AIMMS to CONOPT Mapping
Description
The table shows in the left column the AIMMS CONOPT options; the right column displays for the AIMMS option the CONOPT parameter that is associated with it.
Option name in AIMMS Name in CONOPT
Box Size Factor Linear Variables RTBOXF
Box Size Tolerance RTBOX
Box Size Tolerance Linear RTBOXL
Fixed Variables Tolerance Derived Bounds RTBNDT
Fixed Variables Tolerance Initial Bounds RTBNDI
Logical Switch for Selection of Slacks LSLACK
Method for Defined Variables LMUSDF
Method for Finding Maximal Step LMMXSF
Method for Finding Maximal Tight Step LMMXST
Method for Linear Feasibility Models LMETHOD
Method for Reduced Hessian LMNDIA
Penalty Constraints Ratio RTNOPN
Relative Objective Accuracy RTOBJR
SLP Mode LSESLP
SQP Mode LSESQP
Steplength Multiplier RVSTLM
Use No-Penalty Model DONOPEN
Zero Filter Tolerance Jacobian Elements RTMINA
Check 1st Order Derivatives LKDEBG
Check 2nd Order Derivatives LKDEB2
Tolerance 2nd Order Derivatives Check RT2DRV
Bound Tolerance RTBND1
Feasibility Tolerance Triangular Part RTNWTR
Maximal Feasibility Tolerance RTNWMA
Method for Initial Basis LSCRSH
Minimal Feasibility Tolerance RTNWMI
Model is Convex ISCONVEX
Model is Square System LSSQRS
Limit on Candidates for Defined Variable LFUSDF
Limit on Degenerate Iterations LFDEGI
Limit on Directional 2nd Order Derivative Errors LF2DRV
Limit on Hessian Evaluation Errors LFHSOK
Limit on Linear Feasibility Model Rounds NROUNDS
Limit on New Superbasics LFMXNS
Maximal Hessian Dimension LFNSUP
Maximum Solution of a Variable RTMAXV
Absolute Pivot Tolerance RTPIVA
Absolute Pivot Tolerance Initial Basis RTIPVA
Absolute Pivot Tolerance Nonlinear Elements RTPIVT
Relative Pivot Tolerance RTPIVR
Relative Pivot Tolerance during Basis Updates RTPIVU
Relative Pivot Tolerance during Ratio Test RTPIVS
Relative Pivot Tolerance during Basis Updates RTIPVR
Preprocessor DOPREP
Use Interval Evaluations DOINTV
Log Frequency LFILOG
Log Frequency SLP and SQP LFILOS
Maximal Scaling Factor RTMAXS
Minimal Jacobian Element for Scaling RTMINJ
Minimal Scaling Factor RTMINS
Minimal Scaling Factor 2nd Order Derivatives RTMNS2
Minimal Scaling Tolerance for Variables RTMINV
Rescale Frequency LFSCAL
Scaling Method LMSCAL
Accuracy One Dimensional Search RTONED
Limit for Slow Progress LFNICR
Maximal Number of Stalled Iterations LFSTAL
Optimality Tolerance RTREDG
Optimality Tolerance Infeasible RTREDI
Slow Progress Tolerance RTOBJL