Abstract
As one of the primary experiments to be located at the new Facility for Antiproton and Ion Research the PANDA experiment aims for high quality hadron spectroscopy from antiproton proton collisions. The versatile and comprehensive projected physics program requires an elaborate detector design. For optimization and tuning of the individual detector components a reliable simulation is mandatory, which allows to investigate different design options as well as estimate acceptance and efficiency of various physics benchmark channels. A realistic simulation based on full transport software often needs a lot of computing time. Therefore, a fast simulation providing effective parametrization of detector acceptance and resolution was implemented.
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