if (letterInMessage != 0) {
				TurnOver(movingRotors[0], sizeOfAlphabet);
				if (numbersOfRotorsInMachine >= 3) {
					if (movingRotors[1].amountOfNotches > 0 && movingRotors[1].amountOfMoves > 1) {
						for (int x = 0; x < movingRotors[1].amountOfNotches; x++) {
							if (movingRotors[1].position + 1 <= sizeOfAlphabet) {
								if (movingRotors[1].notch[x] == (movingRotors[1].position + 1)) {
									TurnOver(movingRotors[2], sizeOfAlphabet);
									doubleStep = true;
									break;
								}
								else {
									if (movingRotors[1].notch[x] == (movingRotors[1].position + 1) % sizeOfAlphabet) {
									TurnOver(movingRotors[2], sizeOfAlphabet);
									doubleStep = true;
									break;
								}
						}
					}
				}
				if (numbersOfRotorsInMachine >= 2) {
					if(!doubleStep){
						if (movingRotors[0].amountOfNotches > 0 && movingRotors[0].amountOfMoves > 1) {
							for (int x = 0; x < movingRotors[0].amountOfNotches; x++) {
								if (movingRotors[0].notch[x] == movingRotors[0].position) {
								TurnOver(movingRotors[1], sizeOfAlphabet);
								break;
								}
							}
						}
				}
					else {
						TurnOver(movingRotors[1], sizeOfAlphabet);
						doubleStep = false;
					}
				}
				letterInMessage = ChangeInput(movingRotors,staticRotors, numbersOfRotorsInMachine, reflector[numberOfReflector], alphabet, sizeOfAlphabet, letterInMessage);
				printf("%i", letterInMessage);
				printf(" ");
			}