使用Python进行两个字符串的并集操作

def multiple_strings(first, second):  # The input of both the strings are given    data1 = set(first)  # Both the strings are then converted into data sets    data2 = set(second)    union_data = data1.union(data2) # After conversion, the data sets are combined with the help of union operation    final_string = ''.join(union_data) # The Combined data set is then converted back into strings    return final_string# Example first = "What"  # The two input strings are defined second = "Where"final_result = multiple_strings(first, second) # The function multiple_strings is runprint(final_result) # The output after union Operation Will be shown

Wraeth  

def multiple_strings(first, second): # The input of both the strings are given    union_dict = {} # A new dictionary is created for the union operation    for char in first:  # All the elements in both the strings are checked and then they are added in the new dictionary created        union_dict[char] = True    for char in second:        union_dict[char] = True  # No duplicate characters will be added because dictionary keys will take input of different characters only    union_string = ''.join(union_dict.keys())    # Once the union operation of the keys is performed, then we will convert the dictionary key back into string    return union_string# Example first = "What"  # The two input strings are defined second = "Where"final_result = multiple_strings(first, second) # The function multiple_strings is runprint(final_result) # The output after union Operation Will be shown

Whater 

def multiple_strings(first, second): # The input of both the string is given    combined_strings = list(first) # The first string is converted into a list    for char in second:  #If the element in second string is not present in first string then they are combined into the first list and the union operation is performed        if char not in combined_strings:            combined_strings.append(char)    final_string = ''.join(combined_strings) #The lists are then converted back into string    return final_string# Example first = "What"  # The two input strings are defined second = "Where"final_result = multiple_strings(first, second) # The function multiple_strings is runprint(final_result) # The output after union Operation Will be shown

Whater  

def multiple_strings(first, second): # The input of both the string is given    first_set = set(first) # Both the strings are converted into sets    second_set = set(second)    final_string = ''.join(first_set | second_set) # Using the pipe operator the respective sets are combined after removing the common elements    return final_string# Example first = "What"  # The two input strings are defined second = "Where"final_result = multiple_strings(first, second) # The function multiple_strings is runprint(final_result) # The output after union Operation Will be shown

import itertools # Do not forget to import itertools or else error might occurdef unique_everseen(iterable, key=None):    seen = set()    seen_add = seen.add    if key is None:  # The input of both the string is given        for element in itertools.filterfalse(seen.__contains__, iterable):# Through the chain() function we will combine both the strings into cone common string            seen_add(element)            yield element    else:        for element in iterable:            k = key(element)            if k not in seen:                seen_add(k)                yield elementdef multiple_strings(first, second):  # The input of both the string is given    union_string = ''.join(unique_everseen(itertools.chain(string1, string2)))# With the help of unique.everseen() function we will remove all the common elements from the combined string    return union_string# Example first = "What"  # The two input strings are defined second = "Where"final_result = multiple_strings(first, second) # The function multiple_strings is runprint(final_result) # The output after union Operation Will be shown