xy = array(values, dtype=dtype)
key_frames = []
prev_key_value = 0
for frame in frames:
key_value = frame[3]
if not key_value == prev_key_value:
prev_key_value = key_value
new_data = array([(frame[0], frame[1], frame[2])], dtype=dtype)
xy = append(xy, new_data, 0)
key_array = parse_keys(key_value, keys)
key_frames.append([frame[0], key_array])
xy = sort(xy, order='time')
return xy, key_frames
if __name__ == '__main__':
# Test select from multiple
from replay_parser import ReplayParser
import os
import psutil
import cProfile
replay = ReplayParser("Cynesta_-_S3RL_feat_Mixie_Moon_-_FriendZoned_Slayeds_Insane_2020-04-21_Osu.osr")
frames, times = replay.get_frames()
replay.dump_frames("whitecat_frames.txt")
#xy_pos, key_frames = preprocess_frames(frames, {'left': 'F', 'right': 'G', 'smoke': 'D'})
elif len(handle_info['matches']) > 1:
window_title, hwnd = select_from_multiple(handle_info['matches'])
else:
window_title, hwnd = handle_info['matches'][0]
PROCESS_VM_READ = 0x0010
PID = win32process.GetWindowThreadProcessId(hwnd)[1] # Get process PID
process = win32api.OpenProcess(PROCESS_VM_READ, False,
PID) # Open Process in READ mode
time_ptr = getTimePointer(
process.handle) # Get pointer address to game time
game_time = readTime(time_ptr,
process.handle) # Read game time with given address
replay = ReplayParser(sys.argv[1]) # Parse replay file
frames, times = replay.get_frames() # Get replay frames
mouse_frames, key_frames = preprocess_frames(frames, keyDict)
speed_modifier = 1.5 if replay.mods & 64 == 64 else 1 # If it's dt, we need to wait less for game time to catch up
k1_message_queue = Queue()
mouse_message_queue = Queue()
key_listener_queue = Queue()
k1p = Process(target=keyProcessor, args=(k1_message_queue, ))
klp = Process(target=keyListenerProcess,
args=(keyQuickRetry, 'Q', key_listener_queue))
mousep = Process(target=mouseProcessor, args=(mouse_message_queue, ))
k1p.start()
