public void GivenStringAndCombinationIterator_GetNextMultipleTimes_ShouldReturnReturnNext()
{
var iterator = new CombinationIterator("abc", 2).Build();
Assert.IsTrue(iterator.GetNext() == "ab");
Assert.IsTrue(iterator.GetNext() == "ac");
}
// Start is called before the first frame update
void Start()
{
var mul = 10.0f;
var it = new CombinationIterator(8, coords.Count);
var destVectorRichtingFoenestra = new Sv(expectedValues[0], expectedValues[1], expectedValues[2]);
var destVectorTerug = new Sv(-expectedValues[0], -expectedValues[1], -expectedValues[2]);
var dest = destVectorRichtingFoenestra;
var summedList = it
.Select(t => new { ItemsToSelect = it, Data = coords.GetElementsAt(t) })
.Select(t => new { ItemsToSelect = t.ItemsToSelect, Data = t.Data, Sum = SumSv(t.Data) })
.OrderBy(t => DistTwoVectors(dest, t.Sum.Normalized))
.ToList();
float brrr = 1;
foreach (var dist in summedList.Take(1))
{
var cur = Vector3.zero;
foreach (var item in dist.Data)
{
DrawBol(cur * mul, (item.ToVector3() + cur) * mul, prefabje, new Color(1 - brrr, brrr, 0));
cur = item.ToVector3() + cur;
}
DrawBol(cur * mul, dist.Sum.Normalized.ToVector3() * mul, prefabjeBlue, new Color(1 - brrr, brrr, 255));
DrawLine(Vector3.zero, cur * mul, new Color(1 - brrr, brrr, 255));
brrr = brrr - 0.1f;
}
}
public void MinorSizeTest(int matrixSize, int minorSize)
{
var loops = new CombinationIterator(init: 0, max: matrixSize - 1, loopCount: minorSize);
var count = MathUtils.Combinations(matrixSize, minorSize);
Assert.AreEqual(count, loops.Iterations.Count());
}
public void Test_1(string characters, int length, string expected)
{
var iterator = new CombinationIterator(characters, length);
var json = JsonConvert.SerializeObject(iterator.combinations);
json.Should().Be(expected);
}
public void Test_2()
{
var iterator = new CombinationIterator("abc", 2);
iterator.Next().Should().Be("ab");
iterator.HasNext().Should().BeTrue();
iterator.Next().Should().Be("ac");
iterator.HasNext().Should().BeTrue();
iterator.Next().Should().Be("bc");
iterator.HasNext().Should().BeFalse();
}
public void TestMethod1()
{
var iterator = new CombinationIterator("chp", 1);
var k1 = iterator.HasNext();
var k2 = iterator.Next(); // returns "ab"
var k3 = iterator.HasNext(); // returns "ab"
var k4 = iterator.HasNext(); // returns true
var k5 = iterator.Next(); // returns true
var k6 = iterator.Next(); // returns "ac"
var k7 = iterator.HasNext(); // returns "bc"
var k8 = iterator.HasNext(); // returns false
var k9 = iterator.HasNext(); // returns false
}
private static string CreateHeader(string[] cols, int n)
{
var sb = new StringBuilder();
var iter = new CombinationIterator(cols, n);
sb.Append(_loader.IdName);
while (iter.MoveNext())
{
var ftuple = new TupleData(iter.Current);
sb.Append(";" + ftuple);
}
sb.Append(";" + _loader.TargetName);
return sb.ToString();
}
private static string CreateHeader(string[] cols, int n)
{
var sb = new StringBuilder();
var iter = new CombinationIterator(cols, n);
sb.Append(_loader.IdName);
while (iter.MoveNext())
{
var ftuple = new TupleData(iter.Current);
sb.Append(";" + ftuple);
}
sb.Append(";" + _loader.TargetName);
return(sb.ToString());
}
static void Main(string[] args)
{
if (args.Length < 4 || args.Length > 4)
{
Logger.Log("usage: program.exe <train.csv> <conf.csv> <id> <target_name>");
return;
}
string dataPath = args[0];
string confPath = args[1];
string id = args[2];
string target = args[3];
Logger.Log("data: " + dataPath);
Logger.Log("conf : " + confPath);
Logger.Log("id : " + id);
Logger.Log("target : " + target);
try
{
var fmgr = new FactorManager();
fmgr.Load(confPath, target);
fmgr.TargDep = 10;
fmgr.FactorDep = 100;
fmgr.SelectFactors();
var cols = fmgr.VisibleFactors.ToArray();
//_loader.MaxRowsLoaded = 10000;
_loader.AddTargetColumn(target);
_loader.AddIdColumn(id);
_loader.CollectDistrStat = true;
_loader.Load(dataPath);
var statDict = new Dictionary<TupleData, Dictionary<TupleData, StatItem>>();
// collecting stats
int idx = 0;
int n = 4;
var iter = new CombinationIterator(cols, n);
while (iter.MoveNext())
{
idx++;
var cval = iter.Current;
var ftuple = new TupleData(cval);
statDict.Add(ftuple, new Dictionary<TupleData, StatItem>());
foreach (var row in _loader.Rows)
{
var vtuple = CreateValueTuple(cval, row);
if (!statDict[ftuple].ContainsKey(vtuple))
statDict[ftuple].Add(vtuple, new StatItem());
if (row.Target<=1)
{
statDict[ftuple][vtuple].Count++;
statDict[ftuple][vtuple].Targets += (int)row.Target;
}
}
foreach (var t in statDict[ftuple].Keys)
{
statDict[ftuple][t].TargetProb = statDict[ftuple][t].Targets / (double)statDict[ftuple][t].Count;
}
Logger.Log(ftuple + " done;");
}
// creating modified file
using (var sw = new StreamWriter(new FileStream(dataPath + "_cat.csv", FileMode.Create, FileAccess.Write)))
{
idx = 0;
sw.WriteLine(CreateHeader(cols, n));
sw.Flush();
double defProb = (double)_loader.TargetStat[1] / (_loader.TargetStat[1] + _loader.TargetStat[0]);
foreach (var row in _loader.Rows)
{
idx++;
var sb = new StringBuilder();
iter = new CombinationIterator(cols, n);
sb.Append(row.Id);
while (iter.MoveNext())
{
var cval = iter.Current;
var ftuple = new TupleData(cval);
var t = CreateValueTuple(cval, row);
double prob = statDict[ftuple].ContainsKey(t) ? statDict[ftuple][t].TargetProb : defProb;
sb.Append(";" + prob.ToString("F05"));
}
sb.Append(";" + row.Target);
sw.WriteLine(sb);
if (idx%12345==0)
{
Logger.Log(idx + " lines writed;");
sw.Flush();
}
}
Logger.Log(idx + " lines writed; done;");
}
}
catch (Exception e)
{
Logger.Log(e);
}
}
public void RunProblem()
{
var temp = new CombinationIterator("abc", 2);
}
static void Main(string[] args)
{
if (args.Length < 4 || args.Length > 4)
{
Logger.Log("usage: program.exe <train.csv> <conf.csv> <id> <target_name>");
return;
}
string dataPath = args[0];
string confPath = args[1];
string id = args[2];
string target = args[3];
Logger.Log("data: " + dataPath);
Logger.Log("conf : " + confPath);
Logger.Log("id : " + id);
Logger.Log("target : " + target);
try
{
var fmgr = new FactorManager();
fmgr.Load(confPath, target);
fmgr.TargDep = 10;
fmgr.FactorDep = 100;
fmgr.SelectFactors();
var cols = fmgr.VisibleFactors.ToArray();
//_loader.MaxRowsLoaded = 10000;
_loader.AddTargetColumn(target);
_loader.AddIdColumn(id);
_loader.CollectDistrStat = true;
_loader.Load(dataPath);
var statDict = new Dictionary <TupleData, Dictionary <TupleData, StatItem> >();
// collecting stats
int idx = 0;
int n = 4;
var iter = new CombinationIterator(cols, n);
while (iter.MoveNext())
{
idx++;
var cval = iter.Current;
var ftuple = new TupleData(cval);
statDict.Add(ftuple, new Dictionary <TupleData, StatItem>());
foreach (var row in _loader.Rows)
{
var vtuple = CreateValueTuple(cval, row);
if (!statDict[ftuple].ContainsKey(vtuple))
{
statDict[ftuple].Add(vtuple, new StatItem());
}
if (row.Target <= 1)
{
statDict[ftuple][vtuple].Count++;
statDict[ftuple][vtuple].Targets += (int)row.Target;
}
}
foreach (var t in statDict[ftuple].Keys)
{
statDict[ftuple][t].TargetProb = statDict[ftuple][t].Targets / (double)statDict[ftuple][t].Count;
}
Logger.Log(ftuple + " done;");
}
// creating modified file
using (var sw = new StreamWriter(new FileStream(dataPath + "_cat.csv", FileMode.Create, FileAccess.Write)))
{
idx = 0;
sw.WriteLine(CreateHeader(cols, n));
sw.Flush();
double defProb = (double)_loader.TargetStat[1] / (_loader.TargetStat[1] + _loader.TargetStat[0]);
foreach (var row in _loader.Rows)
{
idx++;
var sb = new StringBuilder();
iter = new CombinationIterator(cols, n);
sb.Append(row.Id);
while (iter.MoveNext())
{
var cval = iter.Current;
var ftuple = new TupleData(cval);
var t = CreateValueTuple(cval, row);
double prob = statDict[ftuple].ContainsKey(t) ? statDict[ftuple][t].TargetProb : defProb;
sb.Append(";" + prob.ToString("F05"));
}
sb.Append(";" + row.Target);
sw.WriteLine(sb);
if (idx % 12345 == 0)
{
Logger.Log(idx + " lines writed;");
sw.Flush();
}
}
Logger.Log(idx + " lines writed; done;");
}
}
catch (Exception e)
{
Logger.Log(e);
}
}