DammPlotIds.hpp

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#ifndef __DAMM_PLOTIDS_HPP_
#define __DAMM_PLOTIDS_HPP_ 1

const int S1 = 2 , S2 = 4, S3 = 8,
    S4 = 16, S5 = 32, S6 = 64,
    S7 = 128, S8 = 256, S9 = 512,
    SA = 1024, SB = 2048, SC = 4096,
    SD = 8192, SE = 16384, SF = 32768;

namespace dammIds {
    const int GENERIC_CHANNEL = 10; 

    namespace raw {
        const int OFFSET = 1;
        const int RANGE = 1899;

        const int D_RAW_ENERGY = 0;
        const int D_FILTER_ENERGY = 300;
        const int D_SCALAR = 600;
        const int D_TIME = 900;
        const int D_CAL_ENERGY = 1200;

        const int D_HIT_SPECTRUM = 1801;
        const int D_SUBEVENT_GAP = 1802;
        const int D_EVENT_LENGTH = 1803;
        const int D_EVENT_GAP = 1804;
        const int D_EVENT_MULTIPLICITY = 1805;
        const int D_BUFFER_END_TIME = 1806;
        const int DD_RUNTIME_SEC = 1807;
        const int DD_DEAD_TIME_CUMUL = 1808;
        const int DD_BUFFER_START_TIME = 1809;
        const int DD_RUNTIME_MSEC = 1810;
        const int D_NUMBER_OF_EVENTS = 1811;
        const int D_HAS_TRACE = 1812;
    }

    namespace mcp {
        const int OFFSET = 2000;
        const int RANGE = 10;
    }

    namespace beta_scint {
        const int OFFSET = 2050;
        const int RANGE = 50;
    }

    namespace neutron_scint {
        const int OFFSET = 2100;
        const int RANGE = 50;
    }

    namespace liquid_scint {
        const int OFFSET = 2150;
        const int RANGE = 20;
    }

    namespace doublebeta {
        const int OFFSET = 2170;
        const int RANGE = 10;
    }

    namespace hen3 {
        const int OFFSET = 2200;
        const int RANGE = 50;
    }

    namespace ge {
        const int OFFSET = 2500;
        const int RANGE = 500;
    }

    namespace logic {
        const int OFFSET = 3000;
        const int RANGE = 100;
        const int MAX_LOGIC = 10; 
    }

    namespace triggerlogic {
        const int OFFSET = 3100;
        const int RANGE = 100;
    }

    namespace vandle{
        const int OFFSET = 3200;
        const int RANGE = 150;
    }

    namespace teenyvandle {
        const int OFFSET = 3350;
        const int RANGE = 20;
    }

    namespace pulser{
        const int OFFSET = 3400; 
        const int RANGE = 20;
    }

    namespace ssd {
        const int OFFSET = 4100;
        const int RANGE = 100;
    }

    namespace implantSsd {
        const int OFFSET = 4200;
        const int RANGE = 300;
    }

    namespace mtc {
        const int OFFSET = 4500;
        const int RANGE = 100;
    }

    namespace ionChamber{
        const int OFFSET = 4700;
        const int RANGE = 100;
    }

    namespace position {
        const int OFFSET = 5000;
        const int RANGE = 600;
    }

    namespace correlator {
        const int OFFSET = 6000;
        const int RANGE = 10;
    }

    namespace dssd {
        const int OFFSET = 7000;
        const int RANGE = 100;
    }

    namespace dssd4she {
        const int OFFSET = 7100;
        const int RANGE = 100;
    }

    namespace trace {
        const int OFFSET = 7500; 
        const int RANGE = 150; 
        const int traceBins = SA; 

        namespace tracefilterer {
            const int DD_TRACE = 0;
            const int DD_FILTER1 = 1;
            const int DD_FILTER2 = 2;
            const int DD_FILTER3 = 3;
            const int DD_AVERAGE_TRACE = 4;
            const int DD_REJECTED_TRACE = 5;
            const int DD_ENERGY__BOARD_FILTER = 6;
            const int D_RATIO_BOARD_FILTER = 7;
            const int D_ENERGY1 = 8; 
        }

        namespace doubletraceanalyzer {
            const int D_ENERGY2 = 16;
            const int DD_DOUBLE_TRACE = 20;
            const int DD_ENERGY2__TDIFF = 21;
            const int DD_ENERGY2__ENERGY1 = 22;
            const int DD_TRIPLE_TRACE = 30;
            const int DD_TRIPLE_TRACE_FILTER1 = 31;
            const int DD_TRIPLE_TRACE_FILTER2 = 32;
            const int DD_TRIPLE_TRACE_FILTER3 = 33; 
        }

        namespace waveformanalyzer {
            const int DD_TRACES     = 40;
            const int D_CHISQPERDOF = 41;
            const int D_PHASE       = 42;
            const int DD_AMP        = 43;
            const int D_SIGMA       = 44; 
        }

        namespace extractor {
            const int maxSingleTraces = 99; 
            const int D_TRACE = 50; 
        }
    }
}
#endif // __DAMM_PLOTIDS_HPP_