Alright, thank you. You've helped me quite a bit. I do need to construct my own code to compute the rotation matrix but is it alright if I use your code as a guide to know if I'm at least doing my computations correctly? I'll give the Horn's...
Double support:time from ipsilateral foot contact to contralateral foot off plus time from contralateral foot contact to ipsilateral foot off. Limp index:the foot contact to foot off time of the ipsilateral foot is divided by the foot off to foot contact time plus the double...
Well, since all of these algorithms are built around aCORDICrotation, let’s start by answering that question. We’ll start with the concept of a simple two-dimensionalrotation matrix, and then work from there to how that can be turned into aCORDICrotation. A simple two-dimensionalrotation m...
** The rest of content is from ManwanNour. ** The purpose of this project is to Create Functionalities for Matrices and Vectors and Build a Logistic Regression model using Fully Homomorphic Encryption. The code also contains some benchmark tests for matrix and vector operations as well as some...
Return the matrix diagonal coefficients corresponding to the. More... tmp< Field< Type > > gradientBoundaryCoeffs () const Return the matrix source coefficients corresponding to the. More... virtual void write (Ostream &) const Write. More... Public Member Functions inherited from faPatchField<...
matrix Ang rate—Angle of rotation per second about axes of sensor matrix Mag field—Strength of magnetic field along axes of sensor matrix Euler—Sensor orientation given as Euler angles matrix Quat—Sensor orientation given as a quaternion ...