internal void Validate(ErrorLogger errors, int lineNumber, string line)
{
if (UWP == "???????-?")
{
return;
}
Action <string> Error = (string message) => { errors.Error(message, lineNumber, line); };
Action <bool, string> ErrorIf = (bool test, string message) => { if (test)
{
Error(message);
}
};
Action <bool, string> ErrorUnless = (bool test, string message) => { if (!test)
{
Error(message);
}
};
Func <int, string, bool> Check = (int value, string hex) =>
{
for (int i = 0; i < hex.Length; ++i)
{
if (value == SecondSurvey.FromHex(hex[i]))
{
return(true);
}
}
return(false);
};
Func <string, bool, bool> CC = (string code, bool calc) =>
{
if (calc)
{
ErrorUnless(HasCode(code), $"Missing code: {code}");
}
else
{
ErrorUnless(!HasCode(code), $"Extraneous code: {code}");
}
return(calc);
};
#if VALIDATE_UWP
// UWP
ErrorIf(Atmosphere > 15, $"UWP: Atm>F: {Atmosphere}");
ErrorIf(Hydrographics > 10, $"UWP: Hyd>A: {Hydrographics}");
ErrorIf(PopulationExponent > 15, $"UWP: Pop>F: {PopulationExponent}");
ErrorUnless(Util.InRange(Government, PopulationExponent - 5, Math.Max(15, PopulationExponent + 5)),
$"UWP: Gov={Government} out of range (Pop={PopulationExponent} + Flux)");
ErrorUnless(Util.InRange(Law, Government - 5, Math.Max(18, Government + 5)),
$"UWP: Law={Law} out of range (Gov={Government} + Flux)");
int tlmod =
(Starport == 'A' ? 6 : 0) + (Starport == 'B' ? 4 : 0) + (Starport == 'C' ? 2 : 0) + (Starport == 'X' ? -4 : 0) +
(Size == 0 || Size == 1 ? 2 : 0) + (Size == 2 || Size == 3 || Size == 4 ? 1 : 0) +
(Atmosphere <= 3 ? 1 : 0) + (Atmosphere >= 10 ? 1 : 0) +
(Hydrographics == 9 ? 1 : 0) + (Hydrographics == 10 ? 2 : 0) +
(Util.InRange(PopulationExponent, 1, 5) ? 1 : 0) + (PopulationExponent == 9 ? 2 : 0) + (PopulationExponent >= 10 ? 4 : 0) +
(Government == 0 || Government == 5 ? 1 : 0) + (Government == 13 ? -2 : 0);
ErrorUnless(Util.InRange(TechLevel, tlmod + 1, tlmod + 6),
$"UWP: TL={TechLevel} out of range (mods={tlmod} + 1D)");
#endif
// Planetary
bool As = CC("As", Check(Size, "0") /*&& Check(Atmosphere, "0") && Check(Hydrographics, "0")*/);
bool De = CC("De", Check(Atmosphere, "23456789") && Check(Hydrographics, "0"));
bool Fl = CC("Fl", Check(Atmosphere, "ABC") && Check(Hydrographics, "123456789A"));
bool Ga = CC("Ga", Check(Size, "678") && Check(Atmosphere, "568") && Check(Hydrographics, "567"));
bool He = CC("He", Check(Size, "3456789A" /* + "BC" */) && Check(Atmosphere, "2479ABC") && Check(Hydrographics, "012")); // TODO: Add BC to T5SS spreadsheet calcs
bool Ic = CC("Ic", Check(Atmosphere, "01") && Check(Hydrographics, "123456789A"));
bool Oc = CC("Oc", Check(Size, "ABC") && Check(Atmosphere, "3456789") && Check(Hydrographics, "A"));
bool Va = CC("Va", Check(Atmosphere, "0"));
bool Wa = CC("Wa", Check(Size, "3456789") && Check(Atmosphere, "3456789") && Check(Hydrographics, "A"));
// Population
bool Di = CC("Di", PopulationExponent == 0 /*&& Government == 0 && Law == 0*/ && TechLevel > 0);
bool Ba = CC("Ba", PopulationExponent == 0 /*&& Government == 0 && Law == 0*/ && TechLevel == 0);
bool Lo = CC("Lo", Check(PopulationExponent, "123"));
bool Ni = CC("Ni", Check(PopulationExponent, "456"));
bool Ph = CC("Ph", Check(PopulationExponent, "8"));
bool Hi = CC("Hi", Check(PopulationExponent, "9ABCDEF"));
// Economic
bool Pa = CC("Pa", Check(Atmosphere, "456789") && Check(Hydrographics, "45678") && Check(PopulationExponent, "48"));
bool Ag = CC("Ag", Check(Atmosphere, "456789") && Check(Hydrographics, "45678") && Check(PopulationExponent, "567"));
bool Na = CC("Na", Check(Atmosphere, "0123") && Check(Hydrographics, "0123") && Check(PopulationExponent, "6789ABCDEF"));
bool Pi = CC("Pi", Check(Atmosphere, "012479") && Check(PopulationExponent, "78"));
bool In = CC("In", Check(Atmosphere, "012479ABC") && Check(PopulationExponent, "9ABCDEF"));
bool Po = CC("Po", Check(Atmosphere, "2345") && Check(Hydrographics, "0123"));
bool Pr = CC("Pr", Check(Atmosphere, "68") && Check(PopulationExponent, "59"));
bool Ri = CC("Ri", Check(Atmosphere, "68") && Check(PopulationExponent, "678"));
// {Ix}
int imp = 0;
{
string ix = Importance.Replace('{', ' ').Replace('}', ' ').Trim();
if ("AB".Contains(Starport))
{
++imp;
}
if ("DEX".Contains(Starport))
{
--imp;
}
if (TechLevel >= 10)
{
++imp;
}
//if (TechLevel >= 16) ++imp; // TODO: Add to T5SS spreadsheet calcs
if (TechLevel <= 8)
{
--imp;
}
if (PopulationExponent <= 6)
{
--imp;
}
if (PopulationExponent >= 9)
{
++imp;
}
if (Ag)
{
++imp;
}
if (Ri)
{
++imp;
}
if (In)
{
++imp;
}
if (Bases == "NS" || Bases == "NW" || Bases == "W" || Bases == "X" || Bases == "D" || Bases == "RT" || Bases == "CK" || Bases == "KM")
{
++imp;
}
ErrorUnless(Int32.Parse(ix) == imp,
$"{{Ix}}={Importance} does not match calculated Importance={imp}");
}
// (Ex)
{
string ex = Economic.Replace('(', ' ').Replace(')', ' ').Trim();
int resources = SecondSurvey.FromHex(ex[0]);
int labor = SecondSurvey.FromHex(ex[1]);
int infrastructure = SecondSurvey.FromHex(ex[2]);
int efficiency = Int32.Parse(ex.Substring(3));
if (TechLevel < 8)
{
ErrorUnless(Util.InRange(resources, 2, 12),
$"(Ex) Resources={resources} out of range for TL<8={TechLevel} (2D)");
}
else
{
ErrorUnless(Util.InRange(resources, 2 + GasGiants + Belts, 12 + GasGiants + Belts),
$"(Ex) Resources={resources} out of range for TL8+={TechLevel} (2D + GG={GasGiants} + Belts={Belts})");
}
ErrorUnless(labor == Math.Max(0, PopulationExponent - 1),
$"(Ex) Labor={labor} does not match Pop={PopulationExponent} - 1");
if (Ba)
{
ErrorUnless(infrastructure == 0, $"(Ex) Infrastructure={infrastructure} should be 0 if Ba");
}
else if (Lo)
{
ErrorUnless(infrastructure == 1, $"(Ex) Infrastructure={infrastructure} should be 1 if Lo");
}
else if (Ni)
{
ErrorUnless(Util.InRange(infrastructure, Math.Max(0, imp + 1), Math.Max(0, imp + 6)),
$"(Ex) Infrastructure={infrastructure} out of range for Ni (Imp={imp} + 1D)");
}
else
{
ErrorUnless(Util.InRange(infrastructure, Math.Max(0, imp + 2), Math.Max(0, imp + 12)),
$"(Ex) Infrastructure={infrastructure} out of range (Imp={imp} + 2D)");
}
ErrorUnless(Util.InRange(efficiency, -5, 5),
$"(Ex) Efficiency={efficiency} out of range (Flux)");
}
// [Cx]
{
string cx = Cultural.Replace('[', ' ').Replace(']', ' ').Trim();
int homogeneity = SecondSurvey.FromHex(cx[0]);
int acceptance = SecondSurvey.FromHex(cx[1]);
int strangeness = SecondSurvey.FromHex(cx[2]);
int symbols = SecondSurvey.FromHex(cx[3]);
if (PopulationExponent == 0)
{
if (homogeneity != 0)
{
Error($"[Cx] Homogeneity={homogeneity} - expected 0 for Pop 0");
}
if (acceptance != 0)
{
Error($"[Cx] Acceptance={acceptance} - expected 0 for Pop 0");
}
if (strangeness != 0)
{
Error($"[Cx] Strangeness={strangeness} - expected 0 for Pop 0");
}
if (symbols != 0)
{
Error($"[Cx] Symbols={symbols} - expected 0 for Pop 0");
}
}
else
{
ErrorUnless(Util.InRange(homogeneity, Math.Max(1, PopulationExponent - 5), Math.Max(1, PopulationExponent + 5)),
$"[Cx] Homogeneity={homogeneity} out of range (Pop={PopulationExponent} + Flux)");
ErrorUnless(acceptance == Math.Max(1, PopulationExponent + imp),
$"[Cx] Acceptance={acceptance} not equal Pop={PopulationExponent} + Imp={imp}");
ErrorUnless(Util.InRange(strangeness, Math.Max(1, 5 - 5), Math.Max(1, 5 + 5)),
$"[Cx] Strangeness={strangeness} out of range (Flux + 5)");
ErrorUnless(Util.InRange(symbols, Math.Max(1, TechLevel - 5), Math.Max(1, TechLevel + 5)),
$"[Cx] Symbols={symbols} out of range (TL={TechLevel} + Flux)");
}
}
// Ownership
if (Government == 6 && !(HasCodePrefix("O:") || HasCodePrefix("Mr") || HasCode("Re") || HasCode("Px")))
{
errors.Warning("Gov 6 missing O:/Mr/Re/Px", lineNumber, line);
}
}
public WorldCollection()
{
#if DEBUG
errors = new ErrorLogger();
#endif
}
