INT104-lab3

def remove_odd_elements(mylist:list):
    return [element for element in mylist if(element//2*2==element)]

# a=[12,15,3,10]
# print(remove_odd_elements(a))


def count_occurrences_element(lst:list,x):
    lst=[a for a in lst if(a==x)]
    return len(lst)

'''
lst=[15,6,7,10,12,20,10,28,10]
x=10
lst=[8,6,8,10,8,20,10,8,8]
x=8
print(count_occurrences_element(lst,x))
'''

def remove_duplicates_characters(s:str):
    myset=set()
    for c in s:
        if not c in myset:
            print(c,end='')
        myset.add(c)
    print()


# s="abababababababaababababbc"
# remove_duplicates_characters(s)


def count_pattern_from_text(text:str):
    words=text.split(' ')
    dict={word: words.count(word) for word in words}
    print(dict)


# text="python hello this is my world hello world world"
# count_pattern_from_text(text)


import numpy as np


def matrix_multiple(A,B):
    C=np.dot(A,B)
    return C
    '''
    print(type(C))
    print(C)
    print(type(C.tolist()))
    print(C.tolist())
    '''


# A=[[12,7,3],[4,5,6],[7,8,9]]
# B=[[5,8,1,2],[6,7,3,0],[4,5,9,1]]
# matrix_multiple(A,B)