public override void Entry(params object[] objects)
{
ModConfig = new RngConfig().InitializeConfig(BaseConfigPath);
RandomFloats = new float[256];
Twister = new MersenneTwister();
//Destroys the game's built-in random number generator for Twister.
Game1.random = Twister;
//Just fills the buffer with junk so that we know everything is good and random.
RandomFloats.FillFloats();
//Define base randoms
OneToTen = new List <WeightedGeneric <int> >()
{
WeightedGeneric <int> .Create(75, 1), WeightedGeneric <int> .Create(50, 2), WeightedGeneric <int> .Create(25, 3), WeightedGeneric <int> .Create(15, 4), WeightedGeneric <int> .Create(11, 5), WeightedGeneric <int> .Create(9, 6), WeightedGeneric <int> .Create(7, 7), WeightedGeneric <int> .Create(5, 8), WeightedGeneric <int> .Create(3, 9), WeightedGeneric <int> .Create(1, 10)
};
Weather = new List <WeightedGeneric <int> >()
{
WeightedGeneric <int> .Create(ModConfig.SunnyChance, 0), WeightedGeneric <int> .Create(ModConfig.CloudySnowyChance, 2), WeightedGeneric <int> .Create(ModConfig.RainyChance, 1), WeightedGeneric <int> .Create(ModConfig.StormyChance, 3), WeightedGeneric <int> .Create(ModConfig.HarshSnowyChance, 5)
};
/*
* //Debugging for my randoms
* while (true)
* {
* List<int> got = new List<int>();
* int v = 0;
* int gen = 1024;
* float genf = gen;
* for (int i = 0; i < gen; i++)
* {
* v = Weighted.ChooseRange(OneToTen, 1, 5).TValue;
* got.Add(v);
*
* if (gen <= 1024)
* Console.Write(v + ", ");
* }
* Console.Write("\n");
* Console.WriteLine("Generated {0} Randoms", got.Count);
* Console.WriteLine("1: {0} | 2: {1} | 3: {2} | 4: {3} | 5: {4} | 6: {5} | 7: {6} | 8: {7} | 9: {8} | 10: {9} | ?: {10}", got.Count(x => x == 1), got.Count(x => x == 2), got.Count(x => x == 3), got.Count(x => x == 4), got.Count(x => x == 5), got.Count(x => x == 6), got.Count(x => x == 7), got.Count(x => x == 8), got.Count(x => x == 9), got.Count(x => x == 10), got.Count(x => x > 10));
* Console.WriteLine("{0} | {1} | {2} | {3} | {4} | {5} | {6} | {7} | {8} | {9}", got.Count(x => x == 1) / genf * 100 + "%", got.Count(x => x == 2) / genf * 100 + "%", got.Count(x => x == 3) / genf * 100 + "%", got.Count(x => x == 4) / genf * 100 + "%", got.Count(x => x == 5) / genf * 100 + "%", got.Count(x => x == 6) / genf * 100 + "%", got.Count(x => x == 7) / genf * 100 + "%", got.Count(x => x == 8) / genf * 100 + "%", got.Count(x => x == 9) / genf * 100 + "%", got.Count(x => x == 10) / genf * 100 + "%");
*
* //Console.WriteLine(OneToTen.ChooseRange(0, 10).TValue);
*
* Console.ReadKey();
* }
*/
//Determine base RNG to get everything up and running.
DetermineRng();
PlayerEvents.FarmerChanged += PlayerEvents_FarmerChanged;
GameEvents.UpdateTick += GameEvents_UpdateTick;
PlayerEvents.LoadedGame += PlayerEvents_LoadedGame;
ControlEvents.KeyPressed += ControlEvents_KeyPressed;
Log.Info(GetType().Name + " by Zoryn => Initialized (Press F5 To Reload Config)");
}
private void ControlEvents_KeyPressed(object sender, EventArgsKeyPressed e)
{
if (e.KeyPressed == Keys.F5)
{
this.Config = this.Helper.ReadConfig <RngConfig>();
this.Monitor.Log("Config reloaded", LogLevel.Info);
}
}
/*********
** Public methods
*********/
/// <summary>The mod entry point, called after the mod is first loaded.</summary>
/// <param name="helper">Provides simplified APIs for writing mods.</param>
public override void Entry(IModHelper helper)
{
this.Config = helper.ReadConfig <RngConfig>();
this.RandomFloats = new float[256];
BetterRng.Twister = new MersenneTwister();
//Destroys the game's built-in random number generator for Twister.
Game1.random = BetterRng.Twister;
//Just fills the buffer with junk so that we know everything is good and random.
this.RandomFloats.FillFloats();
//Define base randoms
this.Weather = new[]
{
WeightedGeneric <int> .Create(this.Config.SunnyChance, 0),
WeightedGeneric <int> .Create(this.Config.CloudySnowyChance, 2),
WeightedGeneric <int> .Create(this.Config.RainyChance, 1),
WeightedGeneric <int> .Create(this.Config.StormyChance, 3),
WeightedGeneric <int> .Create(this.Config.HarshSnowyChance, 5)
};
/*
* //Debugging for my randoms
* while (true)
* {
* List<int> got = new List<int>();
* int v = 0;
* int gen = 1024;
* float genf = gen;
* for (int i = 0; i < gen; i++)
* {
* v = Weighted.ChooseRange(OneToTen, 1, 5).TValue;
* got.Add(v);
*
* if (gen <= 1024)
* Console.Write(v + ", ");
* }
* Console.Write("\n");
* Console.WriteLine("Generated {0} Randoms", got.Count);
* Console.WriteLine("1: {0} | 2: {1} | 3: {2} | 4: {3} | 5: {4} | 6: {5} | 7: {6} | 8: {7} | 9: {8} | 10: {9} | ?: {10}", got.Count(x => x == 1), got.Count(x => x == 2), got.Count(x => x == 3), got.Count(x => x == 4), got.Count(x => x == 5), got.Count(x => x == 6), got.Count(x => x == 7), got.Count(x => x == 8), got.Count(x => x == 9), got.Count(x => x == 10), got.Count(x => x > 10));
* Console.WriteLine("{0} | {1} | {2} | {3} | {4} | {5} | {6} | {7} | {8} | {9}", got.Count(x => x == 1) / genf * 100 + "%", got.Count(x => x == 2) / genf * 100 + "%", got.Count(x => x == 3) / genf * 100 + "%", got.Count(x => x == 4) / genf * 100 + "%", got.Count(x => x == 5) / genf * 100 + "%", got.Count(x => x == 6) / genf * 100 + "%", got.Count(x => x == 7) / genf * 100 + "%", got.Count(x => x == 8) / genf * 100 + "%", got.Count(x => x == 9) / genf * 100 + "%", got.Count(x => x == 10) / genf * 100 + "%");
*
* //Console.WriteLine(OneToTen.ChooseRange(0, 10).TValue);
*
* Console.ReadKey();
* }
*/
//Determine base RNG to get everything up and running.
this.DetermineRng();
SaveEvents.AfterLoad += this.SaveEvents_AfterLoad;
ControlEvents.KeyPressed += this.ControlEvents_KeyPressed;
this.Monitor.Log("Initialized (press F5 to reload config)");
}
