void Update()
{
// Random bool
if (Input.GetKey(keyRandomBool))
{
Debug.Log("The gotten value is " + random.GetRandomBool(0.5f));
}
// Random float
if (Input.GetKey(keyRandomFloat))
{
Debug.Log("The gotten value is " + random.GetRandomFloat(3.5f, 5.0f));
}
// Pseudo random example (and testing)
if (Input.GetKey(keyPseudoRandom))
{
// You can use this code to better understand what is the result of each "RandomBool" method
bool result = random.GetPseudoRandomBool(tryNumber, 0.2f);
//bool result = random.GetPseudoRandomBool(tryNumber, 15);
//bool result = random.GetRandomBool(0.2f);
randomResults.Add(result);
if (result)
{
workingTryNumbers.Add(tryNumber);
if (tryNumber > maxTryNumber)
{
maxTryNumber = tryNumber;
}
tryNumber = 0;
}
else
{
tryNumber++;
}
int[] stats = new int[maxTryNumber];
foreach (int regTry in workingTryNumbers)
{
stats[regTry - 1]++;
}
int contador = 0;
foreach (var r in randomResults)
{
if (r)
{
contador++;
}
}
Debug.Log("Percentage of positive values: " + (float)contador / (float)randomResults.Count + ". Try with the maximum value: " + maxTryNumber + ". Average needed quantity of tries:" + (workingTryNumbers.Count > 0 ? workingTryNumbers.Average() : 0.0));
DebugPro.Log(stats, "STATS: ");
}
}
void Start()
{
DebugPro.Log(" ======== DEBUGGING ARRAY: ======== ");
int[] arrayInts = { 1, 2, 3, 4, 5, 6, 7, 8 };
DebugPro.Log(arrayInts); // Array with no message
DebugPro.Log(arrayInts, "Message printed before the list array: "); // Array with message
DebugPro.Log(arrayInts, "Message printed before the list array: ", this); // Array with message and referencing the component's gameObject
DebugPro.Log(" ======== DEBUGGING LIST: ======== ");
List <int> listInts = arrayInts.ToList();
DebugPro.Log(listInts, ""); // List with no message
DebugPro.Log(listInts, "Message printed before the list list: "); // List with message
DebugPro.Log(listInts, "Message printed before the list list: ", this); // List with message and referencing the component's gameObject
}
void Update()
{
// Random bool
if (Input.GetKey(keyRandomBool))
{
bool obtainedBool = easyRandom.GetRandomBool(0.5f);
if (obtainedBool)
{
trueBooleans++;
}
else
{
falseBooleans++;
}
Debug.Log("The gotten value is " + obtainedBool + ". Average = " + (trueBooleans * 100f / (trueBooleans + falseBooleans)) + "%");
}
// Random float
if (Input.GetKey(keyRandomFloat))
{
Debug.Log("The gotten value is " + easyRandom.GetRandomFloat(3.5f, 5.0f));
}
// Pseudo-random distribution example (and testing)
// An image of how the results should distribute (in blue): https://gamepedia.cursecdn.com/dota2_gamepedia/8/8b/AttacksUntilNextProc25.jpg?version=459537150af02c929fd939495fa78033
if (Input.GetKey(keyPseudoRandom))
{
// You can use this code to better understand what is the result of each "RandomBool" method
bool result = easyRandom.GetPseudoRandomDistributedBool(tryNumberSinceLastPositive, 0.25f);
//bool result = random.GetPseudoRandomBool(tryNumber, 15);
//bool result = random.GetRandomBool(0.2f);
randomResults.Add(result);
if (result)
{
workingTryNumbers.Add(tryNumberSinceLastPositive);
if (tryNumberSinceLastPositive > maxTryNumber)
{
maxTryNumber = tryNumberSinceLastPositive;
}
tryNumberSinceLastPositive = 0;
}
else
{
tryNumberSinceLastPositive++;
}
int[] stats = new int[maxTryNumber];
foreach (int regTry in workingTryNumbers)
{
stats[regTry - 1]++;
}
int contador = 0;
foreach (bool r in randomResults)
{
if (r)
{
contador++;
}
}
Debug.Log("Percentage of positive values: " + (float)contador / (float)randomResults.Count + ". Try with the maximum value: " + maxTryNumber + ". Average needed quantity of tries:" + (workingTryNumbers.Count > 0 ? workingTryNumbers.Average() : 0.0));
DebugPro.LogEnumerable(stats, ", ", "STATS: ");
}
}
