var maxpogr_adams: Float
        var kol_iter_Adams = 0
        var ni:FloatArray
        var delta_yi_exp:FloatArray
        var delta_yi_inter:FloatArray
        var yi_exp:FloatArray
        do {
            maxpogr_adams=0f
            h = (y0 - x0) / this.iteration
            ni = FloatArray(iteration + 2)
            delta_yi_exp = FloatArray(iteration + 1)
            delta_yi_inter = FloatArray(iteration + 1)
            yi_exp = FloatArray(iteration + 1)
            ni[0] = h * function_Diff.function(x0, y1i[0])
            ni[1] = h * function_Diff.function(x0 + h, y1i[1])
            ni[2] = h * function_Diff.function(x0 + 2 * h, y1i[2])
            ni[3] = h * function_Diff.function(x0 + 3 * h, y1i[3])
            for (i in 3..iteration) {

                delta_yi_exp[i] = (1f / 24f) * (55 * ni[i] - 59 * ni[i - 1] + 37 * ni[i - 2] - 9 * ni[i - 3])
                ni[i + 1] = h * function_Diff.function(x0 + i * h, y1i[i - 1])
                delta_yi_inter[i] = (1f / 24f) * (9 * ni[i + 1] + 19 * ni[i] - 5 * ni[i - 1] + ni[i - 2])
                yi_exp[i] = y1i[i] + delta_yi_exp[i]

            }
            for (j in 3..iteration) {
                if (Math.abs(delta_yi_inter[j] - delta_yi_exp[j]) > maxpogr_adams)
                    maxpogr_adams = Math.abs(delta_yi_inter[j] - delta_yi_exp[j])
            }
            if (maxpogr_adams > eps)
            { h / 2f}
            kol_iter_Adams++
        } while (maxpogr_adams > eps)
        for(i in 3..iteration)
        {
            println(yi_exp[i]+kol_iter_Adams)
        }

    }

}