I have three classes of type Work like ..
I have some fortran subroutines that I’m trying to convert to a Python extension module. One of the subroutines in my fortran code makes a call to another fortran subroutine which is compiled in a static library. I do not have the source code for the static library, as I received it from a third party. Something is wrong with my call to f2py, as the static library isn’t being linked properly. This is my first SO post, and i’m a mechanical engineer with little comp sci background, definitely not a fortran person (more Python/C++), so go easy! Thanks in advance, details ..
I am trying to implement authentication and user flow on my Nextjs website using auth0, but I am running into an issue with an error that I don’t understand. I am new to Nextjs so this project is somewhat of a learning project f..
I’ve been updating my code to conform to Swift’s strict concurrency rules and I’m running into this problem that I haven’t been able to figure out. I’m hoping someone who’s a little more knowledgeable can help me out. This is the view I’m worki..
I’m using the following script, for its construction I’ve relied on the community and cha..
I have around one hundred .tar files and they include millions of small files. I want to extract them to one directory in ..
With an input iterator, I can consume different sub-ranges out of it..
The emphasis is on the fact that once FIPS mode is enabled in OpenSSL,
all cryptographic operations performed through OpenSSL, including
those used by C++ Boost.Asio for SSL/TLS connections, will utilize
FIPS-approved algorithms, ensuring compliance with FIPS standards
throughout the Boost C++ applic..
The program takes input parameters such as the number of elements (n) and a target value (t), as well as arrays representing distances (s) and velocities (v).
It aims to calculate a value ‘k’ such that the sum of distances divided by the adjusted velocities (‘realSpeed’) equals the target value ‘t’ as closely as possible.
The calculateK function computes the difference between the target value ‘t’ and the sum of distances divided by the adjusted velocities, given a candidate value ‘k’.
The findK function utilizes binary search to find the optimal value of ‘k’ that minimizes the difference between the target value ‘t’ and the calculated sum of distances divided by adjusted velocities.
The main function reads input values, invokes findK to determine the optimal ‘k’, and then prints the result.
Overall, the goal of the code seems to be to determine an optimal adjustment factor ‘k’ that minimizes the difference between the target value ‘t’ and the sum of distances divided by adjusted veloc..