CVVSetupIndex Method

public void SetupIndex(
	CVV vvq,
	CVV vvi,
	int mode,
	double space
)

public void SetupIndex(
	CVV vvq,
	CVV vvi,
	int mode,
	double space
)

Public Sub SetupIndex ( 
	vvq As CVV,
	vvi As CVV,
	mode As Integer,
	space As Double
)

Public Sub SetupIndex ( 
	vvq As CVV,
	vvi As CVV,
	mode As Integer,
	space As Double
)

public:
void SetupIndex(
	CVV^ vvq, 
	CVV^ vvi, 
	int mode, 
	double space
)

public:
void SetupIndex(
	CVV^ vvq, 
	CVV^ vvi, 
	int mode, 
	double space
)

member SetupIndex : 
        vvq : CVV * 
        vvi : CVV * 
        mode : int * 
        space : float -> unit 


member SetupIndex : 
        vvq : CVV * 
        vvi : CVV * 
        mode : int * 
        space : float -> unit 

The input reference VV must be in ascending numerical order. If your reference data is NOT ordered, then use the SortIndex1_VV function to create an order index, then sort both the reference and data VVs using this index VV before you call SetupIndex_VV. Example: You have a reference data set taken at specific times, hVVt, hVVy and you want to calculate/estimate/interpolate the values hVVy2 at a second set of times hVVt2 Step 1: Create an index, hVVi, type <define>GS_DOUBLE</define>, and call SetupIndex_VV. with: hVVt2, hVVi, VV_LOOKUP_XXX, rSpacing Internally, this assigns index values of 0.0, 1.0, 2.0 etc. to the individual values in hVVt, then, depending on the lookup method chosen, assigns fractional index values to the input values in hVVt2. Step 2: To determine what the lookup values hVVy2 should be at times hVVt2, call the LookupIndex_VV function for hVVy with hVVi, hVVy2 Internally, this assigns index values of 0.0, 1.0, 2.0 etc. to the individual values in hVVy, and uses linear interpolation to calculate the values of hVVy2 at the input indices contained in hVVi.