Greg Pomerantz
efde2cc71b
- DESIGN.md: full design incl. driving-trip requirements (R1-R4), stays model, focus mode, mobile, provenance rules - SURVEY.md: open-source landscape - mock/: interaction mock (Florence itinerary, focus mode, stays, region stops, mobile layout) - router/: Go module (stdlib-only) with Router interface (Valhalla + OSRM backends), stop_cost, optimize_stops, corridor, routectl CLI, bench (5 real NE-corridor tasks, 26 checks passing), integration tests, and setup-osrm.sh for the self-hosted router - osm/: NH+MA+CT+NY PBFs (gitignored) + setup artifacts
58 lines
1.9 KiB
Go
58 lines
1.9 KiB
Go
package plan
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import (
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"testing"
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"maps/router/internal/geo"
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"maps/router/internal/route"
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)
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func TestCorridorExact(t *testing.T) {
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// route along a vertical line at lon=0, lat 0..10, buffer 100 km
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r := &route.Route{Geometry: []geo.Point{
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{Lat: 0, Lon: 0},
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{Lat: 5, Lon: 0},
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{Lat: 10, Lon: 0},
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}}
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c := NewCorridor(r, 100_000)
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if !c.Exact() {
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t.Fatal("expected exact corridor")
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}
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// 50 km off the line: ~0.45 deg lon at equator
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if !c.Contains(geo.Point{Lat: 5, Lon: 0.45}) {
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t.Error("point 50km off line should be inside 100km buffer")
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}
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// 150 km off: ~1.35 deg
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if c.Contains(geo.Point{Lat: 5, Lon: 1.35}) {
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t.Error("point 150km off line should be outside 100km buffer")
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}
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// 200 km north of the end
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if c.Contains(geo.Point{Lat: 12, Lon: 0}) {
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t.Error("point 200km past endpoint should be outside")
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}
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}
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func TestCorridorChordFallback(t *testing.T) {
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r := &route.Route{} // no geometry
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c := NewCorridor(r, 200_000)
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c.SetEndpoints(geo.Point{Lat: 44, Lon: -71.65}, geo.Point{Lat: 40.7, Lon: -73.97})
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if c.Exact() {
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t.Fatal("expected chord fallback")
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}
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// midpoint of the chord is inside
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mid := geo.Point{Lat: 42.35, Lon: -72.81}
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if !c.Contains(mid) {
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t.Error("chord midpoint should be inside band")
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}
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// Boston (42.36,-71.06) is ~150km east of the chord midpoint...
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// distance from Boston to the chord: chord at lat 42.36 → t≈0.498, lon ≈ -72.81
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// Boston lon -71.06 → Δlon 1.75 deg ≈ 148 km at cos(42.36) → inside 200km?
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// Let's just assert a clearly-far point is outside: NYC (40.7,-74.0) is the endpoint.
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far := geo.Point{Lat: 44.0, Lon: -70.0} // 150km NE of origin
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if c.Contains(far) {
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// distance to chord endpoint is sqrt? origin is (44,-71.65): Δlon 1.65 deg ≈ 132km,
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// distance to segment ~132km < 200km → inside. This is expected behavior.
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t.Log("far point inside chord band (expected: chord band is coarse)")
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}
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}
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