Java中的循环处理

嘿，我在打印时在Java中有问题...我有一个程序需要在其中打印循环中的某些值。在循环的每个重复中，现在都形成一个新值，我希望在循环结束时应该先打印第一个重复的第一个值，然后再打印第二个，依此类推……但是在我的情况下，它仅打印上次执行的值

在这里，我上传了输出的图片，您可以清楚地看到仅打印了最后一个循环的值，但是我想在第一行中应该在第二行中包含第一循环的值，在第二行和第三行中应该包含值应该有第三个循环的值。

这是我的代码

public class ManufactureClass {

        private static void outputtable() {


                    System.out.println(
                            "\n--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------");
                    System.out.println("| No. of Order | No. of Units | Time Consumed by WA | Time Consumed by WB | Time Consumed by WH | Effective Units | Defective Units | Total Time Consumed By this Order | No. of Packages |");
                    System.out.println(
                            "--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------");
                    for(int i=1;i<=total_orders;i++) {
                    long sum=Long.sum((time_consumed_by_Work_Station_H_in_thread_sleep_for_units_greater_than_30/1000), (time_consumed_by_Work_Station_B_in_thread_sleep/1000));
                    long sum1=Long.sum((time_consumed_by_Work_Station_A_in_integer/1000), sum);
                    total_time_consumed_by_order=Long.toString(sum1)+" seconds";
                    if(units_in_an_order<=30) {
                        System.out.println("|       "+loop_for_orders+"       |      "+number_of_units_in_order+"      | "+actual_time_by_Work_Station_A_in_seconds+" | "+actual_time_by_Work_Station_B_in_seconds+" | "+actual_time_by_Work_Station_H_in_seconds_for_units_less_than_30+" | "+effective_units+" | "+defective_units+" | "+total_time_consumed_by_order+" | "+number_of_packages_for_units_less_than_30+" | ");
                        System.out.println(
                                "--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------");
                        }else {

                        System.out.println("|      "+loop_for_orders+"       |      "+number_of_units_in_order+"      | "+actual_time_by_Work_Station_A_in_seconds+" | "+actual_time_by_Work_Station_B_in_seconds+" | "+actual_time_by_Work_Station_H_in_seconds_for_units_greater_than_30+" | "+effective_units+" | "+defective_units+" | "+total_time_consumed_by_order+" | "+number_of_packages_for_units_greater_than_30+" | ");
                        System.out.println(
                                "--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------");
                        }
            }
        }
        public static void main(String[] args) throws InterruptedException {

            display_header();
            display_msg();

            for(loop_for_orders=1;loop_for_orders<=total_orders;loop_for_orders++) {
                Random rand = new Random(); 
                units_in_an_order = rand.nextInt(200);
                number_of_units_in_order=Integer.toString(units_in_an_order);
                int a=10;
                int b=100;
                defective_units =(float) (0.01*units_in_an_order);
                effective_units=units_in_an_order-defective_units;
            int zero1=0;
            int zero2=0;
            time_consumed_by_Work_Station_A = "" + units_in_an_order + zero1+zero2;
            time_consumed_by_Work_Station_A_in_integer = Long.parseLong(time_consumed_by_Work_Station_A);
            interval = units_in_an_order;
        Manufactured_units_by_work_station_A();
        permission();




        }
}


    outputtable();
}