public double GetVal(GekkoTime t)
{
//Asking a general timeless GetVal() from a timeseries (and not getting a val with a particular GekkoTime) is used in GENR, PRT etc. in an internal GekkoTime loop. Hence the use of Globals.globalGekkoTimeIterator_DO_NOT_ALTER.
if (t.IsNull())
{
G.Writeln2("*** ERROR: You are trying to extract a single value from timeseries: " + this.ts.variableName + ".");
G.Writeln(" Did you forget []-brackets to pick out an observation, for instance x[2020]?");
throw new GekkoException();
}
return(this.ts.GetData(t.Add(this.offset)));
}
public static IVariable Add(ScalarVal x, MetaTimeSeries ats, GekkoTime t)
{
//no need to implement swap
if (t.IsNull())
{
throw new GekkoException();
}
TimeSeries ts = ats.ts;
double val1 = x.val;
double val2 = ts.GetData(t.Add(ats.offset));
return(new ScalarVal(val1 + val2));
}
public double GetVal(GekkoTime t)
{
//Asking a general timeless GetVal() from a timeseries (and not getting a val with a particular GekkoTime) is used in GENR, PRT etc. in an internal GekkoTime loop. Hence the use of Globals.globalGekkoTimeIterator_DO_NOT_ALTER.
if (t.IsNull())
{
G.Writeln2("*** ERROR: You are trying to extract a single value from timeseries: " + this.ts.variableName + ".");
G.Writeln(" Did you forget []-brackets to pick out an observation, for instance x[2020]?");
throw new GekkoException();
}
double d = this.ts.GetData(t.Add(this.offset));
if (Program.options.series_array_ignoremissing && !this.ts.IsTimeless() && this.ts.variableName != null && this.ts.variableName.Contains(Globals.symbolTurtle))
{
if (double.IsNaN(d))
{
d = 0d;
}
}
return(d);
}
public static void C1(P p)
{
GekkoTime t = Globals.tNull;
p.SetText(@"¤9");
O.List o9 = new O.List();
o9.name = O.GetString((new ScalarString("i")));
o9.listItems = new List <string>();
o9.p = p;
o9.listItems = new List <string>();
o9.listItems.AddRange(O.GetList((new ScalarString("a"))));
o9.listItems.AddRange(O.GetList((new ScalarString("b"))));
o9.Exe();
p.SetText(@"¤10");
O.Genr o10 = new O.Genr();
IVariable ts11 = O.GetTimeSeries(O.GetString(new ScalarString("[FIRST]")) + ":" + O.GetString((new ScalarString("y"))), 1, O.ECreatePossibilities.Can);
IVariable ts13 = O.GetTimeSeries(O.GetString(new ScalarString("[FIRST]")) + ":" + O.GetString((new ScalarString("x"))), 1);
o10.t1 = Globals.globalPeriodStart;
o10.t2 = Globals.globalPeriodEnd;
o10.lhs = null;
o10.p = p;
foreach (GekkoTime t2 in new GekkoTimeIterator(o10.t1, o10.t2))
{
t = t2;
double[] storage16 = new double[2];
int counter17 = 0;
GekkoTime t3 = t2;
foreach (IVariable s1177 in new O.GekkoListIterator(O.GetScalarFromCache(ref list12, "#i", false, false)))
{
t = t3;
double[] storage14 = new double[0 - (-1) + 1];
int counter15 = 0;
foreach (GekkoTime t4 in new GekkoTimeIterator(t3.Add(-1), t3.Add(0)))
{
t = t4;
storage14[counter15] = O.GetVal(O.Indexer(t, ts13, false, s1177), t);
counter15++;
t = t3;
}
storage16[counter17] = O.GetVal(O.HandleSummations("dif", storage14), t);
counter17++;
}
double data = O.GetVal(O.HandleSummations("sum", storage16), t);
if (o10.lhs == null)
{
o10.lhs = O.GetTimeSeries(ts11);
}
o10.lhs.SetData(t, data);
}
t = Globals.tNull;
o10.meta = @"ser y = sum(#i, dif(x[#i]))";
o10.Exe();
p.SetText(@"¤12");
O.Prt o11 = new O.Prt();
o11.prtType = "p";
o11.t1 = Globals.globalPeriodStart;
o11.t2 = Globals.globalPeriodEnd;
o11.printCodes.Add(new OptString("n", O.GetString(new ScalarString("yes"))));
{
List <int> bankNumbers = null;
O.Prt.Element ope11 = new O.Prt.Element();
ope11.label = O.SubstituteScalarsAndLists("x['a']", false);
bankNumbers = O.Prt.GetBankNumbers(null, Program.GetElementPrintCodes(o11, ope11));
foreach (int bankNumber in bankNumbers)
{
IVariable ts18 = O.GetTimeSeries(O.GetString(new ScalarString("[FIRST]")) + ":" + O.GetString((new ScalarString("x"))), bankNumber);
foreach (GekkoTime t2 in new GekkoTimeIterator(o11.t1.Add(-2), o11.t2))
{
t = t2;
O.GetVal777(O.Indexer(t, ts18, false, new ScalarString(@"a")), bankNumber, ope11, t);
}
t = Globals.tNull;
}
o11.prtElements.Add(ope11);
}
{
List <int> bankNumbers = null;
O.Prt.Element ope11 = new O.Prt.Element();
ope11.label = O.SubstituteScalarsAndLists("x['b']", false);
bankNumbers = O.Prt.GetBankNumbers(null, Program.GetElementPrintCodes(o11, ope11));
foreach (int bankNumber in bankNumbers)
{
IVariable ts19 = O.GetTimeSeries(O.GetString(new ScalarString("[FIRST]")) + ":" + O.GetString((new ScalarString("x"))), bankNumber);
foreach (GekkoTime t2 in new GekkoTimeIterator(o11.t1.Add(-2), o11.t2))
{
t = t2;
O.GetVal777(O.Indexer(t, ts19, false, new ScalarString(@"b")), bankNumber, ope11, t);
}
t = Globals.tNull;
}
o11.prtElements.Add(ope11);
}
{
List <int> bankNumbers = null;
O.Prt.Element ope11 = new O.Prt.Element();
ope11.label = O.SubstituteScalarsAndLists("x['a']+x['b']", false);
bankNumbers = O.Prt.GetBankNumbers(null, Program.GetElementPrintCodes(o11, ope11));
foreach (int bankNumber in bankNumbers)
{
IVariable ts20 = O.GetTimeSeries(O.GetString(new ScalarString("[FIRST]")) + ":" + O.GetString((new ScalarString("x"))), bankNumber);
foreach (GekkoTime t2 in new GekkoTimeIterator(o11.t1.Add(-2), o11.t2))
{
t = t2;
O.GetVal777(O.Add(O.Indexer(t, ts20, false, new ScalarString(@"a")), O.Indexer(t, ts20, false, new ScalarString(@"b")), t), bankNumber, ope11, t);
}
t = Globals.tNull;
}
o11.prtElements.Add(ope11);
}
{
List <int> bankNumbers = null;
O.Prt.Element ope11 = new O.Prt.Element();
ope11.label = O.SubstituteScalarsAndLists("y", false);
bankNumbers = O.Prt.GetBankNumbers(null, Program.GetElementPrintCodes(o11, ope11));
foreach (int bankNumber in bankNumbers)
{
IVariable ts21 = O.GetTimeSeries(O.GetString(new ScalarString("[FIRST]")) + ":" + O.GetString((new ScalarString("y"))), bankNumber);
foreach (GekkoTime t2 in new GekkoTimeIterator(o11.t1.Add(-2), o11.t2))
{
t = t2;
O.GetVal777(ts21, bankNumber, ope11, t);
}
t = Globals.tNull;
}
o11.prtElements.Add(ope11);
}
o11.counter = 1;
o11.Exe();
}