public string Roll()
{
int randomNumber = NumberGen.gen(1, 13);
switch (randomNumber)
{
case 1: return($"You were turned into a toad and remained in that form for {DiceRoll.roll(1, 4)} weeks.");
case 2: return("You were petrified and remained a stone statue for a time until someone freed you.");
case 3: return($"You were enslaved by a hag, a satyr, or some other being and lived in that creature’s thrall for {DiceRoll.roll(1, 6)} years.");
case 4: return($"A dragon held you as a prisoner for {DiceRoll.roll(1, 4)} months until adventurers killed it.");
case 5: return("You were taken captive by a race of evil humanoids such as drow, kuo-toa, or quaggoths. You lived as a slave in the Underdark until you escaped.");
case 6: return("You served a powerful adventurer as a hireling. You have only recently left that service. Use the supplemental tables and work with your DM to determine the basic details about your former employer." +
$"\n{Individual.generateIndividual().getString()}");
case 7: return($"You went insane for {DiceRoll.roll(1, 6)} years and recently regained your sanity. A tic or some other bit of odd behavior might linger.");
case 8: return("A lover of yours was secretly a silver dragon.");
case 9: return("You were captured by a cult and nearly sacrificed on an altar to the foul being the cultists served. You escaped, but you fear they will find you.");
case 10: return("You met a demigod, an archdevil, an archfey, a demon lord, or a titan, and you lived to tell the tale.");
case 11: return("You were swallowed by a giant fish and spent a month in its gullet before you escaped.");
case 12: return("A powerful being granted you a wish, but you squandered it on something frivolous.");
default: return("");
}
}
public virtual void PrepareRoll(DiceRoll diceRoll)
{
diceRoll.RollScope = RollScope;
diceRoll.DiceDtos = DiceDtos;
diceRoll.HiddenThreshold = HiddenThreshold;
diceRoll.IsMagic = IsMagic;
}
public string GetValue()
{
var partsSum = new DiceRoll();
var conditionSum = new DiceRoll();
foreach (var diceRoll in Parts)
{
partsSum += diceRoll.Value;
conditionSum += diceRoll.Value;
}
var partStr = partsSum.ToString();
partStr = string.IsNullOrWhiteSpace(partStr) ? "0" : partStr;
if (!Circumstances.Any())
{
return(string.Format("{0}", partStr));
}
foreach (var diceRoll in Circumstances)
{
conditionSum += diceRoll.Value;
}
var conditionSumStr = conditionSum.ToString();
conditionSumStr = string.IsNullOrWhiteSpace(conditionSumStr) ? "0" : conditionSumStr;
return(string.Format("{0} ({1})", partStr, conditionSumStr));
}
private void AddIfNotZero(string name, DiceRoll value)
{
if (value.GetFixedAmount() != 0 || (value.Dice != null && value.Dice.Any()))
{
Parts.Add(new KeyValuePair <string, DiceRoll>(name, value));
}
}
private void ChangeCritsToHits(DiceRoll diceroll)
{
if (Combat.ChosenWeapon is UpgradesList.FirstEdition.HeavyLaserCannon)
{
diceroll.ChangeAll(DieSide.Crit, DieSide.Success);
}
}
public override void ConditionRoll(DiceRoll diceRoll)
{
if (diceRoll.RollID == stampedeDieRollGuid)
{
remindDungeonMasterTimer.Stop();
}
}
private static DiceRoll GetNewViewerRoll()
{
DiceRoll diceRoll = viewerRollQueue.Dequeue();
UpdateInGameViewerRollQueue();
return(diceRoll);
}
public DieRoll GetDominantDie(DiceRoll diceRoll)
{
var groupped = diceRoll.AllDice.ToIntArray().GroupBy(x => x);
var ordered = groupped.OrderByDescending(x => x.Count());
return((DieRoll)ordered.First().First());
}
void AssertRoll(string spellName, Character player, int spellSlotLevel, DiceRollType expectedDiceRollType, string expectedDice)
{
DiceRoll roll = DiceRollHelper.GetSpellFrom(spellName, player, spellSlotLevel);
Assert.AreEqual(expectedDiceRollType, roll.Type);
Assert.AreEqual(expectedDice, roll.DamageHealthExtraDice);
}
private void RegisterAbility(DiceRoll diceroll)
{
if (Combat.AttackStep == CombatStep.Attack && Combat.Attacker == HostShip)
{
RegisterAbilityTrigger(TriggerTypes.OnImmediatelyAfterRolling, Ability);
}
}
public static void CompareDiceSidesAgainstServer(DieSide[] dieSides)
{
if (!IsServer)
{
DiceRoll clientDiceRoll = DiceRoll.CurrentDiceRoll;
bool syncIsNeeded = false;
for (int i = 0; i < clientDiceRoll.DiceList.Count; i++)
{
if (clientDiceRoll.DiceList[i].GetModelFace() != dieSides[i])
{
syncIsNeeded = true;
clientDiceRoll.DiceList[i].SetSide(dieSides[i]);
clientDiceRoll.DiceList[i].SetModelSide(dieSides[i]);
}
}
if (syncIsNeeded)
{
clientDiceRoll.OrganizeDicePositions();
Messages.ShowInfo("Dice results are synchronized with server");
}
/*else
* {
* Messages.ShowInfo("NO PROBLEMS");
* }*/
}
Network.FinishTask();
}
static void Main(string[] args)
{
//Fighter 1 (from 5e pregens ) Vs bugbear
DiceRoll a = DiceRoll.CustomOperation((
rolls) => {
if (rolls[0] == 20)
{
return(rolls[1] + rolls[2] + 3);
}
if (rolls[0] + 3 >= 16)
{
return(rolls[1] + 3);
}
else
{
return(0);
}
}, DiceRoll.d20(), DiceRoll.d12(), DiceRoll.d12());
Graph g = new Graph("Figure 2", "Damage Dealt against a Bugbear by a typical level 1 fighter (5e)", false);
g.AddRolls(a, "", Colours.Blue, true);
g.export("damage.svg");
a.rolls.Remove(0);
g = new Graph("Figure 3", "Damage Dealt against a Bugbear by a typical level 1 fighter (5e) (miss removed)", false);
g.AddRolls(a, "");
g.export("damage2.svg");
}
private static void PrepareForSavingThrow(DiceRoll diceRoll, int dieOwnerId, string rollData, ref string dieBackColorOverride,
ref string dieTextColorOverride, ref double modifier, ref string diePlayerName,
ref double scaleOverride, ref int dieOwnerOverride)
{
Ability savingThrowAbility = DndUtils.ToAbility(rollData);
if (savingThrowAbility == Ability.none)
{
return;
}
// We have a saving throw!
Creature targetCreature = DndUtils.GetCreatureById(dieOwnerId);
if (targetCreature == null)
{
return;
}
dieOwnerOverride = dieOwnerId;
diePlayerName = targetCreature.Name;
if (scaleOverride > 1)
{
scaleOverride = 1; // Player dice are always thrown at no more than 100% scale.
}
modifier = targetCreature.GetSavingThrowModifier(savingThrowAbility);
dieBackColorOverride = GetDieBackColor(targetCreature);
dieTextColorOverride = GetDieTextColor(targetCreature, dieBackColorOverride);
diceRoll.SavingThrow = savingThrowAbility;
diceRoll.Type = DiceRollType.DamagePlusSavingThrow;
diceRoll.HiddenThreshold = INT_ViewerSpellCasterDC;
diceRoll.TrailingEffects.Clear(); // No viewer trailing effects on saving throws.
diceRoll.DieTotalMessage = "";
}
private static DiceDto AddDieStr(DiceRoll diceRoll, CardDto cardDto, DndViewer viewer, string dieStr, string dieLabelOverride = null, int targetCharacterId = int.MinValue)
{
string dieBackColorOverride = viewer.DieBackColor;
string dieTextColorOverride = viewer.DieTextColor;
int parenIndex = dieStr.IndexOf("(");
DamageType damageType = DamageType.None;
DieCountsAs dieCountsAs = DieCountsAs.totalScore;
string diePlayerName = cardDto.Card.UserName;
double modifier = 0;
double scaleOverride = viewer.Reputation + 0.30;
int dieOwnerOverride = int.MinValue;
if (parenIndex >= 0)
{
ProcessDieDetails(diceRoll, targetCharacterId, ref dieStr, ref dieBackColorOverride, ref dieTextColorOverride, parenIndex, ref damageType, ref dieCountsAs, ref modifier, ref diePlayerName, ref scaleOverride, ref dieOwnerOverride);
}
string[] dieParts = dieStr.Split('d');
if (dieParts.Length != 2)
{
return(null);
}
string dieLabel;
if (string.IsNullOrWhiteSpace(dieLabelOverride) || dieLabelOverride.Trim() == "\"\"")
{
dieLabel = $"{cardDto.Card.UserName}";
}
else
{
dieLabel = dieLabelOverride.Trim().TrimStart('"').TrimEnd('"');
}
int quantity;
int sides;
if (!int.TryParse(dieParts[0], out quantity) || !int.TryParse(dieParts[1], out sides))
{
return(null);
}
DiceDto diceDto = new DiceDto()
{
PlayerName = diePlayerName,
CreatureId = dieOwnerOverride,
Sides = sides,
Quantity = quantity,
Label = dieLabel.Replace("target_name", DndUtils.GetFirstName(diePlayerName)),
Scale = scaleOverride,
Modifier = modifier,
DamageType = damageType,
BackColor = dieBackColorOverride,
FontColor = dieTextColorOverride,
DieCountsAs = dieCountsAs,
Data = cardDto.Card.Guid
};
diceRoll.DiceDtos.Add(diceDto);
return(diceDto);
}
private void RollDice()
{
DiceRoll DiceRollCombat;
DiceRollCombat = new DiceRoll(diceType, diceCount, DiceRollCheckType.Combat, Selection.ActiveShip.Owner.PlayerNo);
DiceRollCombat.Roll(delegate { ImmediatelyAfterRolling(); });
}
private void Start()
{
blueDice = GetComponentInParent <BlueHome>().dr;
//playerSpecificHome = GetComponentInParent<BlueHome>().Home[];
blueIndex = new int[] { 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 38, 39, 40, 41, 42, 43, 44, 45, 46, 47, 48, 49, 50, 52, 53, 54, 55, 56, 57 };
currentPos = 0;
}
private void SetDiceToggles(DiceRoll dr)
{
diceGroup.SetAllTogglesOff();
switch (dr.dice)
{
case Dice.d2:
d2.isOn = true;
break;
case Dice.d4:
d4.isOn = true;
break;
case Dice.d6:
d6.isOn = true;
break;
case Dice.d8:
d8.isOn = true;
break;
case Dice.d10:
d10.isOn = true;
break;
case Dice.d12:
d12.isOn = true;
break;
}
activeDiceType = dr.dice;
}
// Allow selected player to move
public void move()
{
if (currPlayer.doneRoll == true)
{
return;
}
Tile currTileInstance = Tiles[currPlayer.getTileIndex()];
int diceResult1 = (int)DiceRoll.rollDice();
print("diceResult: " + diceResult1 + ", tileIndex: " + currPlayer.getTileIndex() + ", loopTileIndex: " + (currPlayer.getTileIndex() + diceResult1) % Tiles.Length);
currTileInstance.gameObject.GetComponent <MeshRenderer>().enabled = false; // Set old tile to be invisible
currPlayer.Move(diceResult1, Tiles[(PlayerGroup[playerTurn].getTileIndex() + diceResult1) % Tiles.Length].gameObject.transform.position);
currTileInstance = Tiles[currPlayer.getTileIndex()];
currTileInstance.gameObject.GetComponent <MeshRenderer>().enabled = true;
if (DiceRoll.getDoubles())
{
//Don't do any uneeded computation
print("Player got doubles, rolling again");
move();
}
else
{
// Do card effect on player
tileEffect(currTileInstance);
currPlayer.doneRoll = true;
}
}
private IEnumerator SpawnDice(DiceRoll rollToSpawn, AfterRollAction nextAction)
{
List <GameObject> currentDice = new List <GameObject>(); //A list of the dice we are about to spawn so we can keep track of them
waitingResult = 0; //The number of dice which have yet to settle
totalResult = 0; //The total number we roll
diceSound.pitch = 1f + Random.Range(-GameController.control.maxPitchVariance, GameController.control.maxPitchVariance); //We ranomize the pitch based on the maxPitchVariance variable in the GameController
diceSound.Play(); //Play the dice sound
GameObject diceToSpawn = (dice.SingleOrDefault(toCheck => toCheck.type == rollToSpawn.dice)).dicePrefab; //This line uses LINQ to get the appropriate dice from the list
for (int i = 0; i < rollToSpawn.amount; i++) //We loop for each dice in the roll
{
GameObject newDice = Instantiate(diceToSpawn, transform.position, Random.rotation); //Spawn a new dice of the type we determined above. The random rotation is what makes the roll random
newDice.GetComponent <Dice>().owner = this; //We tell the new dice that it should report its result to this script
currentDice.Add(newDice); //We add the newly created dice to the list that keeps track of the dice this roll
waitingResult++; //Increment the number of dice for which results are yet to come in
yield return(new WaitForSeconds(0.2f)); //Wait a bit before continuing so that dice don't spawn inside one another
}
while (waitingResult > 0) //As long as there are still dice that haven't settled we yield
{
yield return(new WaitForEndOfFrame());
}
nextAction(totalResult); //When all dice have settled we return to the GameController by calling the function we are told to do next
yield return(new WaitForSeconds(1f)); //We wait a second before destroying the dice objects
for (int i = 0; i < currentDice.Count; i++) //Destroys all the dice from this roll
{
Destroy(currentDice[i]);
}
}
public void CallOnImmediatelyAfterRolling(DiceRoll diceroll)
{
if (OnImmediatelyAfterRolling != null)
{
OnImmediatelyAfterRolling(diceroll);
}
}
private void ChangeCritsToHits(DiceRoll diceroll)
{
if (Combat.ChosenWeapon == this)
{
diceroll.ChangeAll(DieSide.Crit, DieSide.Success);
}
}
public void ReturnsRandomNumberD4()
{
DiceRoll dice = new DiceRoll();
int actual = dice.D4();
Assert.IsNotNull(actual);
}
public Die(DiceRoll diceRoll, DiceKind type, DieSide side = DieSide.Unknown)
{
ParentDiceRoll = diceRoll;
Type = type;
Sides = new List <DieSide>
{
DieSide.Blank,
DieSide.Blank,
DieSide.Focus,
DieSide.Focus,
DieSide.Success,
DieSide.Success,
DieSide.Success
};
if (type == DiceKind.Attack)
{
Sides.Add(DieSide.Crit);
}
if (type == DiceKind.Defence)
{
Sides.Add(DieSide.Blank);
}
if (side != DieSide.Unknown)
{
Side = side;
}
else
{
Side = Sides[Random.Range(0, 8)];
}
}
// No more "once per round".
protected override void AddAbility(DiceRoll diceroll)
{
if (diceroll.DiceList.All(die => die.Side == diceroll.DiceList.First().Side))
{
HostShip.OnGenerateDiceModifications += AddAvailableActionEffect;
}
}
private void RollDice()
{
DiceRoll DiceRollCombat;
DiceRollCombat = new DiceRoll(diceType, diceCount, DiceRollCheckType.Combat);
DiceRollCombat.Roll(SyncDiceResults);
}
public ObtainingATwoPair()
{
var diceSet = new DiceRoll(_bothPairs);
var pairRule = new PairRule();
result = pairRule.CountPoints(diceSet);
}
private DieRollResult GetResult(DieRoll die)
{
var diceSet = new DiceRoll(FakeDiceRollFactory.GetSetOfRolls(die, 3));
var threeOfAKind = new ThreeOfAKindRule();
return(threeOfAKind.CountPoints(diceSet));
}
public static void ConditionRoll(DiceRoll diceRoll)
{
foreach (CardEventQueue cardEventQueue in allCardEventQueues)
{
cardEventQueue.ConditionRoll(diceRoll);
}
}
protected virtual void CheckResults(DiceRoll diceRoll)
{
CurentDiceRoll = diceRoll;
Selection.ActiveShip = (Combat.AttackStep == CombatStep.Attack) ? Combat.Defender : Combat.Attacker;
Combat.DiceModifications.Next();
}
private void ChangeCritsToHits(DiceRoll diceroll)
{
if (Combat.ChosenWeapon is HeavyLaserCannon)
{
diceroll.ChangeAll(DieSide.Crit, DieSide.Success);
}
}
public int GetLevel2AndUpHitPontsD10(int conMod)
{
DiceRoll dice = new DiceRoll();
int result = dice.D10() + conMod;
if (result >= 1)
return result;
return 1;
}
public void DiceRollsAreComparable()
{
var r1 = new DiceRoll(2);
var r2 = new DiceRoll(3);
var r3 = new DiceRoll(3);
Assert.That(r1.CompareTo(r2), Is.LessThan(0));
Assert.That(r2.CompareTo(r1), Is.GreaterThan(0));
Assert.That(r2.CompareTo(r3), Is.EqualTo(0));
}
public void TestParse(DiceRoll expected, string toParse)
{
var actual = DiceRoll.Parse(toParse);
Assert.That(actual.D4, Is.EqualTo(expected.D4), "Number of d4s should match.");
Assert.That(actual.D6, Is.EqualTo(expected.D6), "Number of d6s should match.");
Assert.That(actual.D8, Is.EqualTo(expected.D8), "Number of d8s should match.");
Assert.That(actual.D10, Is.EqualTo(expected.D10), "Number of d10s should match.");
Assert.That(actual.D12, Is.EqualTo(expected.D12), "Number of d12s should match.");
Assert.That(actual.Modifier, Is.EqualTo(expected.Modifier), "Modifiers should match.");
}
public static DiceRoll RollDice(int count, int faces)
{
var rolls = new DiceRoll();
for (int i = 0; i < count; i++)
{
rolls.Add(rand.Next(faces) + 1);
}
return rolls;
}
public void DiceRollsCanBeComparedWithOperators()
{
var r1 = new DiceRoll(2);
var r2 = new DiceRoll(3);
var r3 = new DiceRoll(3);
Assert.That(r1 < r2);
Assert.That(r1 <= r2);
Assert.That(r2 > r1);
Assert.That(r2 >= r1);
Assert.That(r2 >= r3);
Assert.That(r2 <= r3);
Assert.That(r3 >= r2);
Assert.That(r3 <= r2);
}
public void TestEquals()
{
var rand = new Random();
var a = new DiceRoll(
d4: (uint)rand.Next(),
d6: (uint)rand.Next(),
d8: (uint)rand.Next(),
d10: (uint)rand.Next(),
d12: (uint)rand.Next(),
modifier: rand.Next());
var b = new DiceRoll(
d4: a.D4,
d6: a.D6,
d8: a.D8,
d10: a.D10,
d12: a.D12,
modifier: a.Modifier);
var c = new DiceRoll(
d4: (uint)rand.Next(),
d6: (uint)rand.Next(),
d8: (uint)rand.Next(),
d10: (uint)rand.Next(),
d12: (uint)rand.Next(),
modifier: rand.Next());
// Strongly typed version
Assert.That(a.Equals(a), Is.True);
Assert.That(a.Equals(b), Is.True);
Assert.That(b.Equals(a), Is.True);
Assert.That(a.Equals(c), Is.False);
Assert.That(c.Equals(a), Is.False);
Assert.That(a.Equals(null), Is.False);
// Object version
Assert.That(((object)a).Equals(a), Is.True);
Assert.That(((object)a).Equals(b), Is.True);
Assert.That(((object)b).Equals(a), Is.True);
Assert.That(((object)a).Equals(c), Is.False);
Assert.That(((object)c).Equals(a), Is.False);
Assert.That(((object)a).Equals(null), Is.False);
}
public void TestToString(DiceRoll dice, string expected)
{
Assert.That(dice.ToString(), Is.EqualTo(expected));
}
public DiceRoll AddChildDice(int Dice, int Sides, int Modifier, DiceOperator Operator)
{
DiceRoll Child = new DiceRoll(Dice, Sides, Modifier);
ChildDice.Add(Child, Operator);
return Child;
}
public void DiceRollContainsNumber()
{
var roll = new DiceRoll(4);
Assert.That(roll.Number, Is.EqualTo(4));
}
public void TestOperatorNotEquals()
{
var rand = new Random();
var a = new DiceRoll(
d4: (uint)rand.Next(),
d6: (uint)rand.Next(),
d8: (uint)rand.Next(),
d10: (uint)rand.Next(),
d12: (uint)rand.Next(),
modifier: rand.Next());
var b = new DiceRoll(
d4: a.D4,
d6: a.D6,
d8: a.D8,
d10: a.D10,
d12: a.D12,
modifier: a.Modifier);
var c = new DiceRoll(
d4: (uint)rand.Next(),
d6: (uint)rand.Next(),
d8: (uint)rand.Next(),
d10: (uint)rand.Next(),
d12: (uint)rand.Next(),
modifier: rand.Next());
Assert.That(a != a, Is.False);
Assert.That(a != b, Is.False);
Assert.That(b != a, Is.False);
Assert.That(a != c, Is.True);
Assert.That(c != a, Is.True);
Assert.That(a != null, Is.True);
Assert.That(null != a, Is.True);
}
public void TestGetHashCode()
{
var rand = new Random();
var a = new DiceRoll(
d4: (uint)rand.Next(),
d6: (uint)rand.Next(),
d8: (uint)rand.Next(),
d10: (uint)rand.Next(),
d12: (uint)rand.Next(),
modifier: rand.Next());
var b = new DiceRoll(
d4: a.D4,
d6: a.D6,
d8: a.D8,
d10: a.D10,
d12: a.D12,
modifier: a.Modifier);
var c = new DiceRoll(
d4: (uint)rand.Next(),
d6: (uint)rand.Next(),
d8: (uint)rand.Next(),
d10: (uint)rand.Next(),
d12: (uint)rand.Next(),
modifier: rand.Next());
Assert.That(a.GetHashCode(), Is.EqualTo(a.GetHashCode()));
Assert.That(a.GetHashCode(), Is.EqualTo(b.GetHashCode()));
Assert.That(a.GetHashCode(), Is.Not.EqualTo(c.GetHashCode()));
}
public void TestMaximumRoll()
{
var actual = new DiceRoll(
d4: 2,
d6: 4,
d8: 1,
d10: 2,
d12: 1,
modifier: 5);
Assert.That(actual.MaximumRoll, Is.EqualTo(77), "MaximumRoll should be the sum of (size * number of dice of that size) plus modifier.");
}
// RANDOM DICES
public DiceRoll RollDice(int size, DiceRoll.DiceType type)
{
DiceRoll roll = new DiceRoll(size, type, ref _rand);
//Debug.Log(roll.TypeToString());
//Debug.Log(roll.RollToString());
//Debug.Log(roll.Sum());
return roll;
}