 FindMPE | [mpe_solution,prob_value] = FindMPE(bnet): |
| Find_kMPEs | [k_solutions,k_probvalues] = Find_kMPEs(bnet,k,Card) |
| MNGibbsGenerateIndividual | [NewIndividual] = MOAGenerateIndividual(OldIndividual,Cliques,Tables,Card,GibbSteps) |
| MOAGenerateIndividual | [NewIndividual] = MOAGenerateIndividual(OldIndividual,Cliques,Tables,Card,GibbSteps) |
| MOAGeneratePopulation | [NewPop] = MOAGeneratePopulation(NumbVar,model,AuxPop,AuxFunVal,Card,sampling_params) |
| SampleBN | [NewPop] = SampleBN(NumbVar,bnet,Card,AuxPop,AuxFunVal,sampling_params) |
| SampleFDA | [NewPop] = SampleFDA(NumbVar,model,Card,AuxPop,AuxFunVal,sampling_params) |
| SampleGaussianFullModel | [NewPop] = SampleGaussianFullModel(NumbVar,model,RangeValues,AuxPop,AuxFunVal,sampling_params) |
| SampleGaussianUnivModel | [NewPop] = SampleGaussianUnivModel(NumbVar,model,RangeValues,AuxPop,AuxFunVal,sampling_params) |
| SampleMPE_BN | [NewPop] = SampleMPE_BN(NumbVar,bnet,Card,sampling_params): |
| SampleMixtureofFullGaussianModels | [NewPop] = SampleMixtureofFullGaussianModels(NumbVar,model,RangeValues,AuxPop,AuxFunVal,sampling_params) |
| SampleMixtureofUnivGaussianModels | [NewPop] = SampleMixtureofUnivGaussianModels(NumbVar,model,RangeValues,AuxPop,AuxFunVal,sampling_params) |
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