M
- macro
ILOBARRIERCALLBACK
ILOBRANCHCALLBACK
ILOCONTINUOUSCALLBACK
ILOCPLEXGOAL
ILOCROSSOVERCALLBACK
ILOCUTCALLBACK
ILODISJUNCTIVECUTCALLBACK
ILOFRACTIONALCUTCALLBACK
ILOHEURISTICCALLBACK
ILOINCUMBENTCALLBACK
ILOMIPCALLBACK
ILONETWORKCALLBACK
ILONODECALLBACK
ILOPRESOLVECALLBACK
ILOPROBINGCALLBACK
ILOSIMPLEXCALLBACK
ILOSOLVECALLBACK
main member function
IloCplex::CallbackI class
makeBranch member function
IloCplex::BranchCallback::NodeId class
,
- Markowitz tolerance
- memory
- allocating when reading files
- branch & cut tree limit
- memory growth
- controlling for constraints
- controlling for variables
- limiting in Q matrix
- message
- adding destination file for a channel via
CPXaddfpdest
- adding trap function for a channel via
CPXaddfuncdest
- controlling screen display
- MIN file format
- MIP
- accessing best integer solution node via
CPXgetnodeint
- accessing best remaining node via
CPXgetbestobjval
- accessing clique cut count via
CPXgetclqcnt
- accessing clique inequality count using
CPXgetgenclqcnt
- accessing cover cut count via
CPXgetcovcnt
- accessing cutoff value via
CPXgetcutoff
- accessing node count via
CPXgetnodecnt
- accessing remaining node count via
CPXgetnodeleftcnt
- accessing simplex iteration count via
CPXgetmipitcnt
- accessing slack values via
CPXgetmipslack
- accessing solution objective value via
CPXgetmipobjval
- accessing solution values via
CPXgetmipx
- accessing subproblem solution status via
CPXgetsubstat
- change problem type using
CPXchgprobtype
- changing variable type via
CPXchgctype
- copying SOS data via
CPXcopysos
- copying start info via
CPXreadcopymipstart
- copying variable declarations via
CPXcopyctype
- optimizing via
CPXmipopt
- MIP problem
- changing variable type
- solution status codes
- MIP start file
,
- MIP start values
- accessing via
CPXgetmipstart
- copying via
CPXcopymipstart
- file format for entering
- using
- MIP strategy
- variable selection
MIPCallbackI nested class of IloCplex
,
MIPCallbackI::NodeId class of IloCplex
MIPEmphasisType nested enumeration of IloCplex
mipopt Interactive Optimizer command
- MIR cuts
- controlling generation
- mixed integer optimizer
- absolute mipgap tolerance
- applying LP presolve to root relaxation
- backtracking tolerance
- best bound node selection interval
- bound strengthening indicator
- branch & cut tree memory limit
- branch direction selector
- branching variable selection
- choosing subproblem LP algorithm
- clique cuts indicator
- constraint aggregation cut limit
- controlling parallel threads for strong branching
- cover cuts indicator
- cutting plane pass limit
- disjunctive cuts indicator
- emphasis indicator
- flow cover cuts indicator
- flow path cuts indicator
- generating priority order
- Gomory fractional cuts indicator
- GUB cuts indicator
- implied bound cuts indicator
- integrality tolerance
- limit on number of solutions
- limiting number of added cuts
- limiting number of nodes solved
- limiting probing on variables
- MIR cuts indicator
- node cutoff lower bound
- node cutoff upper bound
- node log display
- node log interval
- objective difference cutoff
- priority order indicator
- relative mipgap tolerance
- relative objective difference cutoff
- selecting starting LP algorithm
- setting display
- setting node presolve
- setting node selection strategy
- simplex iterations for strong branching
- solution status codes
- solving with
- strong branching candidate list
- using advanced starting values
- Mixed Integer Programming (MIP) problem
- see MIP
- mixed integer rounding (MIR)
- see MIR
- model
- constituents of problems solved
,
- see also
IloCplex class - transforming into LPs and MIPs
- modeling
and constraint clauses
- numeric variables
- objective function
- range constraints
- semi-continuous variables
- semi-integer variables
- SOS type 1
- SOS type 2
- variable type conversion
- moving best bound
- emphasize in solution
- MPS file format
,
to
- advanced basis in
- BAS file format
,
- BOUNDS section
- COLUMNS section
- CPLEX extensions
,
- data records
- DUA format
- embedded network format
- example
- explicit dual format
- generic names format
- indicator records
- integer variables in
- `MARKER' line
- objective function name
- objective function sense
- proprietary information in
- quadratic coefficients in
- RANGES section
- REFROW section
- REW format
,
- RHS section
- ROWS section
- saving basis
- saving dual formulation
- saving embedded network
- sense of rows
- SOS in
- write command
- MPS files
- writing via
CPXwriteprob
- MST file format
,
