Auto Credit Based on TheTankMuseum2005's Leopard 1A1A1/120mm
For a long time, I wanted to make a Stabilizing Tank, but it was inconvenient for me to use a gyroscope, so I couldn't apply it until now
The currently uploaded craft is a similar imitation by putting the PitchRate and Heading values into a rotator
If you have any good ideas, can you share them with me?
Specifications
General Characteristics
- Predecessor Leopard 1A1A1/120mm
- Successors 1 airplane(s) +7 bonus
- Created On Android
- Wingspan 11.1ft (3.4m)
- Length 30.5ft (9.3m)
- Height 12.1ft (3.7m)
- Empty Weight 84,587lbs (38,368kg)
- Loaded Weight 85,592lbs (38,824kg)
Performance
- Wing Loading 495.2lbs/ft2 (2,417.9kg/m2)
- Wing Area 172.8ft2 (16.1m2)
- Drag Points 7432
Parts
- Number of Parts 760
- Control Surfaces 0
- Performance Cost 3,150
@UssrLENINGRAD 非常感谢
Thanks
@suk024
Use a flight computer and put it in the turret (don't make it the main cockpit) and use it's custom variable pitch (e.g. P) then you will get your own code:: [VTOL+(-P*0.066666 )]
Use Google Translate to Simplified Chinese.
@suk024
使用飞行计算机并将其放入炮塔中（不要将其设为主驾驶舱）并使用它的自定义可变俯仰角（例如P）然后您将获得自己的代码:: [VTOL+(-P*0.066666)]
用谷歌翻译简体汉。
我有一个更抽象的办法
to connect two hinges together,The rotation of the lower axis is the reverse rotation of the upper axis,It does strike a balance, albeit abstractly
我看了你对垂直稳定器的编辑之后用简单粗暴的方法自己写了一个：
VTOL+(-PitchAngle*0.066666)
但是我这个也有问题，如果炮塔转向正后方那么垂直稳定就会Y轴颠倒
你有什么好办法吗（
@SILVERPANZER
Cut off.....
Edit: Danke
Horisontal Stabilizer: ((-Heading/180)+sum(Roll))*clamp01(Activate1)
Vertical Stabilizer: clamp((lerp(-GD,GE,inverselerp(-1,1,Trim))-TPA)/Angle,-1,1)
Angle - Rotator Max Angle
GD - Gun Depression
GE - Gun Elevation
TPA - Turret Pitch Angle (Secondary Flight Computer mounted on the Tank turret, variable output - PitchAngle)