nextpnr-ecp5
FPGA place and route tool for Lattice ECP5
nextpnr is a FPGA place and route tool. Its purpose is to turn a
topological description of digital hardware produced by an FPGA logic
synthesis tool such as yosys into an elaborate map of connections between
the hardwired functional units available inside the FPGA's fabric.
libclang-cpp14
C++ interface to the Clang library
Clang project is a C, C++, Objective C and Objective C++ front-end
based on the LLVM compiler. Its goal is to offer a replacement to the
GNU Compiler Collection (GCC).
python3-py-vapid
Simple VAPID header generation library (Python 3)
This minimal library contains the minimal set of functions you need to
generate a VAPID key set and get the headers you’ll need to sign a
WebPush subscription update.
python3-ytmusicapi
Unofficial API for YouTube Music
ytmusicapi is a Python 3 library to send requests to the YouTube Music API. It
emulates YouTube Music web client requests using the user's cookie data for
authentication.
python3-powerfox
Asynchronous client for interfacing with Powerfox poweropti devices
This library allows communication with Powerfox poweropti devices through a
Powerfox account by retrieving data via cloud polling. It supports interaction
with various types of meters including power, water, and heat meters, enabling
users to access detailed energy and water usage statistics. The library
provides access to datasets for each device linked to an account, including
power consumption, energy usage, and water flow, allowing users to analyze
utility consumption patterns and optimize their resource management. It
connects with specific devices like PA 201901/201902, PB 202001 power meters,
and WA 201902, HA 201902 water and heat meters over Wi-Fi, making it a useful
tool for monitoring utilities efficiently.
r-cran-mixsqp
Quadratic Programming for Estimation of Mixture Proportions
Provides an optimization method based on sequential
quadratic programming (SQP) for maximum likelihood estimation of
the mixture proportions in a finite mixture model where the
component densities are known. The algorithm is expected to obtain
solutions that are at least as accurate as the state-of-the-art
MOSEK interior-point solver (called by function "KWDual" in the
'REBayes' package), and they are expected to arrive at solutions
more quickly when the number of samples is large and the number of
mixture components is not too large. This implements the "mix-SQP"
algorithm, with some improvements, described in Y. Kim,
P. Carbonetto, M. Stephens & M. Anitescu (2020)
<DOI:10.1080/10618600.2019.1689985>.