def init(target: int) -> None:
"""Counts available inventory pages."""
Glop.start = time.time()
Glop.target = target
Navigation.menu("inventory")
for btn in coords.INVENTORY_PAGE:
res = Inputs.check_pixel_color(*btn, coords.COLOR_INVENTORY_BG)
if not res:
Glop.inv_pages_unlocked += 1
Glop.update_inventory()
def get_wish_status(self):
"""Check which wishes are done and which are level 1 or higher."""
Navigation.menu("wishes")
self.wishes_completed = [] # completed wishes
self.wishes_in_progress = [] # wishes above level 0
self.wishes_active = [] # wishes that currently are progressing
Inputs.click(
*coords.WISH_PAGE[1]
) # go to page 2 and select the first wish to get rid of the green border
time.sleep(userset.MEDIUM_SLEEP)
Inputs.click(*coords.WISH_PORTRAIT)
time.sleep(userset.MEDIUM_SLEEP)
Inputs.click(*coords.WISH_PAGE[0])
for i, page in enumerate(coords.WISH_PAGE):
Inputs.click(*page)
for y in range(3):
for x in range(7):
border_color = Inputs.get_pixel_color(
coords.WISH_BORDER.x + x * 92,
coords.WISH_BORDER.y + y * 106)
if border_color == coords.COLOR_WISH_COMPLETED:
self.wishes_completed.append(1 + x + y + y * 6 +
i * 21)
if border_color == coords.COLOR_WISH_STARTED:
self.wishes_in_progress.append(1 + x + y + y * 6 +
i * 21)
active_color = Inputs.get_pixel_color(
coords.WISH_SELECTION.x + x * 92,
coords.WISH_SELECTION.y + y * 106)
if active_color == coords.COLOR_WISH_ACTIVE:
self.wishes_active.append(1 + x + y + y * 6 + i * 21)
if active_color == coords.COLOR_WISH_INACTIVE:
Inputs.click(coords.WISH_SELECTION.x + x * 92,
coords.WISH_SELECTION.y + y * 106)
Inputs.click(*coords.WISH_CLEAR_WISH)
self.wishes_in_progress.append(1 + x + y + y * 6 +
i * 21)
if i == 0: # after page 1 is scanned, select first wish
Inputs.click(*coords.WISH_PORTRAIT)
used_slots = len(self.wishes_active)
self.available_slots = self.wish_slots - used_slots
if used_slots > 0:
print(
f"{used_slots} wish slots are already in use and will be ignored."
)
def add_emr(self, wish, emr):
"""Add EMR to wish."""
alloc_coords = [
coords.WISH_E_ADD, coords.WISH_M_ADD, coords.WISH_R_ADD
]
Navigation.menu("wishes")
page = ((wish.id - 1) // 21)
Inputs.click(*coords.WISH_PAGE[page])
x = coords.WISH_SELECTION.x + (
(wish.id - 1) % 21 % 7) * coords.WISH_SELECTION_OFFSET.x
y = coords.WISH_SELECTION.y + (
(wish.id - 1) % 21 // 7) * coords.WISH_SELECTION_OFFSET.y
# have to add to add some offset here, otherwise the clicks don't register for some reason.
Inputs.click(x + 20, y + 20)
for i, e in enumerate(emr):
Navigation.input_box()
Inputs.send_string(e)
Inputs.click(*alloc_coords[i])
def loop() -> None:
while len(Glop.reagents["glop.png"]) < Glop.target:
Navigation.menu("inventory")
# Find the glop reagent we have the fewest of
target = min(Glop.reagents,
key=lambda x: len(Glop.reagents[x])
if x != "glop.png" else float('Inf'))
for reagent in Glop.reagents[target]:
Inputs.click(*coords.INVENTORY_PAGE[reagent.page])
Inputs.click(reagent.x, reagent.y, button="right")
Inputs.ctrl_click(reagent.x, reagent.y)
print(f"converted {len(Glop.reagents[target])} glops")
Adventure.snipe(Glop.GLOP_ZONE_MAP[target], 2)
Glop.update_inventory()
elapsed = round(time.time() - Glop.start)
print(
f"Finished collecting {Glop.target} glops in {datetime.timedelta(seconds=elapsed)}"
)
def update_inventory() -> None:
"""Scan all inventory pages for glop related items."""
Navigation.menu("inventory")
for item in coords.GLOP_FILENAMES:
Glop.reagents[item] = []
for page in range(Glop.inv_pages_unlocked):
Inputs.click(*coords.INVENTORY_PAGE[page])
time.sleep(userset.LONG_SLEEP)
bmp = Inputs.get_bitmap()
for item in coords.GLOP_FILENAMES:
path = Inputs.get_file_path("images", item)
# Using the whole window instead of cropping out just the inventory yields higher accuracy
rect = (Window.x, Window.y, Window.x + 960, Window.y + 600)
res = Inputs.find_all(*rect, path, threshold=0.9, bmp=bmp)
reagents = list(
map(lambda x: Reagent(x[0], x[1], item, page), res))
if reagents: Glop.reagents[item].extend(reagents)
print("\nScan found these glop reagents\n")
for item in coords.GLOP_FILENAMES:
print(f"{item}: {len(Glop.reagents[item])}")
# print("Going into Sleep till 30 mins up?")
# print(str(f.rt_to_seconds()) + " < end")
if rt > end:
f.do_rebirth()
time.sleep(1)
rt = f.rt_to_seconds()
return
w = Window()
i = Inputs()
nav = Navigation()
feature = Features()
#ngui = NGUI(nav)
Window.x, Window.y = i.pixel_search(coords.TOP_LEFT_COLOR, 0, 0, 400, 600)
nav.menu("inventory")
u = UpgradeEM(37500, 37500, 1, 1, 3)
r3unlocked = False
print(f"Top left found at: {w.x}, {w.y}")
tracker = Tracker(30)
while True: # main loop
speedrun(30, feature)
tracker.progress()
