当目标帧速率大于30时，就可以了。动作很好，游戏是可以玩的。但是，当事情发生在10-20目标框架速率时，就无法得到我想要的。结果是矮胖且无法播放的。因此，我的问题是这个问题。
Unity的自我LERP功能现在无法正常工作。
好吧，它有效，但结果不是我想要的。事情仍然很卑鄙。
我在我的代码中将“ target framerate”值分配给“ application.targetFramerate”
”
我试图为此使用Kalman Filter。结果好一些，但没有更接近我的期望。
过滤值：
float filteredX = kalmanFilterFloat.Update(p.value.x);
float filteredY = kalmanFilterFloat.Update(p.value.y);
float filteredZ = kalmanFilterFloat.Update(p.value.z);
此处即时模拟污点LERP：
private void SimulateFilteredLerp(InterpolatedProperty<Vector3> p, Vector3 filteredVec)
{
p.prevValue = p.value = Vector3.Lerp(p.value + new Vector3(filteredVec.x,
filteredVec.y, filteredVec.z) * masterClock.delta, p.target, masterClock.delta * settings.interpolationSnapping);
}
应用过滤的向量：
Vector3 filteredVec = new Vector3((float)filteredX, (float)filteredY, (float)filteredZ);
更新中的调用函数
SimulateFilteredLerp(p, filteredVec);
When the target frame rate is greater than 30, its okay. Movements are good and the game is playable. But when the things going like 10-20 target frame rate, it's not getting what I want. The result is laggy and unplayable. So basicly my question is this.
Unity's self Lerp function isn't working right now.
Well, its working but the result is not what I want. Still the things are laggy.
Im assigning "TargetFrameRate" value to "Application.targetFrameRate" in my code somewhere
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I tried to use Kalman Filter for this. The result a little bit better but no so quite closer to what I expect.
Filtered Values:
float filteredX = kalmanFilterFloat.Update(p.value.x);
float filteredY = kalmanFilterFloat.Update(p.value.y);
float filteredZ = kalmanFilterFloat.Update(p.value.z);
Here im simulating filtired lerp:
private void SimulateFilteredLerp(InterpolatedProperty<Vector3> p, Vector3 filteredVec)
{
p.prevValue = p.value = Vector3.Lerp(p.value + new Vector3(filteredVec.x,
filteredVec.y, filteredVec.z) * masterClock.delta, p.target, masterClock.delta * settings.interpolationSnapping);
}
Applying filtered vector:
Vector3 filteredVec = new Vector3((float)filteredX, (float)filteredY, (float)filteredZ);
Calling function in Update
SimulateFilteredLerp(p, filteredVec);
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