def __init__(self, cycle):
super(EggHatcher, self).__init__()
self.m_Cycle = cycle
self.m_CurCol = 0
self.m_nxCtrl = Controller(printout=True)
self.m_nxCtrl.LS()
self.m_nxCtrl.pause(2)
def __init__(self, startDate, skipFrameNum):
super(TimeSkipper, self).__init__()
self.m_curDate = startDate
self.m_skipFrameNum = skipFrameNum
self.m_nxCtrl = Controller(printout=True)
self.m_nxCtrl.LS()
self.m_nxCtrl.pause(2)
self.m_timeClickDuration = 0.005
self.m_nxCtrl.buttondelay = 0.02
def save(ctrl: Controller):
ctrl.X()
ctrl.pause(0.5)
ctrl.R()
ctrl.pause(1.5)
ctrl.A()
ctrl.pause(4)
from NXController import Controller
ctr = Controller()
N = 90 # Number of Pokemon
for ii in range(N):
print(f'{ii+1}/{N} released')
ctr.A()
ctr.pause(0.1)
ctr.u()
ctr.u()
ctr.A()
ctr.pause(0.7)
ctr.u()
ctr.A()
ctr.pause(1.3)
ctr.A()
# Move to next
ctr.r()
# Change row
if ii % 6 == 5:
ctr.r()
ctr.d()
# Change boxs
if ii % 30 == 29:
ctr.R()
ctr.d()
ctr.d()
class TimeSkipper(object):
"""
过帧控制，起始状态要在坑前定位
"""
def __init__(self, startDate, skipFrameNum):
super(TimeSkipper, self).__init__()
self.m_curDate = startDate
self.m_skipFrameNum = skipFrameNum
self.m_nxCtrl = Controller(printout=True)
self.m_nxCtrl.LS()
self.m_nxCtrl.pause(2)
self.m_timeClickDuration = 0.005
self.m_nxCtrl.buttondelay = 0.02
def start_skip_frame(self):
self.save(collectWatt=False)
firstOpenTime = True
for i in range(self.m_skipFrameNum):
print("Current Skip = %s, Date = %s" % (i, self.m_curDate))
self.skip_one_frame(firstOpenTime)
firstOpenTime = False
self.m_curDate = self.m_curDate + datetime.timedelta(days=1)
# 1.1/4.1/8.1各保存一次，防崩溃
if self.m_curDate.day == 1 and (self.m_curDate.month == 1
or self.m_curDate.month == 4
or self.m_curDate.month == 8):
print("Save Date = %s" % self.m_curDate)
self.save()
firstOpenTime = True
self.save()
print("Skip Frame Finished!!!")
def close_controller(self):
self.m_nxCtrl.release()
self.m_nxCtrl.close()
def skip_one_frame(self, firstOpenTime=False):
self.m_nxCtrl.A(0.15)
self.m_nxCtrl.pause(0.1)
self.skip_time_from_year(firstOpenTime)
def skip_time_from_year(self, firstOpenTime=False):
tmpDate = self.m_curDate + datetime.timedelta(days=1)
# 跨年，年跳1
if tmpDate.year > self.m_curDate.year:
# 不是首次点开时间，要回退到年位置
if not firstOpenTime:
for i in range(5):
self.m_nxCtrl.l()
self.pause_skip_time()
firstOpenTime = True
self.m_nxCtrl.u()
self.pause_skip_time()
if firstOpenTime:
self.m_nxCtrl.r()
self.pause_skip_time()
self.skip_time_from_month(firstOpenTime)
def skip_time_from_month(self, firstOpenTime=False):
# 跨月，月跳1
lastMonthDay = self.last_day_of_month(self.m_curDate)
if self.m_curDate.day == lastMonthDay.day:
# 不是首次点开时间，回退到月位置
if not firstOpenTime:
for i in range(4):
self.m_nxCtrl.l()
self.pause_skip_time()
firstOpenTime = True
self.m_nxCtrl.u()
self.pause_skip_time()
# 补全由于月份跳动没有加到的日
appendDay = 0
if self.m_curDate.day == 28:
appendDay = 3
elif self.m_curDate.day == 29:
appendDay = 2
elif self.m_curDate.day == 30:
appendDay = 1
# 回到日位置
if appendDay > 0:
self.m_nxCtrl.r()
self.pause_skip_time()
# 日修正
for i in range(appendDay):
self.m_nxCtrl.u()
self.pause_skip_time()
# 回月位置
if appendDay > 0:
self.m_nxCtrl.l()
self.pause_skip_time()
if firstOpenTime:
self.m_nxCtrl.r()
self.pause_skip_time()
self.skip_time_from_day(firstOpenTime)
def skip_time_from_day(self, firstOpenTime=False):
# 不是首次点开时间，要回退到月位置
if not firstOpenTime:
for i in range(3):
self.m_nxCtrl.l()
self.pause_skip_time()
firstOpenTime = True
# 日跳1
self.m_nxCtrl.u()
self.pause_skip_time()
for i in range(3):
self.m_nxCtrl.r()
self.pause_skip_time()
self.m_nxCtrl.A(0.15)
self.m_nxCtrl.pause(0.1)
def pause_skip_time(self):
self.m_nxCtrl.pause(self.m_timeClickDuration)
def save(self, collectWatt=True):
# 回桌面进游戏
self.m_nxCtrl.h(0.1)
self.m_nxCtrl.pause(1)
self.m_nxCtrl.A(0.1)
self.m_nxCtrl.pause(2)
# 收瓦特
if collectWatt:
self.collect_watt()
# 保存
self.m_nxCtrl.X(0.5)
self.m_nxCtrl.pause(2)
self.m_nxCtrl.R(0.5)
self.m_nxCtrl.pause(2)
self.m_nxCtrl.A(0.5)
self.m_nxCtrl.pause(3)
print("Save!!!")
# 回桌面进时间界面
self.m_nxCtrl.h(0.1)
self.m_nxCtrl.pause(0.5)
self.m_nxCtrl.d(0.1)
self.m_nxCtrl.pause(0.5)
for i in range(4):
self.m_nxCtrl.r(0.1)
self.m_nxCtrl.pause(0.05)
self.m_nxCtrl.A(0.1)
self.m_nxCtrl.pause(1)
self.m_nxCtrl.d(-1)
self.m_nxCtrl.pause(2)
self.m_nxCtrl.release()
self.m_nxCtrl.r(0.1)
self.m_nxCtrl.pause(0.05)
# 定位到时间上
for i in range(4):
self.m_nxCtrl.d(0.1)
self.m_nxCtrl.pause(0.05)
self.m_nxCtrl.A(0.1)
self.m_nxCtrl.pause(0.5)
for i in range(2):
self.m_nxCtrl.d(0.1)
self.m_nxCtrl.pause(0.05)
def collect_watt(self):
self.m_nxCtrl.A(0.1)
self.m_nxCtrl.pause(2)
for i in range(5):
self.m_nxCtrl.B(0.1)
self.m_nxCtrl.pause(1)
def last_day_of_month(self, any_day):
next_month = any_day.replace(day=28) + datetime.timedelta(
days=4) # this will never fail
return next_month - datetime.timedelta(days=next_month.day)
from NXController import Controller
ctr = Controller()
## Or use your serial port if you have many
# ctr = Controller('/dev/tty.usbserial-AO0099VT');
ctr.A()
ctr.B()
ctr.X()
ctr.Y()
ctr.L()
ctr.R()
ctr.ZL()
ctr.ZR()
ctr.LS()
ctr.RS()
ctr.PLUS()
ctr.MINUS()
## long press to quit
ctr.B(5)
ctr.close()
from NXController import Controller
ctr = Controller()
for i in range(30):
ctr.A()
if i == 0:
ctr.r()
ctr.r()
else:
ctr.l()
ctr.l()
ctr.l()
ctr.u()
ctr.r(0.4)
ctr.A()
ctr.close()
from NXController import Controller # Full party lead with flame body, on your bike, egg is ready to pick # Text speed fast. No animation. cycle = 20 # Egg cycles hatchingtime = 9 # Unfreeze the game before fly, egg hatching time in seconds. 18 is safest slot = 1 # The first party slot to be replaced (1~5) N = 210 # Number of eggs to receive ctr = Controller() ctr.LS() ctr.buttondelay = 0 for i in range(N): # Fly to Day Care in Wild Area ctr.X() ctr.pause(1) if i == 0: # Select map ctr.ls_d(0.5) ctr.ls_l(0.7) ctr.A() ctr.pause(2.5) ctr.A() ctr.pause(0.5) ctr.A() ctr.pause(2.8) # Go back to Day Care ctr.ls_d(0.7) ctr.ls_r(0.2)
from NXController import Controller
from tqdm_helpers import trange
start_index = 1
N = 16 * 30 - 9 # Number of Pokemon
with Controller() as ctr:
for ii in trange(start_index - 1, N, desc="Releasing", unit="egg"):
ctr.A()
ctr.pause(0.5)
ctr.UP()
ctr.UP()
ctr.A()
ctr.pause(0.7)
ctr.UP()
ctr.A()
ctr.pause(1.3)
ctr.A()
ctr.pause(0.3)
# Move to next
ctr.RIGHT()
# Change row
if ii % 6 == 5:
ctr.RIGHT()
ctr.DOWN()
# Change boxs
if ii % 30 == 29:
ctr.R()
ctr.pause(0.5)
from NXController import Controller
ctr = Controller()
## Or use your serial port if you have many
# ctr = Controller('/dev/tty.usbserial-AO0099VT');
# Hold two stick in the oppsite direction
ctr.ls_r(-1)
ctr.rs_l(-1)
ctr.pause(5)
ctr.release()
# Backwards
ctr.ls_l(-1)
ctr.rs_r(-1)
ctr.pause(5)
ctr.release()
ctr.close()
from NXController import Controller
ctr = Controller()
## Or use your serial port if you have many
# ctr = Controller('/dev/tty.usbserial-AO0099VT');
ctr.A()
ctr.B()
ctr.X()
ctr.Y()
ctr.L()
ctr.R()
ctr.ZL()
ctr.ZR()
ctr.LS()
ctr.RS()
ctr.p()
ctr.m()
## long press to quit
ctr.B(5)
ctr.close()
class EggGetter(object):
""" 起始位置定在npc左边，背包pm要全满
"""
def __init__(self, eggCount):
super(EggGetter, self).__init__()
self.m_EggCount = eggCount
self.m_nxCtrl = Controller(printout=True)
self.m_nxCtrl.LS()
self.m_nxCtrl.pause(2)
def start_get_egg(self):
for i in range(self.m_EggCount):
print("Current Egg: %s" % (i + 1))
for j in range(4):
self.ls_left_up(2.8)
self.ls_right_up(2.83)
self.m_nxCtrl.release()
self.ask_egg()
print("Get Egg Finished!!!")
def ask_egg(self):
self.m_nxCtrl.pause(1.5)
self.m_nxCtrl.A()
self.m_nxCtrl.pause(0.5)
self.m_nxCtrl.A()
self.m_nxCtrl.pause(3.5)
self.m_nxCtrl.B()
self.m_nxCtrl.pause(1.5)
self.m_nxCtrl.B()
self.m_nxCtrl.pause(1.5)
self.m_nxCtrl.B()
self.m_nxCtrl.pause(0.5)
def ls_left_up(self, duration=0.1):
self.m_nxCtrl.send('LX MIN\r\nLY MIN', duration)
def ls_right_up(self, duration=0.1):
self.m_nxCtrl.send('LX MAX\r\nLY MIN', duration)
def close_controller(self):
self.m_nxCtrl.release()
self.m_nxCtrl.close()
def __init__(self, eggCount):
super(EggGetter, self).__init__()
self.m_EggCount = eggCount
self.m_nxCtrl = Controller(printout=True)
self.m_nxCtrl.LS()
self.m_nxCtrl.pause(2)
from NXController import Controller
ctr = Controller()
for i in range(30):
ctr.A()
if i == 0:
ctr.RIGHT()
ctr.RIGHT()
else:
ctr.LEFT()
ctr.LEFT()
ctr.LEFT()
ctr.UP()
ctr.RIGHT(0.4)
ctr.A()
ctr.close()
# Text speed fast. No animation.
#cycle = 20 # Egg cycles
#hatchingtime = 9 # Unfreeze the game before fly, egg hatching time in seconds. 18 is safest
#slot = 1 # The first party slot to be replaced (1~5)
#N = 210 # Number of eggs to receive
#利用5号道路长直线的原理进行孵蛋。
#使用方法：队首带一个特性为【火焰之躯】的宝可梦（例如巨碳山）。剩下五个位置全部是空的。
#然后保证当前所在的电脑箱子开始往后，全部是蛋（虽然没有应该也不会触发问题）
#原理： 【根据需要孵蛋的数量N，逐次往后一箱子一箱子孵【根据箱子特征，竖排往后逐次孵完一箱【根据孵蛋周期，确定单轮5个蛋的孵化小周期】】】
#单次Hatch_time完成后，必须进行全力往右的行进，从而可以被黑色西装男挡住，进行步长偏移的消除。回归单个小周期的初始态。
Hatch_time = 20 #此处请参考宝可梦百科中的 孵化周期，必定为 15 20 25 30 35 40其中的值。。
ctr = Controller()
for i in range(Hatch_time // 5):
# Backwards
# Hold two stick in the oppsite direction
for ii in range(2):
ctr.rs_l(-1)
ctr.ls_r(-1)
ctr.pause(4.5)
ctr.release()
ctr.pause(0.3)
# Backwards
ctr.rs_r(-1)
ctr.ls_l(-1)
ctr.pause(4.7)
ctr.release()
from NXController import Controller
ctr = Controller()
## Or use your serial port if you have many
# ctr = Controller('/dev/tty.usbserial-AO0099VT');
ctr.LS()
# Advance raid seed FrameCycle times
FrameCycle = 5
ReturntoStartDate = True
N = FrameCycle + 1 if ReturntoStartDate else FrameCycle
for ii in range(N):
# enter the raid
ctr.A()
ctr.pause(2)
# quit the game and go to settings
ctr.h()
ctr.pause(1)
ctr.d()
for jj in range(4):
ctr.r()
ctr.A()
ctr.d(2)
ctr.r()
for jj in range(4):
ctr.d()
ctr.A()
# change the date
ctr.d(0.4) # Scroll down to bottom
from NXController import Controller
import time
ctr = Controller()
count = 0
goal = int(input("目標幾隻："))
print("{}開始{}".format("=" * 10, "=" * 10))
while count < goal:
count += 1
print("目前第{}隻，剩餘{}隻達到目標。".format(count, goal - count))
Fossil()
print("已達目標數量，共{}隻。".format(goal))
#復活化石
def Fossil():
ctr.A(1)
# print("1. click A")
ctr.A(1)
# print("2. click A")
ctr.A(1)
# print("3. click A")
ctr.A(1)
# print("4. click A")
ctr.A(1)
# print("5. click A")
ctr.A(5)
# print("6. click A")
ctr.A(1)
class EggHatcher(object):
""" 初始化需要背包队伍为空，蛋箱满
"""
def __init__(self, cycle):
super(EggHatcher, self).__init__()
self.m_Cycle = cycle
self.m_CurCol = 0
self.m_nxCtrl = Controller(printout=True)
self.m_nxCtrl.LS()
self.m_nxCtrl.pause(2)
def start_hatch_egg(self):
while self.m_CurCol <= 6:
print("Cur Round: %s" % self.m_CurCol)
# 取蛋
self.pick_egg()
if self.m_CurCol == 6:
break
# 孵蛋
all_range = int(self.m_Cycle / 10)
for i in range(all_range):
# 5rang=10周期
for j in range(5):
print("周期: %s" % (i * 10 + j * 2))
self.run_round()
self.m_nxCtrl.ls_r(-1)
self.m_nxCtrl.ls_u(-1)
for cnt in range(20 * 5):
self.m_nxCtrl.B()
self.m_nxCtrl.pause(0.8)
self.m_nxCtrl.ls_r(-1)
self.m_nxCtrl.ls_u(-1)
self.m_nxCtrl.pause(6.5)
self.m_nxCtrl.release()
# 列数+1
self.m_CurCol = self.m_CurCol + 1
print("Patch Egg Finished!!!")
def run_round(self):
self.m_nxCtrl.ls_l(-1)
self.m_nxCtrl.ls_u(-1)
self.m_nxCtrl.pause(5.6)
self.m_nxCtrl.release()
# back
self.m_nxCtrl.ls_r(-1)
self.m_nxCtrl.ls_u(-1)
self.m_nxCtrl.pause(6.3)
self.m_nxCtrl.release()
def switch_2_box(self):
self.m_nxCtrl.X()
self.m_nxCtrl.pause(1)
self.m_nxCtrl.A()
self.m_nxCtrl.pause(2)
self.m_nxCtrl.R()
self.m_nxCtrl.pause(2)
self.m_nxCtrl.Y()
self.m_nxCtrl.pause(0.1)
self.m_nxCtrl.Y()
self.m_nxCtrl.pause(0.1)
self.m_nxCtrl.l()
self.m_nxCtrl.pause(0.1)
def back_2_road(self):
for i in range(3):
self.m_nxCtrl.B(2)
self.m_nxCtrl.pause(0.1)
def move_2_follow(self):
self.m_nxCtrl.r()
self.m_nxCtrl.pause(0.01)
self.m_nxCtrl.A()
self.m_nxCtrl.pause(0.01)
self.m_nxCtrl.u()
self.m_nxCtrl.pause(0.01)
self.m_nxCtrl.A()
self.m_nxCtrl.pause(0.01)
for i in range(self.m_CurCol + 1):
self.m_nxCtrl.l()
self.m_nxCtrl.pause(0.01)
self.m_nxCtrl.d()
self.m_nxCtrl.pause(0.01)
self.m_nxCtrl.A()
self.m_nxCtrl.pause(0.01)
def move_2_box(self):
self.m_nxCtrl.d()
self.m_nxCtrl.pause(0.01)
self.m_nxCtrl.A()
self.m_nxCtrl.pause(0.01)
for i in range(2):
self.m_nxCtrl.u()
self.m_nxCtrl.pause(0.01)
self.m_nxCtrl.A()
self.m_nxCtrl.pause(0.01)
for i in range(self.m_CurCol):
self.m_nxCtrl.r()
self.m_nxCtrl.pause(0.01)
self.m_nxCtrl.u()
self.m_nxCtrl.pause(0.01)
self.m_nxCtrl.A()
self.m_nxCtrl.pause(0.01)
def pick_egg(self):
print(f"Picking {self.m_CurCol + 1}th egg(s)")
self.switch_2_box()
if self.m_CurCol != 0:
self.move_2_box()
if self.m_CurCol != 6:
self.move_2_follow()
self.back_2_road()
def close_controller(self):
self.m_nxCtrl.release()
self.m_nxCtrl.close()
print("存檔中...")
ctr.B()
time.sleep(1.5)
ctr.X()
time.sleep(0.6)
ctr.R()
time.sleep(1)
ctr.A()
time.sleep(3.2)
print("存檔完畢")
ctr.A()
time.sleep(1)
if __name__ == "__main__":
ctr = Controller()
print("{}搜尋控制器{}".format("=" * 5, "=" * 5))
ctr.LR()
year, month, day = [
int(i) for i in input("輸入目前日期 (YYYY.MM.DD):").split('.')
]
count, goal = 0, int(input("輸入次數："))
# 當前日期轉為datetime格式
current_date = datetime.datetime(year, month, day)
isSaved = True
print("{}開始執行程式{}".format("=" * 5, "=" * 5))
while count < goal:
count += 1
from NXController import Controller
ctr = Controller()
N = 30 # Number of Pokemon in the box
ctr.buttondelay = 0.2
for i in range(N):
print(f'{i+1}/{N}')
ctr.A()
ctr.d(0.7)
ctr.r(0.7)
ctr.A()
ctr.R()
ctr.R()
ctr.A()
ctr.L()
ctr.L()
ctr.L()
#ctr.p()
ctr.close()
from NXController import Controller
ctr = Controller()
ctr.LS()
ctr.A()
ctr.pause(1)
ctr.A()
ctr.pause(1)
ctr.A()
ctr.pause(0.3)
ctr.HOME()
response = input("Restart(y/n): ")
while response == 'y':
ctr.X()
ctr.A()
ctr.pause(3)
ctr.A()
ctr.pause(1)
ctr.A()
ctr.pause(15)
ctr.A()
ctr.pause(7)
ctr.A()
ctr.pause(1)
ctr.A()
ctr.pause(1)
ctr.A()
from NXController import Controller
ctr = Controller()
N = 30 # Number of Pokemon in the box
ctr.buttondelay = 0.2
for i in range(N):
print(f'{i+1}/{N}')
ctr.A()
ctr.DOWN(0.7)
ctr.RIGHT(0.7)
ctr.A()
ctr.R()
ctr.R()
ctr.A()
ctr.L()
ctr.L()
ctr.L()
#ctr.p()
ctr.close()
from NXController import Controller
ctr = Controller()
## Or use your serial port if you have many
# ctr = Controller('/dev/tty.usbserial-AO0099VT');
#for i in range(10):
# ctr.ls_r(1)
# ctr.pause(0.2)
# ctr.ls_l(1)
# ctr.pause(0.2)
ctr.A()
from NXController import Controller
ctr = Controller()
## Or use your serial port if you have many
# ctr = Controller('/dev/tty.usbserial-AO0099VT');
# Hold two stick in the oppsite direction
ctr.LS_RIGHT(-1)
ctr.RS_LEFT(-1)
ctr.pause(5)
ctr.release()
# Backwards
ctr.LS_LEFT(-1)
ctr.RS_RIGHT(-1)
ctr.pause(5)
ctr.release()
ctr.close()
from NXController import Controller
ctr = Controller()
## Or use your serial port if you have many
# ctr = Controller('/dev/tty.usbserial-AO0099VT');
for x in range(300):
for i in range(2):
# Hold two stick in the oppsite direction
ctr.ls_l(-1)
ctr.rs_r(-1)
ctr.pause(1.8)
ctr.release()
# Backwards
ctr.ls_r(-1)
ctr.rs_l(-1)
ctr.pause(1.76)
ctr.release()
ctr.pause(0.5)
ctr.A()
ctr.pause(0.5)
ctr.A()
ctr.pause(4)
ctr.B()
ctr.pause(2)
ctr.B()
ctr.pause(1.4)
ctr.B()
ctr.pause(0.1)
ctr.release()
ctr.A()
def ChooseColor(last_hsv, hsv):
Diff = int(last_hsv[4] - hsv[4])
if Diff > 0:
for jj in range(Diff):
ctr.R()
else:
for jj in range(-Diff):
ctr.L()
# # Reset
from NXController import Controller
ctr = Controller()
ctr.LS()
ResetCanvas()
SetPalette()
# Print
direction = +1
last_hsv = [0, 0, 0, 255, 0]
for r in range(h):
if not hsv_array[r, :, 3].any(): # Skip transparent row
Move2NextRow()
continue
for c in range(w):
if direction < 0:
c = w - c - 1
hsv = hsv_array[r, c]
from NXController import Controller
import time
ctr = Controller()
## Or use your serial port if you have many
# ctr = Controller('/dev/tty.usbserial-AO0099VT');
#連續按 10次 A鍵
for i in range(10):
ctr.A()
ctr.close()
from NXController import Controller
ctr = Controller()
## Or use your serial port if you have many
# ctr = Controller('/dev/tty.usbserial-AO0099VT');
ctr.LS()
# Advance raid seed FrameCycle times
FrameCycle = 5
ReturntoStartDate = True
N = FrameCycle + 1 if ReturntoStartDate else FrameCycle
for ii in range(N):
# enter the raid
ctr.A()
ctr.pause(2)
# quit the game and go to settings
ctr.HOME()
ctr.pause(1)
ctr.DOWN()
for jj in range(4):
ctr.RIGHT()
ctr.A()
ctr.DOWN(2)
ctr.RIGHT()
for jj in range(4):
ctr.DOWN()
ctr.A()
# change the date
ctr.DOWN(0.4) # Scroll down to bottom