public static int foodAmountNeeded(int speciesI, int level, double tamingSpeedMultiplier, string food, bool nonViolent = false)
{
if (speciesI >= 0 && speciesI < Values.V.species.Count)
{
TamingData taming = Values.V.species[speciesI].taming;
double affinityNeeded = taming.affinityNeeded0 + taming.affinityIncreasePL * level;
bool specialFood = taming.specialFoodValues != null && taming.specialFoodValues.ContainsKey(food);
if (specialFood || Values.V.foodData.ContainsKey(food))
{
double foodAffinity;
foodAffinity = specialFood ? taming.specialFoodValues[food].affinity : Values.V.foodData[food].affinity;
if (nonViolent)
{
foodAffinity *= taming.wakeAffinityMult;
}
foodAffinity *= tamingSpeedMultiplier * 2; // *2 in accordance with the permament 2x taming-bonus that was introduced in the game on 2016-12-12
if (foodAffinity > 0)
{
// amount of food needed for the affinity
return((int)Math.Ceiling(affinityNeeded / (foodAffinity * (specialFood ? taming.specialFoodValues[food].quantity : 1))));
}
}
}
return(0);
}
private void comboBoxSpecies_SelectedIndexChanged(object sender, EventArgs e)
{
int sI = comboBoxSpecies.SelectedIndex;
if (sI >= 0 && Values.V.species[sI].taming != null)
{
TamingData td = Values.V.species[sI].taming;
this.SuspendLayout();
foreach (TamingFoodControl f in foodControls)
{
Controls.Remove(f);
}
foodControls.Clear();
TamingFoodControl tf;
int i = 0;
foreach (string f in td.eats)
{
tf = new TamingFoodControl(f);
if (f == "Kibble")
{
tf.foodNameDisplay = "Kibble (" + td.favoriteKibble + " Egg)";
}
if (td.specialFoodValues != null && td.specialFoodValues.ContainsKey(f) && td.specialFoodValues[f].quantity > 1)
{
tf.foodNameDisplay = td.specialFoodValues[f].quantity.ToString() + "× " + tf.foodNameDisplay;
}
tf.Location = new Point(20, 80 + 45 * i);
tf.valueChanged += new TamingFoodControl.ValueChangedEventHandler(updateTamingData);
tf.Clicked += new TamingFoodControl.ClickedEventHandler(onlyOneFood);
foodControls.Add(tf);
Controls.Add(tf);
i++;
}
this.ResumeLayout();
if (foodControls.Count > 0)
{
foodControls[0].amount = Taming.foodAmountNeeded(sI, (int)nudLevel.Value, foodControls[0].foodName, td.nonViolent);
}
}
}
public static int foodAmountNeeded(int speciesI, int level, string food, bool nonViolent = false)
{
if (speciesI >= 0 && speciesI < Values.V.species.Count)
{
TamingData taming = Values.V.species[speciesI].taming;
double affinityNeeded = taming.affinityNeeded0 + taming.affinityIncreasePL * level;
bool specialFood = (taming.specialFoodValues != null && taming.specialFoodValues.ContainsKey(food));
if (specialFood || Values.V.foodData.ContainsKey(food))
{
double foodAffinity = 0;
if (specialFood)
{
foodAffinity = taming.specialFoodValues[food].affinity;
}
else
{
foodAffinity = Values.V.foodData[food].affinity;
}
if (nonViolent)
{
foodAffinity *= taming.wakeAffinityMult;
}
foodAffinity *= Values.V.tamingSpeedMultiplier;
if (foodAffinity > 0)
{
// amount of food needed for the affinity
return((int)Math.Ceiling(affinityNeeded / foodAffinity));
}
}
}
return(0);
}
public void setSpeciesIndex(int speciesIndex)
{
if (speciesIndex >= 0 && Values.V.species[speciesIndex].taming != null && this.speciesIndex != speciesIndex)
{
this.SuspendLayout();
this.speciesIndex = speciesIndex;
// bone damage adjusters
Dictionary <double, string> boneDamageAdjusters = new Dictionary <double, string>();
boneDamageAdjustersImmobilization = Taming.boneDamageAdjustersImmobilization(speciesIndex, out boneDamageAdjusters);
int ib = 0;
foreach (KeyValuePair <double, string> bd in boneDamageAdjusters)
{
ib++;
if (ib >= rbBoneDamageAdjusters.Count)
{
RadioButton rbBD = new RadioButton();
gbWeaponDamage.Controls.Add(rbBD);
rbBD.Location = new Point(6, 173 + 19 * ib);
rbBD.AutoSize = false;
rbBD.Size = new Size(194, 17);
rbBoneDamageAdjusters.Add(rbBD);
rbBoneDamageAdjusterValues.Add(1);
rbBD.CheckedChanged += new System.EventHandler(this.rbBoneDamage_CheckedChanged);
}
rbBoneDamageAdjusterValues[ib] = bd.Key;
rbBoneDamageAdjusters[ib].Text = bd.Value + " (" + bd.Key.ToString() + "×)";
rbBoneDamageAdjusters[ib].Visible = true;
}
for (int j = ib + 1; j < rbBoneDamageAdjusters.Count; j++)
{
rbBoneDamageAdjusters[j].Visible = false;
}
rbBoneDamageAdjusters[0].Checked = true;
// bone damage adjusters adjusted
updateCalculation = false;
TamingData td = Values.V.species[speciesIndex].taming;
favoriteKibble = td.favoriteKibble;
foodDepletion = td.foodConsumptionBase * td.foodConsumptionMult * tamingFoodRateMultiplier;
TamingFoodControl tf;
int i = 0;
if (td.eats != null)
{
for (i = 0; i < td.eats.Count; i++)
{
string f = td.eats[i];
if (i >= foodControls.Count)
{
tf = new TamingFoodControl(f);
tf.Location = new Point(20, 80 + 45 * i);
tf.valueChanged += new TamingFoodControl.ValueChangedEventHandler(updateTamingData);
tf.Clicked += new TamingFoodControl.ClickedEventHandler(onlyOneFood);
foodControls.Add(tf);
Controls.Add(tf);
}
else
{
tf = foodControls[i];
tf.FoodName = f;
tf.Show();
}
if (f == "Kibble")
{
tf.foodNameDisplay = "Kibble (" + td.favoriteKibble + " Egg)";
}
if (td.specialFoodValues != null && td.specialFoodValues.ContainsKey(f) && td.specialFoodValues[f].quantity > 1)
{
tf.foodNameDisplay = td.specialFoodValues[f].quantity.ToString() + "× " + tf.foodNameDisplay;
}
}
}
for (int fci = foodControls.Count - 1; fci >= i; fci--)
{
foodControls[fci].Hide();
}
if (i > 0)
{
foodControls[0].amount = Taming.foodAmountNeeded(speciesIndex, (int)nudLevel.Value, tamingSpeedMultiplier, foodControls[0].FoodName, td.nonViolent);
}
updateCalculation = true;
updateFirstFeedingWaiting();
updateTamingData();
ResumeLayout();
}
}
public void SetSpecies(Species species, bool forceRefresh = false)
{
if (species == null || (selectedSpecies == species && !forceRefresh))
{
return;
}
selectedSpecies = species;
if (species.taming == null)
{
NoTamingData();
return;
}
SuspendLayout();
string speciesName = species.name;
linkLabelWikiPage.Text = "Wiki: " + speciesName;
linkLabelWikiPage.Tag = speciesName;
// bone damage adjusters
boneDamageAdjustersImmobilization = Taming.BoneDamageAdjustersImmobilization(selectedSpecies,
out Dictionary <string, double> boneDamageAdjusters);
int ib = 0;
foreach (KeyValuePair <string, double> bd in boneDamageAdjusters)
{
ib++;
if (ib >= rbBoneDamageAdjusters.Count)
{
RadioButton rbBD = new RadioButton();
flcBodyDamageMultipliers.Controls.Add(rbBD);
flcBodyDamageMultipliers.SetFlowBreak(rbBD, true);
rbBD.AutoSize = true;
rbBoneDamageAdjusters.Add(rbBD);
rbBoneDamageAdjusterValues.Add(1);
rbBD.CheckedChanged += rbBoneDamage_CheckedChanged;
}
rbBoneDamageAdjusterValues[ib] = bd.Value;
rbBoneDamageAdjusters[ib].Text = $"{Loc.S(bd.Key)} (× {bd.Value})";
rbBoneDamageAdjusters[ib].Visible = true;
}
for (int j = ib + 1; j < rbBoneDamageAdjusters.Count; j++)
{
rbBoneDamageAdjusters[j].Visible = false;
}
rbBoneDamageAdjusters[0].Checked = true;
// bone damage adjusters adjusted
updateCalculation = false;
TamingData td = species.taming;
kibbleRecipe = string.Empty;
// list all recipes of kibbles that give a reasonable affinity (assuming that is larger or equal than 100)
foreach (var k in Kibbles.K.kibble)
{
var kibbleName = $"{k.Key} Kibble";
if (((td.specialFoodValues != null && td.specialFoodValues.TryGetValue(kibbleName, out var kFood)) ||
Values.V.defaultFoodData.TryGetValue(kibbleName, out kFood)) &&
kFood.affinity >= 100)
{
kibbleRecipe += $"\n\n{k.Key} Kibble:{k.Value.RecipeAsText()}";
}
}
foodDepletion = td.foodConsumptionBase * td.foodConsumptionMult * tamingFoodRateMultiplier;
int i = 0;
if (td.eats != null)
{
for (i = 0; i < td.eats.Length; i++)
{
string f = td.eats[i];
TamingFoodControl tf;
// if Augmented are not wanted, and food control already exist, update it and hide it.
if (!checkBoxAugmented.Checked && f.Contains("Augmented"))
{
if (i < foodControls.Count)
{
tf = foodControls[i];
tf.FoodName = f;
tf.Hide();
}
continue;
}
if (i >= foodControls.Count)
{
tf = new TamingFoodControl(f);
tf.valueChanged += UpdateTamingData;
tf.Clicked += OnlyOneFood;
foodControls.Add(tf);
flpTamingFood.Controls.Add(tf);
}
else
{
tf = foodControls[i];
tf.FoodName = f;
tf.Show();
}
// special cases where a creature eats multiple food items of one kind at once
if (td.specialFoodValues != null && td.specialFoodValues.ContainsKey(f) && td.specialFoodValues[f].quantity > 1)
{
tf.foodNameDisplay = td.specialFoodValues[f].quantity + "× " + tf.foodNameDisplay;
}
}
}
for (int fci = foodControls.Count - 1; fci >= i; fci--)
{
foodControls[fci].Hide();
}
if (i > 0)
{
foodControls[0].amount = Taming.FoodAmountNeeded(species, (int)nudLevel.Value, tamingSpeedMultiplier, foodControls[0].FoodName, td.nonViolent);
}
updateCalculation = true;
UpdateFirstFeedingWaiting();
UpdateTamingData();
ResumeLayout();
}
public void SetSpecies(Species species)
{
if (species == null || selectedSpecies == species)
{
return;
}
selectedSpecies = species;
if (species.taming == null)
{
NoTamingData();
return;
}
SuspendLayout();
string speciesName = species.name;
linkLabelWikiPage.Text = "Wiki: " + speciesName;
linkLabelWikiPage.Tag = speciesName;
// bone damage adjusters
boneDamageAdjustersImmobilization = Taming.boneDamageAdjustersImmobilization(selectedSpecies,
out Dictionary <string, double> boneDamageAdjusters);
int ib = 0;
foreach (KeyValuePair <string, double> bd in boneDamageAdjusters)
{
ib++;
if (ib >= rbBoneDamageAdjusters.Count)
{
RadioButton rbBD = new RadioButton();
gbWeaponDamage.Controls.Add(rbBD);
rbBD.Location = new Point(6, 199 + 19 * ib);
rbBD.AutoSize = false;
rbBD.Size = new Size(194, 17);
rbBoneDamageAdjusters.Add(rbBD);
rbBoneDamageAdjusterValues.Add(1);
rbBD.CheckedChanged += rbBoneDamage_CheckedChanged;
}
rbBoneDamageAdjusterValues[ib] = bd.Value;
rbBoneDamageAdjusters[ib].Text = $"{Loc.s(bd.Key)} (× {bd.Value})";
rbBoneDamageAdjusters[ib].Visible = true;
}
for (int j = ib + 1; j < rbBoneDamageAdjusters.Count; j++)
{
rbBoneDamageAdjusters[j].Visible = false;
}
rbBoneDamageAdjusters[0].Checked = true;
// bone damage adjusters adjusted
updateCalculation = false;
TamingData td = species.taming;
kibbleRecipe = "";
// TODO replace with new kibble recipes
//if (td.favoriteKibble != null && Kibbles.K.kibble.ContainsKey(td.favoriteKibble))
//{
// kibbleRecipe = "\n\nKibble:" + Kibbles.K.kibble[td.favoriteKibble].RecipeAsText();
//}
foodDepletion = td.foodConsumptionBase * td.foodConsumptionMult * tamingFoodRateMultiplier;
int i = 0;
if (td.eats != null)
{
for (i = 0; i < td.eats.Count; i++)
{
string f = td.eats[i];
TamingFoodControl tf;
if (i >= foodControls.Count)
{
tf = new TamingFoodControl(f);
tf.valueChanged += UpdateTamingData;
tf.Clicked += OnlyOneFood;
foodControls.Add(tf);
flpTamingFood.Controls.Add(tf);
}
else
{
tf = foodControls[i];
tf.FoodName = f;
tf.Show();
}
if (f == "Kibble")
{
tf.foodNameDisplay = $"Kibble ({td.favoriteKibble} {Loc.s("Egg")})";
}
if (td.specialFoodValues != null && td.specialFoodValues.ContainsKey(f) && td.specialFoodValues[f].quantity > 1)
{
tf.foodNameDisplay = td.specialFoodValues[f].quantity + "× " + tf.foodNameDisplay;
}
}
}
for (int fci = foodControls.Count - 1; fci >= i; fci--)
{
foodControls[fci].Hide();
}
if (i > 0)
{
foodControls[0].amount = Taming.foodAmountNeeded(species, (int)nudLevel.Value, tamingSpeedMultiplier, foodControls[0].FoodName, td.nonViolent);
}
updateCalculation = true;
UpdateFirstFeedingWaiting();
UpdateTamingData();
ResumeLayout();
}
public void setSpeciesIndex(int speciesIndex)
{
if (speciesIndex >= 0 && Values.V.species[speciesIndex].taming != null)
{
this.speciesIndex = speciesIndex;
boneDamageAdjusters = Taming.boneDamageAdjustersImmobilisation(speciesIndex);
updateCalculation = false;
this.SuspendLayout();
TamingData td = Values.V.species[speciesIndex].taming;
foodDepletion = td.foodConsumptionBase * td.foodConsumptionMult * Values.V.tamingFoodRateMultiplier;
TamingFoodControl tf;
int i = 0;
if (td.eats != null)
{
for (i = 0; i < td.eats.Count; i++)
{
string f = td.eats[i];
if (i >= foodControls.Count)
{
tf = new TamingFoodControl(f);
tf.Location = new Point(20, 80 + 45 * i);
tf.valueChanged += new TamingFoodControl.ValueChangedEventHandler(updateTamingData);
tf.Clicked += new TamingFoodControl.ClickedEventHandler(onlyOneFood);
foodControls.Add(tf);
Controls.Add(tf);
}
else
{
tf = foodControls[i];
tf.FoodName = f;
tf.Show();
}
if (f == "Kibble")
{
tf.foodNameDisplay = "Kibble (" + td.favoriteKibble + " Egg)";
}
if (td.specialFoodValues != null && td.specialFoodValues.ContainsKey(f) && td.specialFoodValues[f].quantity > 1)
{
tf.foodNameDisplay = td.specialFoodValues[f].quantity.ToString() + "× " + tf.foodNameDisplay;
}
}
}
for (int fci = foodControls.Count - 1; fci >= i; fci--)
{
foodControls[fci].Hide();
}
if (i > 0)
{
foodControls[0].amount = Taming.foodAmountNeeded(speciesIndex, (int)nudLevel.Value, evolutionEvent, foodControls[0].FoodName, td.nonViolent);
}
updateCalculation = true;
updateFirstFeedingWaiting();
updateTamingData();
ResumeLayout();
}
}
public static void tamingTimes(int speciesI, int level, double tamingSpeedMultiplier, double tamingFoodRateMultiplier,
List <string> usedFood, List <int> foodAmount, out List <int> foodAmountUsed, out TimeSpan duration,
out int neededNarcoberries, out int neededNarcotics, out int neededBioToxines, out double te, out double hunger, out int bonusLevel, out bool enoughFood)
{
double affinityNeeded = 0, totalTorpor = 0, torporDeplPS = 0, foodAffinity, foodValue, torporNeeded = 0;
string food;
int seconds = 0, totalSeconds = 0, foodPiecesNeeded;
bonusLevel = 0;
te = 1;
duration = TimeSpan.Zero;
neededNarcoberries = 0;
neededNarcotics = 0;
neededBioToxines = 0;
hunger = 0;
enoughFood = false;
foodAmountUsed = new List <int>();
foreach (int i in foodAmount)
{
foodAmountUsed.Add(0);
}
if (speciesI >= 0 && speciesI < Values.V.species.Count)
{
te = 100;
TamingData taming = Values.V.species[speciesI].taming;
// test if(creature is tamend non-violently, then use wakeTame multiplicators
bool nonViolent = false;
if (taming.nonViolent)
{
nonViolent = true;
}
affinityNeeded = taming.affinityNeeded0 + taming.affinityIncreasePL * level;
if (!nonViolent)
{
//total torpor for level
totalTorpor = Values.V.species[speciesI].stats[7].BaseValue * (1 + Values.V.species[speciesI].stats[7].IncPerWildLevel * (level - 1));
// torpor depletion per second for level
torporDeplPS = torporDepletionPS(taming.torporDepletionPS0, level);
}
// how much food / resources of the different kinds that this creature eats is needed
for (int f = 0; f < usedFood.Count; f++)
{
if (foodAmount[f] > 0)
{
food = usedFood[f];
bool specialFood = (taming.specialFoodValues != null && taming.specialFoodValues.ContainsKey(food));
if (specialFood || Values.V.foodData.ContainsKey(food))
{
foodAffinity = 0;
foodValue = 0;
// check if (creature handles this food in a special way (e.g. scorpions not liking raw meat as much)
if (specialFood)
{
foodAffinity = taming.specialFoodValues[food].affinity;
foodValue = taming.specialFoodValues[food].foodValue;
}
else
{
foodAffinity = Values.V.foodData[food].affinity;
foodValue = Values.V.foodData[food].foodValue;
}
foodAffinity *= specialFood ? taming.specialFoodValues[food].quantity : 1;
if (nonViolent)
{
// consider wake taming multiplicators (non - violent taming)
foodAffinity *= taming.wakeAffinityMult;
foodValue = foodValue * taming.wakeFoodDeplMult;
}
foodAffinity *= tamingSpeedMultiplier * 2; // *2 in accordance with the permament 2x taming-bonus that was introduced in the game on 2016-12-12
if (foodAffinity > 0 && foodValue > 0)
{
// amount of food needed for the left affinity.
foodPiecesNeeded = (int)Math.Ceiling(affinityNeeded / foodAffinity);
if (foodPiecesNeeded > foodAmount[f])
{
foodPiecesNeeded = foodAmount[f];
}
foodAmountUsed[f] = foodPiecesNeeded;
// time to eat needed food
seconds = (int)Math.Ceiling(foodPiecesNeeded * foodValue / (taming.foodConsumptionBase * taming.foodConsumptionMult * tamingFoodRateMultiplier));
affinityNeeded -= foodPiecesNeeded * foodAffinity;
if (te > 0)
{
double factor = taming.tamingIneffectiveness / (100 * foodAffinity);
for (int i = 0; i < foodPiecesNeeded; i++)
{
te -= Math.Pow(te, 2) * factor;
}
}
if (!nonViolent)
{
//extra needed torpor to eat needed food
torporNeeded += (torporDeplPS * seconds);
}
totalSeconds += seconds;
}
if (affinityNeeded <= 0)
{
break;
}
}
}
}
torporNeeded -= totalTorpor;
if (torporNeeded < 0)
{
torporNeeded = 0;
}
// amount of Narcoberries(give 7.5 torpor each over 3s)
neededNarcoberries = (int)Math.Ceiling(torporNeeded / (7.5 + 3 * torporDeplPS));
// amount of Narcotics(give 40 each over 8s)
neededNarcotics = (int)Math.Ceiling(torporNeeded / (40 + 8 * torporDeplPS));
// amount of BioToxines (give 80 each over 16s)
neededBioToxines = (int)Math.Ceiling(torporNeeded / (80 + 16 * torporDeplPS));
enoughFood = affinityNeeded <= 0;
// needed Time to eat
duration = new TimeSpan(0, 0, totalSeconds);
if (te < 0)
{
te = 0;
}
te *= .01;
bonusLevel = (int)Math.Floor(level * te / 2);
for (int i = 0; i < usedFood.Count; i++)
{
if (taming.specialFoodValues != null && taming.specialFoodValues.ContainsKey(usedFood[i]))
{
hunger += foodAmountUsed[i] * taming.specialFoodValues[usedFood[i]].foodValue;
}
else if (Values.V.foodData.ContainsKey(usedFood[i]))
{
hunger += foodAmountUsed[i] * Values.V.foodData[usedFood[i]].foodValue;
}
}
}
}
public void setSpeciesIndex(int speciesIndex)
{
if (speciesIndex >= 0 && Values.V.species[speciesIndex].taming != null && this.speciesIndex != speciesIndex)
{
SuspendLayout();
this.speciesIndex = speciesIndex;
// bone damage adjusters
boneDamageAdjustersImmobilization = Taming.boneDamageAdjustersImmobilization(speciesIndex,
out Dictionary <double, string> boneDamageAdjusters);
int ib = 0;
foreach (KeyValuePair <double, string> bd in boneDamageAdjusters)
{
ib++;
if (ib >= rbBoneDamageAdjusters.Count)
{
RadioButton rbBD = new RadioButton();
gbWeaponDamage.Controls.Add(rbBD);
rbBD.Location = new Point(6, 199 + 19 * ib);
rbBD.AutoSize = false;
rbBD.Size = new Size(194, 17);
rbBoneDamageAdjusters.Add(rbBD);
rbBoneDamageAdjusterValues.Add(1);
rbBD.CheckedChanged += rbBoneDamage_CheckedChanged;
}
rbBoneDamageAdjusterValues[ib] = bd.Key;
rbBoneDamageAdjusters[ib].Text = $"{Loc.s(bd.Value)} ({bd.Key}×)";
rbBoneDamageAdjusters[ib].Visible = true;
}
for (int j = ib + 1; j < rbBoneDamageAdjusters.Count; j++)
{
rbBoneDamageAdjusters[j].Visible = false;
}
rbBoneDamageAdjusters[0].Checked = true;
// bone damage adjusters adjusted
updateCalculation = false;
TamingData td = Values.V.species[speciesIndex].taming;
kibbleRecipe = "";
if (td.favoriteKibble != null && Kibbles.K.kibble.ContainsKey(td.favoriteKibble))
{
kibbleRecipe = "\n\nKibble:" + Kibbles.K.kibble[td.favoriteKibble].RecipeAsText();
}
foodDepletion = td.foodConsumptionBase * td.foodConsumptionMult * tamingFoodRateMultiplier;
int i = 0;
if (td.eats != null)
{
for (i = 0; i < td.eats.Count; i++)
{
string f = td.eats[i];
TamingFoodControl tf;
if (i >= foodControls.Count)
{
tf = new TamingFoodControl(f);
tf.valueChanged += updateTamingData;
tf.Clicked += onlyOneFood;
foodControls.Add(tf);
flpTamingFood.Controls.Add(tf);
}
else
{
tf = foodControls[i];
tf.FoodName = f;
tf.Show();
}
if (f == "Kibble")
{
tf.foodNameDisplay = $"Kibble ({td.favoriteKibble} {Loc.s("Egg")})";
}
if (td.specialFoodValues != null && td.specialFoodValues.ContainsKey(f) && td.specialFoodValues[f].quantity > 1)
{
tf.foodNameDisplay = td.specialFoodValues[f].quantity + "× " + tf.foodNameDisplay;
}
}
}
for (int fci = foodControls.Count - 1; fci >= i; fci--)
{
foodControls[fci].Hide();
}
if (i > 0)
{
foodControls[0].amount = Taming.foodAmountNeeded(speciesIndex, (int)nudLevel.Value, tamingSpeedMultiplier, foodControls[0].FoodName, td.nonViolent);
}
updateCalculation = true;
updateFirstFeedingWaiting();
updateTamingData();
ResumeLayout();
}
}
public static void tamingTimes(int speciesI, int level, double tamingSpeedMultiplier, double tamingFoodRateMultiplier,
List <string> usedFood, List <int> foodAmount, out List <int> foodAmountUsed, out TimeSpan duration,
out int neededNarcoberries, out int neededNarcotics, out int neededBioToxines, out double te, out double hunger, out int bonusLevel, out bool enoughFood)
{
double totalTorpor = 0, torporDeplPS = 0, torporNeeded = 0;
int totalSeconds = 0;
bonusLevel = 0;
te = 1;
duration = TimeSpan.Zero;
neededNarcoberries = 0;
neededNarcotics = 0;
neededBioToxines = 0;
hunger = 0;
enoughFood = false;
foodAmountUsed = new List <int>();
foreach (int i in foodAmount)
{
foodAmountUsed.Add(0);
}
if (speciesI >= 0 && speciesI < Values.V.species.Count)
{
TamingData taming = Values.V.species[speciesI].taming;
// test if creature is tamend non-violently, then use wakeTame multiplicators
bool nonViolent = taming.nonViolent;
double affinityNeeded = taming.affinityNeeded0 + taming.affinityIncreasePL * level;
if (!nonViolent)
{
//total torpor for level
totalTorpor = Values.V.species[speciesI].stats[7].BaseValue * (1 + Values.V.species[speciesI].stats[7].IncPerWildLevel * (level - 1));
// torpor depletion per second for level
torporDeplPS = torporDepletionPS(taming.torporDepletionPS0, level);
}
double foodByAffinity = 0; // needed for the effectiveness calculation
// how much food / resources of the different kinds that this creature eats is needed
for (int f = 0; f < usedFood.Count; f++)
{
if (foodAmount[f] > 0)
{
string food = usedFood[f];
bool specialFood = taming.specialFoodValues != null && taming.specialFoodValues.ContainsKey(food);
if (specialFood || Values.V.foodData.ContainsKey(food))
{
double foodAffinity;
double foodValue;
// check if (creature handles this food in a special way (e.g. scorpions not liking raw meat as much)
if (specialFood)
{
foodAffinity = taming.specialFoodValues[food].affinity;
foodValue = taming.specialFoodValues[food].foodValue;
}
else
{
foodAffinity = Values.V.foodData[food].affinity;
foodValue = Values.V.foodData[food].foodValue;
}
foodAffinity *= specialFood ? taming.specialFoodValues[food].quantity : 1;
if (nonViolent)
{
// consider wake taming multiplicators (non - violent taming)
foodAffinity *= taming.wakeAffinityMult;
foodValue = foodValue * taming.wakeFoodDeplMult;
}
foodAffinity *= tamingSpeedMultiplier * 2; // *2 in accordance with the permament 2x taming-bonus that was introduced in the game on 2016-12-12
if (foodAffinity > 0 && foodValue > 0)
{
// amount of food needed for the left affinity.
int foodPiecesNeeded = (int)Math.Ceiling(affinityNeeded / foodAffinity);
if (foodPiecesNeeded > foodAmount[f])
{
foodPiecesNeeded = foodAmount[f];
}
foodAmountUsed[f] = foodPiecesNeeded;
// time to eat needed food
// mantis eats every 3 minutes, regardless of level
int seconds = 0;
if (Values.V.species[speciesI].name == "Mantis")
{
seconds = foodPiecesNeeded * 180;
}
else
{
seconds = (int)Math.Ceiling(foodPiecesNeeded * foodValue / (taming.foodConsumptionBase * taming.foodConsumptionMult * tamingFoodRateMultiplier));
}
affinityNeeded -= foodPiecesNeeded * foodAffinity;
// new approach with 1/(1 + IM*IA*N/AO + ID*D) from https://forums.unrealengine.com/development-discussion/modding/ark-survival-evolved/56959-tutorial-dinosaur-taming-parameters?85457-Tutorial-Dinosaur-Taming-Parameters=
foodByAffinity += foodPiecesNeeded / foodAffinity;
if (!nonViolent)
{
//extra needed torpor to eat needed food
torporNeeded += torporDeplPS * seconds;
}
totalSeconds += seconds;
}
if (affinityNeeded <= 0)
{
break;
}
}
}
}
// add tamingIneffectivenessMultiplier? Needs settings?
te = 1 / (1 + taming.tamingIneffectiveness * foodByAffinity); // ignores damage, which has no input
torporNeeded -= totalTorpor;
if (torporNeeded < 0)
{
torporNeeded = 0;
}
// amount of Narcoberries(give 7.5 torpor each over 3s)
neededNarcoberries = (int)Math.Ceiling(torporNeeded / (7.5 + 3 * torporDeplPS));
// amount of Narcotics(give 40 each over 8s)
neededNarcotics = (int)Math.Ceiling(torporNeeded / (40 + 8 * torporDeplPS));
// amount of BioToxines (give 80 each over 16s)
neededBioToxines = (int)Math.Ceiling(torporNeeded / (80 + 16 * torporDeplPS));
enoughFood = affinityNeeded <= 0;
// needed Time to eat
duration = new TimeSpan(0, 0, totalSeconds);
if (te < 0) // TODO correct? <0 possible?
{
te = 0;
}
bonusLevel = (int)Math.Floor(level * te / 2);
for (int i = 0; i < usedFood.Count; i++)
{
if (taming.specialFoodValues != null && taming.specialFoodValues.ContainsKey(usedFood[i]))
{
hunger += foodAmountUsed[i] * taming.specialFoodValues[usedFood[i]].foodValue;
}
else if (Values.V.foodData.ContainsKey(usedFood[i]))
{
hunger += foodAmountUsed[i] * Values.V.foodData[usedFood[i]].foodValue;
}
}
}
}
public void SetSpecies(Species species, bool forceRefresh = false)
{
if (species == null || (_selectedSpecies == species && !forceRefresh))
{
return;
}
_selectedSpecies = species;
if (species.taming == null)
{
NoTamingData();
return;
}
this.SuspendDrawing();
SuspendLayout();
string speciesName = species.name;
linkLabelWikiPage.Text = "Wiki: " + speciesName;
linkLabelWikiPage.Tag = speciesName;
_tt.SetToolTip(linkLabelWikiPage, ArkWiki.WikiUrl(speciesName));
// bone damage adjusters
_boneDamageAdjustersImmobilization = Taming.BoneDamageAdjustersImmobilization(_selectedSpecies,
out Dictionary <string, double> boneDamageAdjusters);
int ib = 0;
foreach (KeyValuePair <string, double> bd in boneDamageAdjusters)
{
ib++;
if (ib >= _rbBoneDamageAdjusters.Count)
{
RadioButton rbBD = new RadioButton();
flcBodyDamageMultipliers.Controls.Add(rbBD);
flcBodyDamageMultipliers.SetFlowBreak(rbBD, true);
rbBD.AutoSize = true;
_rbBoneDamageAdjusters.Add(rbBD);
_rbBoneDamageAdjusterValues.Add(1);
rbBD.CheckedChanged += rbBoneDamage_CheckedChanged;
}
_rbBoneDamageAdjusterValues[ib] = bd.Value;
_rbBoneDamageAdjusters[ib].Text = $"{Loc.S(bd.Key)} (× {bd.Value})";
_rbBoneDamageAdjusters[ib].Visible = true;
}
for (int j = ib + 1; j < _rbBoneDamageAdjusters.Count; j++)
{
_rbBoneDamageAdjusters[j].Visible = false;
}
_rbBoneDamageAdjusters[0].Checked = true;
// bone damage adjusters adjusted
_updateCalculation = false;
TamingData td = species.taming;
_kibbleRecipe = string.Empty;
// list all recipes of kibbles that give a reasonable affinity (assuming that is larger or equal than 100)
foreach (var k in Kibbles.K.kibble)
{
var kibbleName = $"{k.Key} Kibble";
var kibbleFood = Values.V.GetTamingFood(species, kibbleName);
if (kibbleFood != null &&
kibbleFood.affinity >= 100)
{
_kibbleRecipe += $"\n\n{k.Key} Kibble:{k.Value.RecipeAsText()}";
}
}
_foodDepletion = td.foodConsumptionBase * td.foodConsumptionMult * _tamingFoodRateMultiplier;
SetTamingFoodControls(species);
_updateCalculation = true;
UpdateFirstFeedingWaiting();
UpdateTamingData();
if (Properties.Settings.Default.TamingFoodOrderByTime)
{
SetOrderOfTamingFood(true, true);
}
ResumeLayout();
this.ResumeDrawing();
}
public static void tamingTimes(int speciesI, int level, List <string> usedFood, List <int> foodAmount, out List <int> foodAmountUsed, out TimeSpan duration, out int neededNarcoberries, out int neededNarcotics, out int neededBioToxines, out double te, out bool enoughFood)
{
double affinityNeeded = 0, totalTorpor = 0, torporDeplPS = 0, foodAffinity, foodValue, torporNeeded = 0;
string food;
int seconds = 0, totalSeconds = 0, foodPiecesNeeded;
te = 1;
duration = new TimeSpan(0);
neededNarcoberries = 0;
neededNarcotics = 0;
neededBioToxines = 0;
enoughFood = false;
foodAmountUsed = new List <int>();
foreach (int i in foodAmount)
{
foodAmountUsed.Add(0);
}
if (speciesI >= 0 && speciesI < Values.V.species.Count)
{
te = 100;
TamingData taming = Values.V.species[speciesI].taming;
// test if(creature is tamend non-violently, then use wakeTame multiplicators
bool nonViolent = false;
if (taming.nonViolent)
{
nonViolent = true;
}
affinityNeeded = taming.affinityNeeded0 + taming.affinityIncreasePL * level;
if (!nonViolent)
{
//total torpor for level
totalTorpor = Values.V.species[speciesI].stats[7].BaseValue * (1 + Values.V.species[speciesI].stats[7].IncPerWildLevel * (level - 1));
// torpor depletion per second for level
// here the linear approach of 0.01819 * baseTorporDepletion / level is used. Data shows, it's actual an exponential increase
torporDeplPS = taming.torporDepletionPS0 * (1 + 0.01819 * level);
}
// how much food / resources of the different kinds that this creature eats is needed
for (int f = 0; f < usedFood.Count; f++)
{
if (foodAmount[f] > 0)
{
food = usedFood[f];
bool specialFood = (taming.specialFoodValues != null && taming.specialFoodValues.ContainsKey(food));
if (specialFood || Values.V.foodData.ContainsKey(food))
{
foodAffinity = 0;
foodValue = 0;
// check if (creature handles this food in a special way (e.g. scorpions not liking raw meat as much)
if (specialFood)
{
foodAffinity = taming.specialFoodValues[food].affinity;
foodValue = taming.specialFoodValues[food].foodValue;
}
else
{
foodAffinity = Values.V.foodData[food].affinity;
foodValue = Values.V.foodData[food].foodValue;
}
if (nonViolent)
{
// consider wake taming multiplicators (non - violent taming)
foodAffinity *= taming.wakeAffinityMult;
foodValue = foodValue * taming.wakeFoodDeplMult;
}
foodAffinity *= Values.V.tamingSpeedMultiplier * 2; // *2 in accordance with the permament 2x taming-bonus that was introduced in the game on 1016-12-12
if (foodAffinity > 0 && foodValue > 0)
{
// amount of food needed for the left affinity.
foodPiecesNeeded = (int)Math.Ceiling(affinityNeeded / foodAffinity);
if (foodPiecesNeeded > foodAmount[f])
{
foodPiecesNeeded = foodAmount[f];
}
foodAmountUsed[f] = foodPiecesNeeded;
// time to eat needed food
seconds = (int)Math.Ceiling(foodPiecesNeeded * foodValue / (taming.foodConsumptionBase * taming.foodConsumptionMult * Values.V.tamingFoodRateMultiplier));
affinityNeeded -= foodPiecesNeeded * foodAffinity;
if (te > 0)
{
double factor = taming.tamingIneffectiveness / (100 * foodAffinity);
for (int i = 0; i < foodPiecesNeeded; i++)
{
te -= Math.Pow(te, 2) * factor;
}
}
if (!nonViolent)
{
//extra needed torpor to eat needed food
torporNeeded += (torporDeplPS * seconds);
}
totalSeconds += seconds;
}
if (affinityNeeded <= 0)
{
break;
}
}
}
}
torporNeeded -= totalTorpor;
if (torporNeeded < 0)
{
torporNeeded = 0;
}
// amount of Narcoberries(give 7.5 torpor each over 3s)
neededNarcoberries = (int)Math.Ceiling(torporNeeded / (7.5 + 3 * torporDeplPS));
// amount of Narcotics(give 40 each over 5s)
neededNarcotics = (int)Math.Ceiling(torporNeeded / (40 + 5 * torporDeplPS));
// amount of BioToxines (give 80 each over 16s)
neededBioToxines = (int)Math.Ceiling(torporNeeded / (80 + 16 * torporDeplPS));
enoughFood = affinityNeeded <= 0;
// needed Time to eat
duration = new TimeSpan(0, 0, totalSeconds);
if (te < 0)
{
te = 0;
}
te *= .01;
if (!nonViolent)
{
// print needed tranq arrows needed to ko creature.
// Bow - arrow causes 20 dmg, tranqMultiplier are 2 + 2.5 = 4.5 ==> 90 Torpor / arrow.
// crossbow 35 dmg * 4.5 ==> 157.5 torpor
// slingshot: 14 dmg, stone - tranq - mult: 1.75 ==> 24.5 torpor
// wooden club: 10 torpor
// longneck dart: 26 * 8.5 = 221
// string info = "Wooden Club Hits × " + Math.Ceiling(totalTorpor / 10) + "; Slingshot Hits ×" + Math.Ceiling(totalTorpor / 24.5) + "; Tranquilizer Arrows with a Bow × " + Math.Ceiling(totalTorpor / 90) + "; Tranquilizer Arrows with a Crossbow × " + Math.Ceiling(totalTorpor / 157.5) + "; Tranquilizer Dart Shots × " + Math.Ceiling(totalTorpor / 221);
// print torpor depletion per s
// string info = "Torpor-depletion: " + Math.Round(torporDeplPS, 2) + " / s; Time until all torpor is depleted: " + (totalTorpor / torporDeplPS) + " s, That is approx.one Narcoberry every " + (Math.Floor(75 / torporDeplPS) / 10 + 3) + " s or one Narcotic every " + (Math.Floor(400 / torporDeplPS) / 10 + 5) + " s";
}
}
}