Rotational spectroscopy - Part of the rotational vibrational spectrum of carbon monoxide (CO) gas (from FTIR), showing the presence of P and R branches. Rotational diffusion is the counterpart of translational diffusion, which maintains or restores the… … Wikipedia Rotational diffusion - is a process by which the equilibrium statistical distribution of the overall orientation of particles or molecules is maintained or restored. The motion depicted in the animation is for the idealized situation that the… … Wikipedia The animation on the right shows a simple example. Rotational-vibrational coupling - occurs when the rotation frequency of an object is close to or identical to a natural internal vibration frequency. Rotational speed tells how many complete rotations (i.e. Rotational speed is equivalent to angular speed, but with different units. Rotational speed - (sometimes called speed of revolution) indicates, for example, how fast a motor is running. <- handle to the vulkan device memory try ( MemoryStack stack = MemoryStack. In addition to the post-multiplying methods, there are still ways to set a matrix or quaternion to a given transformation regardless of what that matrix or quaternion was before: If multiple matrix operations are chained after one another, as shown in the above example, each individual operation/method creates its matrix which is then post-multiplied to the matrices built before. When invoking transformation methods in JOML's matrix classes, a convenient way now is to think of Java's dot operator as a matrix multiplication. The modelview matrix of course can be further decomposed into individual matrix multiplications, as far as this seems necessary. One such common decomposition are the projection and modelview matrices, written as: P * MV. This allows to chain multiple transformations in the same way as with OpenGL's legacy matrix stack operations, and allows to decompose the resulting effective matrix as a decomposition of multiple matrix multiplications. Post-multiplicationĪll transformation operations in the matrix and quaternion classes act in the same way as OpenGL and GLU by post-multiplying the operation's result to the object on which they are invoked. The vector pointToRotate will now represent (0, 3, 5). Vector3f pointToRotate = new Vector3f( 0.0f, 4.0f, 4.0f) Vector3f center = new Vector3f( 0.0f, 3.0f, 4.0f)

Java lwjgl 2 rotate about axis