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Software coordinator: Rogachevsky Oleg /  rogachevsky@jinr.ru Database, distributed computing: Moshkin Andrey / andrey_moshkin@mail.ru Track reconstruction: Zinchenko Alexander / Alexander.Zinchenko@jinr.ru TPC simulation: Bychkov Alexander / bychkov@jinr.ru TOF […]

One of the problems to be solved in modern high-energy physics experiments on particle collisions with a fixed target is the visual representation of the […]

The ROOT geometry package is a tool to build, browse and visualize detector geometries. It is independent from any tracking Monte Carlo engine, though it […]

Event reconstruction is the process of interpreting the electronic signals produced by the detector to determine the original particles that passed through, their momenta, directions, […]

MPD simulation includes interactions and particles of interest, geometry of the system, materials used, generation of test events of particles, interactions of particles with matter […]

Event generators are software libraries that randomly generate high-energy particle physics events. MonteCarlo (because they exploit Monte Carlo methods) event generators are essential components of […]

Basically, there are two ways to simulate the behavior of a system: either one can describe its evolution analytically, in which case computers are used […]

Macro is a main executable element of the MpdRoot environment. Usually it has .C extension. How to run macro by ROOT interpreter (CINT), you can […]

The MpdRoot is based on the ROOT and an object-oriented framework FairBase. The FairBase is the core of the FairRoot environment of the FAIR experiment […]

Many physics packages are necessary for the MpdRoot environment. Some of them can be installed using the package manager of the Linux distribution, but many […]