CCfits - HEASARC - NASA
CCfits - HEASARC - NASA
CCfits - HEASARC - NASA
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8 Creating and Writing to a Binary Table Extension 19<br />
The interface supports writing to vector tables the following data structures: C-arrays (-<br />
T∗), std::vector objects, std::valarray objects, and std::vector. The last of these is the internal representation of the data.<br />
The function below exercises the following functionality:<br />
• Create a BinTable extension<br />
• Write vector rows to the table<br />
• Insert table rows<br />
• Write complex data to both scalar and vector columns.<br />
• Insert Table columns<br />
• Delete Table rows<br />
• Write HISTORY and COMMENT cards to the Table<br />
int writeBinary ()<br />
{<br />
//*********************************************************************<br />
// Create a BINARY table extension and write and manipulate vector rows<br />
//*********************************************************************<br />
std::auto_ptr pFits(0);<br />
try<br />
{<br />
const std::string fileName("atestfil.fit");<br />
pFits.reset( new FITS(fileName,Write) );<br />
}<br />
catch (<strong>CCfits</strong>::FITS::CantOpen)<br />
{<br />
return -1;<br />
}<br />
unsigned long rows(3);<br />
string hduName("TABLE_BINARY");<br />
std::vector colName(7,"");<br />
std::vector colForm(7,"");<br />
std::vector colUnit(7,"");<br />
colName[0] = "numbers";<br />
colName[1] = "sequences";<br />
colName[2] = "powers";<br />
colName[3] = "big-integers";<br />
colName[4] = "dcomplex-roots";<br />
colName[5] = "fcomplex-roots";<br />
colName[6] = "scalar-complex";<br />
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