public void StartVaporizing(string outFile, int numToVaporize)
{
CellContentsStruct asteroidBase = asteroidField[visibleIndex];
StreamWriter sw = new StreamWriter(outFile);
Vector2 bestSpot = Helpers.GetCoordinatesFromIndex(visibleIndex, xSize);
string outLine = "";
outLine = "VISIBLE INDEX at " + bestSpot.x + "," + bestSpot.y + " can see " + visibleCount + " asteroids";
sw.WriteLine(outLine);
outLine = "";
List <double> destroyedAsteroids = new List <double>();
int numVaporized = 0;
bool doneDestroying = false;
while (!doneDestroying)
{
destroyedAsteroids = new List <double>();
foreach (KeyValuePair <double, List <angleCheckStruct> > kvp in asteroidBase.angleDistance.OrderBy(i => i.Key))
{
numVaporized++;
int removedIndex = GetLowestDistanceIndex(kvp.Value);
outLine = "#" + numVaporized + " from " + bestSpot.x + "," + bestSpot.y + " Angle is " + kvp.Value[removedIndex].angle;
outLine = outLine + "Location is " + kvp.Value[removedIndex].asteroidLocation.x + "," + kvp.Value[removedIndex].asteroidLocation.y + " remaing on line " + (kvp.Value.Count - 1);
sw.WriteLine(outLine);
outLine = "";
int removeIndex = Helpers.GetIndexFromCoordinate(kvp.Value[removedIndex].asteroidLocation, xSize);
int curNum = numVaporized % 10;
char repChar = curNum.ToString()[0];
//asteroidField[removeIndex].curChar = repChar;
asteroidField[removeIndex].curChar = '.';
destroyedAsteroids.Add(kvp.Key);
if (numVaporized >= numToVaporize)
{
doneDestroying = true;
break;
}
}
WriteAsteroidField(sw);
foreach (double angle in destroyedAsteroids)
{
// cleanup dictionary;
if (asteroidBase.angleDistance[angle].Count > 1)
{
int indexToRemove = GetLowestDistanceIndex(asteroidBase.angleDistance[angle]);
asteroidBase.angleDistance[angle].RemoveAt(indexToRemove);
}
else
{
asteroidBase.angleDistance.Remove(angle);
}
}
}
sw.Close();
}
public AsteroidField(string[] sourceData)
{
ySize = sourceData.Length;
xSize = sourceData[0].Length;
asteroidField = new CellContentsStruct[xSize * ySize];
for (int intJ = 0; intJ < sourceData.Length; intJ++)
{
for (int intI = 0; intI < sourceData[intJ].Length; intI++)
{
CellContentsStruct curStruct = new CellContentsStruct();
curStruct.curChar = sourceData[intJ][intI];
asteroidField[(intJ * xSize) + intI] = curStruct;
}
}
for (int intI = 0; intI < asteroidField.Length; intI++)
{
if (asteroidField[intI].curChar == '.')
{
continue;
}
Vector2 startVec = new Vector2();
startVec = Helpers.GetCoordinatesFromIndex(intI, xSize);
asteroidField[intI].curAngles = new Dictionary <Vector2, angleCheckStruct>();
asteroidField[intI].angleDistance = new Dictionary <double, List <angleCheckStruct> >();
for (int intJ = 0; intJ < asteroidField.Length; intJ++)
{
if (intI != intJ) // skip if it's us
{
if (asteroidField[intJ].curChar != '.')
{
Vector2 endVec = Helpers.GetCoordinatesFromIndex(intJ, xSize);
angleCheckStruct curAngleData = GetAngleCheckStruct(startVec, endVec);
asteroidField[intI].curAngles[endVec] = curAngleData;
if (asteroidField[intI].angleDistance.ContainsKey(curAngleData.angle))
{
asteroidField[intI].angleDistance[curAngleData.angle].Add(curAngleData);
}
else
{
List <angleCheckStruct> newAngleList = new List <angleCheckStruct>();
newAngleList.Add(curAngleData);
asteroidField[intI].angleDistance.Add(curAngleData.angle, newAngleList);
}
}
}
}
/*int visibleAsteroids = asteroidField[intI].angleDistance.Count;
* if(visibleAsteroids> visibleCount)
* {
* visibleCount= visibleAsteroids;
* visibleIndex= intI;
* }*/
}
for (int intI = 0; intI < asteroidField.Length; intI++)
{
if (asteroidField[intI].curChar == '#')
{
if (asteroidField[intI].angleDistance.Count > visibleCount)
{
visibleCount = asteroidField[intI].angleDistance.Count;
visibleIndex = intI;
}
}
}
}
