// $Id$ // // File: Df250WindowRawData.h // Created: Tue Aug 7 15:24:27 EDT 2012 // Creator: davidl (on Darwin harriet.jlab.org 11.4.0 i386) // #ifndef _Df250WindowRawData_ #define _Df250WindowRawData_ #include #include class Df250WindowRawData:public jana::JObject{ /// Holds window raw data samples for one event in /// one channel of a single f250 Flash ADC module. public: JOBJECT_PUBLIC(Df250WindowRawData); Df250WindowRawData(uint32_t rocid=0, uint32_t slot=0, uint32_t channel=0, uint32_t itrigger=0):rocid(rocid),slot(slot),channel(channel),itrigger(itrigger),invalid_samples(false),overflow(false){} uint32_t rocid; // from EVIO header (crate number) uint32_t slot; // from Block Header uint32_t channel; // from Window Raw Data 1st word uint32_t itrigger; // from Event Header vector samples;// from Window Raw Data words 2-N (each word contains 2 samples) bool invalid_samples; // true if any sample's "not valid" bit set bool overflow; // true if any sample's "overflow" bit set // This method is used primarily for pretty printing // the second argument to AddString is printf style format void toStrings(vector > &items)const{ AddString(items, "rocid", "%d", rocid); AddString(items, "slot", "%d", slot); AddString(items, "channel", "%d", channel); AddString(items, "itrigger", "%d", itrigger); AddString(items, "Nsamples", "%d", samples.size()); AddString(items, "invalid_samples", "%d", invalid_samples); AddString(items, "overflow", "%d", overflow); } }; #endif // _Df250WindowRawData_