import cv2, imutils, os
from src.screen_processor import MapleScreenCapturer
from src.screen_processor import StaticImageProcessor
from src.keystate_manager import KeyboardInputManager
import src.directinput_constants
import numpy as np, time
screencap = MapleScreenCapturer()
scrp = StaticImageProcessor(screencap)
scrp.update_image()
area = scrp.get_minimap_rect()
key_mgr = KeyboardInputManager()
testkey = src.directinput_constants.DIK_A
while True:
scrp.update_image(set_focus=False)
minimap_image = scrp.bgr_img[area[1]:area[1] + area[3],
area[0]:area[0] + area[2]]
playerpos = scrp.find_player_minimap_marker(area)
if playerpos:
cv2.circle(minimap_image, playerpos, 4, (255, 0, 0), -1)
regular_find = imutils.resize(minimap_image, width=400)
cv2.imshow("s to start measuring", regular_find)
#print("regular", playerpos)
#print("templ", playerpos_templ)
inp = cv2.waitKey(1)
if inp == ord("q"):
cv2.destroyAllWindows()
from src.screen_processor import MapleScreenCapturer, StaticImageProcessor
import cv2, numpy as np
mcap = MapleScreenCapturer()
scrp = StaticImageProcessor(mcap)
player_marker = np.array([68, 221, 255])
scrp.update_image()
area = scrp.get_minimap_rect()
print(area)
while True:
scrp.update_image(set_focus=False)
cropped = scrp.bgr_img[area[1]:area[1] + area[3],
area[0]:area[0] + area[2]]
mask = cv2.inRange(cropped, player_marker, player_marker)
td = np.transpose(np.where(mask > 0)).tolist()
print(len(td))
"""if len(td) > 0:
avg_x = 0
avg_y = 0
totalpoints = 0
for coord in td:
avg_y += coord[0]
avg_x += coord[1]
totalpoints += 1
avg_y = int(avg_y / totalpoints)
avg_x = int(avg_x / totalpoints)
return avg_x, avg_y"""
cv2.imshow("", mask)
dt = cv2.waitKey(1)
if dt == ord("q"):
from src.player_controller import PlayerController from src.keystate_manager import KeyboardInputManager import time from src.screen_processor import MapleScreenCapturer from src.screen_processor import StaticImageProcessor from win32gui import SetForegroundWindow wcap = MapleScreenCapturer() scrp = StaticImageProcessor(wcap) hwnd = wcap.ms_get_screen_hwnd() kbd_mgr = KeyboardInputManager() player_cntrlr = PlayerController(kbd_mgr, scrp) SetForegroundWindow(hwnd) time.sleep(0.5) scrp.update_image() print(scrp.get_minimap_rect()) print(scrp.find_player_minimap_marker()) player_cntrlr.update() print(player_cntrlr.x, player_cntrlr.y) #player_cntrlr.moonlight_slash_sweep_move(player_cntrlr.x + 100) player_cntrlr.optimized_horizontal_move(player_cntrlr.x + 1) #player_cntrlr.jumpr_double() #player_cntrlr.jumpr_glide() print(player_cntrlr.x, player_cntrlr.y)
import matplotlib.pyplot as plt, time
from src.screen_processor import MapleScreenCapturer, StaticImageProcessor
from src.directinput_constants import DIK_ALT, DIK_UP
from src.keystate_manager import KeyboardInputManager
cap = MapleScreenCapturer()
scrp = StaticImageProcessor(cap)
scrp.update_image(set_focus=True)
rect = scrp.get_minimap_rect()
inp = KeyboardInputManager()
start_delay = 0.5
increment = -0.05
plot_data = []
while start_delay > 0:
scrp.update_image(set_focus=False)
current_y = scrp.find_player_minimap_marker(rect)[1]
start_time = time.time()
inp.single_press(DIK_ALT)
time.sleep(start_delay)
inp.single_press(DIK_UP)
time.sleep(0.01)
inp.single_press(DIK_UP)
y_list = []
while abs(time.time() - start_time) < 3:
scrp.update_image(set_focus=False)
y_list.append(scrp.find_player_minimap_marker(rect)[1])
plot_data.append((round(start_delay, 2), abs(current_y - min(y_list))))
print("Delay: %f distance: %d" %
(round(start_delay, 2), abs(current_y - min(y_list))))