void Measurement::writeXML(XMLWriter& w)
{
char defUri[80];
// Component name
w.tagStart(w.buildTagName(SWE_PREFIX, this->Type));
// definition
if (this->Definition != NULL)
{
buildDefUrl(this->Definition, defUri);
w.tagField(w.buildTagName(NULL, ATT_DEFINITION), defUri);
}
// axis ID
if (this->AxisID != NULL)
w.tagField(w.buildTagName(NULL, ATT_AXISID), this->AxisID);
// ref frame
if (this->RefFrame != NULL)
{
buildDefUrl(this->RefFrame, defUri);
w.tagField(w.buildTagName(NULL, ATT_REFRAME), defUri);
}
w.tagEnd(true, false);
// label
if (this->Label != NULL)
w.writeNode(w.buildTagName(SWE_PREFIX, ELT_LABEL), this->Label);
// uom code or URI
if (this->Uom != NULL)
{
w.tagStart(w.buildTagName(SWE_PREFIX, ELT_UOM));
if (this->Uom == DEF_ISO8601)
{
buildDefUrl(this->Uom, defUri);
w.tagField(w.buildTagName(XLINK_PREFIX, ATT_HREF), defUri);
}
else
w.tagField(w.buildTagName(NULL, ATT_CODE), this->Uom);
w.tagEnd(true, true);
}
w.tagClose();
}
void VectorMeas::writeXML(XMLWriter& w)
{
// Vector
w.tagStart(w.buildTagName(SWE_PREFIX, ELT_VECTOR));
// definition attribute
char defUri[80];
if (this->Definition != NULL)
{
buildDefUrl(this->Definition, defUri);
w.tagField(w.buildTagName(NULL, ATT_DEFINITION), defUri);
}
// ref frame attribute
if (this->RefFrame != NULL)
{
buildDefUrl(this->RefFrame, defUri);
w.tagField(w.buildTagName(NULL, ATT_REFRAME), defUri);
}
w.tagEnd(true, false);
// label
if (this->Label != NULL)
w.writeNode(w.buildTagName(SWE_PREFIX, ELT_LABEL), this->Label);
// coordinates
for (int i = 0; i < numCoords; i++)
{
Measurement* m = coords[i];
w.tagStart(w.buildTagName(SWE_PREFIX, ELT_COORDINATE));
w.tagField(w.buildTagName(NULL, ATT_NAME), m->getName());
w.tagEnd(true, false);
m->writeXML(w);
w.tagClose();
}
w.tagClose();
}
