/// <summary>
/// This method should receive the Universe to add Characters to and a set of CharacterDefaultSettings
///
/// Default values are handled in CharCreation.AddCharacters
/// </summary>
/// <param name="universe"></param>
/// <param name="characterDefaultSettings"></param>
/// <returns>
/// Return the newly edited Universe
/// </returns>
/// <exception cref="FileNotFoundException"></exception>
public Universe CreateCharacter(Universe universe, CharacterDefaultSettings characterDefaultSettings)
{
// If there are no Planets for the Characters to be tied to then throw an exception
if (universe.Planets == null || universe.Planets.Count == 0)
{
throw new FileNotFoundException("No planets have been created for the universe");
}
// Set the Universe to the Universe returned from CharCreation.AddCharacters and serialize/return it
universe = new CharCreation().AddCharacters(universe, characterDefaultSettings, _charData,
CharacterNameGenerations);
SerializeData(universe);
return(universe);
}
/// <summary>
/// This function handles all Character creation. Should receive a Universe to edit and a set of
/// CharacterDefaultSettings that will be used to set defaults.
/// </summary>
/// <param name="universe"></param>
/// <param name="characterDefaultSettings"></param>
/// <param name="charData"></param>
/// <param name="nameGenerations"></param>
/// <returns>The newly modified universe</returns>
public Universe AddCharacters(Universe universe, CharacterDefaultSettings characterDefaultSettings,
CharData charData, List <NameGeneration> nameGenerations)
{
// If no Characters have been created on the Universe then give it an empty list of them.
universe.Characters ??= new List <Character>();
// Set the number of characters you want to create. Default is 1.
var count = characterDefaultSettings.Count < 0
? 1
: characterDefaultSettings.Count;
var cCount = 0;
while (cCount < count)
{
// Create the character with the specified first and last name
var character = new Character();
// Generate a randomized ID for the new Character
IdGen.GenerateId(character);
// If the created ID happens to exist (unlikely) then just continue and create a new one
if (universe.Characters.Exists(a => a.Id == character.Id))
{
continue;
}
// Set sheet bounds including sheet# and row count.
// Must be done here to randomly select the sheet
var gender = characterDefaultSettings.Gender != Character.GenderEnum.Undefined
? characterDefaultSettings.Gender == Character.GenderEnum.Male ? 0 : 1
: Rand.Next(0, 2);
// Get the list of names for the specified gender
var firstNameList = gender == 0 ? charData.MaleName : charData.FemaleName;
var nameGeneration = gender == 0 ? nameGenerations[0] : nameGenerations[1];
// Set the number of items in each list to be used for the max value in rand.Next()
var firstCount = firstNameList.Count;
var lastCount = charData.LastName.Count;
var hairColorCount = charData.HairColor.Count;
var hairStyleCount = charData.HairStyle.Count;
var eyeColorCount = charData.EyeColor.Count;
// Grab random values from their respective lists or use provided values
character.First = string.IsNullOrEmpty(characterDefaultSettings.First)
? Rand.Next(0, 4) == 1
? nameGeneration.GenerateName()
: firstNameList[Rand.Next(0, firstCount - 1)]
: characterDefaultSettings.First;
character.Last = string.IsNullOrEmpty(characterDefaultSettings.Last)
? charData.LastName[Rand.Next(0, lastCount - 1)]
: characterDefaultSettings.Last;
character.Age = characterDefaultSettings.Age == null || characterDefaultSettings.Age.Length == 0 ||
characterDefaultSettings.Age[0] == -1 || characterDefaultSettings.Age[1] == -1
// This creates Ages on a bell-curve where it's more likely to land somewhere around 30-45
// with a minimum of 15
? Rand.Next(5, 22) + Rand.Next(5, 23) + Rand.Next(5, 23)
: Rand.Next(characterDefaultSettings.Age[0], characterDefaultSettings.Age[1]);
character.Gender = (Character.GenderEnum)gender;
character.HairCol = string.IsNullOrEmpty(characterDefaultSettings.HairCol)
? charData.HairColor[Rand.Next(0, hairColorCount)]
: characterDefaultSettings.HairCol;
character.HairStyle = string.IsNullOrEmpty(characterDefaultSettings.HairStyle)
? charData.HairStyle[Rand.Next(0, hairStyleCount)]
: characterDefaultSettings.HairStyle;
character.EyeCol = string.IsNullOrEmpty(characterDefaultSettings.EyeCol)
? charData.EyeColor[Rand.Next(0, eyeColorCount)]
: characterDefaultSettings.EyeCol;
character.Title = string.IsNullOrEmpty(characterDefaultSettings.Title)
? null
: characterDefaultSettings.Title;
character.BirthPlanet = universe.Planets?[Rand.Next(0, universe.Planets.Count)].Id;
character.CurrentLocation = Rand.Next(0, 100) < 5
? universe.Planets?[Rand.Next(0, universe.Planets.Count)].Id
: character.BirthPlanet;
character.CrimeChance = characterDefaultSettings.CrimeChance == null ||
characterDefaultSettings.CrimeChance.Length == 0 ||
characterDefaultSettings.CrimeChance[0] == -1 ||
characterDefaultSettings.CrimeChance[1] == -1
? Rand.Next(1, 26) + Rand.Next(0, 25) + // Default chance up to 50%
(Rand.Next(0, 4) != 1
? 0
: Rand.Next(1, 26) + Rand.Next(0, 25)) // 25% Additional crime roll chance
: Rand.Next(characterDefaultSettings.CrimeChance[0], characterDefaultSettings.CrimeChance[1] + 1);
character.ShipId = string.IsNullOrEmpty(characterDefaultSettings.ShipId)
? null
: characterDefaultSettings.ShipId;
character.InitialReaction = (Rand.Next(0, 6) + Rand.Next(0, 6)) switch
{
0 => charData.InitialReactions[0],
{} n when(n >= 1 && n <= 3) => charData.InitialReactions[1],
{
}
n when(n >= 4 && n <= 6) => charData.InitialReactions[2],
{
}
n when(n >= 7 && n <= 9) => charData.InitialReactions[3],
10 => charData.InitialReactions[4],
_ => charData.InitialReactions[2]
};
// Add the Character to the list of Characters in the universe
universe.Characters.Add(character);
cCount++;
}
// Re-order the list of Characters by their first name.
universe.Characters = universe.Characters.OrderBy(c => c.First).ToList();
return(universe);
}
}
