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input.ini
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input.ini
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[pso]
n_runs = 30 ; Number of runs [50]
max_t = 10000 ; Maximum iterations [1000] - THIS VALUE SHOULD BE OBTAINED FROM max_evaluations
max_evaluations = 980000 ; Maximum number of evaluations
algorithm = 1 ; Algorithm: 1 - PSO; 2 - SS-PSO
gbest = 0 ; gbest? 0 - no; 1 - yes
problem = 7 ; 1 - Sphere; 2 - Quadric; 3 - Hyper; 4 - Rastrigin;
; 5 - Griewank; 6 - Schaffer; 7 - Weierstrass;
; 8 - Ackley; 9 - ShiftedQuadricWithNoise; 10 - RotatedGriewank
; 11-25 - CEC 2015
; 26-55 - CEC 2017 bound constrained
Xmax = 100 ; Xmax [100]
Vmax = 100 ; Vmax [100]
chi = 1 ; chi [1]
omega = 0.729844 ; omega [0.72]
c = 1.494 ; c [1.0]
numberVariables = 50 ; Number of variables [30]
iWeightStrategy = 0 ; inertia Weight: 0 - fixed; 1 - TVIW (0.9--0.4)
cStrategy = 0 ; c strategy: 0 - fixed: 1 - TVAC-PSO
assyInitialization = 1 ; assymetric initialization: 0 - NO; 1- YES
initialXmin = -0.5 ; Assymetric initialization: min [50]
initialXmax = 0.2 ; Assymetric initialization: max [100]
numExtraRndNeighs = 0 ; Number of extra random neighbors (for small world PSO)
crit = 0.01 ; stop criterion
crit_keep_going = 1 ; keep going until max_evaluations after stop criterion is meet?
bsf_save_period = 1000 ; Evaluation period after which best so far fitness should be saved
watershed_strategy = none ; none, worst_so_far, worst_last_iter, best_worst
; 1 - Sphere 147000 50-100 0.01 //49000
; 2 - Quadric 980000 50-100 0.01
; 3 - Hyper 147000 50-100 0.01 //49000
; 4 - Rastrigin 980000 2.56-5.12 100
; 5 - Griewank 980000 300-600 0.05
; 6 - Schaffer 147000 15-30 0.00001
; 7 - Weierstrass 980000 -0.5-0.2 0.01
; 8 - Ackley 980000 2.56-5.12 0.01
; 9 - ShiftedQuadricWithNoise 980000 50-100 0.01
; 10 - RotatedGriewank 980000 300-600 0.05
; 11-25 - CEC 2015
; 26-55 - CEC 2017 bound constrained
[topology]
type = staticgrid2d
xdim = 7 ; Grid size, horizontal [100]
ydim = 7 ; Grid size, vertical [100]
neighborhood = VN ; MOORE, VN, RING
;type = staticring1d
;nparticles = 10
;radius = 1
;type = staticgraph
;tgf_file = graphs/ring_n10r1.tgf