// 1. Fixpunkt x1 = x10; lambda1 = abs(exp(x10)/2); if (lambda1 < 1) { for (n1 = 0; n1 < nMax; n1++) { // Fixpunkt_1iteration x1 = (exp(x1) - 2)/2; // Berechnung des verbesserten x-Wertes if (abs(x1 - x1_old) < epsilon) break; // geforderte Genauigkeit erreicht x1_old = x1; } if (n1 >= nMax) displayLine("n > nMax!", 0, "LEFT", 10, 45); } else displayLine("lambda >= 1!", '#ff0000', "LEFT", 10, 50); deltax1 = 2 + 2*x1 - exp(x1); // 2. Fixpunkt x2 = x20; if (x20 != -1) lambda2 = abs(1/(x20+1)); else lambda2 = 1e8; if (lambda2 < 1) { for (n2 = 0; n2 < nMax; n2++) { // Fixpunkt_1iteration x2 = log(2) + log(1 + x2); if (abs(x2 - x2_old) < epsilon) break; x2_old = x2; } if (n2 >= nMax) displayLine("n > nMax!", 0, "LEFT", 70, 45); } else displayLine("lambda >= 1!", '#ff0000', "LEFT", 70, 50); deltax2 = 2 + 2*x2 - exp(x2);