我正试图实施“Look At”行为,使环绕的飞机总是面对照相机。
我迄今所看到的情况是,我知道飞机本应拥有的正常状态,我知道,飞机围绕其当地的Z轴心进行轮换永远是零。 我认为,在列出缺失的轮换值(X、Y)方面,这是一种非常微不足道的行动,但迄今为止我没有发现任何东西。
简而言之: 我如何利用飞机的正常值和一次轮调值来获取飞机的定向信息?
或者,如果任何人的解决办法优于使用正常办法,那将是受欢迎的。
感谢。
我正试图实施“Look At”行为,使环绕的飞机总是面对照相机。
我迄今所看到的情况是,我知道飞机本应拥有的正常状态,我知道,飞机围绕其当地的Z轴心进行轮换永远是零。 我认为,在列出缺失的轮换值(X、Y)方面,这是一种非常微不足道的行动,但迄今为止我没有发现任何东西。
简而言之: 我如何利用飞机的正常值和一次轮调值来获取飞机的定向信息?
或者,如果任何人的解决办法优于使用正常办法,那将是受欢迎的。
感谢。
想这样做。 你们在当地协调系统中有两个病媒,在你的照相机地方协调系统中有两个病媒。 你们想要一个转变矩阵,这些矩阵将改造这些协调系统,使病媒能够跟上。
它分两个步骤。 我不敢肯定,但我认为,你重新努力使飞机正常轮换,以便与眼睛相适应。 如果你使这两个病媒实现正常化,你就可以从它们的交叉产品中找到一种轮值,并从其直肠产品中选择轮值。 利用这一工具建立一个变革矩阵。
现在,你想再次这样做。 我也不肯定,但我认为,你要说,你想要使飞机的当地Z轴与照相传的媒介保持一致。 因此,通过这一转变矩阵来改变Z轴心,并再次计算一种将显示为照相传病媒的轮换。 利用这一工具创建第二个转变矩阵。
现在,把两个矩阵相乘,以便有一个单一的矩阵,从飞机的当地协调系统转变为照相机。
你们会记得什么?
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