//Public methods
public void GetNewMap()
{
int level = UI_Conversions.UserInputToInt(levelInput);
if (level < 0)
{
Debug.Log("Enter a positive integer value for level");
return;
}
int difficulty = difficultyInput.value;
m_map = MapGenerator.Instance.GenerateNewMap(level, difficulty);
}
//Chest rarity input callbacks
public void UpdateTotalRarity()
{
//Get all input values
float commonRarity = UI_Conversions.UserInputToFloat(commonRarityInput);
float uncommonRarity = UI_Conversions.UserInputToFloat(uncommonRarityInput);
float rareRarity = UI_Conversions.UserInputToFloat(rareRarityInput);
float legendaryRarity = UI_Conversions.UserInputToFloat(legendaryRarityInput);
//Check values
if (commonRarity == -1.0f ||
uncommonRarity == -1.0f ||
rareRarity == -1.0f ||
legendaryRarity == -1.0f)
{
//Disable the GO button
goButton.interactable = false;
//Exit early
return;
}
//There are values in all inputs, update the total value
float totalValue = commonRarity + uncommonRarity + rareRarity + legendaryRarity;
totalRarityInput.text = totalValue.ToString();
if (totalValue != 100.0f && totalValue != 1.0f)
{
goButton.interactable = false;
}
else
{
goButton.interactable = true;
if (totalValue == 100.0f)
{
commonRarity /= 100.0f;
uncommonRarity /= 100.0f;
rareRarity /= 100.0f;
legendaryRarity /= 100.0f;
}
rarities[0] = commonRarity;
rarities[1] = uncommonRarity;
rarities[2] = rareRarity;
rarities[3] = legendaryRarity;
}
}
public void ChiSquareRandom()
{
wg = windowGraph.GetComponent <Window_Graph>();
if (wg == null)
{
Debug.Log("wg is null");
return;
}
Clear(wg);
int numToGen = UI_Conversions.UserInputToInt(numberToGenerate);
float minRange = UI_Conversions.UserInputToFloat(rangeMinimum);
float maxRange = UI_Conversions.UserInputToFloat(rangeMaximum);
if (numToGen == -1 || minRange == -1 || maxRange == -1)
{
return;
}
List <float> chiSquareRandomNumbers = new List <float>();
Randomness.Instance.UnityRandom(numToGen, 0.0f, 1.0f, ref chiSquareRandomNumbers);
//Square the values
for (int i = 0; i < chiSquareRandomNumbers.Count; i++)
{
chiSquareRandomNumbers[i] *= chiSquareRandomNumbers[i];
//Values are still between 0.0f and 1.0f, need to scale them to min and max values
chiSquareRandomNumbers[i] = minRange + (chiSquareRandomNumbers[i] * ((maxRange - minRange)));
}
if (roundingToggle.isOn)
{
int decimalPlaceRound = UI_Conversions.UserInputToInt(roundingPlaces.options[roundingPlaces.value].text);
RoundToDecimalPlaces(ref chiSquareRandomNumbers, decimalPlaceRound);
}
chiSquareRandomNumbers.Sort();
int minCount = System.Int32.MaxValue;
int maxCount = System.Int32.MinValue;
List <Vector2> counts = CountOccurences(chiSquareRandomNumbers, ref minCount, ref maxCount);
wg.Graph(counts, new Vector2(minRange, maxRange), new Vector2(minCount, maxCount));
}
public void UnityRandomRange()
{
wg = windowGraph.GetComponent <Window_Graph>();
if (wg == null)
{
Debug.Log("wg is null");
return;
}
Clear(wg);
int numToGen = UI_Conversions.UserInputToInt(numberToGenerate);
float minRange = UI_Conversions.UserInputToFloat(rangeMinimum);
float maxRange = UI_Conversions.UserInputToFloat(rangeMaximum);
if (numToGen == -1 || minRange == -1 || maxRange == -1)
{
return;
}
List <float> unityRandomRangeNumbers = new List <float>();
Randomness.Instance.UnityRandom(numToGen, minRange, maxRange, ref unityRandomRangeNumbers);
if (roundingToggle.isOn)
{
//Mild rounding to make it easier
int decimalPlaceRound = UI_Conversions.UserInputToInt(roundingPlaces.options[roundingPlaces.value].text);
RoundToDecimalPlaces(ref unityRandomRangeNumbers, decimalPlaceRound);
}
//Sort the list
unityRandomRangeNumbers.Sort();
//Count the number of occurences of each value
int minCount = System.Int32.MaxValue;
int maxCount = System.Int32.MinValue;
List <Vector2> counts = CountOccurences(unityRandomRangeNumbers, ref minCount, ref maxCount);
//plot that count vs the value
wg.Graph(counts, new Vector2(minRange, maxRange), new Vector2(minCount, maxCount));
}
public void GaussianRandom()
{
wg = windowGraph.GetComponent <Window_Graph>();
if (wg == null)
{
Debug.Log("wg is null");
return;
}
Clear(wg);
int numToGen = UI_Conversions.UserInputToInt(numberToGenerate);
float mean = UI_Conversions.UserInputToFloat(rangeMinimum);
float stdDev = UI_Conversions.UserInputToFloat(rangeMaximum);
if (numToGen == -1 || mean == -1 || stdDev == -1)
{
return;
}
List <float> standardDistributionRandomNumbers = new List <float>();
Randomness.Instance.GaussianRandom(numToGen, mean, stdDev, ref standardDistributionRandomNumbers);
if (roundingToggle.isOn)
{
int decimalPlaceRound = UI_Conversions.UserInputToInt(roundingPlaces.options[roundingPlaces.value].text);
RoundToDecimalPlaces(ref standardDistributionRandomNumbers, decimalPlaceRound);
}
standardDistributionRandomNumbers.Sort();
int minCount = System.Int32.MaxValue;
int maxCount = System.Int32.MinValue;
List <Vector2> counts = CountOccurences(standardDistributionRandomNumbers, ref minCount, ref maxCount);
wg.Graph(counts, new Vector2(mean + stdDev * -3.0f, mean + stdDev * 3.0f), new Vector2(minCount, maxCount));
}
public void CSharpRandom()
{
wg = windowGraph.GetComponent <Window_Graph>();
if (wg == null)
{
Debug.Log("wg is null");
return;
}
Clear(wg);
int numToGen = UI_Conversions.UserInputToInt(numberToGenerate);
float minRange = UI_Conversions.UserInputToFloat(rangeMinimum);
float maxRange = UI_Conversions.UserInputToFloat(rangeMaximum);
if (numToGen == -1 || minRange == -1 || maxRange == -1)
{
return;
}
List <float> cSharpRandomNumbers = new List <float>();
Randomness.Instance.CSharpRandom(numToGen, minRange, maxRange, ref cSharpRandomNumbers);
if (roundingToggle.isOn)
{
int decimalPlaceRound = UI_Conversions.UserInputToInt(roundingPlaces.options[roundingPlaces.value].text);
RoundToDecimalPlaces(ref cSharpRandomNumbers, decimalPlaceRound);
}
cSharpRandomNumbers.Sort();
int minCount = System.Int32.MaxValue;
int maxCount = System.Int32.MinValue;
List <Vector2> counts = CountOccurences(cSharpRandomNumbers, ref minCount, ref maxCount);
wg.Graph(counts, new Vector2(minRange, maxRange), new Vector2(minCount, maxCount));
}
public void LootTest()
{
//Get the value from all of the inputs
int chestType = chestTypeInput.value;
int lootPoolSize = UI_Conversions.UserInputToInt(lootPoolInput);
int iterations = UI_Conversions.UserInputToInt(iterationsInput);
bool inclusive = inclusiveToggle.isOn;
//Check the values
if (lootPoolSize <= 0 ||
iterations <= 0)
{
//exit early
resultsText.text = "Please fill in the inputs!";
return;
}
int[] loot = new int[lootPoolSize];
for (int i = 0; i < iterations; i++)
{
int thisLoot = -1;
if (inclusive)
{
thisLoot = (int)Randomness.Instance.RandomUniformFloat(0, lootPoolSize);
}
else
{
do
{
thisLoot = (int)Randomness.Instance.RandomUniformFloat(0, lootPoolSize);
} while (thisLoot == 0 || thisLoot == lootPoolSize);
}
loot[thisLoot]++;
}
int sum = 0;
int average = 0;
int mode = 0;
int modeCount = 0;
int min = iterations + 1;
int minCount = iterations + 1;
for (int i = (inclusive == true ? 0 : 1); i < (inclusive == true ? lootPoolSize : lootPoolSize - 1); i++)
{
sum += loot[i];
if (loot[i] > modeCount)
{
modeCount = loot[i];
mode = i;
}
if (loot[i] < minCount)
{
minCount = loot[i];
min = i;
}
}
average = sum / (inclusive == true ? lootPoolSize : lootPoolSize - 2);
//Calculate the ideal value for each item
int idealValue = 0;
if (inclusive)
{
idealValue = iterations / lootPoolSize;
}
else
{
idealValue = iterations / (lootPoolSize - 2);
}
//Output the results
resultsText.text = "";
resultsText.text += "Generated " + iterations + " items\n";
resultsText.text += "mean: " + average + "\n";
resultsText.text += "mode: item_" + mode + " with " + modeCount + " occurences\n";
resultsText.text += "min: item_" + min + " with " + minCount + " occurences\n";
resultsText.text += "ideally each value would be " + idealValue + "\n";
resultsText.text += "\n***All values***\n";
for (int i = (inclusive == true ? 0 : 1); i < (inclusive == true ? lootPoolSize : lootPoolSize - 1); i++)
{
resultsText.text += "item_" + i + " " + loot[i] + " occurences\n";
}
}
//GO! Generate all the chests!
public void ChestTest()
{
//Clear the results text
resultsText.text = "";
//See if we want to make a text file with results
bool log = logFileToggle.isOn;
string logFileName = "";
if (log == true)
{
logFileName = @"Logs/ChestRarityTest_" + DateTime.Now.ToString("yyyy_MM_dd_hh_mm_ss") + "_log.txt";
}
int iterations = UI_Conversions.UserInputToInt(iterationsInput);
if (iterations == -1)
{
resultsText.text = "Please specify a number of iterations";
return;
}
//Get modifier inputs
//TODO: Probably better practice to have an "on end edit" for each one that updates these values rather than check here?
int floor = UI_Conversions.UserInputToInt(floorInput);
int chestsPerFloor = UI_Conversions.UserInputToInt(chestsPerFloorInput);
int luck = UI_Conversions.UserInputToInt(luckInput);
if (floor == -1 ||
chestsPerFloor == -1 ||
luck == -1)
{
resultsText.text += "Please fill in the \"Modifiers\" inputs";
return;
}
List <int> chests = new List <int>();
//run for the requested number of iterations
for (int i = 0; i < iterations; i++)
{
//Generate chest/floor chests
for (int j = 0; j < chestsPerFloor; j++)
{
chests.Add(Randomness.Instance.GenerateChest(rarities, floor, luck));
}
}
//Count the number of chests of each rarity
int[] chestCounts = new int[4];
for (int i = 0; i < chests.Count; i++)
{
chestCounts[chests[i]]++;
}
//Create an expected output
//Print results
int[] expectedChests = new int[4];
string output = "";
for (int i = 0; i < 4; i++)
{
int totalChests = iterations * chestsPerFloor;
expectedChests[i] = (int)Mathf.Ceil(totalChests * rarities[i]);
string chestRarityName = "";
if (i == 0)
{
chestRarityName = "common";
}
else if (i == 1)
{
chestRarityName = "uncommon";
}
else if (i == 2)
{
chestRarityName = "rare";
}
else
{
chestRarityName = "legendary";
}
output += "Number of " + chestRarityName + " chests generated: " + chestCounts[i];
output += "\r\nNumber of " + chestRarityName + " chests expected: " + expectedChests[i];
output += "\r\nDifference of " + ((float)Mathf.Abs(chestCounts[i] - expectedChests[i]) / (float)chestCounts[i]) * 100 + "%";
output += "\r\n\r\n";
}
resultsText.text = output;
if (log)
{
File.WriteAllText(logFileName, output);
}
}
