...

AI_M_BOT(opencv+yolo)/AI_M_BOT_X1.py

@@ -354,7 +354,7 @@ def control_mouse(a, b, fps_var, ranges, rate, go_fire, win_class, move_rx, move
     if enhanced_holdback[1]:
         win32gui.SystemParametersInfo(SPI_SETMOUSE, [0, 0, 0], 0)
 
-    if fps_var and guide_to_target[0]:
+    if fps_var and arr[17]:
         if move_range > 5 * ranges:
             b = uniform(0.7 * b, 1.3 * b)
         a /= DPI_Var
@@ -428,9 +428,9 @@ def check_status(exit0, mouse):
         mouse = 0
         arr[15] = 0
     if GetAsyncKeyState(0x46):  # F
-        guide_to_target[0] = True
+        arr[17] = 1
     if GetAsyncKeyState(0x4A):  # J
-        guide_to_target[0] = False
+        arr[17] = 0
     if GetAsyncKeyState(VK_MENU) and platform != 'win32':  # Alt
         win_cap.update_window_info()
     if GetAsyncKeyState(0x50):  # P
@@ -461,7 +461,7 @@ def show_frames(output_pipe, array):
             show_str1 = 'Detected ' + str('{:02.0f}'.format(array[11])) + ' targets'
             show_str2 = 'Aiming at ' + fire_target_show[array[12]] + ' position'
             show_str3 = 'Fire rate is at ' + str('{:02.0f}'.format((10000 / (array[13] + 306)))) + ' RPS'
-            show_str4 = 'Please enjoy coding ^_^'
+            show_str4 = 'Please enjoy coding ^_^' if array[17] else 'Please enjoy coding @_@'
             if show_img.any():
                 show_img = cv2.resize(show_img, (array[5], array[5]))
                 img_ex = cv2.resize(img_ex, (array[5], int(array[5] / 2)))
@@ -558,7 +558,6 @@ def detection2(que, array):
     test_win = [False]
     move_record_x = []
     move_record_y = []
-    guide_to_target = [True]
 
     # 如果文件不存在则退出
     check_file('yolov4-tiny')
@@ -583,6 +582,7 @@ def detection2(que, array):
     14 敌人近否
     15 所持武器
     16 指向身体
+    17 自瞄自火
     '''
 
     show_proc = Process(target=show_frames, args=(frame_output, arr,))
@@ -601,6 +601,7 @@ def detection2(que, array):
     arr[14] = 0  # 敌人近否
     arr[15] = 0  # 所持武器(0无1主2副)
     arr[16] = 0  # 指向身体
+    arr[17] = 1  # 自瞄/自火
     detect1_proc = Process(target=detection1, args=(queue, arr, frame_input,))
     if not MP_setting:
         detect2_proc = Process(target=detection2, args=(queue, arr,))

AI_M_BOT(opencv+yolo)/AI_M_BOT_X2.py

@@ -376,7 +376,7 @@ def control_mouse(a, b, fps_var, ranges, rate, go_fire, win_class, move_rx, move
     if enhanced_holdback[1]:
         win32gui.SystemParametersInfo(SPI_SETMOUSE, [0, 0, 0], 0)
 
-    if fps_var and guide_to_target[0]:
+    if fps_var and arr[17]:
         if move_range > 5 * ranges:
             b = uniform(0.7 * b, 1.3 * b)
         a /= DPI_Var
@@ -451,9 +451,9 @@ def check_status(exit0, mouse):
         mouse = 0
         arr[15] = 0
     if GetAsyncKeyState(0x46):  # F
-        guide_to_target[0] = True
+        arr[17] = 1
     if GetAsyncKeyState(0x4A):  # J
-        guide_to_target[0] = False
+        arr[17] = 0
     if GetAsyncKeyState(VK_MENU) and platform != 'win32':  # Alt
         win_cap.update_window_info()
     if GetAsyncKeyState(0x50):  # P
@@ -484,7 +484,7 @@ def show_frames(output_pipe, array):
             show_str1 = 'Detected ' + str('{:02.0f}'.format(array[11])) + ' targets'
             show_str2 = 'Aiming at ' + fire_target_show[array[12]] + ' position'
             show_str3 = 'Fire rate is at ' + str('{:02.0f}'.format((10000 / (array[13] + 306)))) + ' RPS'
-            show_str4 = 'Please enjoy coding ^_^'
+            show_str4 = 'Please enjoy coding ^_^' if array[17] else 'Please enjoy coding @_@'
             if show_img.any():
                 show_img = cv2.resize(show_img, (array[5], array[5]))
                 img_ex = cv2.resize(img_ex, (array[5], int(array[5] / 2)))
@@ -581,7 +581,6 @@ def detection2(que, array):
     test_win = [False]
     move_record_x = []
     move_record_y = []
-    guide_to_target = [True]
 
     # 如果文件不存在则退出
     check_file('yolov4-tiny')
@@ -606,6 +605,7 @@ def detection2(que, array):
     14 敌人近否
     15 所持武器
     16 指向身体
+    17 自瞄自火
     '''
 
     show_proc = Process(target=show_frames, args=(frame_output, arr,))
@@ -624,6 +624,7 @@ def detection2(que, array):
     arr[14] = 0  # 敌人近否
     arr[15] = 0  # 所持武器(0无1主2副)
     arr[16] = 0  # 指向身体
+    arr[17] = 1  # 自瞄/自火
     detect1_proc = Process(target=detection1, args=(queue, arr, frame_input,))
     if not MP_setting:
         detect2_proc = Process(target=detection2, args=(queue, arr,))

README.md

@@ -76,6 +76,8 @@
 * 脚本正常工作时桌面左上角会显示截屏识别区域小视频![image](PDF_Images/自瞄显示图像.png)
 * 按"1"/"2"键保持自瞄状态并控制鼠标
 * 按"3"/"4"键保持自瞄状态但不控制鼠标
+* 按"j"开启自动开火模式(不控制鼠标移动)
+* 按"f"恢复自瞄模式
 * 按"p"键重启程序
 * 按"END"结束程序
 * 自瞄只截屏识别准星附近区域，对于16:9的CF游戏窗口识别区域大小为(高=游戏窗口高*3/5，宽=高*4/3)