Design of an Automatic Control Algorithm for Energy-Efficient ...

Optimiser code 156
IMEA_breeding(pop , DV, f itness , parents , Opt.popSize , Opt.numChild , max_change) ;
96 /∗ evaluate children ∗/
IMEA_evaluateObjectives(&pop [Opt. popSize ] , Sys , Obj. objectiveFctArray ,
Estim_SYS_States , Opt . simHorizon , Opt . simSampleT , Opt . numChild , DV.numDV, Obj
. numObj) ;
98 /∗ rank parents & children ∗/
IMEA_priorisedWeighting(pop , Obj , ordPrio , Opt. popSize+Opt.numChild , DV.numDV) ;
100 #if DEBUG_IMEA >= 3
102 #endif
DEBUG_print_pop( pop , Opt . popSize+Opt.numChild , DV.numDV, Obj.numObj) ;
/∗ sort best to the first places ∗/
104 IMEA_sortTruncate(pop , Opt. popSize , Opt.numChild) ;
}
106 #if DEBUG_IMEA >= 2
108 #endif
DEBUG_print_pop( pop , Opt . popSize , DV.numDV, Obj . numObj) ;
/∗ Output determination ∗/
110 /∗ select and store output ∗/
selected_ind = IMEA_selectControl(pop , DV, Obj , ExVal . u_out , max_change , Opt . popSize
);
112 /∗ select and store elite ∗/
IMEA_selectElite (pop , DV, Opt . basePop , ExVal . elitePop , Opt. popSize , Opt.numBase, Opt.
numElite , selected_ind , Opt. conDivThresh) ;
114 #if DEBUG_IMEA >= 1
116 #endif
DEBUG_print_pop(&pop [ s e l ected_ind ] , 1, DV.numDV, Obj.numObj) ;
118 #if DEBUG_IMEA >= 2
120 #endif
printf(">>>>> %d >>>\n " , s e l e c t e d _ i n d , max_change) ;
/∗ Save values ∗/
122 ExVal . explFactor [ 0 ] = max_change ;
ExVal . f i t _ l a s t [ 0 ] = ExVal . f i t [ 0 ] ;
124 ExVal . f i t [ 0 ] = pop [ selected_ind ]. weightedSum ;
126 /∗ free memory ∗/
128 {
for( i=0;i