Beam problem

An example of the constrained Beam problem

This example plots the objective function surface of the Beam problem.

>> input= createBeamStruct;

>> input.MC_TYPE = 4;

>> input.NITERS = 500;

>> output = OptionsMatlab(input)

output =

VARS: [2x1 double]

OBJFUN: 2.9269e+003

CONS: [5x1 double]

OBJTRC: [1x1 struct]

CONSTRC: [1x1 struct]

>> optimisationTerrain(output,input,3)

Figure 5 The valid objective function surface of the Beam problem

beamcon_parallel parallel version of the constraint function

beamcon_parallel_parse parallel version of the constraint function

beamcon_parallel2 parallel version of the constraint function

beamcon_parallel2_parse2 parallel version of the constraint function

beamfun_parallel parallel version of the objective function

beamfun_parallel_parse parallel version of the objective function

beamfun_parallel2 parallel version of the objective function

beamfun_parallel2_parse parallel version of the objective function

beamobjcon constraint function

beamobjfun objective function

createBeamStruct creates an input structure for the beam problem

createBeamStructParallel creates an input structure for the parallel invocation of the beam problem

createBeamStructParallel2 creates an input structure for the parallel invocation of the beam problem using optjobparallel2

createBeamStructRSM creates an input structure for the generation of a RSM for the beam problem

Banana problem

contents

Bump problem