def foldx(xvalue):
    global coords
    global maxx
    maxx=xvalue
    for line in coords:
        if line[0]>xvalue:
            line[0]=2*xvalue-line[0]

def foldy(yvalue):
    global coords
    global maxy
    maxy=yvalue
    for line in coords:
        if line[1]>yvalue:
            line[1]=2*yvalue-line[1]


with open('input13') as f:
    lines = f.read().splitlines()

coords=[]
folds=[]
isFoldsList=False
for line in lines:
    if isFoldsList==True:
        folds.append(line)
    elif line!='':
        tmp = line.split(',')
        coords.append([int(tmp[0]),int(tmp[1])])
    else:
        isFoldsList=True

maxx=0
maxy=0
for fold in folds:
    tmp=fold.split('=')
    if 'x' in tmp[0]:
        foldx(int(tmp[1]))
    else:
        foldy(int(tmp[1]))

answer=[bytearray(' '*(maxx),'ascii') for i in range(maxy)]
for line in coords:
    answer[line[1]][line[0]]=ord('#')

print(answer)