def get_center_ponit(self):
if self.i == 1:
return Point((self.line1.start.x + self.line1.end.x) / 2,
(self.line1.start.y + self.line1.end.y) / 2)
else:
return Point((self.line2.start.x + self.line2.end.x) / 2,
(self.line2.start.y + self.line2.end.y) / 2)
def __init__(self, area, i=1):
super().__init__()
self.line1 = Line(
Point(area["leftTop"][0], area["leftTop"][1]),
Point(area["rightBottom"][0], area["rightBottom"][1]))
self.line2 = Line(Point(area["leftBottom"][0], area["leftBottom"][1]),
Point(area["rightTop"][0], area["rightTop"][1]))
self.area = area
self.i = i
def leftOrRightByVector(self, startPos: Point, nowPos: Point, targetPos: Point):
X = nowPos.x
Y = nowPos.y
ST = Point(targetPos.x - startPos.x, targetPos.y - startPos.y) # 起始点到目标点向量
SN = Point(nowPos.x - startPos.x, nowPos.y - startPos.y) # 起始点到当前点向量
ds = (ST.x * SN.y) - (SN.x * ST.y) # 向量叉积
if ds > 0: # 在直线左边
if Y < targetPos.y:
return "left"
return "right"
elif ds < 0: # 在直线右边
if Y < targetPos.y:
return "right"
return "left"
else: # 在直线上
return "on the line"
def divide_line(self, cut):
if self.i == 1:
if cut <= 1:
return [self.line1.start, self.line1.end]
ret = []
for i in range(cut):
x = self.line1.start.x + (self.line1.end.x -
self.line1.start.x) / cut * i
y = self.line1.start.y + (self.line1.end.y -
self.line1.start.y) / cut * i
ret.append(Point(x, y))
return ret
else:
if cut <= 1:
return [self.line2.start, self.line2.end]
ret = []
for i in range(cut):
x = self.line2.start.x + (self.line2.end.x -
self.line2.start.x) / cut * i
y = self.line2.start.y + (self.line1.end.y -
self.line2.start.y) / cut * i
ret.append(Point(x, y))
return ret
def walk(self, targetPos: Point, move_type=0, sleep=0.5, precision=0.3, last=0, combat_exit=False,alive_exit=False,checkMount=False,targetIsEnemy_exit=False):
print("\r\n", file=self.hander)
# 初始化起始位置和当前位置相同
startPos = self.getNowPos()
nowPos = startPos
tx = targetPos.x
ty = targetPos.y
# 解决路点第一个点和人物重合，人物会再返回第一个点的问题
d = self.get_distance_off_tow_pos(targetPos, nowPos)
if d <= precision:
print("起始点就是目标点，循环次数：0,X误差：" + str(abs(tx - nowPos.x)) + ",Y误差：" + str(abs(ty - nowPos.y)), file=self.hander)
return True
self.control.driver.tap_key_down("w") # 开始持续移动
self.w_down = 1 # w是否按下标志位
count = 0
start = time.time()
while True:
if time.time() - start > 60: # 超过一段时间还没有到达下一额点
self.unStuck()
start = time.time()
if targetIsEnemy_exit and Target().isEnemy(self.player.getLevel()):
if self.w_down == 1:
self.control.driver.tap_key_up("w")
return False
if combat_exit is True and self.player.getStatus()["combat"] == 1:
if self.w_down == 1:
self.control.driver.tap_key_up("w")
return False
if checkMount and self.player.getStatus()['mounted'] == 0 and self.player.getStatus()['combat'] == 0:
if self.w_down == 1:
self.control.driver.tap_key_up("w")
self.player.mounted()
self.control.driver.tap_key_down("w") # 开始持续移动
self.w_down = 1 # w是否按下标志位
if alive_exit is True and self.player.getStatus()['dead'] == 0:
if self.w_down == 1:
self.control.driver.tap_key_up("w")
return False
print("开始" + str(count), file=self.hander)
if time.time() - start > last > 0:
if self.w_down == 1:
self.control.driver.tap_key_up("w")
return False
if self.w_down == 0:
self.control.driver.tap_key_down("w")
self.w_down = 1
startPos = nowPos # 变更起始位置为上次当前位置
time.sleep(sleep)
nowPos = self.getNowPos()
print(startPos.toString(), nowPos.toString(), targetPos.toString(), file=self.hander)
distance_to_target = self.get_distance_off_tow_pos(nowPos, targetPos)
print("与目标距离：" + str(distance_to_target), file=self.hander)
if distance_to_target > precision:
degree = self.posToDegree(startPos, nowPos, targetPos)
while degree == 9999:
if self.w_down == 0:
self.control.driver.tap_key_down("w") # 开始持续移动
self.w_down = 1
self.control.driver.turn_right()
self.control.driver.tap_str(" ") # 跳
print("寻路跳")
print("跳", file=self.hander)
degree = self.posToDegree(startPos, self.getNowPos(), targetPos)
t = self.degreeToTime(degree)
print("转向时间 t = " + str(t), file=self.hander)
if t > 0:
turn = self.leftOrRight(startPos, nowPos, targetPos)
print("turn = " + turn, file=self.hander)
if move_type == 1 or t >= sleep: # 如果move_type == 1 或者转向角度较大,停下来转，否则行走中转
self.control.driver.tap_key_up("w") # 转向期间停止移动
self.w_down = 0
if turn == 'left':
self.control.driver.turn_left(t)
else:
self.control.driver.turn_right(t)
count = count + 1
else:
self.control.driver.tap_key_up("w") # 停止移动
print("到达目标点，循环次数：" + str(count) + ",X误差：" + str(abs(tx - nowPos.x)) + ",Y误差：" + str(abs(ty - nowPos.y)), file=self.hander)
return True
def counterClockWiseSpin(self, point: Point, degree):
x = point.x * math.cos(math.radians(degree)) - point.y * math.sin(math.radians(degree))
y = point.y * math.cos(math.radians(degree)) + point.x * math.sin(math.radians(degree))
return Point(x, y)
def __init__(self, x, y):
Point.__init__(self, x, y)