/** * Returns the number of existing repetitions of TIMING_QTY */ public int getTIMING_QTYReps() { return getReps("TIMING_QTY"); }
/** * Returns the number of existing repetitions of FT1 */ public int getFT1Reps() { return getReps("FT1"); }
/** * Returns the number of existing repetitions of OBSERVATION */ public int getOBSERVATIONReps() { return getReps("OBSERVATION"); }
/** * Returns the number of existing repetitions of FT1 */ public int getFT1Reps() { return getReps("FT1"); }
/** * Returns the number of existing repetitions of CTI */ public int getCTIReps() { return getReps("CTI"); }
/** * Returns the number of existing repetitions of SPECIMEN */ public int getSPECIMENReps() { return getReps("SPECIMEN"); }
/** * Returns the number of existing repetitions of NTE */ public int getNTEReps() { return getReps("NTE"); }
/** * Returns the number of existing repetitions of SPECIMEN */ public int getSPECIMENReps() { return getReps("SPECIMEN"); }
/** * Returns the number of existing repetitions of NTE */ public int getNTEReps() { return getReps("NTE"); }
/** * Returns the number of existing repetitions of TIMING_QTY */ public int getTIMING_QTYReps() { return getReps("TIMING_QTY"); }
/** * Returns the number of existing repetitions of OBSERVATION */ public int getOBSERVATIONReps() { return getReps("OBSERVATION"); }
/** * Returns the number of existing repetitions of CTI */ public int getCTIReps() { return getReps("CTI"); }