// Calculates the travel time in milliseconds between two points with given speed.
// Traveling is implemented like a simple time.Sleep from our side.
func calculateMissionTravelTime(source, target *vec2d.Vector, waypoints []*vec2d.Vector, speed int64) time.Duration {
var distance float64
prevPoint := source
distance = 0
for _, point := range waypoints {
distance += vec2d.GetDistance(prevPoint, point)
prevPoint = point
}
distance += vec2d.GetDistance(prevPoint, target)
return time.Duration(distance / float64(speed) * 100)
}
func ExampleGetDistance() {
vector := vec2d.New(2.0, 4.0)
other := vec2d.New(5.0, 12.0)
distance := vec2d.GetDistance(vector, other)
fmt.Printf("Vector{X: %v, Y: %v}\n", vector.X, vector.Y)
fmt.Printf("Vector{X: %v, Y: %v}\n", other.X, other.Y)
fmt.Printf("Distance between: %v\n", distance)
// Output:
// Vector{X: 2, Y: 4}
// Vector{X: 5, Y: 12}
// Distance between: 8.54400374531753
}
// Calculates the travel time in milliseconds between two points with given speed.
// Traveling is implemented like a simple time.Sleep from our side.
func calculateSegmentTravelTime(source, target *vec2d.Vector, speed int64) time.Duration {
distance := vec2d.GetDistance(source, target)
return time.Duration(distance / float64(speed) * 100)
}