Print

def gen2d(ar):
    max_len = max([len(str(e)) for r in ar for e in r])
    for row in ar:
        print(*list(map('{{:>{length}}}'.format(length=max_len).format, row)))

def genTable(ar):
    max_len=0

    for i in range(len(ar)):
        for j in range(len(ar[i])):
            if len(str(ar[i][j]))>max_len:
                max_len=len(str(ar[i][j]))
    max_len+=2
    s="┏"+("━"*max_len+"┳")*len(ar[i])
    s=s[:len(s)-2]+"━┓\n"
    for i in range(len(ar)):
        for j in range(len(ar[i])):
            t="┃"+str(ar[i][j]).center(max_len)
            s+=t
        s=s[:len(s)-1]+" ┃\n┣"+("━"*max_len+"╋")*len(ar[i])
        s=s[:len(s)-2]+"━┫\n"
    t=len(s)-len("┃\n┣"+("━"*max_len+"╋")*len(ar[len(ar)-1]))
    #print(t)
    s=s[:t+1]+"┗"+("━"*max_len+"┻")*len(ar[i])
    s=s[:len(s)-2]+"━┛"
    return s

def print2d(ar,type_=0):
    if type_==0:
        print(genTable(ar))
    else:
        print(gen2d(ar))