49 static GLvector     auto_position;  variable
122     auto_position.x = WORLD_HALF + sinf (tracker * DEGREES_TO_RADIANS) * 150.0f;  in do_auto_cam()
123     auto_position.y = 60.0f;  in do_auto_cam()
124     auto_position.z = WORLD_HALF + cosf (tracker * DEGREES_TO_RADIANS) * 150.0f;  in do_auto_cam()
128     auto_position.x = WORLD_HALF + sinf (tracker * DEGREES_TO_RADIANS) * 250.0f;  in do_auto_cam()
129     auto_position.y = 60.0f;  in do_auto_cam()
130     auto_position.z = WORLD_HALF + cosf (tracker * DEGREES_TO_RADIANS) * 250.0f;  in do_auto_cam()
135     auto_position.x = WORLD_HALF + sinf (tracker * DEGREES_TO_RADIANS) * dist;  in do_auto_cam()
136     auto_position.y = 60.0f;  in do_auto_cam()
137     auto_position.z = WORLD_HALF + cosf (tracker * DEGREES_TO_RADIANS) * dist;  in do_auto_cam()
143     auto_position = (flycam_position (now) + flycam_position (now + 4000)) / 2.0f;  in do_auto_cam()
147     auto_position = (flycam_position (now) + flycam_position (now + 500)) / 2.0f;  in do_auto_cam()
149     auto_position.y /= 2;  in do_auto_cam()
157     auto_position.x = WORLD_HALF + sinf (tracker * DEGREES_TO_RADIANS) * 50.0f;  in do_auto_cam()
158     auto_position.y = 60.0f;  in do_auto_cam()
159     auto_position.z = WORLD_HALF + cosf (tracker * DEGREES_TO_RADIANS) * 50.0f;  in do_auto_cam()
161   dist = MathDistance (auto_position.x, auto_position.z, target.x, target.z);  in do_auto_cam()
162   auto_angle.y = MathAngle (-MathAngle (auto_position.x, auto_position.z, target.x, target.z));  in do_auto_cam()
163   auto_angle.x = 90.0f + MathAngle (0, auto_position.y, dist, target.y);  in do_auto_cam()
289     return auto_position;  in CameraPosition()