// What you MUST DO in the constructor of your device:
// 1) Set the Nametag, Maker and Killer in the lifeptrs struct.
// What you SHOULD do in the constructor:
// 2) Call SetLinks() with the # of inputs and outputs your device is going to use
// ...if you dont do #2, you will use the default # of inputs your parent class assigns
Pillars::Pillars(void)
{
lifeptrs.maker = PillarsMaker;
lifeptrs.killer = PillarsKiller;
strncpy(lifeptrs.nametag, "PIL1", 4);
SetLinks(3, 1);
// This is how you would add a parameter to a device that is managed by the generic dlg system
// This adds a floating point parameter. You can add floats, ints, bools, or enums.
AddParam(Parameter("Dummy Parameter", 0.0f, 0.0f, 1.0f));
}
// DEPRECATED, use SetLeafTaxIds
void
CBlast_def_line::SetTaxIds(const CBlast_def_line::TTaxIds& t)
{
// Clear the 'links' field. We may be setting new values there anyway.
ResetLinks();
// Next step depends on size of input set.
if (t.empty()) {
// If it's empty, clear the 'taxid' field too.
ResetTaxid();
} else if (t.size() == 1) {
// Or if it has a single value, set 'taxid' to that value.
SetTaxid(*t.begin());
} else {
// Otherwise, set the 'taxid' field to the FIRST value in the set,
// UNLESS the following conditions are all met:
// (1) 'taxid' has a value;
// (2) that value is non-zero;
// (3) it's already present in the input set.
bool overwrite = true;
if (IsSetTaxid()) {
const TTaxid taxid = GetTaxid();
if (taxid != 0) {
TTaxIds::iterator it = t.find(taxid);
if (it != t.end()) {
overwrite = false;
}
}
}
// If the above conditions were not met, overwrite the existing
// 'taxid'.
if (overwrite) {
SetTaxid(*t.begin());
}
// Save all of the input set to the 'links' field.
ITERATE(TTaxIds, itr, t) {
SetLinks().push_back(*itr);
}
}
