public void Tests(int[] input, int expectedResult)
{
MinimumDistance distance = new MinimumDistance();
var result = distance.Solution(input);
Assert.AreEqual(expectedResult, result);
}
public void TestMinimumDistanceDirectedGraph()
{
IGraph graph = new Graph(true);
graph.AddNode(new Node("1"));
graph.AddNode(new Node("2"));
graph.AddNode(new Node("3"));
graph.AddNode(new Node("4"));
graph.AddNode(new Node("5"));
graph.AddNode(new Node("6"));
graph.AddNode(new Node("7"));
graph.AddNode(new Node("8"));
graph.BuildEdge("1", "2", 18);
graph.BuildEdge("1", "7", 10);
graph.BuildEdge("2", "8", 7);
graph.BuildEdge("2", "6", 11);
graph.BuildEdge("3", "1", 2);
graph.BuildEdge("3", "4", 6);
graph.BuildEdge("3", "6", 21);
graph.BuildEdge("5", "1", 5);
graph.BuildEdge("5", "2", 4);
graph.BuildEdge("6", "1", 19);
graph.BuildEdge("7", "3", 17);
graph.BuildEdge("7", "4", 3);
graph.BuildEdge("7", "5", 3);
graph.BuildEdge("8", "6", 9);
MinimumDistance minDistance = new MinimumDistance(graph, "3", "8");
WeightedTraversalResult result = minDistance.Run();
Assert.Equal(26, result.TotalWeight);
Assert.Equal("8,2,5,7,1,3", string.Join(",", result.Nodes.Select(node => node.ID)));
}
public void TestMinimumDistanceUndirectedGraph()
{
IGraph graph = new Graph();
graph.AddNode(new Node("1"));
graph.AddNode(new Node("2"));
graph.AddNode(new Node("3"));
graph.AddNode(new Node("4"));
graph.AddNode(new Node("5"));
graph.BuildEdge("1", "2", 8);
graph.BuildEdge("1", "3", 4);
graph.BuildEdge("1", "4", 2);
graph.BuildEdge("1", "5", 3);
graph.BuildEdge("2", "3", 9);
graph.BuildEdge("2", "4", 15);
graph.BuildEdge("3", "4", 10);
graph.BuildEdge("3", "5", 7);
graph.BuildEdge("4", "5", 9);
MinimumDistance minDistance = new MinimumDistance(graph, "2", "5");
WeightedTraversalResult result = minDistance.Run();
Assert.Equal(11, result.TotalWeight);
Assert.Equal("5,1,2", string.Join(",", result.Nodes.Select(node => node.ID)));
}
public void MinimumDistanceTest_Case1()
{
var a = new List <int> {
7, 1, 3, 4, 1, 7
};
var actual = new MinimumDistance().minimumDistances(a);
var expected = 3;
Assert.AreEqual(expected, actual);
}
public void MinimumDistanceTest_Case2()
{
var a = new List <int> {
3, 2, 1, 2, 3
};
var actual = new MinimumDistance().minimumDistances(a);
var expected = 2;
Assert.AreEqual(expected, actual);
}
// Use this for initialization
void Start()
{
// Extract Light components from provided Light transforms
foreach (Transform lightTransform in lightTransforms)
{
Light light = lightTransform.Find("Rotating").Find("Light").gameObject.GetComponent <Light>();
associatedLights.Add(light);
}
// Reach for important components in this game object
minimumDistance = gameObject.GetComponent <MinimumDistance>();
audioSource = transform.Find("Body").Find("Sound").gameObject.GetComponent <AudioSource>();
arm = transform.Find("Body").Find("ArmWrapper");
// Starting position for the breaker
if (isOpened)
{
Open();
}
else
{
Close();
}
}
// Use this for initialization
void Start()
{
// Extract Light components from provided Light transforms
foreach (Transform lightTransform in lightTransforms)
{
Light light = lightTransform.Find("Rotating").Find("Light").gameObject.GetComponent <Light>();
associatedLights.Add(light);
}
// Reach for important components in this game object
minimumDistance = gameObject.GetComponent <MinimumDistance>();
audioStart = transform.Find("Body").Find("SoundStart").gameObject.GetComponent <AudioSource>();
audioDuring = transform.Find("Body").Find("SoundDuring").gameObject.GetComponent <AudioSource>();
knob = transform.Find("Body").Find("Rotating knob");
// Start the timer or not
if (isOpened)
{
Open();
}
else
{
Close();
}
}
public MinimumDistanceTests()
{
md = new MinimumDistance();
}
