public void SolveTest()
{
long answer = 1;
string[] map = InputParser.ReadToStringArr(Day, "Test");
CoordTuple[] slopes =
{
new CoordTuple(1, 1),
new CoordTuple(3, 1),
new CoordTuple(5, 1),
new CoordTuple(7, 1),
new CoordTuple(1, 2),
};
int[] treeCounts = new int[slopes.Length];
int i = 0;
foreach (CoordTuple slope in slopes)
{
string[] mapExpanded = MapExpander.ExpandMap(map, slope);
int treeCount = TreePlotter.NumTrees(mapExpanded, slope, false);
treeCounts[i] = treeCount;
Console.WriteLine($"Tree Count for slope {slope}: {treeCount}");
i++;
}
foreach (int count in treeCounts)
{
answer *= (long)count;
}
Console.WriteLine($"Answer: {answer}");
}
public void DrawExperiment(Canvas canvas)
{
string rootTreePath = (manager as IClerk).GetRootExperimentPath(modelName);
string selectedExperimentPath = (manager as IClerk).GetSelectedExperimentRelativePath(modelName);
string loadedExperimentPath = (manager as IClerk).GetLoadedExperimentRelativePath(modelName);
TreePlotter.DrawTree(canvas, rootTreePath, selectedExperimentPath, loadedExperimentPath);
}
public void SolvePart1()
{
string[] map = InputParser.ReadToStringArr(Day, "1");
CoordTuple slope = new CoordTuple(3, 1);
string[] mapExpanded = MapExpander.ExpandMap(map, slope);
int treeCount = TreePlotter.NumTrees(mapExpanded, slope);
Console.WriteLine(treeCount.ToString());
}
