diff --git a/sim_scenes/fiction/earth_orbit_stopped.py b/sim_scenes/fiction/earth_orbit_stopped.py
index 397be8c777e5dbbb65fa4e5603fa7f661a02a294..3413721732baaf7863dcf83f49ca8fd4a55ef3b1 100644
--- a/sim_scenes/fiction/earth_orbit_stopped.py
+++ b/sim_scenes/fiction/earth_orbit_stopped.py
@@ -145,12 +145,16 @@ class EarthOrbitStoppedSim:
         # 进入了水星轨道附近，才显示水星轨道线
         if mercury_range[0] - 2 < time_data.total_days < mercury_range[1]:
             self.mercury_orbit_line.enabled = True
+            # 由于天体运行不是标准的圆形，则需要动态调整轨道的大小，保证轨道线始终在天体的中心位置
+            self.mercury_orbit_line.auto_adj_scale()
         else:
             self.mercury_orbit_line.enabled = False
 
         # 进入了金星轨道附近，才显示金星轨道线
         if venus_range[0] - 2 < time_data.total_days < venus_range[1]:
             self.venus_orbit_line.enabled = True
+            # 由于天体运行不是标准的圆形，则需要动态调整轨道的大小，保证轨道线始终在天体的中心位置
+            self.venus_orbit_line.auto_adj_scale()
         else:
             self.venus_orbit_line.enabled = False
 
diff --git a/sim_scenes/solar_system/halley_comet_sim.py b/sim_scenes/solar_system/halley_comet_sim.py
index e4ba24084fbb0b2f7428d7b5db1b9f1818816e06..c3ae3dc327ea739bd78fb1edbed6fc867097bd7f 100644
--- a/sim_scenes/solar_system/halley_comet_sim.py
+++ b/sim_scenes/solar_system/halley_comet_sim.py
@@ -124,11 +124,8 @@ class HalleyCometSim:
             if i < 4:
                 # 近日的天体绕行非常快，不调整轨道大小
                 continue
-            body = orbit_line.body
             # 由于天体运行不是标准的圆形，则需要动态调整轨道的大小，保证轨道线始终在天体的中心位置
-            distance = calculate_distance(self.sun.position - body.position)
-            scale_rate = distance * UrsinaConfig.SCALE_FACTOR / orbit_line.radius
-            orbit_line.scale = scale_rate
+            orbit_line.auto_adj_scale()
 
 
 if __name__ == '__main__':
diff --git a/simulators/ursina/ursina_mesh.py b/simulators/ursina/ursina_mesh.py
index 7a78e36aa9cb1a0923f7194ee9b92bd028e6dd8e..c4594583f4540288482ef93bc5b6432f40cc8ff1 100644
--- a/simulators/ursina/ursina_mesh.py
+++ b/simulators/ursina/ursina_mesh.py
@@ -197,7 +197,37 @@ def get_obj_planet_position(obj):
     return pos1
 
 
-def create_orbit_line(center_obj, orbiting_obj, thickness=5, line_color=None, alpha=0.6):
+def adj_orbit_line_scale(center_obj, orbiting_obj, orbit_line):
+    """
+    由于天体运行不是标准的圆形，则需要动态调整轨道的大小，保证轨道线始终在天体的中心位置
+    @param center_obj: 中心天体，一般为恒星天体
+    @param orbiting_obj: 绕行天体，一般为行星天体
+    @param orbit_line: 绕行天体轨道，一般为行星轨道
+    @return:
+    """
+    #
+    distance = calculate_distance(center_obj.position - orbiting_obj.position)
+    scale_rate = distance * UrsinaConfig.SCALE_FACTOR / orbit_line.radius
+    # 根据距离调整缩放
+    orbit_line.scale = scale_rate
+    # 保证轨道中心的位置始终是中心天体的位置
+    orbit_line.position = center_obj.planet.position
+
+
+def create_orbit_line(center_obj, orbiting_obj, thickness=5, line_color=None, alpha=0.6,
+                      rotation_x=90, rotation_y=None, rotation_z=None):
+    """
+    创建轨道
+    @param center_obj: 中心天体，一般为恒星天体
+    @param orbiting_obj: 绕行天体，一般为行星天体
+    @param thickness: 轨道线的粗细
+    @param line_color: 轨道线颜色，默认为绕行天体的拖尾颜色
+    @param alpha: 轨道线的透明度
+    @param rotation_x:
+    @param rotation_y:
+    @param rotation_z:
+    @return:
+    """
     if isinstance(line_color, tuple) or isinstance(line_color, list):
         line_color = color.rgba(line_color[0] / 255, line_color[1] / 255, line_color[2] / 255, alpha)
     if line_color is None:
@@ -206,16 +236,22 @@ def create_orbit_line(center_obj, orbiting_obj, thickness=5, line_color=None, al
             line_color = color.white
         else:
             line_color = color.rgba(line_color[0], line_color[1], line_color[2], alpha)
-            # line_color = adjust_brightness(line_color, 0.6)
-    # center_pos = get_obj_planet_position(center_obj)
-    # orbiting_pos = get_obj_planet_position(orbiting_obj)
-    distance1 = (center_obj.planet.position - orbiting_obj.planet.position).length()
-    # distance = calculate_distance(center_obj.position - orbiting_obj.position)
-    # distance2 = distance * UrsinaConfig.SCALE_FACTOR * 0.695 # / center_obj.planet.scale_x # * 0.0125
-    orbit_line = create_circle_line(parent=None, radius=distance1,  position=center_obj.planet.position,
+
+    distance = (center_obj.planet.position - orbiting_obj.planet.position).length()
+    orbit_line = create_circle_line(parent=None, radius=distance, position=center_obj.planet.position,
                                     thickness=thickness, color=line_color,
                                     alpha=alpha)
-    orbit_line.rotation_x = 90
+    if rotation_x is not None:
+        orbit_line.rotation_x = rotation_x
+    if rotation_y is not None:
+        orbit_line.rotation_y = rotation_y
+    if rotation_z is not None:
+        orbit_line.rotation_z = rotation_z
+
+    def adj_scale():
+        adj_orbit_line_scale(center_obj, orbiting_obj, orbit_line)
+
+    orbit_line.auto_adj_scale = adj_scale
     # orbit_line.enabled = False  # 默认不显示
     return orbit_line