Detsim.h

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/**
   Convert ionization electrons into ADC.

   This class assumes fine-grained field responses calculated at
   impact positions along lines across the wire pitch for each plane.
 */

#ifndef WIRECELL_DETSIM
#define WIRECELL_DETSIM

#include "WireCellIface/IDetsim.h"
#include "WireCellIface/IConfigurable.h"

namespace WireCell {

    class Detsim : public IDetsim, public IConfigurable {
    public:

        Detsim(
            std::string wire_params, // name of the IWireParameters object
            std::string field_response_filename, // name of a .json.gz file holding garfield field responses
            double time_origin = 0.0*units::seconds, // the absolute time from which depo times are interpreted.
            double tick = 0.5*units::microseconds,  // digitization sample time
            double min_readout_time = 5*units::milliseconds,//will have at least this much time read out

                 double binsize_l = 2.0*units::millimeter,
                 double time_offset = 0.0*units::microsecond,
                 double origin_l = 0.0*units::microsecond,
                 double DL=5.3*units::centimeter2/units::second,
                 double DT=12.8*units::centimeter2/units::second,
                 double drift_velocity = 1.6*units::millimeter/units::microsecond,
                 double max_sigma_l = 5*units::microsecond,
                 double nsigma=3.0);
            
               


        // IQueuedoutNode.
        /// A frame will be returned once sufficient depos are collected (or EOS).
        virtual bool operator()(const input_pointer& depo, output_queue& outq_frames);



    };

}

#endif