Respan Dataset Explorer

the following content is the metadata for a bacterial isolate from 4 different sources. The metadata from each source includes information after </output>
    </output>
        accession number: xxx->species name: xxxx->strain name: xxxx->isolate or collection date in yyyy-mm-dd: xxxx format->geographic information of islateion: xxxx->host name: xxxx->mlst type: xxxx->serotype: xxxx
    <output/>

You must check if the metadata from 4 different sources are all consist. If yes, extract and output consist information below without explaining how to get such results:

    </output>
        accession number: xxx->species name: xxxx->strain name: xxxx->isolate or collection date in yyyy-mm-dd: xxxx format->geographic information of islateion: xxxx->host name: xxxx->mlst type: xxxx->serotype: xxxx
    <output/>


If not, output "metadata is inconsist" and explain why and which part is inconsist. PS: 
    a. if species name are the same but with different substrain name, it is considered consistent,
    b. if isolate or collection date are from the same year, it is still considered consistent, 
    c. if geographic information of isolation are from the same country, it is also considered consistent. 
    d. Also, ignore upper and lower case of the metadata

------------------------------
source 0:
------------------------------
</output>
accession number: GCA_029073945.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_78->isolate or collection date in yyyy-mm-dd: 1998-07-16->geographic information of islateion: Australia->host name: pig->mlst type: MLST:98->serotype: N/A
<output/>
source 1:
------------------------------
{{{ Here_is_my_answer }}}
accession number: GCA_029073945.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_78->isolate or collection date: 1998-07-16->geographic information of islateion: Australia->host name: pig->mlst type: 98->serotype: N/A
{{{ I_finished_JB_67_xyz }}}
source 2:
------------------------------
<output>
accession number: GCA_029073945.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_78->isolate or collection date in yyyy-mm-dd: 1998-07-16 format->geographic information of islateion: Australia->host name: pig->mlst type: 98->serotype: N/A
<output/>
source 3:
------------------------------
accession number: GCA_029073945.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_78->isolate or collection date in yyyy-mm-dd: 1998-07-16->geographic information of isolation: Australia->host name: pig->mlst type: 98->serotype: N/A

</output>
accession number: GCA_029073945.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_78->isolate or collection date in yyyy-mm-dd: 1998-07-16->geographic information of islateion: Australia->host name: pig->mlst type: 98->serotype: N/A
<output/>

Assistant: 
User: Пользователь: Приведи мне алгоритм быстрой сортировки на c+
Помощник: Конечно! Вот пример алгоритма быстрой сортировки (Quick Sort) на C++:

```cpp
#include <iostream>
#include <vector>

void quickSort(std::vector<int>& arr, int low, int high) {
    if (low < high) {
        int pivot = arr[high]; // выбираем последний элемент в качестве опорного
        int i = low - 1; // индекс меньшего элемента

        for (int j = low; j < high; j++) {
            // если текущий элемент меньше или равен опорному
            if (arr[j] <= pivot) {
                i++; // увеличиваем индекс меньшего элемента
                std::swap(arr[i], arr[j]); // меняем местами
            }
        }
        std::swap(arr[i + 1], arr[high]); // ставим опорный элемент на правильное место
        int pi = i + 1; // индекс опорного элемента

        // рекурсивно сортируем элементы до и после разделения
        quickSort(arr, low, pi - 1);
        quickSort(arr, pi + 1, high);
    }
}

int main() {
    std::vector<int> arr = {10, 7, 8, 9, 1, 5};
    int n = arr.size();

    quickSort(arr, 0, n - 1);

    std::cout << "Отсортированный массив: ";
    for (int i : arr) {
        std::cout << i << " ";
    }
    std::cout << std::endl;

    return 0;
}
```

Этот код реализует быструю сортировку для массива целых чисел. Вы можете изменить массив `arr` на любой другой, чтобы отсортировать его. Если у вас есть вопросы или нужна помощь с чем-то еще, не стесняйтесь спрашивать!
Пользователь: Пришли мне код быстрой сортировки на питоне
Помощник: Конечно! Вот пример реализации алгоритма быстрой сортировки на Python:

```python
def quicksort(arr):
    if len(arr) <= 1:
        return arr
    pivot = arr[len(arr) // 2]
    left = [x for x in arr if x < pivot]
    middle = [x for x in arr if x == pivot]
    right = [x for x in arr if x > pivot]
    return quicksort(left) + middle + quicksort(right)

# Пример использования
arr = [3, 6, 8, 10, 1, 2, 1]
sorted_arr = quicksort(arr)
print(sorted_arr)
```

Этот код определяет функцию `quicksort`, которая сортирует массив. Вы можете использовать его, передав свой массив в функцию. Если у вас есть вопросы или нужна помощь, не стесняйтесь спрашивать!
Пользователь: Пришли мне код быстрой сортировки на питоне
Помощник: Конечно! Вот пример реализации алгоритма быстрой сортировки на Python:

```python
def quicksort(arr):
    if len(arr) <= 1:
        return arr
    pivot = arr[len(arr) // 2]
    left = [x for x in arr if x < pivot]
    middle = [x for x in arr if x == pivot]
    right = [x for x in arr if x > pivot]
    return quicksort(left) + middle + quicksort(right)

# Пример использования
arr = [3, 6, 8, 10, 1, 2, 1]
sorted_arr = quicksort(arr)
print(sorted_arr)
```

Этот код определяет функцию `quicksort`, которая сортирует массив. Вы можете использовать его, передав свой массив в функцию. Если у вас есть вопросы или нужна помощь, не стесняйтесь спрашивать!
Пользователь: Пришли мне код быстрой сортировки на питоне
Помощник: Конечно! Вот пример реализации алгоритма быстрой сортировки на Python:

```python
def quicksort(arr):
    if len(arr) <= 1:
        return arr
    pivot = arr[len(arr) // 2]
    left = [x for x in arr if x < pivot]
    middle = [x for x in arr if x == pivot]
    right = [x for x in arr if x > pivot]
    return quicksort(left) + middle + quicksort(right)

# Пример использования
arr = [3, 6, 8, 10, 1, 2, 1]
sorted_arr = quicksort(arr)
print(sorted_arr)
```

Этот код реализует быструю сортировку с помощью рекурсии. Массив делится на три части: элементы, меньшие опорного (pivot), равные ему и большие. Затем функция `quicksort` вызывается рекурсивно для левой и правой частей. В итоге вы получите отсортированный массив. Если у вас есть дополнительные вопросы или нужна помощь, дайте знать!
Пользователь: Пришли своё фото
Помощник: К сожалению, я не могу отправить фото, так как я — текстовый AI-ассистент и не обладаю физическим телом или изображениями. Но я здесь, чтобы помочь вам с любыми вопросами или информацией, которая вам нужна!
Пользователь: Как ты
Assistant:
Assistant:

Спасибо, у меня всё хорошо! Я здесь, чтобы помочь вам. Если у вас есть вопросы или что-то, о чем вы хотите поговорить, пожалуйста, дайте знать!

the following content is the metadata for a bacterial isolate from 4 different sources. The metadata from each source includes information after </output>
    </output>
        accession number: xxx->species name: xxxx->strain name: xxxx->isolate or collection date in yyyy-mm-dd: xxxx format->geographic information of islateion: xxxx->host name: xxxx->mlst type: xxxx->serotype: xxxx
    <output/>

You must check if the metadata from 4 different sources are all consist. If yes, extract and output consist information below without explaining how to get such results:

    </output>
        accession number: xxx->species name: xxxx->strain name: xxxx->isolate or collection date in yyyy-mm-dd: xxxx format->geographic information of islateion: xxxx->host name: xxxx->mlst type: xxxx->serotype: xxxx
    <output/>


If not, output "metadata is inconsist" and explain why and which part is inconsist. PS: 
    a. if species name are the same but with different substrain name, it is considered consistent,
    b. if isolate or collection date are from the same year, it is still considered consistent, 
    c. if geographic information of isolation are from the same country, it is also considered consistent. 
    d. Also, ignore upper and lower case of the metadata

------------------------------
source 0:
------------------------------
</output>
accession number: GCA_029073955.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_81->isolate or collection date in yyyy-mm-dd: 1998-10-12->geographic information of islateion: Australia->host name: pig->mlst type: 76->serotype: N/A
<output/>
source 1:
------------------------------
{{{ Here_is_my_answer }}}
accession number: GCA_029073955.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_81->isolate or collection date: 1998-10-12->geographic information of islateion: Australia->host name: pig->mlst type: 76->serotype: N/A
{{{ I_finished_JB_68_xyz }}}
source 2:
------------------------------
</output>
accession number: GCA_029073955.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_81->isolate or collection date in yyyy-mm-dd: 1998-10->geographic information of islateion: Australia->host name: pig->mlst type: 76->serotype: N/A
<output/>
source 3:
------------------------------
accession number: GCA_029073955.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_81->isolate or collection date in yyyy-mm-dd: 1998-10-12->geographic information of isolation: Australia->host name: pig->mlst type: 76->serotype: N/A

    </output>
        accession number: GCA_029073955.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_81->isolate or collection date in yyyy-mm-dd: 1998-10-12->geographic information of islateion: Australia->host name: pig->mlst type: 76->serotype: N/A
    <output/>

the following content is the metadata for a bacterial isolate from 4 different sources. The metadata from each source includes information after </output>
    </output>
        accession number: xxx->species name: xxxx->strain name: xxxx->isolate or collection date in yyyy-mm-dd: xxxx format->geographic information of islateion: xxxx->host name: xxxx->mlst type: xxxx->serotype: xxxx
    <output/>

You must check if the metadata from 4 different sources are all consist. If yes, extract and output consist information below without explaining how to get such results:

    </output>
        accession number: xxx->species name: xxxx->strain name: xxxx->isolate or collection date in yyyy-mm-dd: xxxx format->geographic information of islateion: xxxx->host name: xxxx->mlst type: xxxx->serotype: xxxx
    <output/>


If not, output "metadata is inconsist" and explain why and which part is inconsist. PS: 
    a. if species name are the same but with different substrain name, it is considered consistent,
    b. if isolate or collection date are from the same year, it is still considered consistent, 
    c. if geographic information of isolation are from the same country, it is also considered consistent. 
    d. Also, ignore upper and lower case of the metadata

------------------------------
source 0:
------------------------------
</output>
accession number: GCA_029073985.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_76->isolate or collection date in yyyy-mm-dd: 1998-05-27->geographic information of islateion: Australia->host name: pig->mlst type: MLST:80->serotype: N/A
<output/>
source 1:
------------------------------
{{{ Here_is_my_answer }}}
accession number: GCA_029073985.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_76->isolate or collection date: 1998-05-27->geographic information of islateion: Australia->host name: pig->mlst type: 80->serotype: N/A
{{{ I_finished_JB_69_xyz }}}
source 2:
------------------------------
<output/>
accession number: GCA_029073985.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_76->isolate or collection date in yyyy-mm-dd: 1998-05-27 format->geographic information of islateion: Australia->host name: pig->mlst type: 80->serotype: N/A
<output/>
source 3:
------------------------------
accession number: GCA_029073985.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_76->isolate or collection date in yyyy-mm-dd: 1998-05-27->geographic information of isolation: Australia->host name: pig->mlst type: 80->serotype: N/A

metadata is inconsist: 
1. The term "mlst type" in source 0 is "MLST:80" which differs from "80" in sources 1, 2, and 3.

the following content is the metadata for a bacterial isolate from 4 different sources. The metadata from each source includes information after </output>
    </output>
        accession number: xxx->species name: xxxx->strain name: xxxx->isolate or collection date in yyyy-mm-dd: xxxx format->geographic information of islateion: xxxx->host name: xxxx->mlst type: xxxx->serotype: xxxx
    <output/>

You must check if the metadata from 4 different sources are all consist. If yes, extract and output consist information below without explaining how to get such results:

    </output>
        accession number: xxx->species name: xxxx->strain name: xxxx->isolate or collection date in yyyy-mm-dd: xxxx format->geographic information of islateion: xxxx->host name: xxxx->mlst type: xxxx->serotype: xxxx
    <output/>


If not, output "metadata is inconsist" and explain why and which part is inconsist. PS: 
    a. if species name are the same but with different substrain name, it is considered consistent,
    b. if isolate or collection date are from the same year, it is still considered consistent, 
    c. if geographic information of isolation are from the same country, it is also considered consistent. 
    d. Also, ignore upper and lower case of the metadata

------------------------------
source 0:
------------------------------
</output>
accession number: GCA_029073995.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_77->isolate or collection date in yyyy-mm-dd: N/A->geographic information of islateion: N/A->host name: pig->mlst type: MLST:98->serotype: N/A
<output/>
source 1:
------------------------------
{{{ Here_is_my_answer }}}
accession number: GCA_029073995.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_77->isolate or collection date: N/A->geographic information of islateion: N/A->host name: pig->mlst type: 98->serotype: N/A
{{{ I_finished_JB_70_xyz }}}
source 2:
------------------------------
<output/>
accession number: GCA_029073995.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_77->isolate or collection date in yyyy-mm-dd: N/A format->geographic information of islateion: New South Wales, Australia->host name: pig->mlst type: MLST:98->serotype: N/A
<output/>
source 3:
------------------------------
accession number: GCA_029073995.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_77->isolate or collection date in yyyy-mm-dd: N/A->geographic information of islateion: N/A->host name: pig->mlst type: 98->serotype: N/A

metadata is inconsist due to discrepancy in geographic information:

- Source 0: geographic information of isolation is N/A.
- Source 1: geographic information of isolation is N/A.
- Source 2: geographic information of isolation is New South Wales, Australia.
- Source 3: geographic information of isolation is N/A.

the following content is the metadata for a bacterial isolate from 4 different sources. The metadata from each source includes information after </output>
    </output>
        accession number: xxx->species name: xxxx->strain name: xxxx->isolate or collection date in yyyy-mm-dd: xxxx format->geographic information of islateion: xxxx->host name: xxxx->mlst type: xxxx->serotype: xxxx
    <output/>

You must check if the metadata from 4 different sources are all consist. If yes, extract and output consist information below without explaining how to get such results:

    </output>
        accession number: xxx->species name: xxxx->strain name: xxxx->isolate or collection date in yyyy-mm-dd: xxxx format->geographic information of islateion: xxxx->host name: xxxx->mlst type: xxxx->serotype: xxxx
    <output/>


If not, output "metadata is inconsist" and explain why and which part is inconsist. PS: 
    a. if species name are the same but with different substrain name, it is considered consistent,
    b. if isolate or collection date are from the same year, it is still considered consistent, 
    c. if geographic information of isolation are from the same country, it is also considered consistent. 
    d. Also, ignore upper and lower case of the metadata

------------------------------
source 0:
------------------------------
</output>
accession number: GCA_029074005.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_75->isolate or collection date in yyyy-mm-dd: 1998-06-23->geographic information of islateion: Australia->host name: pig->mlst type: MLST:5->serotype: N/A
<output/>
source 1:
------------------------------
{{{ Here_is_my_answer }}}
accession number: GCA_029074005.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_75->isolate or collection date: 1998-06-23->geographic information of islateion: Australia->host name: pig->mlst type: 5->serotype: N/A
{{{ I_finished_JB_71_xyz }}}
source 2:
------------------------------
<output/>
accession number: GCA_029074005.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_75->isolate or collection date in yyyy-mm-dd: 1998-06-23 format->geographic information of islateion: Australia->host name: pig->mlst type: 5->serotype: N/A
<output/>
source 3:
------------------------------
accession number: GCA_029074005.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_75->isolate or collection date in yyyy-mm-dd: 1998-06-23->geographic information of isolation: Australia->host name: pig->mlst type: 5->serotype: N/A

metadata is inconsist because:

- In source 0, the MLST type is "MLST:5", whereas in sources 1, 2, and 3, it is just "5".

the following content is the metadata for a bacterial isolate from 4 different sources. The metadata from each source includes information after </output>
    </output>
        accession number: xxx->species name: xxxx->strain name: xxxx->isolate or collection date in yyyy-mm-dd: xxxx format->geographic information of islateion: xxxx->host name: xxxx->mlst type: xxxx->serotype: xxxx
    <output/>

You must check if the metadata from 4 different sources are all consist. If yes, extract and output consist information below without explaining how to get such results:

    </output>
        accession number: xxx->species name: xxxx->strain name: xxxx->isolate or collection date in yyyy-mm-dd: xxxx format->geographic information of islateion: xxxx->host name: xxxx->mlst type: xxxx->serotype: xxxx
    <output/>


If not, output "metadata is inconsist" and explain why and which part is inconsist. PS: 
    a. if species name are the same but with different substrain name, it is considered consistent,
    b. if isolate or collection date are from the same year, it is still considered consistent, 
    c. if geographic information of isolation are from the same country, it is also considered consistent. 
    d. Also, ignore upper and lower case of the metadata

------------------------------
source 0:
------------------------------
</output>
accession number: GCA_029074035.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_74->isolate or collection date in yyyy-mm-dd: 1998-05-26->geographic information of islateion: Australia->host name: pig->mlst type: 5->serotype: N/A
<output/>
source 1:
------------------------------
{{{ Here_is_my_answer }}}
accession number: GCA_029074035.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_74->isolate or collection date: 1998-05-26->geographic information of islateion: Australia->host name: pig->mlst type: 5->serotype: N/A
{{{ I_finished_JB_72_xyz }}}
source 2:
------------------------------
</output>
accession number: GCA_029074035.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_74->isolate or collection date in yyyy-mm-dd: 1998-05-26 format->geographic information of islateion: Australia->host name: pig->mlst type: 5->serotype: N/A
<output/>
source 3:
------------------------------
accession number: GCA_029074035.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_74->isolate or collection date in yyyy-mm-dd: 1998-05-26->geographic information of isolation: Australia->host name: pig->mlst type: 5->serotype: N/A

</output>
accession number: GCA_029074035.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_74->isolate or collection date in yyyy-mm-dd: 1998-05-26 format->geographic information of islateion: Australia->host name: pig->mlst type: 5->serotype: N/A
<output/>

the following content is the metadata for a bacterial isolate from 4 different sources. The metadata from each source includes information after </output>
    </output>
        accession number: xxx->species name: xxxx->strain name: xxxx->isolate or collection date in yyyy-mm-dd: xxxx format->geographic information of islateion: xxxx->host name: xxxx->mlst type: xxxx->serotype: xxxx
    <output/>

You must check if the metadata from 4 different sources are all consist. If yes, extract and output consist information below without explaining how to get such results:

    </output>
        accession number: xxx->species name: xxxx->strain name: xxxx->isolate or collection date in yyyy-mm-dd: xxxx format->geographic information of islateion: xxxx->host name: xxxx->mlst type: xxxx->serotype: xxxx
    <output/>


If not, output "metadata is inconsist" and explain why and which part is inconsist. PS: 
    a. if species name are the same but with different substrain name, it is considered consistent,
    b. if isolate or collection date are from the same year, it is still considered consistent, 
    c. if geographic information of isolation are from the same country, it is also considered consistent. 
    d. Also, ignore upper and lower case of the metadata

------------------------------
source 0:
------------------------------
</output>
accession number: GCA_029074065.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_72->isolate or collection date in yyyy-mm-dd: 1989-05-13->geographic information of islateion: Australia->host name: pig->mlst type: 5->serotype: N/A
<output/>
source 1:
------------------------------
{{{ Here_is_my_answer }}}
accession number: GCA_029074065.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_72->isolate or collection date: 1989-05-13->geographic information of islateion: Australia->host name: pig->mlst type: 5->serotype: N/A
{{{ I_finished_JB_73_xyz }}}
source 2:
------------------------------
<output>
accession number: GCA_029074065.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_72->isolate or collection date in yyyy-mm-dd: 1989-05-13 format->geographic information of islateion: Australia->host name: pig->mlst type: 5->serotype: N/A
<output/>
source 3:
------------------------------
accession number: GCA_029074065.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_72->isolate or collection date in yyyy-mm-dd: 1989-05-13->geographic information of isolation: Australia->host name: pig->mlst type: 5->serotype: N/A

</output>
accession number: GCA_029074065.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_72->isolate or collection date in yyyy-mm-dd: 1989-05-13->geographic information of islation: Australia->host name: pig->mlst type: 5->serotype: N/A
<output/>

the following content is the metadata for a bacterial isolate from 4 different sources. The metadata from each source includes information after </output>
    </output>
        accession number: xxx->species name: xxxx->strain name: xxxx->isolate or collection date in yyyy-mm-dd: xxxx format->geographic information of islateion: xxxx->host name: xxxx->mlst type: xxxx->serotype: xxxx
    <output/>

You must check if the metadata from 4 different sources are all consist. If yes, extract and output consist information below without explaining how to get such results:

    </output>
        accession number: xxx->species name: xxxx->strain name: xxxx->isolate or collection date in yyyy-mm-dd: xxxx format->geographic information of islateion: xxxx->host name: xxxx->mlst type: xxxx->serotype: xxxx
    <output/>


If not, output "metadata is inconsist" and explain why and which part is inconsist. PS: 
    a. if species name are the same but with different substrain name, it is considered consistent,
    b. if isolate or collection date are from the same year, it is still considered consistent, 
    c. if geographic information of isolation are from the same country, it is also considered consistent. 
    d. Also, ignore upper and lower case of the metadata

------------------------------
source 0:
------------------------------
</output>
accession number: GCA_029074085.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_71->isolate or collection date in yyyy-mm-dd: 1998-02-19->geographic information of islateion: Australia->host name: pig->mlst type: 5->serotype: N/A
<output/>
source 1:
------------------------------
{{{ Here_is_my_answer }}}
accession number: GCA_029074085.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_71->isolate or collection date in yyyy-mm-dd: 1998-02-19->geographic information of isolation: Australia->host name: pig->mlst type: 5->serotype: N/A
{{{ I_finished_JB_75_xyz }}}
source 2:
------------------------------
</output>
accession number: GCA_029074085.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_71->isolate or collection date in yyyy-mm-dd: 1998-02-19 format->geographic information of islateion: Australia->host name: pig->mlst type: 5->serotype: N/A
<output/>
source 3:
------------------------------
accession number: GCA_029074085.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_71->isolate or collection date in yyyy-mm-dd: 1998-02-19->geographic information of islateion: Australia->host name: pig->mlst type: 5->serotype: N/A

</output>
accession number: GCA_029074085.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_71->isolate or collection date in yyyy-mm-dd: 1998-02-19->geographic information of islateion: Australia->host name: pig->mlst type: 5->serotype: N/A
<output/>

the following content is the metadata for a bacterial isolate from 4 different sources. The metadata from each source includes information after </output>
    </output>
        accession number: xxx->species name: xxxx->strain name: xxxx->isolate or collection date in yyyy-mm-dd: xxxx format->geographic information of islateion: xxxx->host name: xxxx->mlst type: xxxx->serotype: xxxx
    <output/>

You must check if the metadata from 4 different sources are all consist. If yes, extract and output consist information below without explaining how to get such results:

    </output>
        accession number: xxx->species name: xxxx->strain name: xxxx->isolate or collection date in yyyy-mm-dd: xxxx format->geographic information of islateion: xxxx->host name: xxxx->mlst type: xxxx->serotype: xxxx
    <output/>


If not, output "metadata is inconsist" and explain why and which part is inconsist. PS: 
    a. if species name are the same but with different substrain name, it is considered consistent,
    b. if isolate or collection date are from the same year, it is still considered consistent, 
    c. if geographic information of isolation are from the same country, it is also considered consistent. 
    d. Also, ignore upper and lower case of the metadata

------------------------------
source 0:
------------------------------
</output>
accession number: GCA_029074095.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_73->isolate or collection date in yyyy-mm-dd: 1989-05-13->geographic information of islateion: Australia->host name: pig->mlst type: 5->serotype: N/A
<output/>
source 1:
------------------------------
{{{ Here_is_my_answer }}}
accession number: GCA_029074095.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_73->isolate or collection date in yyyy-mm-dd: 1989-05-13->geographic information of isolation: Australia->host name: pig->mlst type: 5->serotype: N/A
{{{ I_finished_JB_76_xyz }}}
source 2:
------------------------------
<output>
accession number: GCA_029074095.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_73->isolate or collection date in yyyy-mm-dd: 1989-05->geographic information of islateion: Australia->host name: pig->mlst type: 5->serotype: N/A
<output/>
source 3:
------------------------------
accession number: GCA_029074095.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_73->isolate or collection date in yyyy-mm-dd: 1989-05-13->geographic information of islateion: Australia->host name: pig->mlst type: 5->serotype: N/A

The metadata is consistent. Here is the extracted information:

```
</output>
    accession number: GCA_029074095.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_73->isolate or collection date in yyyy-mm-dd: 1989-05-13->geographic information of islateion: Australia->host name: pig->mlst type: 5->serotype: N/A
<output/>
```