Adaptive Electromagnetic Field Optimization Algorithm for the Solar Cell Parameter Identification Problem

Algorithm 2 : Candidate solution generation

(1):  set r = random real number within the range of (0,1).

(2):  for j = 1 to D do //for each electromagnet of the candidate

(3):   set p = randomly selected index of the EMP from the positive field.

(4):   set n = randomly selected index of the EMP from the negative field.

(5):   set k = randomly selected index of the EMP from the neutral field.

(6):   if rand < Ps_rate then

(7):    set v(j) as the electromagnet of the positive EMP (x^p).

(8):   else

(9):    set v(j) using the Eqn. (12) //Use r as rand in Eqn. (12).

(10):  end if

(11):  Randomly Update v(j) if it is outside the boundary.

(12): end for

Algorithm 2 : Candidate solution generation