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Bubble sort in 2 minutes | Chia sẻ về chủ đề bubble sort |

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Bubble sort in 2 minutes

Bubble sort in 2 minutes

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Bubble sort in 2 minutes.

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40 thoughts on “Bubble sort in 2 minutes | Chia sẻ về chủ đề bubble sort |”

  1. So bubble sort is a bit like the opposite of selection sort, isn't it? Since with selection sort, you have a sorted partition on the left at any given iteration, and with bubble sort you have a sorted partition on the right at any given iteration.

  2. From @interviewkickstart I learned that,
    Its start comparison from right to left.
    So second for loop,

    For j from N to i

    Everything looks similar but here heavy element sorted at right. And Interviewkickstart video , in every steps lighter elements sorted at left

  3. Some small optimizations (advanced bubble sort):
    1.- Make the 2nd for go up to N – 1 – i. In each iteration, you have i elements guaranteed to be sorted correctly at the end of the array.
    2.- Add a boolean that checks if swaps have been made during the current iteration. If there aren't any swaps, it's already sorted, so it can stop.

  4. for an strange reason, running this pseudocode in python has a bug, I don't know why, but comparing 2 elements of the list, for example: 4>23, returns TRUE, because. it seems to be comparing only the first digit (4>2), I solved it by converting the current value and the next value to integer before comparing, does anyone know why this happens?

  5. public static int[] sortBubble(int[] list) {
    int temp;
    for (int x = 0; x < list.length; x++) {

    for (int y = 0; y < list.length – 1; y++) {

    if (list[y] > list[y + 1]) {
    temp = list[y];
    list[y] = list[y + 1];
    list[y + 1] = temp;
    }
    }
    }
    return list;
    }

    for java users

  6. Here us the most efficient buuble sort I know

    private void bubbleSort(int[] list){

    boolean needNextPass = true;

    for(int k = 1 ; k < list.length && needNextPass; k++) {

    needNextPass = false; //If we don't switch in next iteration, no need for more loops

    for(int i = 0 ; i < list.length – k ; i++) {

    if(list[i] > list[i+1]){

    int temp = list[i];

    list[i] = list[i+1];

    list[i+1] = temp;

    needNextPass = true; //We swtiched so at least one more loop is needed

    }

    }

    }

    }

  7. #IISH 11CSHLIC The video helped me understand the process of bubble sorting and how the iteration works. It is a comparison of consecutive variables that gives the right form of number as the end result.

  8. The bubble sort method is a nice and simple method of sorting an array. It however looks to be very time consuming and inefficient as it would have to run almost as many times as the size of the array and it would be highly inefficient with larger arrays. #IISH11CSHLIC

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