_ScanDescriptorsHelper.java

// This is an automatically generated helper class
//  See genScanDescriptors.pl
package Sct;

class _ScanDescriptorsHelper {
    static class Descriptor {
      int value; String name;
      Descriptor(int v, String n) { value = v; name = n; }
    }

    static Descriptor [] descs; // = new Descriptor[numVars];

    static Descriptor [] getDescriptors() {
        if(descs == null) {
            descs = new Descriptor[numVars];
            descs[0] = new Descriptor(0, "ST_ELAPSED");
            descs[1] = new Descriptor(1, "ST_VTHR");
            descs[2] = new Descriptor(2, "ST_VCAL");
            descs[3] = new Descriptor(3, "ST_STROBE_DELAY");
            descs[4] = new Descriptor(4, "ST_PREAMP");
            descs[5] = new Descriptor(5, "ST_SHAPER");
            descs[6] = new Descriptor(6, "ST_TRIM");
            descs[7] = new Descriptor(7, "ST_MASK");
            descs[8] = new Descriptor(8, "ST_ROLE");
            descs[9] = new Descriptor(9, "ST_NMASK");
            descs[10] = new Descriptor(10, "ST_CAL_MODE");
            descs[11] = new Descriptor(11, "ST_COMPRESSION");
            descs[12] = new Descriptor(12, "ST_TRIM_RANGE");
            descs[13] = new Descriptor(13, "ST_EDGE_DETECT");
            descs[14] = new Descriptor(14, "ST_SEND_MASK");
            descs[15] = new Descriptor(15, "ST_ACCUMULATE");
            descs[16] = new Descriptor(17, "ST_BYPASS");
            descs[17] = new Descriptor(18, "ST_ACTIVE");
            descs[18] = new Descriptor(19, "ST_TOKEN");
            descs[19] = new Descriptor(41, "ST_QTHR");
            descs[20] = new Descriptor(42, "ST_QCAL");
            descs[21] = new Descriptor(43, "ST_TARGET");
            descs[22] = new Descriptor(44, "ST_TTHR");
            descs[23] = new Descriptor(20, "ST_RX_DELAY");
            descs[24] = new Descriptor(21, "ST_RX_DELAY0");
            descs[25] = new Descriptor(22, "ST_RX_DELAY1");
            descs[26] = new Descriptor(50, "ST_RX_THRESHOLD");
            descs[27] = new Descriptor(51, "ST_RX_THRESHOLD0");
            descs[28] = new Descriptor(52, "ST_RX_THRESHOLD1");
            descs[29] = new Descriptor(53, "ST_TX_CURRENT");
            descs[30] = new Descriptor(54, "ST_TX_MARKSPACE");
            descs[31] = new Descriptor(55, "ST_TX_DELAY");
            descs[32] = new Descriptor(56, "ST_TX_COARSE");
            descs[33] = new Descriptor(57, "ST_TX_FINE");
            descs[34] = new Descriptor(100, "MVAR_GROUP_ID");
            descs[35] = new Descriptor(101, "MVAR_ACTIVE");
            descs[36] = new Descriptor(102, "MVAR_SELECT");
            descs[37] = new Descriptor(16, "ST_FEEDTHROUGH");
            descs[38] = new Descriptor(200, "SCT_SCAN_BOC_BPM_PHASE");
            descs[39] = new Descriptor(201, "SCT_SCAN_BOC_BREG_PHASE");
            descs[40] = new Descriptor(202, "SCT_SCAN_BOC_V0_PHASE");
            descs[41] = new Descriptor(203, "SCT_SCAN_BOC_V1_PHASE");
            descs[42] = new Descriptor(204, "SCT_SCAN_BOC_VRN_FINE");
            descs[43] = new Descriptor(350, "SCT_SCAN_TX_CHANNELS");
            descs[44] = new Descriptor(351, "SCT_SCAN_RAW_TX_CHANNELS");
        }
        return descs;
    }
    static final int numVars = 45;
}

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