This function tests data in input VV against two separate criteria. Each element of the output VV will have one of the following indicators: ========= ============================================================== Indicator Meaning ========= ============================================================== 0 Input data passed both tests --------- -------------------------------------------------------------- 1 The input data and is greater than the nominal value plus maximum tolerance/deviation (Criterion #1) --------- -------------------------------------------------------------- 2 The input data over a specified distance is greater than the nominal value plus allowed tolerance (Criterion #2) --------- -------------------------------------------------------------- 3 The input data failed on above two tests --------- -------------------------------------------------------------- -1 The input data and is less than the nominal value minus maximum tolerance (Criterion #1) --------- -------------------------------------------------------------- -2 The input data over a specified distance is less than the nominal value minus allowed tolerance (Criterion #2) --------- -------------------------------------------------------------- -3 The input data failed on above two tests ========= ==============================================================

public static void QC(
	CGXNETCore gxNetShared,
	CVV vv_i,
	CVV vv_d,
	CVV v_vf,
	double nominal,
	double max_tol,
	double all_tol,
	double dist,
	int qc
)

Public Shared Sub QC ( 
	gxNetShared As CGXNETCore,
	vv_i As CVV,
	vv_d As CVV,
	v_vf As CVV,
	nominal As Double,
	max_tol As Double,
	all_tol As Double,
	dist As Double,
	qc As Integer
)

public:
static void QC(
	CGXNETCore^ gxNetShared, 
	CVV^ vv_i, 
	CVV^ vv_d, 
	CVV^ v_vf, 
	double nominal, 
	double max_tol, 
	double all_tol, 
	double dist, 
	int qc
)

static member QC : 
        gxNetShared : CGXNETCore * 
        vv_i : CVV * 
        vv_d : CVV * 
        v_vf : CVV * 
        nominal : float * 
        max_tol : float * 
        all_tol : float * 
        dist : float * 
        qc : int -> unit