def print_matrix(matrix):
    print("\n".join([str(e) for e in matrix]))
    return

def transpone(matrix):
    if  type(matrix) not in (list,tuple):
        raise TypeError("matrix should be a list or tuple")
    ysize = len(matrix)
    xsize = len(matrix[0])
    for e in matrix:
        if  type(e) not in (list,tuple):
            raise ValueError("matrix elements should be lists or tuples")
        if len(e) is not xsize:
            raise ValueError("matrix is not a perfect size matrix")
    elements=[j for i in matrix for j in i]
    xsize,ysize = ysize,xsize
    after=[]
    for y in range(ysize):
        row=[]
        for x in range(xsize):
           row.append(elements[x*ysize+y])
        after.append(row)
    return after