public void GameOver(Endings GameStatus)
{
//被麻麻发现
if (gameover == true)
{
return;
}
gameover = true;
Time.timeScale = 0;
AudioManager.Instance.EndAudioPlay(GameStatus);
EndingPanels[(int)GameStatus].SetActive(true);
}
public override void UpdateGeometry()
{
base.UpdateGeometry();
var ending = new Triangle
{
Translation = new Vector(ConnectorStrategy.ConnectionEnd.X, ConnectorStrategy.ConnectionEnd.Y),
Rotation = ConnectorStrategy.EndAngle,
IsFilled = true
};
var geometry = Geometry as GeometryGroup;
Endings.Clear();
Endings.Add(ending);
}
public static void Reset()
{
kills = 0;
ressurections = 0;
totalEnergyGained = 0;
totalEnergySpent = 0;
buildingsBuilt = 0;
ending = Endings.Passive;
endingsReached = new Dictionary <Endings, int>()
{
{ Endings.Death, 0 },
{ Endings.God, 0 },
{ Endings.Passive, 0 }
};
}
private void Start()
{
// The below code is for allowing the user to select a scenario file instead of defaulting to Scenarios.json
//string[] scenarioArray = Directory.GetFiles("Assets/Resources/Scenarios", "*.json");
//List<string> scenarioListTrimmed = new List<string>();
//for (int i = 0; i < scenarioArray.Length; ++i)
//{
// scenarioListTrimmed.Add(Path.GetFileNameWithoutExtension(scenarioArray[i]));
//}
// Default the game to loading "Scenarios.json"
scenarioFiles = new string[] { "Scenarios" };
// The below code is for allowing the user to select a scenario file instead of defaulting to Scenarios.json
//scenarioFiles = scenarioListTrimmed.ToArray();
//scenarioListTrimmed.Insert(0, "Random");
//scenarioSelect.AddOptions(scenarioListTrimmed);
// Load the endings from endings.json
TextAsset endingsData = Resources.Load("Endings/endings") as TextAsset;
endings = JsonUtility.FromJson <Endings>(endingsData.text);
}
private Present(VerbPrincipalParts parts, Endings endings = Endings.Am)
{
_stem = string.Format("{0}{1}", parts.Present.TruncateEnding("o"), endings == Endings.Em ? "e" : "a");
}
static string conjugateRegularVerb(string infinitive, PersonalPronoun pronoun, Conjugation conjugation)
{
string conjugatedVerb;
string newStem;
string conjugatedEnding = null;
// set up defaults
string model = infinitive;
string stem = model.Substring(0, model.Length - 2); // may get overwritten
switch (conjugation)
{
case Conjugation.SubjunctivePresent:
// the "tenho" case
// keep the model, get the stem
stem = FirstPersonIndicativeStem(infinitive);
break;
case Conjugation.SubjunctiveFuture:
case Conjugation.SubjunctiveImperfect:
// the "comeram" case again
// suggest a whole new model and create a stem for it
model = ThirdPersonPluralPreteriteModel(infinitive);
stem = model.Substring(0, model.Length - 2);
break;
}
char ending = model[model.Length - 2];
Tense t = Tenses.Find(o => o.conjugation == conjugation);
Endings e = t.endings.Find(o => o.letter == ending);
string[] endings = e.endings;
switch (pronoun.person)
{
case Person.firstPersonSingular:
conjugatedEnding = endings[0];
break;
case Person.thirdPersonSingular:
conjugatedEnding = endings[1];
break;
case Person.firstPersonPlural:
conjugatedEnding = endings[2];
break;
case Person.thirdPersonPlural:
conjugatedEnding = endings[3];
break;
}
switch (conjugation)
{
case Conjugation.SubjunctivePresent:
if (!isIrregular(infinitive, Conjugation.Present))
{
stem = orthoChanging2(infinitive, conjugatedEnding);
}
break;
case Conjugation.SubjunctiveFuture:
case Conjugation.SubjunctiveImperfect:
if (!isIrregular(infinitive, Conjugation.Preterite))
{
stem = orthoChanging2(infinitive, conjugatedEnding);
}
break;
default:
stem = orthoChanging2(infinitive, conjugatedEnding);
break;
}
conjugatedVerb = stem + conjugatedEnding;
return(conjugatedVerb);
}
static string conjugateRegularVerb(string infinitive, PersonalPronoun pronoun, Conjugation conjugation)
{
char ending = infinitive[infinitive.Length - 2];
string stem = infinitive.Substring(0, infinitive.Length - 2);
string conjugatedEnding = null;
string conjugatedVerb;
Tense t = Tenses.Find(o => o.conjugation == conjugation);
Endings e = t.endings.Find(o => o.letter == ending);
string[] endings = e.endings;
switch (pronoun.person)
{
case Person.firstPersonSingular:
conjugatedEnding = endings[0];
break;
case Person.thirdPersonSingular:
conjugatedEnding = endings[1];
break;
case Person.firstPersonPlural:
conjugatedEnding = endings[2];
break;
case Person.thirdPersonPlural:
conjugatedEnding = endings[3];
break;
}
string newStem;
switch (conjugation)
{
case Conjugation.SubjunctivePresent:
newStem = FirstPersonIndicativeStem(infinitive);
// todo: double-check the 1st-person present indicative irregulars
// to ensure that none that need to be checked
// get skipped for the ortho change.
if (!isIrregular(infinitive, Conjugation.Present))
{
newStem = orthoChanging2(infinitive, conjugatedEnding);
}
break;
case Conjugation.SubjunctiveFuture:
newStem = ThirdPersonPluralPreteriteStem(infinitive);
// todo: double-check the 1st-person present indicative irregulars
// to ensure that none that need to be checked
// get skipped for the ortho change.
if (!isIrregular(infinitive, Conjugation.Preterite))
{
newStem = orthoChanging2(infinitive, conjugatedEnding);
}
break;
case Conjugation.SubjunctiveImperfect:
newStem = ThirdPersonPluralPreteriteStem(infinitive);
// todo: double-check the 1st-person present indicative irregulars
// to ensure that none that need to be checked
// get skipped for the ortho change.
if (!isIrregular(infinitive, Conjugation.Preterite))
{
newStem = orthoChanging2(infinitive, conjugatedEnding);
}
break;
default:
newStem = orthoChanging2(infinitive, conjugatedEnding);
break;
}
conjugatedVerb = newStem + conjugatedEnding;
return(conjugatedVerb);
}
private Future(string stem, Endings endings)
{
_endings = endings;
_stem = stem;
}
public void EndAudioPlay(Endings ending)
{
EndGamesSource.clip = EndGamesClip[(int)ending];
EndGamesSource.Play();
}
//result for exit command
public static void PrintExit()
{
Endings.CowardExit();
}
