def update(self):
dx = 0
dy = 0
keys = self._context._system_state.inputs[self.id]
if keys[INDEX_RIGHT]:
dx += 1
if keys[INDEX_LEFT]:
dx -= 1
if keys[INDEX_UP]:
dy += 1
if keys[INDEX_DOWN]:
dy -= 1
self.x += dx * PLAYER_SPEED
self.y += dy * PLAYER_SPEED
self.frame += 1
if self._context.collision:
for i in range(self._context.array_fill - 1, -1, -1):
if (int(self._context.bullet_array[ARRAY_COLLIDE_MASK, i]) &
(1 << self.id)):
self._context.delete_bullet(i)
self.vanish()
if self._context.collisionML:
for i in range(self._context.array_ml_fill - 1, -1, -1):
if (int(self._context.bullet_array_ml[ARRAY_ML_COLLIDE_MASK,
i]) & (1 << self.id)):
self._context.bullet_list[i].vanish()
self.vanish()
if keys[INDEX_SHOT]:
foe_aimed_list = []
for foe in self._context.foe_list:
if foe.y > self.y and abs(foe.x - self.x) < SHOT_WIDTH / 2:
foe_aimed_list.append(foe)
if foe_aimed_list:
foe_choosen = random.randint(0, len(foe_aimed_list) - 1)
shot = Shot(self._context)
shot.x = self.x
shot.y = self.y
shot.aimed_foe = foe_aimed_list[foe_choosen]
return self
def update(self): dx = 0 dy = 0 keys = self._context._system_state.inputs[self.id] if keys[INDEX_RIGHT]: dx += 1 if keys[INDEX_LEFT]: dx -= 1 if keys[INDEX_UP]: dy += 1 if keys[INDEX_DOWN]: dy -= 1 self.x += dx*PLAYER_SPEED self.y += dy*PLAYER_SPEED self.frame += 1 if self._context.collision: for i in range(self._context.array_fill - 1, -1, -1): if (int(self._context.bullet_array[ARRAY_COLLIDE_MASK,i]) & (1 << self.id)): self._context.delete_bullet(i) self.vanish() if self._context.collisionML: for i in range(self._context.array_ml_fill - 1, -1, -1): if (int(self._context.bullet_array_ml[ARRAY_ML_COLLIDE_MASK,i]) & (1 << self.id)): self._context.bullet_list[i].vanish() self.vanish() if keys[INDEX_SHOT]: foe_aimed_list = [] for foe in self._context.foe_list: if foe.y > self.y and abs(foe.x - self.x) < SHOT_WIDTH / 2: foe_aimed_list.append(foe) if foe_aimed_list: foe_choosen = random.randint(0,len(foe_aimed_list) - 1) shot = Shot(self._context) shot.x = self.x shot.y = self.y shot.aimed_foe = foe_aimed_list[foe_choosen] return self
def get_shots_from_inner_html(inner_html, hole, categorize=False):
shots = {}
# Now let's get our info
# Find the hole par
r = re.search(
"<div class=\"parTxt\">Par<span id=\"holePar\" class=\"data holePar\">(\\d+)</span></div>",
inner_html)
if r:
par = int(r.group(1))
else:
print("Failed to find par")
print(inner_html)
# Find the hole length
r = re.search(
"<div class=\"yardTxt\">YDS<span id=\"holeYds\" class=\"data holeYds\">(\\d+)</span></div>",
inner_html)
if r:
hole_length = r.group(1) + " yards"
# Find the canvas dimensions
r = re.search(
"<canvas id=\"shotCanvas\\d+\" width=\"(\\d+)\" height=\"(\\d+)\" class=\"type1\">",
inner_html)
if r:
canvas_width = int(r.group(1))
canvas_height = int(r.group(2))
r = re.search("<div class=\"details\">\n.*?<div class=\"name\">(.+?)</div>", inner_html)
if r:
player = r.group(1)
else:
print("Couldn't find player")
# Remove some beginning and trailing garbage
inner_html = inner_html.split("<div class=\"tracker\"", 1)[1]
inner_html = inner_html.split("overlay error-message", 1)[0]
inner_html = inner_html.split(r"data-shot=", 1)[1]
# Find all the coordinates
for stuff in re.compile("marker(?: plus| hidden)? shot").split(inner_html):
r = re.search("\\d+", stuff)
if not r:
continue
shot = r.group(0)
if shot not in shots:
shots[shot] = Shot()
r = re.search("style=\"left: (\\d+)px; top: (\\d+)px", stuff)
if r:
shots[shot].x = int(MAP_WIDTH * (int(r.group(1)) + SHOT_MARKER_RADIUS) / canvas_width)
shots[shot].y = int(MAP_HEIGHT * (int(r.group(2)) + SHOT_MARKER_RADIUS) / canvas_height)
# Find all the distances
for stuff in inner_html.split("data-shot="):
r = re.search("\\d+", stuff)
if not r:
continue
shot = r.group(0)
if shot not in shots:
shots[shot] = Shot()
shots[shot].shot = int(shot)
shots[shot].hole = hole
shots[shot].par = par
shots[shot].player = player
# Find distance in yards, feet or inches
r = re.search(
"<div class=\"distance\">.*?<span>(\\d+)</span>.*?</div>", stuff)
if r:
shots[shot].shot_length = r.group(1) + " yards"
r = re.search(
"<div class=\"distance\">.*?<span class=\"feet\">(\\d+)</span>.*?</div>", stuff)
if r:
shots[shot].shot_length = r.group(1) + " feet"
r = re.search(
"<div class=\"distance\">.*?<span class=\"inch\">(\\d+)</span>.*?</div>", stuff)
if r:
shots[shot].shot_length = r.group(1) + " inches"
# Find distance to pin in yards, feet or inches
r = re.search(
"<div class=\"topin\">.*?<span>(\\d+)</span>.*?</div>", stuff)
if r:
shots[shot].distance_after = r.group(1) + " yards"
r = re.search(
"<div class=\"topin\">.*?<span class=\"feet\">(\\d+)</span>.*?</div>", stuff)
if r:
shots[shot].distance_after = r.group(1) + " feet"
r = re.search(
"<div class=\"topin\">.*?<span class=\"inch\">(\\d+)</span>.*?</div>", stuff)
if r:
shots[shot].distance_after = r.group(1) + " inches"
r = re.search(
"<div class=\"distance penalty\"><span class=\"penalty\">Penalty</span></div>", stuff)
if r:
shots[shot].type = "penalty"
else:
shots[shot].type = "normal"
# Turn dictionary into ordered list of shots
shots = [shots[shot] for shot in sorted(shots, key=int)]
# Set distance before:
shots[0].distance_before = hole_length
# Link up previous distances for other shots
for i in range(1, len(shots)):
shots[i].distance_before = shots[i-1].distance_after
if categorize:
# Read in the map
reader = png.Reader(filename="maps/H%02dW.png" % (hole))
w, _, pixels, metadata = reader.read_flat()
pixel_byte_width = 4 if metadata['alpha'] else 3
# Categorise the positions of the shots based on the map
for shot in shots:
pixel_position = shot.x + shot.y * w
pixel = pixels[pixel_position *
pixel_byte_width: (pixel_position + 1) * pixel_byte_width]
shot.category_after = get_category(pixel)
shots[0].category_before = "tee"
shots[len(shots) - 1].category_after = "hole"
# Link up previous category for other shots
for i in range(1, len(shots)):
shots[i].category_before = shots[i-1].category_after
return shots