DIR = 0
DIST = 2
def findStart(park):
for i in range(len(park)):
for j in range(len(park[0])):
if park[i][j] == 'S':
return (i,j)
return (0,0)
def direcConvertor(direc):
y_change=0
x_change=0
if direc=="N":
y_change= -1
x_change=0
elif direc=="E":
y_change=0
x_change=1
elif direc=="S":
y_change=1
x_change=0
else:
y_change=0
x_change=-1
return (y_change,x_change)
def solution(park, routes):
answer = []
start = findStart(park)
y = start[0]
x = start[1]
for route in routes:
direc = route[DIR]
dist = route[DIST]
y_change,x_change = direcConvertor(direc)
yCopy = y
xCopy = x
yLen = len(park)
xLen = len(park[0])
i=0
while i<int(dist):
yCopy = yCopy + y_change
xCopy = xCopy + x_change
if not(yCopy>=0 and yCopy<yLen and xCopy>=0 and xCopy<xLen and park[yCopy][xCopy] != "X"):
break
i=i+1
if i>=int(dist):
y=yCopy
x=xCopy
answer = [y,x]
return answer
댓글남기기