// Creates new minimizer
// cost - function to minimize
// n - number of entities in population
// min, max - area for initial population
func NewMinimizer(cost Cost, n int, min, max *matrix.Dense) *Minimizer {
if n < 4 {
log.Panic("population too small: ", n)
}
m := new(Minimizer)
m.CR = 0.9
m.Pop = make([]*Agent, n)
// Initialization of population
max.AddTo(min, -1) // calculate width of initial area
for i := range m.Pop {
m.Pop[i] = newAgent(min, max, cost)
}
m.rnd = rand.New(rand.NewSource(time.Now().UnixNano()))
return m
}
