void
TrailRenderer::DrawTraceVector(Canvas &canvas, const Projection &projection,
const TracePointVector &trace)
{
points.GrowDiscard(trace.size());
unsigned n = 0;
for (auto i = trace.begin(), end = trace.end(); i != end; ++i)
points[n++] = projection.GeoToScreen(i->get_location());
canvas.DrawPolyline(points.begin(), n);
}
void
TrailRenderer::DrawTraceVector(Canvas &canvas, const Projection &projection,
const TracePointVector &trace)
{
const unsigned n = trace.size();
RasterPoint *p = Prepare(n);
for (const auto &i : trace)
*p++ = projection.GeoToScreen(i.GetLocation());
DrawPreparedPolyline(canvas, n);
}
bool
OLCLeague::solve(bool exhaustive)
{
TracePointVector trace;
trace_master.get_trace_edges(trace);
if (trace.size()!=2) {
return false;
}
if (!finish_altitude_valid(trace[0], trace[1])) {
return false;
}
// solution found, so set start/finish points
solution[0] = trace[0];
solution[4] = trace[1];
// scan through classic solution to find points there to add
unsigned index_fill = 1;
for (unsigned index_classic = 1; index_classic+1 < solution_classic.size(); ++index_classic) {
if ((solution_classic[index_classic].time > solution[index_fill-1].time)
&&(solution_classic[index_classic].time < trace[1].time)) {
solution[index_fill] = solution_classic[index_classic];
index_fill++;
if (index_fill==4) {
break;
}
}
}
// if insufficient points found, add repeats of previous points
for (; index_fill<4; ++index_fill) {
solution[index_fill] = solution[index_fill-1];
}
solution_found = true;
return true;
}