start = input().split()
SizeOfRow = int(start[0])
SizeOfCol = int(start[1])

ix = [[0 for j in range(SizeOfCol)] for i in range(SizeOfRow)]
ix = [[-1 for j in range(SizeOfCol)] for i in range(SizeOfRow)]
StartS = []

for i in range(SizeOfRow):
	string = input().split()
	for j in range(SizeOfCol):
		if (string[j] == "S"):
			StartS.append(i)
			StartS.append(j)
		else:
			ix[i][j] = string[j]

CoordOfY = int(StartS[0])
CoordOfX = int(StartS[1])

for i in range(SizeOfRow):
	for j in range(SizeOfCol):
		ix[i][j] = int(ix[i][j])

MatrixBorn = [[-1 for j in range(SizeOfCol)] for i in range(SizeOfRow)]

def road_reduce(roadOfMatr):

    def great_path(key_mat, roadOfMatr, i, j):
        if (i < CoordOfY or j < CoordOfX):
            return 0
        if (roadOfMatr[i][j] != -1):
            return roadOfMatr[i][j]

        roadOfMatr[i][j] = max(great_path(key_mat, roadOfMatr, i - 1, j), great_path(key_mat, roadOfMatr, i, j - 1)) + key_mat[i][j]
        return roadOfMatr[i][j]

    maximum_sum = great_path(ix, MatrixBorn, len(ix) - 1, len(ix[0]) - 1)
    x, y = len(roadOfMatr[0]) - 1, len(roadOfMatr) - 1
    way = []
    while (x != CoordOfX or y != CoordOfY):
        way.append([y, x])
        if x - 1 < CoordOfX:
            y -= 1
        elif y - 1 < CoordOfY:
            x -= 1
        elif roadOfMatr[y - 1][x] == max(roadOfMatr[y - 1][x], roadOfMatr[y][x - 1]):
            y -= 1
        else:
            x -= 1
    way.append([CoordOfY, CoordOfX])
    return (way, maximum_sum)


road_back = road_reduce(MatrixBorn)
road_back[0].reverse()
new_string = []
print("Path:")
for i in road_back[0]:
	print('({},{})'.format(i[0], i[1]), end=" ")

print("\nCoins:", road_back[1], ' ')