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TRTGARF, Simulation classes for the ATLAS TRT(CERN) Required Libraries: Ionization and Drift requires Garfield++ Signal processing with the ASDBLR may requires a working Spice (currently HSpice) if signals tested are not within ordinary boundaries (low threshold, single particle ionisation) A working boost installation is required. Necessary updates to the makefile: Please ensure that ROOT_BASE and BOOST_INCDIR are set properly. No linking directory is passed for BOOST_INCDIR assuming BOOST is installed in /usr/lib or any other default directory. Provided C++ class libraries: Signals Provides a signal container in Signals\Signal.* Signals are streamer components and can be extended behave like a specific electronic component. For example a Highpass in Signals\Highpass.* Signals\SignalSet.* is a container for sets of signals. Signals\SignalPairSet.* is a container for signal pairs (and more). Used to find coefficients for differential equations. SSH Wrapper class for libssh TRT Wrapper for Garfield++ TRTElectronics Pieces of the ASDBLR Tools ASCII streamers, Exceptions and other things the C++ "standard library" lacks. Programs: cs.cpp Simulates streamer signals using HSpice. If you wish individual signals, please create the debs subdirectory. *mc.cpp Find coefficients for the individual parts of the ASDBLR h.cpp Simulate effect of pile up for two pions gtail.cpp Find coefficients for the ion tail