Open Source Ada Scientific/Engineering Software

MAX home automation is a GTK+ application to manage ELV/eQ-3 MAX! cubes. A cube is a gateway to a network of radiator thermostats, shutter contacts etc. Radiator and wall-mounted thermostat schedule can be edited uploaded, stored into a file and restored from there. Wall-mounted thermostat temperature graphs are indicated on a separate page sorted by the installation room. HTTP server is provided for integration with HTTP-enabled controls. E.g. thermostats can be queried and controlled remotely via HTTP GET-queries.

Various mathematical packages including algebra, finite elements, random variables, probability dependency models, unlimited integers. Pure Ada, fully portable. More information on... http://mathpaqs.sf.net Alire crate: https://alire.ada.dev/crates/mathpaqs Mirror: https://github.com/zertovitch/mathpaqs

SCOPE is an open source dual redundant traffic signal control environment that was funded by the U.S. Department of Transportation. SCOPE incorporates an open source traffic signal control program developed by Advanced Technologies, Incorporated. SCOPE has pre-timed and actuated control modes. In has min recall, max recall, gap out, max gap, and presence modes that include advanced traffic control concepts. SCOPE interfaces with both NEMA-TS2 and Intelligent Transportation Systems (ITS) traffic cabinets. SCOPE executes under Linux or Windows. Currently it runs on a Linux based PC (used for concept and unit testing), a PowerPC prototype board with various I/O connectors (used for integration testing) and an Advanced Traffic Controller. SCOPE has the ability to simulate 64 traffic sensors and 8 pedestrian calls. It has several menu options to facilitate real time logging and debugging. SCOPE is easily ported to any platform and has wireless Android Tablet / Java PC interfaces.

An Ada binding to the libplayerc client library of Player/Stage robot platform.

These files provide a native Ada implementation of some parts of Lapack. The codes provided here are a direct translation (using f2a.pl from Oliver Kellogg) of the Fortran source to Ada. The code is written in the form of a generic package and covers the Lapack routines for - Matrix determinant and inverse on general matrices, - Eigenvalues and eigenvectors of general, real and hermitian symmetric matrices, - Solutions of systems of equations for general, real and hermitian symmetric coefficient matrices, - Singular value decomposition for general matrices Also included is a set of functions (and two procedures) that provide a more familiar Ada style interface to the Lapack routines. See also AdaLAPACK (https://sourceforge.net/projects/adalapack/), a binding to the Fortran LAPACK.

FFTW_Ada is an Ada binding to the FFTW (fast Fourier transform) library written at MIT by Matteo Frigo and Steven G. Johnson. FFTW is written in C. FFTW_Ada allows calls to FFTW from an Ada program, thus allowing Ada code to compute fast Fourier and certain other related transforms. FFTW_Ada v2 works with FFTW v3 and requires Ada 2012.

The Hungarian algorithm can be described as optimally solving a workers versus jobs assignment problem that minimizes total cost. This implementation assumes a square cost matrix, i.e. the number of jobs equals the number of workers to do them.

Icarus Verilog Interactive on MacOSX