 Processed EMP Information
3 Dictionary
3.1 Constraints
3.2 Variables
********************************************************************************
1 Content of EMP Information File
---------------------------------
1:equilibrium
2:implicit z defz
3:max obj('1') q('1') z objdef('1')
4:max obj('2') q('2') objdef('2')
5:max obj('3') q('3') z objdef('3')
6:max obj('4') q('4') objdef('4')
7:max obj('5') q('5') z objdef('5')
2 Processed EMP Information
---------------------------
3 Dictionary
------------
3.1 Constraints
---------------
{reformulated} objdef(1)
{reformulated} objdef(2)
{reformulated} objdef(3)
{reformulated} objdef(4)
{reformulated} objdef(5)
e6 defz
dL_dx7 {new}
dL_dx8 {new}
dL_dx9 {new}
dL_dx10 {new}
dL_dx11 {new}
3.2 Variables
--------------
{reformulated} obj(1)
{reformulated} obj(2)
{reformulated} obj(3)
{reformulated} obj(4)
{reformulated} obj(5)
x6 z
x7 q(1)
x8 q(2)
x9 q(3)
x10 q(4)
x11 q(5)
$offecho
execute 'grep -v " written by GAMS" implMixed_dict > implMixedDict.txt.want'
execute 'grep -v " written by GAMS" implMixedDict.txt > implMixedDict.txt.got'
execute '=diff -bw implMixedDict.txt.want implMixedDict.txt.got'
abort$errorlevel 'Files implMixedDict.txt.want and implMixedDict.txt.got differ';
* Test with switching.
putclose opt
'Dict implMixedSwitchingDict.txt' /
'FileName implMixedSwitching.gms' /
'ImplVarModel switching' ;
m.optfile = 1;
q.l(i) = 10;
z.l = sum(i, q.l(i));
solve m using emp;
abort$[ m.solvestat <> %solvestat.NormalCompletion% ]
'wrong m.solvestat', m.solvestat;
abort$[ m.modelstat <> %modelstat.LocallyOptimal% ]
'wrong m.modelstat', m.modelstat;
abort$[ abs(obj.l('1') - 148.784) > tol ] 'bad obj.l("1")', obj.l;
abort$[ abs(obj.l('2') - 248.379) > tol ] 'bad obj.l("2")', obj.l;
abort$[ abs(obj.l('3') - 289.150) > tol ] 'bad obj.l("3")', obj.l;
abort$[ abs(obj.l('4') - 351.387) > tol ] 'bad obj.l("4")', obj.l;
abort$[ abs(obj.l('5') - 361.421) > tol ] 'bad obj.l("5")', obj.l;
abort$[ abs(q.l('1') - 32.905) > tol ] 'bad q.l("1")', q.l;
abort$[ abs(q.l('2') - 57.043) > tol ] 'bad q.l("2")', q.l;
abort$[ abs(q.l('3') - 41.120) > tol ] 'bad q.l("3")', q.l;
abort$[ abs(q.l('4') - 50.794) > tol ] 'bad q.l("4")', q.l;
abort$[ abs(q.l('5') - 37.643) > tol ] 'bad q.l("5")', q.l;
abort$[ abs(z.l - 219.509) > tol ] 'bad z.l', z.l;
obj.l(i) = 0;
q.l(i) = 0;
z.l = 0;
objdef.m(i) = 0;
defz.m = 0;
$onechoV > implMixedSwitching_gms
***********************************************
* written by GAMS/JAMS at 11/18/17 15:12:21
* for more information use JAMS option "Dict"
***********************************************
Variables x6,x7,x8,x9,x10,x11,u6_4,u6_6,u6_8;
Positive Variables x7,x8,x9,x10,x11;
Equations e6,dL_dx6_4,dL_dx7,dL_dx8,dL_dx9,dL_dx10,dL_dx11,dL_dx6_6,dL_dx6_8;
e6.. x6 - x7 - x8 - x9 - x10 - x11 =E= 0;
dL_dx6_4.. (2095.59483215011*x6**(-1.90909090909091)*x7)/(1) - u6_4 =E= 0;
dL_dx7.. (-(2305.15431536512*x6**(-0.909090909090909) - (10 + 0.261532097202366
*x7**0.833333333333333)))/(1) + u6_4 =G= 0;
dL_dx8.. (-(2305.15431536512*x6**(-0.909090909090909) - (8 + 0.231511582354131*
x8**0.909090909090909)))/(1) =G= 0;
dL_dx9.. (-(2305.15431536512*x6**(-0.909090909090909) - (6 + 0.2*x9**1)))/(1)
+ u6_6 =G= 0;
dL_dx10.. (-(2305.15431536512*x6**(-0.909090909090909) - (4 + 0.167250206190075
*x10**1.11111111111111)))/(1) =G= 0;
dL_dx11.. (-(2305.15431536512*x6**(-0.909090909090909) - (2 + 0.133748060995284
*x11**1.25)))/(1) + u6_8 =G= 0;
dL_dx6_6.. (2095.59483215011*x6**(-1.90909090909091)*x9)/(1) - u6_6 =E= 0;
dL_dx6_8.. (2095.59483215011*x6**(-1.90909090909091)*x11)/(1) - u6_8 =E= 0;
* set non-default levels
x6.l = 50;
x7.l = 10;
x8.l = 10;
x9.l = 10;
x10.l = 10;
x11.l = 10;
Model m / e6.x6,dL_dx6_4.u6_4,dL_dx7.x7,dL_dx8.x8,dL_dx9.x9,dL_dx10.x10
,dL_dx11.x11,dL_dx6_6.u6_6,dL_dx6_8.u6_8 /;
File implvarfile / '%gams.scrdir%implvar.dat' /;
Put implvarfile;
$onPutV
x6
u6_4
u6_6
u6_8
$offPut
m.limrow=0; m.limcol=0;
Solve m using MCP;
$offecho
execute 'grep -v " written by GAMS" implMixedSwitching_gms > implMixedSwitching.gms.want'
execute 'grep -v " written by GAMS" implMixedSwitching.gms > implMixedSwitching.gms.got'
execute '=diff -I reslim -bw implMixedSwitching.gms.want implMixedSwitching.gms.got'
abort$errorlevel 'Files implMixedSwitching.gms.want and implMixedSwitching.gms.got differ';
$onecho > implMixedSwitching_dict
* written by GAMS/JAMS at 11/18/17 15:12:21
********************************************************************************
Contents
1 Content of EMP Information File
2 Processed EMP Information
3 Dictionary
3.1 Constraints
3.2 Variables
********************************************************************************
1 Content of EMP Information File
---------------------------------
1:equilibrium
2:implicit z defz
3:max obj('1') q('1') z objdef('1')
4:max obj('2') q('2') objdef('2')
5:max obj('3') q('3') z objdef('3')
6:max obj('4') q('4') objdef('4')
7:max obj('5') q('5') z objdef('5')
2 Processed EMP Information
---------------------------
3 Dictionary
------------
3.1 Constraints
---------------
{reformulated} objdef(1)
{reformulated} objdef(2)
{reformulated} objdef(3)
{reformulated} objdef(4)
{reformulated} objdef(5)
e6 defz
dL_dx6_4 {new}
dL_dx7 {new}
dL_dx8 {new}
dL_dx9 {new}
dL_dx10 {new}
dL_dx11 {new}
dL_dx6_6 {new}
dL_dx6_8 {new}
3.2 Variables
--------------
{reformulated} obj(1)
{reformulated} obj(2)
{reformulated} obj(3)
{reformulated} obj(4)
{reformulated} obj(5)
x6 z
x7 q(1)
x8 q(2)
x9 q(3)
x10 q(4)
x11 q(5)
u6_4 {new}
u6_6 {new}
u6_8 {new}
$offecho
execute 'grep -v " written by GAMS" implMixedSwitching_dict > implMixedSwitchingDict.txt.want'
execute 'grep -v " written by GAMS" implMixedSwitchingDict.txt > implMixedSwitchingDict.txt.got'
execute '=diff -bw implMixedSwitchingDict.txt.want implMixedSwitchingDict.txt.got'
abort$errorlevel 'Files implMixedSwitchingDict.txt.want and implMixedSwitchingDict.txt.got differ';