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public static tamingTimes ( int speciesI, int level, List |
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| speciesI | int | |
| level | int | |
| usedFood | List |
|
| foodAmount | List |
|
| foodAmountUsed | List |
|
| duration | System.TimeSpan | |
| neededNarcoberries | int | |
| neededNarcotics | int | |
| te | double | |
| enoughFood | bool | |
| 리턴 | void | |
private void updateTamingData()
{
if (updateCalculation)
{
int sI = comboBoxSpecies.SelectedIndex;
TimeSpan duration;
int narcoBerries, narcotics, bioToxines;
double te;
bool enoughFood;
var usedFood = new List <string>();
var foodAmount = new List <int>();
var foodAmountUsed = new List <int>();
foreach (TamingFoodControl tfc in foodControls)
{
usedFood.Add(tfc.foodName);
foodAmount.Add(tfc.amount);
tfc.maxFood = Taming.foodAmountNeeded(sI, (int)nudLevel.Value, tfc.foodName, Values.V.species[sI].taming.nonViolent);
}
Taming.tamingTimes(sI, (int)nudLevel.Value, usedFood, foodAmount, out foodAmountUsed, out duration, out narcoBerries, out narcotics, out bioToxines, out te, out enoughFood);
for (int f = 0; f < foodControls.Count; f++)
{
foodControls[f].foodUsed = foodAmountUsed[f];
}
if (enoughFood)
{
int bonusLevel = (int)Math.Floor((double)nudLevel.Value * te / 2);
labelResult.Text = "It takes " + duration.ToString(@"hh\:mm\:ss") + " (until " + (DateTime.Now + duration).ToShortTimeString() + ") to tame the " + comboBoxSpecies.SelectedItem.ToString() + "."
+ "\n\nTaming Effectiveness: " + Math.Round(100 * te, 1).ToString() + " %\nBonus-Level: " + bonusLevel + " (total level after Taming: " + (nudLevel.Value + bonusLevel).ToString() + ")"
+ "\n\n" + narcoBerries + " Narcoberries or\n" + narcotics + " Narcotics or\n" + bioToxines + " Bio Toxines are needed";
}
else
{
labelResult.Text = "Not enough food to tame the creature!";
}
}
}
public void updateTamingData()
{
if (updateCalculation && speciesIndex >= 0)
{
updateKOCounting();
TimeSpan duration = new TimeSpan();
int narcoBerries = 0, narcotics = 0, bioToxines = 0, bonusLevel = 0;
double te = 0, hunger = 0;
bool enoughFood = false;
var usedFood = new List <string>();
var foodAmount = new List <int>();
var foodAmountUsed = new List <int>();
quickTamingInfos = "n/a";
int level = (int)nudLevel.Value;
if (Values.V.species[speciesIndex].taming.eats != null)
{
int foodCounter = Values.V.species[speciesIndex].taming.eats.Count;
foreach (TamingFoodControl tfc in foodControls)
{
if (foodCounter == 0)
{
break;
}
foodCounter--;
usedFood.Add(tfc.FoodName);
foodAmount.Add(tfc.amount);
tfc.maxFood = Taming.foodAmountNeeded(speciesIndex, level, tamingSpeedMultiplier, tfc.FoodName, Values.V.species[speciesIndex].taming.nonViolent);
tfc.tamingDuration = Taming.tamingDuration(speciesIndex, tfc.maxFood, tfc.FoodName, tamingFoodRateMultiplier, Values.V.species[speciesIndex].taming.nonViolent);
}
Taming.tamingTimes(speciesIndex, level, tamingSpeedMultiplier, tamingFoodRateMultiplier, usedFood, foodAmount, out foodAmountUsed, out duration, out narcoBerries, out narcotics, out bioToxines, out te, out hunger, out bonusLevel, out enoughFood);
for (int f = 0; f < foodAmountUsed.Count; f++)
{
foodControls[f].foodUsed = foodAmountUsed[f];
}
}
if (enoughFood)
{
labelResult.Text = "It takes " + Utils.durationUntil(duration)
+ " to tame the " + Values.V.speciesNames[speciesIndex] + "."
+ "\n\n"
+ "Taming Effectiveness: " + Math.Round(100 * te, 1) + " %"
+ "\nBonus-Level: +" + bonusLevel + " (total level after Taming: " + (nudLevel.Value + bonusLevel) + ")"
+ "\n\n"
+ $"Food has to drop by {hunger:F1} units."
+ "\n\n"
+ $"{narcoBerries} Narcoberries or\n"
+ $"{narcotics} Narcotics or\n"
+ $"{bioToxines} Bio Toxines are needed"
+ firstFeedingWaiting;
if (foodAmountUsed.Count > 0)
{
quickTamingInfos = Taming.quickInfoOneFood(speciesIndex, level, tamingSpeedMultiplier, tamingFoodRateMultiplier, foodControls[0].FoodName, foodControls[0].maxFood, foodControls[0].foodNameDisplay);
// show raw meat or mejoberries as alternative (often used)
for (int i = 1; i < usedFood.Count; i++)
{
if (usedFood[i] == "Raw Meat" || usedFood[i] == "Mejoberry")
{
quickTamingInfos += "\n\n" + Taming.quickInfoOneFood(speciesIndex, level, tamingSpeedMultiplier, tamingFoodRateMultiplier, foodControls[i].FoodName, foodControls[i].maxFood, foodControls[i].foodNameDisplay);
break;
}
}
quickTamingInfos += "\n\n" + koNumbers
+ "\n\n" + boneDamageAdjustersImmobilization
+ firstFeedingWaiting;
}
if (favoriteKibble != null)
{
if (Kibbles.K.kibble.ContainsKey(favoriteKibble))
{
labelResult.Text += "\n\nKibble:" + Kibbles.K.kibble[favoriteKibble].RecipeAsText();
}
}
}
else if (foodAmountUsed.Count == 0)
{
labelResult.Text = "no taming-data available";
}
else
{
labelResult.Text = "Not enough food to tame the creature!";
}
numericUpDownCurrentTorpor.Value = (decimal)(Values.V.species[speciesIndex].stats[7].BaseValue * (1 + Values.V.species[speciesIndex].stats[7].IncPerWildLevel * (level - 1)));
// displays the time until the food has decreased enough to tame the creature in one go.
var durationStarving = new TimeSpan(0, 0, (int)(hunger / foodDepletion));
lblTimeUntilStarving.Text = "Time until you can feed all needed food in one go: " + Utils.duration(durationStarving);
if (Values.V.species[speciesIndex].stats[3].BaseValue * (1 + Values.V.species[speciesIndex].stats[3].IncPerWildLevel * (level / 7)) < hunger)
{
lblTimeUntilStarving.Text += "\nCareful: this creature could have not enough food, so you might have to feed it before this time to prevent it from starving (check its inventory)!";
lblTimeUntilStarving.ForeColor = Color.DarkRed;
}
else
{
lblTimeUntilStarving.ForeColor = SystemColors.ControlText;
}
starvingTime = DateTime.Now.Add(durationStarving);
}
}
private void UpdateTamingData()
{
if (!updateCalculation || selectedSpecies == null)
{
return;
}
if (selectedSpecies.taming == null)
{
NoTamingData();
return;
}
this.Enabled = true;
UpdateKOCounting();
TimeSpan duration = new TimeSpan();
int narcoBerries = 0, narcotics = 0, bioToxines = 0, bonusLevel = 0;
double te = 0, hunger = 0;
bool enoughFood = false;
var usedFood = new List <string>();
var foodAmount = new List <int>();
var foodAmountUsed = new List <int>();
quickTamingInfos = "n/a";
int level = (int)nudLevel.Value;
if (selectedSpecies.taming.eats != null)
{
int foodCounter = selectedSpecies.taming.eats.Count;
foreach (TamingFoodControl tfc in foodControls)
{
if (foodCounter == 0)
{
break;
}
foodCounter--;
usedFood.Add(tfc.FoodName);
foodAmount.Add(tfc.amount);
tfc.maxFood = Taming.foodAmountNeeded(selectedSpecies, level, tamingSpeedMultiplier, tfc.FoodName, selectedSpecies.taming.nonViolent);
tfc.tamingDuration = Taming.tamingDuration(selectedSpecies, tfc.maxFood, tfc.FoodName, tamingFoodRateMultiplier, selectedSpecies.taming.nonViolent);
}
Taming.tamingTimes(selectedSpecies, level, tamingSpeedMultiplier, tamingFoodRateMultiplier, usedFood, foodAmount, out foodAmountUsed, out duration, out narcoBerries, out narcotics, out bioToxines, out te, out hunger, out bonusLevel, out enoughFood);
for (int f = 0; f < foodAmountUsed.Count; f++)
{
foodControls[f].foodUsed = foodAmountUsed[f];
}
}
if (enoughFood)
{
labelResult.Text = $"It takes {Utils.durationUntil(duration)} to tame the {selectedSpecies.name}.\n\n" +
$"Taming Effectiveness: {Math.Round(100 * te, 1)} %\n" +
$"Bonus-Level: +{bonusLevel} (total level after Taming: {(nudLevel.Value + bonusLevel)})\n\n" +
$"Food has to drop by {hunger:F1} units.\n\n" +
$"{narcoBerries} Narcoberries or\n" +
$"{narcotics} Narcotics or\n" +
$"{bioToxines} Bio Toxines are needed{firstFeedingWaiting}";
labelResult.Text += kibbleRecipe;
}
else if (foodAmountUsed.Count == 0)
{
labelResult.Text = Loc.s("noTamingData");
}
else
{
labelResult.Text = Loc.s("notEnoughFoodToTame");
}
numericUpDownCurrentTorpor.ValueSave = (decimal)(selectedSpecies.stats[(int)StatNames.Torpidity].BaseValue * (1 + selectedSpecies.stats[(int)StatNames.Torpidity].IncPerWildLevel * (level - 1)));
// displays the time until the food has decreased enough to tame the creature in one go.
var durationStarving = new TimeSpan(0, 0, (int)(hunger / foodDepletion));
lbTimeUntilStarving.Text = (enoughFood ? $"{Loc.s("TimeUntilFeedingAllFood")}: {Utils.duration(durationStarving)}" : "");
nudCurrentFood.Value = (decimal)(selectedSpecies.stats[(int)StatNames.Food].BaseValue * (1 + selectedSpecies.stats[(int)StatNames.Food].IncPerWildLevel * (level / 7))); // approximating the food level
if ((double)nudCurrentFood.Value < hunger)
{
lbTimeUntilStarving.Text += (lbTimeUntilStarving.Text.Length > 0 ? "\n" : "") + $"{Loc.s("WarningMoreStarvingThanFood")}";
lbTimeUntilStarving.ForeColor = Color.DarkRed;
}
else
{
lbTimeUntilStarving.ForeColor = SystemColors.ControlText;
}
starvingTime = DateTime.Now.Add(durationStarving);
//// quicktame infos
if (foodAmountUsed.Count > 0)
{
quickTamingInfos = Taming.quickInfoOneFood(selectedSpecies, level, tamingSpeedMultiplier, tamingFoodRateMultiplier, foodControls[0].FoodName, foodControls[0].maxFood, foodControls[0].foodNameDisplay);
// show raw meat or mejoberries as alternative (often used)
for (int i = 1; i < usedFood.Count; i++)
{
if (usedFood[i] == "Raw Meat" || usedFood[i] == "Mejoberry")
{
quickTamingInfos += "\n\n" + Taming.quickInfoOneFood(selectedSpecies, level, tamingSpeedMultiplier, tamingFoodRateMultiplier, foodControls[i].FoodName, foodControls[i].maxFood, foodControls[i].foodNameDisplay);
break;
}
}
quickTamingInfos += "\n\n" + koNumbers
+ "\n\n" + boneDamageAdjustersImmobilization
+ firstFeedingWaiting
+ kibbleRecipe;
}
}
public void updateTamingData()
{
if (updateCalculation && speciesIndex >= 0)
{
updateKOCounting();
TimeSpan duration = new TimeSpan();
int narcoBerries = 0, narcotics = 0, bioToxines = 0, bonusLevel = 0;
double te = 0, hunger = 0;
bool enoughFood = false;
var usedFood = new List <string>();
var foodAmount = new List <int>();
var foodAmountUsed = new List <int>();
quickTamingInfos = "n/a";
int level = (int)nudLevel.Value;
if (Values.V.species[speciesIndex].taming.eats != null)
{
int foodCounter = Values.V.species[speciesIndex].taming.eats.Count;
foreach (TamingFoodControl tfc in foodControls)
{
if (foodCounter == 0)
{
break;
}
foodCounter--;
usedFood.Add(tfc.FoodName);
foodAmount.Add(tfc.amount);
tfc.maxFood = Taming.foodAmountNeeded(speciesIndex, level, evolutionEvent, tfc.FoodName, Values.V.species[speciesIndex].taming.nonViolent);
tfc.tamingDuration = Taming.tamingDuration(speciesIndex, tfc.maxFood, tfc.FoodName, Values.V.species[speciesIndex].taming.nonViolent);
}
Taming.tamingTimes(speciesIndex, level, evolutionEvent, usedFood, foodAmount, out foodAmountUsed, out duration, out narcoBerries, out narcotics, out bioToxines, out te, out hunger, out bonusLevel, out enoughFood);
for (int f = 0; f < foodAmountUsed.Count; f++)
{
foodControls[f].foodUsed = foodAmountUsed[f];
}
}
if (enoughFood)
{
labelResult.Text = "It takes " + Utils.durationUntil(duration)
+ " to tame the " + Values.V.speciesNames[speciesIndex] + "."
+ "\n\n"
+ "Taming Effectiveness: " + Math.Round(100 * te, 1) + " %"
+ "\nBonus-Level: +" + bonusLevel + " (total level after Taming: " + (nudLevel.Value + bonusLevel) + ")"
+ "\n\n"
+ $"Food has to drop by {hunger:F1} units."
+ "\n\n"
+ $"{narcoBerries} Narcoberries or\n"
+ $"{narcotics} Narcotics or\n"
+ $"{bioToxines} Bio Toxines are needed"
+ firstFeedingWaiting;
if (foodAmountUsed.Count > 0)
{
quickTamingInfos = Taming.quickInfoOneFood(speciesIndex, level, evolutionEvent, foodControls[0].FoodName, foodControls[0].maxFood, foodControls[0].foodNameDisplay);
// show raw meat or mejoberries as alternative (often used)
for (int i = 1; i < usedFood.Count; i++)
{
if (usedFood[i] == "Raw Meat" || usedFood[i] == "Mejoberry")
{
quickTamingInfos += "\n\n" + Taming.quickInfoOneFood(speciesIndex, level, evolutionEvent, foodControls[i].FoodName, foodControls[i].maxFood, foodControls[i].foodNameDisplay);
break;
}
}
quickTamingInfos += "\n\n" + koNumbers
+ "\n\n" + boneDamageAdjusters
+ firstFeedingWaiting;
}
}
else if (foodAmountUsed.Count == 0)
{
labelResult.Text = "no taming-data available";
}
else
{
labelResult.Text = "Not enough food to tame the creature!";
}
numericUpDownCurrentTorpor.Value = (decimal)(Values.V.species[speciesIndex].stats[7].BaseValue * (1 + Values.V.species[speciesIndex].stats[7].IncPerWildLevel * (level - 1)));
nudCurrentFood.Value = (decimal)(Values.V.species[speciesIndex].stats[3].BaseValue * (1 + Values.V.species[speciesIndex].stats[3].IncPerWildLevel * (level / 7)));
}
}