void CustomInitialize()
{
CurrentMultipliers = new StatMultipliers(this);
TileEntityInstantiator.CreateEntitiesFrom(Map);
Map.RemoveTiles(t => t.Any(item => item.Name == "Type" && (item.Value as string) == "RemoveMe"), Map.TileProperties);
// Create players after other entities so they can be spawned next to the base
CreatePlayers();
spawnManager = new SpawnManager();
InitializeCollisions();
InitializeCameraController();
Factories.EnemyFactory.EntitySpawned = HandleEnemySpawn;
EnemyList.CollectionChanged += (a, b) => HandleEnemyListChanged();
InitializeNodeNetworks();
InitializeUi();
InitializeMusic();
levelStartTime = FlatRedBall.TimeManager.CurrentTime;
}
public double? GetMaxValue(string[] speciesaliases, Stat stat, int baseLevel, int tamedLevel, double tamingEfficiency, double imprintingBonus = 0)
{
var index = (int)stat;
var multipliers = index < StatMultipliers?.Length ? StatMultipliers.ElementAt(index) : null;
var stats = SpeciesStats?.FirstOrDefault(x => speciesaliases.Contains(x.Name, StringComparer.OrdinalIgnoreCase))?.Stats;
if (multipliers == null || multipliers.Length != 4 || stats == null) return null;
//stats = new double[8].Select((x, i) =>
//{
// var v = new double[5];
// stats[i]?.CopyTo(v, 0); //copy raw
// v[1] *= multipliers[3]; //inc. per wild level
// v[2] *= multipliers[2]; //inc. per tamed level
// if(v[3] > 0) v[3] *= multipliers[0]; //add. when tamed
// v[4] *= multipliers[1]; //multi. affinity
// return v;
//}).ToArray();
//stats: Base value, Increase per wild level, increase per tamed level, add. when tamed, multi. affinity
var B = stats[index][0]; //base-value
var Lw = (double)baseLevel; //level-wild
var Iw = stats[index][1]; //increase per wild-level as % of B
var IwM = multipliers[3]; //increase per domesticated level modifier
var IB = imprintingBonus;
var IBM = 1d; //imprinting bonus multiplier
var Ta = stats[index][3]; //additive taming-bonus
var TaM = Ta > 0 ? multipliers[0] : 1d; //additive taming-bonus modifier (not when negative)
var TE = tamingEfficiency; //taming efficiency
var Tm = stats[index][4]; //multiplicative taming-bonus
var TmM = multipliers[1]; //multiplicative taming-bonus modifier
var Ld = (double)tamedLevel; //level points spend after taming
var Id = stats[index][2]; //increase per domesticated level as % of B
var IdM = multipliers[2]; //increase per domesticated level modifier
//Each dino has 6 variables that affect the final stat:
//Base-value: B
//increase per wild-level as % of B: Iw
//increase per domesticated level as % of B: Id
//additive taming-bonus: Ta (not when negative)
//multiplicative taming-bonus: Tm
//imprinting bonus: IB
//The imprinting bonus IB only affects bred creatures, and all stat-values except of stamina and oxygen (it does affect the torpor-value).
//The game has further global variables for each stat, that affect the variables above:
//additive taming-bonus modifier: TaM
//multiplicative taming-bonus modifier: TmM
//increase per domesticated level modifier: IdM
//The imprinting bonus is scaled by the global variable (default: 1)
//BabyImprintingStatScaleMultiplier: IBM
//Currently these modifiers are for health TaM = 0.14, TmM = 0.44 and IdM = 0.2, and for melee damage TaM = 0.14, TmM = 0.44 and IdM = 0.17.
//Assume that a creature has upleveled a certain stat in the wild Lw times, was upleveled a stat by a player Ld times and was tamed with a taming effectiveness of TE. Then the final value V of that stat (as you see it ingame) is
//Ta and Tm are 0 in the most cases. For Health Ta is always 0.5 (except for the Giganotosaurus, where it is -110000), for Damage Ta is in most cases 0.5 and Tm = 0.4 (that gives the creature a +50pp (percentage point) bonus and after this the value is multiplied by (1 + 0.4 * TmM * TE (so it get's another 40% * 0.45 = 18% of the current value, dependent on the taming effectiveness).
//Vw = B × ( 1 + Lw × Iw) //wild value
//Vpt = (Vw + Ta × TaM) × (1 + TE × Tm × TmM) //post-tamed
//Vpt = (Vw × (1 + IB × 0.2 × IBM) + Ta × TaM) × (1 + TE × Tm × TmM) //bred creatures
//V = Vpt × (1 + Ld × Id × IdM) //final value
//V = (B × ( 1 + Lw × Iw) × (1 + IB × 0.2 × IBM) + Ta × TaM) × (1 + TE × Tm × TmM) × (1 + Ld × Id × IdM) //final value (full equation)
var Vw = B * (1 + Lw * Iw * IwM); //wild value
var Vib = stat == Stat.Stamina || stat == Stat.Oxygen ? 1 : (1 + IB * 0.2 * IBM); //imprinting bonus
var Vpt = (Vw * Vib + Ta * TaM) * (1 + TE * Tm * TmM); //post-tame and bred creatures
var V = Vpt * (1 + Ld * Id * IdM); //final value
return V;
}
