public void TestScore(int x, int y, int expectedScore)
{
var map = new List <List <char> >
{
new List <char> {
'.', '#', '.', '.', '#'
},
new List <char> {
'.', '.', '.', '.', '.'
},
new List <char> {
'#', '#', '#', '#', '#'
},
new List <char> {
'.', '.', '.', '.', '#'
},
new List <char> {
'.', '.', '.', '#', '#'
},
};
var testObject = new AsteroidsMonitoringSystem(map);
var score = testObject.GetScore(new Extension.Mathematics.VectorSpace.IntVector(x, y));
Assert.IsTrue(score == expectedScore);
}
public void TestMap(List <List <char> > map, int expectedX, int expectedY, int expectedScore)
{
var testObject = new AsteroidsMonitoringSystem(map);
var(position, score) = testObject.GetBestPosition();
Assert.IsTrue(position.X == expectedX);
Assert.IsTrue(position.Y == expectedY);
Assert.IsTrue(score == expectedScore);
}
/// <summary>
/// Execution function for Day 10
/// </summary>
public void Execute10()
{
UserActionAsync(() =>
{
WriteToConsole("Start execution of Day10");
var parser = GetInputParser("Day10Input.txt");
var input = parser.GetInputData();
var map = input.Select(s => s.ToCharArray().ToList()).ToList();
var system = new AsteroidsMonitoringSystem(map);
var(position, score) = system.GetBestPosition();
WriteToConsole($"The best position for the monitoring system is ({position.X}, {position.Y}) with a score of {score}");
var sequence = system.GetVaporizationSequence(position);
var destroy = sequence[199];
WriteToConsole($"The asteroid which is destroy at position 200 is at ({destroy.X}, {destroy.Y})");
});
}
