def run(isSecondary=False,delay=3):
times = 0
uart = poke_swsh_common.uart()
try:
poke_swsh_common.delay(uart,delay)
while True:
if isSecondary and (times % 150 == 149):
poke_swsh_common.switchNetMode(uart)
for i in range(0, 3):
# 人物移动
poke_swsh_common.send(uart,'LX MIN', 1.7)
sleep(0.5)
poke_swsh_common.send(uart,'LX MAX', 1.8)
# 调整角度
poke_swsh_common.send(uart,'LY MIN', 0.5)
sleep(0.1)
# 取蛋
poke_swsh_common.send(uart,'Button A', 0.1)
sleep(0.8)
poke_swsh_common.send(uart,'Button A', 0.1)
sleep(0.8)
delay = 0
while delay < 8:
poke_swsh_common.send(uart,'Button B', 0.1)
sleep(0.9)
delay = delay + 1
sleep(1)
times = times + 1
if times % 10 == 0:
print("[%s] 脚本运行中，已执行了%d次取蛋动作" % (datetime.now(),times))
except KeyboardInterrupt:
poke_swsh_common.send(uart,'RELEASE')
print("[%s] 脚本运行结束，共执行了%d次取蛋动作" % (datetime.now(),times))
def run(date=1, maxDate=31, delay=3):
uart = poke_swsh_common.uart()
try:
poke_swsh_common.delay(uart, delay)
times = 0
invalidDate = False
while True:
poke_swsh_common.gotoHome(uart)
poke_swsh_common.gotoDatetimeSettingFromHome(uart)
poke_swsh_common.initialAddOneDay(uart)
date += 1
if date > maxDate:
date = 1
poke_swsh_common.followingAddOneDay(uart)
date += 1
invalidDate = False
else:
times += 1
invalidDate = False
poke_swsh_common.returnGame(uart)
poke_swsh_common.gotoRaid(uart, isOnline=False, hasWatts=True)
# 取消团战
poke_swsh_common.send(uart, 'Button B', 0.1)
sleep(2)
except KeyboardInterrupt:
poke_swsh_common.send(uart, 'RELEASE')
def run(date=1, maxDate=31, isSecondary=True, delay=3.0):
uart = poke_swsh_common.uart()
try:
poke_swsh_common.delay(uart, delay)
while (True):
poke_swsh_common.openGame(uart, isSecondary)
times = 0
invalidDate = False
while (times < 4):
if (times == 0) or invalidDate:
poke_swsh_common.gotoRaid(uart,
isOnline=False,
hasWatts=False)
elif times == 3:
poke_swsh_common.onlineModel(uart)
poke_swsh_common.gotoRaid(uart,
isOnline=True,
hasWatts=True)
poke_swsh_common.setRaidPassword(uart)
poke_swsh_common.waitForRaid(uart)
poke_swsh_common.raid(uart)
break
else:
poke_swsh_common.gotoRaid(uart,
isOnline=False,
hasWatts=True)
# 点击 大家一起挑战
poke_swsh_common.send(uart, 'Button A', 0.1)
sleep(3)
poke_swsh_common.gotoHome(uart)
poke_swsh_common.gotoDatetimeSettingFromHome(uart)
poke_swsh_common.initialAddOneDay(uart)
date += 1
if date > maxDate:
date = 1
invalidDate = True
else:
times += 1
invalidDate = False
poke_swsh_common.returnGame(uart)
# 取消团战
poke_swsh_common.send(uart, 'Button B', 0.1)
sleep(1)
poke_swsh_common.send(uart, 'Button A', 0.1)
sleep(5)
poke_swsh_common.closeGame(uart)
except KeyboardInterrupt:
poke_swsh_common.send(uart, 'RELEASE')
def run(isSecondary=True, delay=3):
uart = poke_swsh_common.uart()
try:
poke_swsh_common.delay(uart, delay)
times = 0
while True:
poke_swsh_common.openGame(uart, isSecondary=isSecondary)
poke_swsh_common.onlineModel(uart)
poke_swsh_common.gotoRaid(uart)
poke_swsh_common.setRaidPassword(uart)
poke_swsh_common.waitForRaid(uart)
poke_swsh_common.raid(uart)
poke_swsh_common.closeGame(uart)
times = times + 1
print("[%s] 脚本运行中，已开启了%d次团战" % (datetime.now(), times))
except KeyboardInterrupt:
poke_swsh_common.send(uart, 'RELEASE')
def run(frames=1000,date=1,maxDate=31,delay=3.0):
times = 0
uart = poke_swsh_common.uart()
try:
poke_swsh_common.delay(uart,delay)
while(True):
if times >= frames:
break
if times > 0:
print("[%s] 任务进行中，已经跳过%d帧" % (datetime.now(),times))
poke_swsh_common.returnGame(uart)
poke_swsh_common.save(uart)
poke_swsh_common.gotoHome(uart)
poke_swsh_common.gotoDatetimeSettingFromHome(uart)
poke_swsh_common.initialAddOneDay(uart)
date += 1
if date > maxDate:
date = 1
else:
times += 1
for num in range(0,999):
if times >= frames:
break
poke_swsh_common.followingAddOneDay(uart)
date += 1
if date > maxDate:
date = 1
else:
times += 1
print("[%s] 任务完成，已经跳过%d帧" % (datetime.now(),times))
except KeyboardInterrupt:
poke_swsh_common.send(uart,'RELEASE')
def run(initCol=0,
maxBox=0,
maxCol=5,
eggCycle=20,
flamebody=True,
isSecondary=False,
delay=3):
if flamebody:
steps = math.ceil(257.0 * eggCycle / 2.0)
cycles = math.ceil(eggCycle / 2.0)
else:
steps = 257 * eggCycle
cycles = eggCycle
col = initCol
box = 0
print("[%s] 孵化周期：%d，孵化步数：%d" % (datetime.now(), eggCycle, steps))
print("[%s] 起始列：%d，终止箱子数：%d，终止列：%d" %
(datetime.now(), initCol, maxBox, maxCol))
uart = poke_swsh_common.uart()
try:
poke_swsh_common.delay(uart, delay)
while True:
# 进入盒子
poke_swsh_common.send(uart, 'Button X', 0.1)
sleep(1)
poke_swsh_common.send(uart, 'Button A', 0.1)
sleep(1.4)
poke_swsh_common.send(uart, 'Button R', 0.1)
sleep(1.6)
# 选择范围移动
poke_swsh_common.send(uart, 'Button Y', 0.1)
sleep(0.2)
poke_swsh_common.send(uart, 'Button Y', 0.1)
sleep(0.2)
# 移动光标到同行第二只宝可梦，然后选择2-6宝可梦
poke_swsh_common.send(uart, 'LX MIN', 0.1)
sleep(0.15)
poke_swsh_common.send(uart, 'LY MAX', 0.1)
sleep(0.15)
poke_swsh_common.send(uart, 'Button A', 0.1)
sleep(0.3)
poke_swsh_common.send(uart, 'LY MIN', 0.1)
sleep(0.15)
poke_swsh_common.send(uart, 'LY MIN', 0.1)
sleep(0.15)
# poke_swsh_common.send(uart,'LY MAX', 0.1)
# sleep(0.15)
# poke_swsh_common.send(uart,'LY MAX', 0.1)
# sleep(0.15)
# poke_swsh_common.send(uart,'LY MAX', 0.1)
sleep(0.15)
poke_swsh_common.send(uart, 'Button A', 0.1)
sleep(0.5)
# 移动光标到0行col列
poke_swsh_common.send(uart, 'LY MIN', 0.1)
sleep(0.15)
for num in range(0, col + 1):
poke_swsh_common.send(uart, 'LX MAX', 0.1)
sleep(0.15)
# 放下移动宝可梦
poke_swsh_common.send(uart, 'Button A', 0.1)
sleep(0.5)
# 光标移动到要孵的蛋的位置
col = col + 1
if col > 5:
col = 0
poke_swsh_common.send(uart, 'Button R', 0.1)
sleep(0.5)
# poke_swsh_common.send(uart,'LX MIN', 0.1)
# sleep(0.15)
# poke_swsh_common.send(uart,'LX MIN', 0.1)
# sleep(0.15)
# poke_swsh_common.send(uart,'LX MIN', 0.1)
# sleep(0.15)
# poke_swsh_common.send(uart,'LX MIN', 0.1)
# sleep(0.15)
# poke_swsh_common.send(uart,'LX MIN', 0.1)
# sleep(0.15)
poke_swsh_common.send(uart, 'LX MAX', 0.1)
sleep(0.15)
poke_swsh_common.send(uart, 'LX MAX', 0.1)
sleep(0.15)
box = box + 1
else:
poke_swsh_common.send(uart, 'LX MAX', 0.1)
sleep(0.15)
# 选中要孵的蛋
poke_swsh_common.send(uart, 'Button A', 0.1)
sleep(0.1)
# poke_swsh_common.send(uart,'LY MAX', 0.1)
# sleep(0.15)
# poke_swsh_common.send(uart,'LY MAX', 0.1)
# sleep(0.15)
# poke_swsh_common.send(uart,'LY MAX', 0.1)
# sleep(0.15)
poke_swsh_common.send(uart, 'LY MIN', 0.1)
sleep(0.15)
poke_swsh_common.send(uart, 'Button A', 0.1)
sleep(0.5)
# 移动光标到同行第二只宝可梦，然后放下宝可梦
for num in range(0, col + 1):
poke_swsh_common.send(uart, 'LX MIN', 0.1)
sleep(0.15)
poke_swsh_common.send(uart, 'LY MAX', 0.1)
sleep(0.15)
poke_swsh_common.send(uart, 'Button A', 0.1)
sleep(0.3)
# 退出盒子
poke_swsh_common.send(uart, 'Button B', 0.1)
sleep(1.6)
poke_swsh_common.send(uart, 'Button B', 0.1)
sleep(1.4)
poke_swsh_common.send(uart, 'Button B', 0.1)
sleep(1.2)
# 人物移动
for num in range(0, cycles):
poke_swsh_common.send(uart, 'LX MAX', 3.8)
sleep(0.2)
poke_swsh_common.send(uart, 'LX MIN', 3.8)
sleep(0.2)
# 孵化
for num in range(0, 5):
if num % 2 == 0:
poke_swsh_common.send(uart, 'LX MAX', 0.3)
else:
poke_swsh_common.send(uart, 'LX MIN', 0.3)
sleep(0.5)
for delay in range(0, 18):
poke_swsh_common.send(uart, 'Button B', 0.1)
sleep(1)
# 调整人物位置
poke_swsh_common.send(uart, 'LX MIN', 3.8)
sleep(0.5)
poke_swsh_common.send(uart, 'LY MIN', 0.3)
sleep(0.2)
if col == 0:
print("[%s] 脚本运行中，孵蛋到第%d箱，共%d箱，%d列" %
(datetime.now(), box, maxBox, maxCol))
if box % 3 == 2:
# 保存进度
# poke_swsh_common.save(uart)
if isSecondary:
poke_swsh_common.switchNetMode(uart)
# 判断是否完成
if box > maxBox or (box == maxBox and col >= maxCol):
break
except KeyboardInterrupt:
poke_swsh_common.send(uart, 'RELEASE')
print("[%s] 脚本运行结束，成功孵蛋到第%d箱，%d列" % (datetime.now(), box, col))