>>> R = SO3() # the null rotation or identity matrix >>> R.append(R1) >>> R.append(R2) >>> len(R) 3 >>> R[1] 1 0 0 0 0.955336 -0.29552 0 0.29552 0.955336 and this can be used in for loops and list comprehensions. An alternative way of constructing this would be (R1...
Here, we demonstrate how to convert a dense matrix to a sparse matrix using thesparse()function. The codeSparseFromDense = sparse(DenseMatrix)takes a dense identity matrix (eye(3)) and efficiently creates a sparse representation, resulting in theSparseFromDensematrix. ...
Apart from array object attributes, such as ``ndim``, ``device``, and ``dtype``, all operations in this standard return arrays (or tuples of arrays), including those operations, such as ``mean``, ``var``, and ``std``, from which some common array libraries (e.g., NumPy) retu...
>>>R=SO3()# the null rotation or identity matrix>>>R.append(R1)>>>R.append(R2)>>>len(R)3>>>R[1]10000.955336-0.2955200.295520.955336 and this can be used inforloops and list comprehensions. An alternative way of constructing this would be (R1,R2defined above) ...