public void Copy(FactorData data)
{
foreach(KeyValuePair<eFactorData,double> pair in data.m_dicData)
{
IncreaseData(pair.Key, pair.Value);
}
}
public static IEnumerable <WTRViewModel> CustomSelectEmployeeByWeek(this HtmlHelper helper, IEnumerable <WTRViewModel> wtrList, int weekNum, int Year)
{
List <WTRViewModel> result = new List <WTRViewModel>();
foreach (var wtrPerson in wtrList)
{
WTRViewModel onePerson = new WTRViewModel {
ID = wtrPerson.ID, FirstName = wtrPerson.FirstName, LastName = wtrPerson.LastName, FactorDetails = new List <FactorData>()
};
foreach (var fData in wtrPerson.FactorDetails)
{
if (fData.WeekNumber == weekNum && fData.From.Year == Year)
{
FactorData data = new FactorData();
data.Factor = fData.Factor;
data.From = fData.From;
data.To = fData.To;
data.Hours = 0;
data.WeekNumber = fData.WeekNumber;
data.Location = fData.Location;
onePerson.FactorDetails.Add(data);
}
}
if (onePerson.FactorDetails.Count > 0)
{
result.Add(onePerson);
}
}
return(result);
}
/// <summary>
/// Construct the Stats with its new() constructor. Then pass it in.
/// </summary>
/// <param name="values"></param>
public void AssignFactorData(FactorData values)
{
if (values != null && _stats == null)
{
_stats = values;
UpdateName();
}
}
//This is digging into the https://en.wikipedia.org/wiki/Great_Oxygenation_Event
//Purpose here is to simulate the early starts.
//We want to see:
//Early H2+CO2 environment
//Methanogenesis harnesses H2+CO2 into CH4 and water
//
//Heavy creation of O2
//Create of CO2/CH4 (Anaerobic processes)
//Death of Obligate Anaerobes.
//Huronian Glaciation with freezing for potential snowball earth.
public void PopulateEnvFactorsForEarlyEarth()
{
//All of these could be loaded from a file in the future (and saved to files for later simulation/debugging)
FactorData newValue = new FactorData(H2, 5, new Vector2(0, 100), transform.position, planetaryRadius);
RegisterNewEnvironmentFactor(newValue);
newValue = new FactorData(O2, 2, new Vector2(0, 100), transform.position, planetaryRadius);
RegisterNewEnvironmentFactor(newValue);
newValue = new FactorData(N2, 90, new Vector2(0, 100), transform.position, planetaryRadius);
RegisterNewEnvironmentFactor(newValue);
newValue = new FactorData(CH4, 1f, new Vector2(0, 100), transform.position, planetaryRadius);
RegisterNewEnvironmentFactor(newValue);
newValue = new FactorData(Ar, 1.93f, new Vector2(0, 100), transform.position, planetaryRadius);
RegisterNewEnvironmentFactor(newValue);
//Get some metal in here for Anaerobic Corrosion
newValue = new FactorData(UnrustedMetals, 35, new Vector2(0, 100), transform.position, planetaryRadius);
RegisterNewEnvironmentFactor(newValue);
newValue = new FactorData(CO2, 4.038f, new Vector2(0, 100), transform.position, planetaryRadius);
RegisterNewEnvironmentFactor(newValue);
//This isn't an accurate value, but lets me represent the consumption of available unstable carbon.
newValue = new FactorData(SolidCarbon, 40f, new Vector2(0, 100000), transform.position, planetaryRadius);
RegisterNewEnvironmentFactor(newValue);
//This is in Kelvin. Avg temperature is a 287 (14 degrees Celsius)
newValue = new FactorData(Temperature, 287, new Vector2(0, 5778), transform.position, planetaryRadius);
RegisterNewEnvironmentFactor(newValue);
//This+Solid+gaseous = all water
newValue = new FactorData(LiquidH20, 69.74f, new Vector2(0, 100), transform.position, planetaryRadius);
RegisterNewEnvironmentFactor(newValue);
//70% of the earth is covered with water. 2% is fresh water. 90% of that is frozen.
newValue = new FactorData(SolidH20, 1.26f, new Vector2(0, 100), transform.position, planetaryRadius);
RegisterNewEnvironmentFactor(newValue);
newValue = new FactorData(GaseousH20, .001f, new Vector2(0, 100), transform.position, planetaryRadius);
RegisterNewEnvironmentFactor(newValue);
newValue = new FactorData(SingleCellLife, .001f, new Vector2(0, 100), transform.position, planetaryRadius);
RegisterNewEnvironmentFactor(newValue);
newValue = new FactorData(Anaerobes, 1, new Vector2(0, 5000), transform.position, planetaryRadius);
RegisterNewEnvironmentFactor(newValue);
newValue = new FactorData(Cyanobacteria, .02f, new Vector2(0, 5000), transform.position, planetaryRadius);
RegisterNewEnvironmentFactor(newValue);
newValue = new FactorData(Methanogens, .02f, new Vector2(0, 5000), transform.position, planetaryRadius);
RegisterNewEnvironmentFactor(newValue);
}
public PartialViewResult GetWTRData(string From = "", string To = "", string searchString = "")
{
DateTime fromParsed = DateTime.Now;
DateTime toParse = DateTime.Now;
int FromYear = DateTime.Now.Year;
int ToYear = DateTime.Now.Year;
DateTimeFormatInfo dfi = DateTimeFormatInfo.CurrentInfo;
Calendar cal = dfi.Calendar;
if (From != "" && To != "")
{
fromParsed = DateTime.ParseExact(From, "dd.MM.yyyy", null);
toParse = DateTime.ParseExact(To, "dd.MM.yyyy", null);
FromYear = fromParsed.Year;
ToYear = toParse.Year;
}
else
{
return(PartialView("GetWTRDataEmpty"));
}
searchString = searchString != "" ? searchString.Trim() : "";
List <Employee> selectedData = new List <Employee>();
List <WTRViewModel> wtrDataList = new List <WTRViewModel>();
selectedData = SearchEmployeeData(fromParsed, toParse, repository.Employees.ToList(), searchString);
foreach (var emp in selectedData)
{
WTRViewModel onePerson = new WTRViewModel {
ID = emp.EID, FirstName = emp.FirstName, LastName = emp.LastName, FactorDetails = new List <FactorData>()
};
foreach (var calendarItems in emp.CalendarItems)
{
FactorData data = new FactorData();
data.Factor = calendarItems.Type;
data.Location = calendarItems.Location;
data.From = calendarItems.From;
data.To = calendarItems.To;
data.Hours = 0;
data.WeekNumber = cal.GetWeekOfYear(calendarItems.From, dfi.CalendarWeekRule, dfi.FirstDayOfWeek);
onePerson.FactorDetails.Add(data);
}
wtrDataList.Add(onePerson);
}
ViewBag.FromWeek = cal.GetWeekOfYear(fromParsed, dfi.CalendarWeekRule, dfi.FirstDayOfWeek);
ViewBag.ToWeek = cal.GetWeekOfYear(toParse, dfi.CalendarWeekRule, dfi.FirstDayOfWeek);
ViewBag.FromYear = FromYear;
ViewBag.ToYear = ToYear;
ViewBag.fromDate = From;
ViewBag.toDate = To;
return(PartialView(wtrDataList));
}
private void RegisterNewEnvironmentFactor(FactorData newFactor)
{
EnvFactor newEnvFactor = AddNewEnvironmentFactor(newFactor);
//We track the dictionary for easy references
factors.Add(newFactor.Key, newEnvFactor);
//But we also have two lists to make it cheaper to iterate. Iterating over a dictionary is very expensive.
FactorNames.Add(newFactor.Key);
AllFactors.Add(newEnvFactor);
}
public PartialViewResult GetWTRDataPerEMP(string From = "", string To = "", string userName = "")
{
DateTime fromParsed = DateTime.Now;
DateTime toParse = DateTime.Now;
int FromYear = DateTime.Now.Year;
int ToYear = DateTime.Now.Year;
DateTimeFormatInfo dfi = DateTimeFormatInfo.CurrentInfo;
Calendar cal = dfi.Calendar;
if (From != "" && To != "")
{
fromParsed = DateTime.ParseExact(From, "dd.MM.yyyy", null);
toParse = DateTime.ParseExact(To, "dd.MM.yyyy", null);
FromYear = fromParsed.Year;
ToYear = toParse.Year;
}
else
{
return(PartialView("GetWTRDataEmpty"));
}
List <WTRViewModel> wtrDataList = new List <WTRViewModel>();
Employee employee = repository.Employees.Where(e => e.EID == userName).FirstOrDefault();
if (employee == null)
{
return(PartialView("NoData"));
}
WTRViewModel onePerson = new WTRViewModel {
ID = employee.EID, FirstName = employee.FirstName, LastName = employee.LastName, FactorDetails = new List <FactorData>()
};
foreach (var calendarItems in employee.CalendarItems)
{
FactorData data = new FactorData();
data.Factor = calendarItems.Type;
data.Location = calendarItems.Location;
data.From = calendarItems.From;
data.To = calendarItems.To;
data.Hours = 0;
data.WeekNumber = cal.GetWeekOfYear(calendarItems.From, dfi.CalendarWeekRule, dfi.FirstDayOfWeek);
onePerson.FactorDetails.Add(data);
}
wtrDataList.Add(onePerson);
ViewBag.FromWeek = cal.GetWeekOfYear(fromParsed, dfi.CalendarWeekRule, dfi.FirstDayOfWeek);
ViewBag.ToWeek = cal.GetWeekOfYear(toParse, dfi.CalendarWeekRule, dfi.FirstDayOfWeek);
ViewBag.FromYear = FromYear;
ViewBag.ToYear = ToYear;
return(PartialView("GetWTRData", wtrDataList));
}
/// <summary>
/// Define FactorData separate of the MonoBehavior component. This lets us test/simulate outside of Unity more easily.
/// </summary>
/// <param name="values">Just use new FactorData(params)</param>
/// <returns>The component created on a new game object</returns>
private EnvFactor AddNewEnvironmentFactor(FactorData values)
{
GameObject go = new GameObject();
EnvFactor newFactor = go.AddComponent <EnvFactor>();
go.transform.SetParent(transform);
newFactor.AssignFactorData(values);
return(newFactor);
}
public void FillData()
{
SQLiteTableReader reader = new SQLiteTableReader(null, Program.DbPath);
reader.Connect();
DataTable factorTable = reader.ExecuteQuery("SELECT tm.factor_id as id, tm.factor_type, t0.text as FactorName, t1.text as FactorDesc FROM (SELECT factor_id, factor_type FROM succession_factor) as tm, (SELECT \"index\", text FROM text_data WHERE category=147) as t0, (SELECT \"index\", text FROM text_data WHERE category=172) as t1 WHERE tm.factor_id = t0.\"index\" AND tm.factor_id = t1.\"index\"");
reader.Disconnect();
for (int i = 0; i < factorTable.Rows.Count; i++)
{
FactorData data = new FactorData();
data.Id = (long)factorTable.Rows[i]["id"];
data.FactorType = (FactorType)factorTable.Rows[i]["factor_type"];
data.Desc = (string)factorTable.Rows[i]["FactorDesc"];
data.Desc = data.Desc.Replace("\\n", "");
data.SetName((string)factorTable.Rows[i]["FactorName"]);
if (!FactorDataList.Exists(a => a.Name.Equals(data.Name)))
{
string transName = Program.TransDict.GetTranslation(transDict, data.Name);
if (string.IsNullOrEmpty(transName))
{
transName = string.Empty;
}
data.NameTrans = transName;
string transDesc = Program.TransDict.GetTranslation(transDict, data.Desc);
if (string.IsNullOrEmpty(transDesc))
{
transDesc = string.Empty;
}
data.DescTrans = transDesc;
FactorDataList.Add(data);
}
}
for (int i = 0; i < FactorDataList.Count; i++)
{
KeyValuePair <int, StringData> data = new KeyValuePair <int, StringData>(i, new StringData(FactorDataList[i].NameToCheck));
int key = FactorDataList[i].NameToCheck.Length;
if (factorListByName.ContainsKey(key))
{
factorListByName[key].Add(data);
}
else
{
factorListByName.Add(key, new List <KeyValuePair <int, StringData> >()
{
data
});
}
}
}
/// <summary>
/// This was my first attempt at simulating the modern day atmosphere and factors on the surface.
/// I rapidly decided to start with an Early Earth for the Great Oxygenation Extinction.
/// </summary>
public void PopulateEnvFactorsForCurrentDay()
{
//This code is not used, but a test case for the idea of creating factors and having them be influenced by the planet.
FactorData newValue = new FactorData(O2, 21, new Vector2(0, 100), transform.position, planetaryRadius);
RegisterNewEnvironmentFactor(newValue);
newValue = new FactorData(N2, 78, new Vector2(0, 100), transform.position, planetaryRadius);
RegisterNewEnvironmentFactor(newValue);
newValue = new FactorData(CH4, 0.00017f, new Vector2(0, 100), transform.position, planetaryRadius);
RegisterNewEnvironmentFactor(newValue);
newValue = new FactorData(Ar, 0.93f, new Vector2(0, 100), transform.position, planetaryRadius);
RegisterNewEnvironmentFactor(newValue);
newValue = new FactorData(CO2, 0.038f, new Vector2(0, 100), transform.position, planetaryRadius);
RegisterNewEnvironmentFactor(newValue);
newValue = new FactorData(SolidCarbon, 0.038f, new Vector2(0, 100000), transform.position, planetaryRadius);
RegisterNewEnvironmentFactor(newValue);
newValue = new FactorData(Temperature, 284, new Vector2(0, 5778), transform.position, planetaryRadius);
RegisterNewEnvironmentFactor(newValue);
//This+Solid+gaseous = all water
newValue = new FactorData(LiquidH20, 69.74f, new Vector2(0, 100), transform.position, planetaryRadius);
RegisterNewEnvironmentFactor(newValue);
//70% of the earth is covered with water. 2% is fresh water. 90% of that is frozen.
newValue = new FactorData(SolidH20, 1.26f, new Vector2(0, 100), transform.position, planetaryRadius);
RegisterNewEnvironmentFactor(newValue);
newValue = new FactorData(GaseousH20, .001f, new Vector2(0, 100), transform.position, planetaryRadius);
RegisterNewEnvironmentFactor(newValue);
newValue = new FactorData(SingleCellLife, .001f, new Vector2(0, 100), transform.position, planetaryRadius);
RegisterNewEnvironmentFactor(newValue);
newValue = new FactorData(Anaerobes, 1, new Vector2(0, 5000), transform.position, planetaryRadius);
RegisterNewEnvironmentFactor(newValue);
}
public void AddFactorData(string strKey, FactorData factorData)
{
m_dicFactor.Remove(strKey);
m_dicFactor.Add(strKey, factorData);
m_bRefresh = true;
}
public abstract void ModifyTarget(ref FactorData value);
public abstract bool IsConditionMet(ref FactorData value);
//Decided not to support this. I'd use a XOR on Evaluate to get the intended behavior.
//public bool Not = false;
public Requirement(ref FactorData FactorToObserve, Condition ConditionOnFactor)
{
Observed = FactorToObserve;
IfObservedIs = ConditionOnFactor;
}
public override void ModifyTarget(ref FactorData value)
{
value.Strength = value.StrengthRange.y;
}
public override bool IsConditionMet(ref FactorData value)
{
return(value.Strength < GatewayValue);
}
public override void ModifyTarget(ref FactorData value)
{
value.Strength += Factor.Strength * Adjustment * Time.deltaTime;
}
public override void ModifyTarget(ref FactorData value)
{
//Debug.Log("Applying " + value.Key + " Mult by % & dt " + value.Strength + " * " + PercentChangePerSecond + " / " + Time.deltaTime + "\n");
value.Strength = value.Strength * (PercentChangePerSecond * Time.deltaTime);
}
public RefAdjustValueByDeltaTime(float adjustment, ref FactorData factor)
{
Adjustment = adjustment;
Factor = factor;
}
public override void ModifyTarget(ref FactorData value)
{
//Later we would want to step away from Time.deltaTime so we could control our simulation better.
value.Strength += Adjustment * Time.deltaTime;
}
public override void ModifyTarget(ref FactorData value)
{
value.Strength += Adjustment;
}
public override bool IsConditionMet(ref FactorData value)
{
return(value.Strength > Range.x && value.Strength < Range.y);
}
public Result(ref FactorData TargetFactor, Modification newModification)
{
Target = TargetFactor;
TargetModified = newModification;
}
