CEdge::CEdge() {
int i;
num = CalcEdges(NUM_TOWNS);
list = new Edge[num];
srand(time(NULL));
int limit = MAX_DISTANCE;
int t1,t1prev;
int t2,t2prev;
t1 = t1prev = 0;
t2 = t2prev = 1;
for (i=0;i<num;i++) {
list[i].town1 = t1;
list[i].town2 = t2;
list[i].distance = rand()%limit;
//update t1,t2
if (t2 == NUM_TOWNS-1) {
t2prev++;
t2 = t2prev;
t1++;
}
else
t2++;
}
}
TwoModeEdges::TwoModeEdges(InputTable *input)
: mainTable(input)
{
namesTrans = mainTable->GetRowNames();
header = mainTable->GetHeader();
rowData = mainTable->GetRowData();
intervalTrans = CalcIntervals();
edges = CalcEdges();
}
EdgeFinder::EdgeFinder(MatCollection *collection, std::string userType, std::string agent, bool userSlide)
: sourceCollection(collection), networkType(userType), ego(agent), slide(userSlide)
{
namesTrans = sourceCollection->GetCollRows();
intervalTrans = CalcIntervals(false);
attributeInterval = CalcIntervals(true);
edges = CalcEdges(ego);
slide = sourceCollection->IsSlide();
}
int CEdge::CalcEdges(int n) {
int edges;
if (n == 2)
return 1;
else
edges = CalcEdges(n-1) + n-1;
return edges;
}
