public TechFactoryParams(Dictionary <string, List <TestTech> > inst, List <int> levels, string techName, double timeProduction, TestStats baseStats, TestPriceBase basePrice)
{
Inst = inst;
Levels = levels;
TechName = techName;
TimeProduction = timeProduction;
BaseStats = baseStats;
BasePrice = basePrice;
}
public static double CalculatePerplexity(ILanguageModel model, CorpusParsingResult trainingCorpus, StringParsingResult testCorpus, out TestStats testStats)
{
testStats = new TestStats
{
UniqueUnksFound = new HashSet<string>(),
UniqueWordsFound = new HashSet<string>()
};
double logSumOfCorpus = 0;
for (int k = 0; k < testCorpus.Sentences.Count; k++)
{
Sentence sentence = testCorpus.Sentences[k];
double logOfSentence = 0;
string previousWord = Constants.Start;
string previousPreviousWord = Constants.Start;
testStats.TotalSentencesFound++;
for (int i = 0; i < sentence.Words.Length; i++)
{
string calculatedWord = sentence.Words[i];
if (!trainingCorpus.UniqueWords.ContainsKey(sentence.Words[i]))
{
calculatedWord = Constants.Unknown;
testStats.TotalUnksFound++;
testStats.UniqueUnksFound.Add(sentence.Words[i]);
}
testStats.TotalWordsFound++;
testStats.UniqueWordsFound.Add(calculatedWord);
double modelP = model.P(previousPreviousWord, previousWord, calculatedWord);
double logModelP = Math.Log(modelP, 2);
logOfSentence += logModelP;
previousPreviousWord = previousWord;
previousWord = calculatedWord;
}
if (Double.IsInfinity(logOfSentence))
{
throw new InvalidOperationException();
}
logSumOfCorpus += logOfSentence;
if (Double.IsInfinity(logSumOfCorpus))
{
throw new InvalidOperationException();
}
if (model is Problem1Model && k % 100 == 0)
{
Console.WriteLine("Now at sentence {0}/{1}", k, testCorpus.Sentences.Count);
}
}
double sum = logSumOfCorpus / testCorpus.TotalWordCount;
return Math.Pow(2, -1*sum);
}
public LucPacScripted()
: base("LucPacScripted")
{
_currentAgentState = FiniteState.Wander;
_previousAgentState = _currentAgentState;
_testStats = new TestStats();
#region State Initialization
_states.Add(FiniteState.Wander, new State()
{
Action = this.Wander,
OnSuspend = this.Wander_OnSuspend,
OnBegin = this.Wander_OnBegin
});
_states.Add(FiniteState.Ambush, new State()
{
Action = this.Ambush,
OnSuspend = this.Ambush_OnSuspend,
OnBegin = this.Ambush_OnBegin
});
_states.Add(FiniteState.EndGame, new State()
{
Action = EndGame,
OnSuspend = EndGame_OnSuspend,
OnBegin = EndGame_OnBegin
});
_states.Add(FiniteState.Hunt, new State()
{
Action = Hunt,
OnSuspend = Hunt_OnSuspend,
OnBegin = Hunt_OnBegin
});
_states.Add(FiniteState.Flee, new State()
{
Action = Flee,
OnSuspend = Flee_OnSuspend,
OnBegin = Flee_OnBegin
});
#endregion
// Create the session ID that will be used for testing
this._testSessionId = GenerateSessionID();
this._testStats.SessionID = _testSessionId;
// Create the directory that the data is going to be stored in
_testDataFolder = Directory.CreateDirectory(Environment.CurrentDirectory + string.Format("/{0}", _testSessionId));
_testImagesFolder = _testDataFolder.CreateSubdirectory("images");
_testLogFolder = _testDataFolder.CreateSubdirectory("logs");
instance = this;
_roundDuration.Start();
_stopWatch.Start();
}
public LucPacScripted()
: base("LucPacScripted")
{
m_CurrentState = FiniteState.Wander;
m_PreviousFSMState = m_CurrentState;
// Initiate a new object of the test stats.
m_TestStats = new TestStats();
#region State Initialization
/// States that are involved.
m_States.Add(FiniteState.Wander, new State()
{
Action = this.Wander,
OnSuspend = this.Wander_OnSuspend,
OnBegin = this.Wander_OnBegin
});
m_States.Add(FiniteState.Ambush, new State()
{
Action = this.Ambush,
OnSuspend = this.Ambush_OnSuspend,
OnBegin = this.Ambush_OnBegin
});
m_States.Add(FiniteState.EndGame, new State()
{
Action = EndGame,
OnSuspend = EndGame_OnSuspend,
OnBegin = EndGame_OnBegin
});
m_States.Add(FiniteState.Hunt, new State()
{
Action = Hunt,
OnSuspend = Hunt_OnSuspend,
OnBegin = Hunt_OnBegin
});
m_States.Add(FiniteState.Flee, new State()
{
Action = Flee,
OnSuspend = Flee_OnSuspend,
OnBegin = Flee_OnBegin
});
#endregion
// Create the session ID that will be used for testing
this.m_TestSessionID = GenerateSessionID();
this.m_TestStats.SessionID = m_TestSessionID;
instance = this;
m_RoundDuration.Start();
m_Stopwatch.Start();
}
// Use this for initialization
void Start()
{
m_Text = GetComponentInChildren <Text> ();
Button exit = GetComponentInChildren <Button> ();
exit.onClick.AddListener(OnButtonClicked);
s_instance = this;
m_ErrorCount = new int[(int)MapType.MapCount];
m_TestDone = new bool[(int)MapType.MapCount];
ShowMessageBox(false); // hide itself after initialization that must be done when active.
}
//Create OneDayStats
public bool CreateTestStats(TestStatsCreate model)
{
var ctx = new ApplicationDbContext();
var Cricketer = ctx.Cricketerss.Find(model.CricketerId);
if (Cricketer != null)
{
var entity =
new TestStats()
{
UserId = _userId,
DoubleCenturyTest = model.DoubleCenturyTest,
HalfCenturyTest = model.HalfCenturyTest,
CricketerId = Cricketer.CricketerId
};
using (ctx)
{
ctx.TestStatss.Add(entity);
return(ctx.SaveChanges() == 1);
}
}
return(false);
}
public override void PreSendServer()
{
base.PreSendServer();
_msgSeq = TestStats.GetNextClientTimedSeq();
TestStats.ClientMissingTimedSeqs.Add(_msgSeq);
}
public override void PreSendClient()
{
base.PreSendClient();
_msgSeq = TestStats.GetNextClientSeq();
TestStats.ServerMissingSeqs.Add(_msgSeq);
}
private string WriteSummaryTables(List<TestResult> testResults)
{
testResults.Sort();
TestStats GlobalStats = new TestStats();
TestStats tmpStats;
List<TestStats> AssemblyStats = new List<TestStats>();
// Calculate Statistics
testResults.Sort();
var testgroups =
from test in testResults
group test by test.ClassName into groups
select new { ClassName = groups.Key, tests = groups };
foreach (var groups in testgroups)
{
tmpStats = new TestStats();
tmpStats.Name = groups.ClassName;
foreach (var n in groups.tests)
{
tmpStats.TotalTime = tmpStats.TotalTime.Add(n.Duration);
GlobalStats.TotalTime = GlobalStats.TotalTime.Add(n.Duration);
switch (n.TestOutcome.ToLower())
{
case "passed":
case "pass":
GlobalStats.TotalPassed++;
tmpStats.TotalPassed++;
break;
case "failed":
case "fail":
GlobalStats.TotalFailed++;
tmpStats.TotalFailed++;
break;
case "inconclusive":
case "ingnored":
case "aborted":
GlobalStats.TotalInconclusive++;
tmpStats.TotalInconclusive++;
break;
}
}
tmpStats.TotalTests = tmpStats.TotalFailed + tmpStats.TotalPassed + tmpStats.TotalInconclusive;
AssemblyStats.Add(tmpStats);
}
GlobalStats.TotalTests = GlobalStats.TotalPassed + GlobalStats.TotalInconclusive + GlobalStats.TotalFailed;
// Write out global Statistics
StringBuilder bob = new StringBuilder();
bob.AppendLine(string.Format(" <h3>Summary</h3>"));
bob.AppendLine(" <table class=details cellSpacing=2 cellPadding=5 width='95%' border=0>");
bob.AppendLine(" <tbody>");
bob.AppendLine(" <tr vAlign=top>");
bob.AppendLine(" <th>Tests</th>");
bob.AppendLine(" <th>Passed</th>");
bob.AppendLine(" <th>Inconclusive or Ingored</th>");
bob.AppendLine(" <th>Failed</th>");
bob.AppendLine(" <th>Success Rate</th>");
bob.AppendLine(" <th>Time</th>");
bob.AppendLine(" </tr>");
bob.AppendLine(" <tr vAlign=top>");
bob.AppendLine(string.Format(" <td >{0}</td>", GlobalStats.TotalTests));
bob.AppendLine(string.Format(" <td >{0}</td>", GlobalStats.TotalPassed));
bob.AppendLine(string.Format(" <td >{0}</td>", GlobalStats.TotalInconclusive));
bob.AppendLine(string.Format(" <td >{0}</td>", GlobalStats.TotalFailed));
int SuccessfulGlobalTests = GlobalStats.TotalTests - (GlobalStats.TotalInconclusive + GlobalStats.TotalFailed);
bob.AppendLine(string.Format(" <td >{0} ({1}%)</td>", SuccessfulGlobalTests, GetPercentage(SuccessfulGlobalTests, GlobalStats.TotalTests, 1)));
bob.AppendLine(string.Format(" <td >{0}</td>", GlobalStats.TotalTime));
bob.AppendLine(" </tr>");
bob.AppendLine(" </tbody>");
bob.AppendLine(" </table>");
bob.AppendLine(" <a href='#top'>Back to top</a>");
bob.AppendLine(" <br/><br/>");
bob.AppendLine(string.Format(" <h3>Summary</h3>"));
bob.AppendLine(" <table class=details cellSpacing=2 cellPadding=5 width='95%' border=0>");
bob.AppendLine(" <tbody>");
bob.AppendLine(" <tr vAlign=top>");
bob.AppendLine(" <th width='80%'>Name</th>");
bob.AppendLine(" <th>Tests</th>");
bob.AppendLine(" <th>Passed</th>");
bob.AppendLine(" <th>Inconclusive</th>");
bob.AppendLine(" <th>Failed</th>");
bob.AppendLine(" <th>Success Rate</th>");
bob.AppendLine(" <th>Time</th>");
bob.AppendLine(" </tr>");
foreach (var item in AssemblyStats)
{
bob.AppendLine(" <tr vAlign=top>");
bob.AppendLine(string.Format(" <td ><a href='#{0}' >{0}</a></td>", item.Name));
bob.AppendLine(string.Format(" <td >{0}</td>", item.TotalTests));
bob.AppendLine(string.Format(" <td >{0}</td>", item.TotalPassed));
bob.AppendLine(string.Format(" <td >{0}</td>", item.TotalInconclusive));
bob.AppendLine(string.Format(" <td >{0}</td>", item.TotalFailed));
int SuccessfulTests = item.TotalTests - (item.TotalInconclusive + item.TotalFailed);
bob.AppendLine(string.Format(" <td >{0} ({1}%)</td>", SuccessfulTests, GetPercentage(SuccessfulTests, item.TotalTests,1)));
bob.AppendLine(string.Format(" <td >{0}</td>", item.TotalTime));
bob.AppendLine(" </tr>");
}
bob.AppendLine(" </tbody>");
bob.AppendLine(" </table>");
bob.AppendLine(" <a href='#top'>Back to top</a>");
bob.AppendLine(" <br/><br/>");
return bob.ToString();
}
