def round1():
# 点击主力队2次
Headquarters_1()
Delay(1, 2)
Headquarters_1()
Delay(1, 2)
# 补充弹药
CombatWindow.Supply()
# 移动到左下机场
pot1_1()
# 战斗
Delay(16, 18)
CombatWindow.Combat_EndClear()
# 部署守家队伍
# 取消选择
CombatWindow.Choose_Cancel()
# 点击指挥部
Headquarters_2()
Delay(1, 2)
# 点击确定，部署梯队
CombatWindow.Deploy_Confirm()
# 点击守家队2次
Headquarters_2()
Delay(1, 2)
Headquarters_2()
Delay(1, 2)
# 补充弹药
CombatWindow.Supply()
# 结束回合
CombatWindow.Round_End()
Delay(4, 5)
# 检测是否进入下一回合
matching = image.match(
'e:/code/girls_frontline_script/images/round_end.png',
image.capture_screen())
# 未进入下一回合
if (matching[0] < 100000000):
Delay(22, 23)
CombatWindow.Combat_EndClear()
Delay(6, 7)
# 检测是否进入下一回合
matching = image.match(
'e:/code/girls_frontline_script/images/round_end.png',
image.capture_screen())
# 未进入下一回合
if (matching[0] < 100000000):
Delay(22, 23)
CombatWindow.Combat_EndClear()
Delay(6, 7)
def ransac(points1, features1, points2, features2, round_count=1000):
''' computes the transformation matrix from img1 to img2 using ransac algorithm '''
matches = image.match(features1, features2)
match_count = len(matches)
print(match_count)
hypotheses = []
points1 = np.array([[p.pt[0], p.pt[1]] for p in points1])
points2 = np.array([[p.pt[0], p.pt[1]] for p in points2])
for r in trange(round_count):
try:
indices = np.random.choice(range(match_count), 4, replace=False)
print(indices)
sample_matches = [matches[i] for i in indices]
sample_points1, sample_points2 = zip(
*[[points1[first], points2[second]]
for first, second, _ in sample_matches])
T = projective(sample_points1, sample_points2)
votes = compute_agreement(T, points1, points2)
except np.linalg.LinAlgError:
pass
else:
hypotheses.append((T, sample_points1, sample_points2, votes))
return max(hypotheses, key=itemgetter(3))
def round1():
# 主力队补充弹药
Headquarters()
Delay(1, 2)
Headquarters()
Delay(1, 2)
CombatWindow.Supply()
# 前进
pot1_1()
Delay(2, 3)
CombatWindow.Choose_Cancel()
# 部署守家队并补充弹药
Headquarters()
Delay(1, 2)
CombatWindow.Deploy_Confirm()
Headquarters()
Delay(1, 2)
Headquarters()
Delay(1, 2)
CombatWindow.Supply()
# 结束回合
CombatWindow.Round_End()
Delay(19, 20)
# 检测是否进入下一回合
matching = image.match('e:/code/girls_frontline_script/images/round_end.png', image.capture_screen())
# 未进入下一回合
if (matching[0] < 100000000):
Delay(15, 16)
CombatWindow.Combat_EndClear()
Delay(6, 7)
def round4():
# 往上拖动界面
moveTo(randint(1400, 1600), randint(250, 400))
dragRel(randint(-50, 50), randint(400, 500), 0.5)
Delay(0, 1)
Airport()
Delay(1, 2)
Airport()
Delay(1, 2)
CombatWindow.Supply()
CombatWindow.PlanMode()
pot4_1()
Delay(1, 2)
CombatWindow.Plan_Confirm()
Delay(54, 56)
while(1):
# 检测是否在战斗中
matching = image.match('e:/code/girls_frontline_script/images/round_end.png', image.capture_screen())
# 战斗中
if (matching[0] < 100000000):
Delay(1, 2)
else:
break
CombatWindow.Round_End()
Delay(12, 14)
CombatWindow.Combat_Animation()
def round2():
# 守家梯队撤退
Headquarters_2()
Delay(1, 2)
Headquarters_2()
Delay(1, 2)
CombatWindow.Retreat()
# 选择主力队
pot1_2()
Delay(1, 2)
# 检测小飞机
matching = image.match(
'e:/code/girls_frontline_script/images/Combat/34n_fly.png',
image.capture_screen())
if (matching[0] > 20000000):
CombatWindow.Fairy_release()
pot2_2()
Delay(18, 19)
CombatWindow.Combat_EndClear()
pot2_2()
Delay(1, 2)
# 检测小飞机
matching = image.match(
'e:/code/girls_frontline_script/images/Combat/34n_fly.png',
image.capture_screen())
if (matching[0] > 20000000):
CombatWindow.Fairy_release()
pot3_2()
Delay(18, 19)
CombatWindow.Combat_EndClear()
pot3_2()
Delay(1, 2)
# 检测boss
matching = image.match(
'e:/code/girls_frontline_script/images/34n_boss.png',
image.capture_screen())
# boss出现
if (matching[0] > 20000000):
pot4_2()
else:
pot5_2()
Delay(1, 2)
pot6_2()
Delay(19, 20)
CombatWindow.Combat_EndClear()
# 撤退
CombatWindow.Combat_Terminate()
def round3():
CombatWindow.Round_End()
Delay(21, 22)
CombatWindow.Combat_EndClear()
Delay(3, 4)
# 检测是否进入战斗
matching = image.match('e:/code/girls_frontline_script/images/round_end.png', image.capture_screen())
# 进入战斗
if (matching[0] < 100000000):
Delay(11, 12)
CombatWindow.Combat_EndClear()
Delay(6, 7)
def round2():
# 主力队上前
pot1_1()
Delay(1, 2)
pot2_1()
Delay(2, 3)
# 检测是否进入战斗
matching = image.match('e:/code/girls_frontline_script/images/round_end.png', image.capture_screen())
# 进入战斗
if (matching[0] < 100000000):
Delay(13, 14)
CombatWindow.Combat_EndClear()
# 部署狗粮
Headquarters()
Delay(1, 2)
pot1_1()
Delay(2, 3)
CombatWindow.Choose_Cancel()
Headquarters()
Delay(1, 2)
CombatWindow.Deploy_Confirm()
# 交换
Headquarters()
Delay(1, 2)
pot1_1()
Delay(1, 2)
click(randint(685, 861), randint(560, 623))
Delay(2, 3)
CombatWindow.Choose_Cancel()
CombatWindow.PlanMode()
pot2_1()
Delay(1, 2)
Airport()
Delay(1, 2)
CombatWindow.Choose_Cancel()
pot1_1()
Delay(1, 2)
pot3_1()
Delay(1, 2)
CombatWindow.Plan_Confirm()
Delay(67, 68)
points2, features2 = image.orb_features(image.to_grayscale(img2), length=1000)
'''
plt.subplot(1,2,1)
plt.imshow(cv2.cvtColor(img1, cv2.COLOR_BGR2RGB))
plt.scatter([point.pt[0] for point in points1], [point.pt[1] for point in points1], c='r', s=40)
plt.subplot(1,2,2)
plt.imshow(cv2.cvtColor(img2, cv2.COLOR_BGR2RGB))
plt.scatter([point.pt[0] for point in points2], [point.pt[1] for point in points2], c='r', s=40)
plt.show()
'''
#T, points1, points2, votes = transform.ransac(points1, features1, points2, features2)
#T = transform.change_axis_system(T)
matches = image.match(features1, features2)
plt.subplot(1, 2, 1)
plt.imshow(cv2.cvtColor(img1, cv2.COLOR_BGR2RGB))
plt.scatter([points1[m[0]].pt[0] for m in matches],
[points1[m[0]].pt[1] for m in matches],
s=40)
plt.subplot(1, 2, 2)
plt.imshow(cv2.cvtColor(img2, cv2.COLOR_BGR2RGB))
plt.scatter([points2[m[0]].pt[0] for m in matches],
[points2[m[1]].pt[1] for m in matches],
s=40)
plt.show()