func (g *GridNeighbor) ProcessEntry(pos int, current *Grid, grids RawGridList) {
started := time.Now()
for _, grid := range grids {
current.CalculateCost(grid)
}
tsputil.ElapsedTime(started, fmt.Sprintf("Processed %d %s %s", pos,
current, current.CostTable))
}
func (w *World) ParseFile(fileName string) *TSPCoordList {
parseStart := time.Now()
w.FileName = tsputil.GetWorldFileName(fileName)
coords := ParseFile(fileName)
tsputil.ElapsedTime(parseStart, fmt.Sprintf("Parsed %d coordinates",
coords.Len()))
return coords
}
func (w *World) GetTerminalGrids() {
filterStart := time.Now()
w.TerminalGrids = w.FilterGrids(func(g *Grid) bool {
return !g.Subdivided && g.Len() > 0
})
tsputil.ElapsedTime(filterStart, fmt.Sprintf("Generated %d terminal grids",
w.TerminalGrids.Len()))
}
func (w *World) LoadPoints(coords *TSPCoordList) {
loadStart := time.Now()
for _, c := range coords.Coordinates() {
w.AppendCoordinate(c)
}
tsputil.ElapsedTime(loadStart,
fmt.Sprintf("Generated %d grids and %d coordinates", w.GridLen(),
w.PointsLen()))
}
func (w *World) GridNeighborSearchComplete() {
tsputil.ElapsedTime(w.gridNeighborSearchStart, "Neighbor search complete")
w.StartShell()
}
