2.2.4.49.2 XYRangeComplex::SetData

SetData

1 Description
2 Syntax
3 Parameters
4 Return
5 Examples
6 Remark
7 See Also
8 Header to Include

Description

Syntax

BOOL SetData( vector<complex> * pvY, vector * pvX, int nIndex = 0, DWORD dwDRSOpts = DRS_SET_COL_DESIGNATIONS )

BOOL SetData( vector * pvYReal, vector * pvYImag, vector * pvX, int nIndex = 0, DWORD dwDRSOpts = DRS_SET_COL_DESIGNATIONS )

Parameters

pvY: [input]Dependent data
pvX: [input]Independent data
nIndex: [input]sub range index
dwDRSOpts: [input]the rules for Setting data from DRS_enumeration.

pvYReal: [input]Real part of dependent data
pvYImag: [input]Image part of dependent data
pvX: [input]Independent data
nIndex: [input]sub range index
dwDRSOpts: [input]the rules for Setting data from DRS_enumeration.

Return

TRUE if success, FALSE if fail.

Examples

EX1

// The function first creates a worksheet for output, adds
// columns as necessary according to the total number of desired
// data (nNumData), and initializes the output XYRangeComplex object.
// Then it generates some complex data and puts them into the XYRangeComplex
// using XYRangeComplex::SetData().
void    test_XYRangeComplex_SetData(int nNumData = 1)
{
    Worksheet            wksOut;
    wksOut.Create();
    // Make sure the worksheet has 2 * nNumData columns (X, Ycomplex for each data):
    while ( wksOut.Columns.Count() < 2 * nNumData )
        wksOut.AddCol();
    
    /////////////////
    // Initialize XYRange for setting the data into:
    XYRangeComplex dr;
    for (int idata = 0; idata < nNumData; idata++)
    {
        dr.Add("X", wksOut, 0, 2 * idata, -1, 2 * idata);

        // Set the destination column for complex:
        Column    colObj = wksOut.Columns(2 * idata + 1);
        colObj.SetFormat(OKCOLTYPE_NUMERIC);
        colObj.SetInternalData(FSI_COMPLEX);
        
        
        dr.Add("Y", wksOut, 0, 2 * idata + 1, -1, 2 * idata + 1);

        dr.Add("S", NULL);
    }
    
    // Generate some data and set it into the XYRange:
    int                    nNumRows = 5;
    for (idata = 0; idata < nNumData; idata++)
    {
        vector<complex>        vc;
        vector                vx;
        vc.SetSize(nNumRows);
        vx.SetSize(nNumRows);
        for (int row = 0; row < nNumRows; row++)
        {
            double            rX = (idata + 1) * (row + 1);
            double            rReal = pow(10, idata) + (row + 1);
            double            rImag = 2 * pow(10, idata) + (row + 1) * (row + 1);
            
            complex            cc(rReal, rImag);
            
            vc[row] = cc;
            vx[row] = rX;
        }

        if ( !dr.SetData(&vc, &vx, idata) )
        {
            out_str("Failed to set data.");
        }
    }
}

EX2

// The function first creates a worksheet for output, adds
// columns as necessary according to the total number of desired
// data (nNumData), and initializes the output XYRangeComplex object.
// Then it generates some complex data and puts them into the XYRangeComplex
// using XYRangeComplex::SetData().
void    test_XYRange_SetComplexData_2(int nNumData = 1)
{
    Worksheet wksOut;
    wksOut.Create();
    // Make sure the worksheet has 2 * nNumData columns (X, Ycomplex for each data):
    while( wksOut.Columns.Count() < 2 * nNumData )
        wksOut.AddCol();
    
    /////////////////
    // Initialize XYRange for setting the data into:
    XYRangeComplex dr;
    for( int idata = 0; idata < nNumData; idata++ )
    {
        dr.Add("X", wksOut, 0, 2 * idata, -1, 2 * idata);

        // Set the destination column for complex:
        Column            colObj = wksOut.Columns(2 * idata + 1);
        colObj.SetFormat(OKCOLTYPE_NUMERIC);
        colObj.SetInternalData(FSI_COMPLEX);
        
        
        dr.Add("Y", wksOut, 0, 2 * idata + 1, -1, 2 * idata + 1);

        dr.Add("S", NULL);
    }
    
    // Generate some data and set it into the XYRange:
    int                    nNumRows = 5;
    for (idata = 0; idata < nNumData; idata++)
    {
        vector                vReal;
        vector                vImag;
        vector                vx;
        vReal.SetSize(nNumRows);
        vImag.SetSize(nNumRows);
        vx.SetSize(nNumRows);
        for (int row = 0; row < nNumRows; row++)
        {
            double            rX = (idata + 1) * (row + 1);
            double            rReal = pow(10, idata) + (row + 1);
            double            rImag = 2 * pow(10, idata) + (row + 1) * (row + 1);
            
            vReal[row] = rReal;
            vImag[row] = rImag;
            vx[row] = rX;
        }

        if ( !dr.SetData(&vReal, &vImag, &vx, idata) )
        {
            out_str("Failed to set data.");
        }
    }
}