private IEnumerable <SpellQuantity> GetSpellsPerDay(string caster, int casterLevel, Ability castingAbility, IEnumerable <string> domains)
{
var spellsForClass = typeAndAmountSelector.Select(TableNameConstants.TypeAndAmount.SpellsPerDay, $"{caster}:{casterLevel}");
var maxSpellLevel = castingAbility.FullScore - 10;
var spellsForCaster = spellsForClass.Where(s => Convert.ToInt32(s.Type) <= maxSpellLevel);
var spellsPerDay = new List <SpellQuantity>();
foreach (var typeAndAmount in spellsForCaster)
{
var spellQuantity = new SpellQuantity();
spellQuantity.Level = Convert.ToInt32(typeAndAmount.Type);
spellQuantity.Quantity = typeAndAmount.Amount;
spellQuantity.Source = caster;
spellQuantity.HasDomainSpell = domains.Any() && spellQuantity.Level > 0;
if (spellQuantity.Level > 0 && spellQuantity.Level <= castingAbility.Modifier)
{
spellQuantity.BonusSpells = (castingAbility.Modifier - spellQuantity.Level) / 4 + 1;
}
spellsPerDay.Add(spellQuantity);
}
return(spellsPerDay);
}
public void SelectMultipleTypesAndAmounts()
{
var entries = new[]
{
TypeAndAmountHelper.Build("type", "9266"),
TypeAndAmountHelper.Build("other type", "90210"),
};
mockCollectionSelector.Setup(s => s.SelectFrom("table name", "name")).Returns(entries);
SetUpRoll("9266", 42);
SetUpRoll("90210", 600);
var typesAndAmounts = selector.Select("table name", "name");
Assert.That(typesAndAmounts.Count, Is.EqualTo(2));
var first = typesAndAmounts.First();
var last = typesAndAmounts.Last();
Assert.That(first.Type, Is.EqualTo("type"));
Assert.That(first.Amount, Is.EqualTo(42));
Assert.That(last.Type, Is.EqualTo("other type"));
Assert.That(last.Amount, Is.EqualTo(600));
}
public Dictionary <string, Ability> GenerateFor(string creatureName)
{
var abilitySelections = typeAndAmountSelector.Select(TableNameConstants.TypeAndAmount.AbilityAdjustments, creatureName);
var allAbilities = typeAndAmountSelector.Select(TableNameConstants.TypeAndAmount.AbilityAdjustments, GroupConstants.All);
var abilities = new Dictionary <string, Ability>();
foreach (var selection in allAbilities)
{
abilities[selection.Type] = new Ability(selection.Type);
}
foreach (var selection in abilitySelections)
{
abilities[selection.Type].RacialAdjustment = selection.Amount;
abilities[selection.Type].BaseScore = dice.Roll(3).d6().AsSum();
}
var missingAbilities = allAbilities.Select(a => a.Type).Except(abilitySelections.Select(a => a.Type));
foreach (var abilityName in missingAbilities)
{
abilities[abilityName].BaseScore = 0;
}
return(abilities);
}
private Dictionary <string, int> GetRequiredAbilities(string feat)
{
var requiredAbilitiesAndValues = typeAndAmountSelector.Select(TableNameConstants.TypeAndAmount.FeatAbilityRequirements, feat);
var requiredAbilities = new Dictionary <string, int>();
foreach (var selection in requiredAbilitiesAndValues)
{
requiredAbilities[selection.Type] = selection.Amount;
}
return(requiredAbilities);
}
public bool IsCompatible(string creature)
{
var creatureTypes = collectionSelector.SelectFrom(TableNameConstants.Collection.CreatureTypes, creature);
if (creatureTypes.First() != CreatureConstants.Types.Humanoid)
{
return(false);
}
var creatureData = creatureDataSelector.SelectFor(creature);
if (creatureData.LevelAdjustment.HasValue)
{
return(true);
}
if (creatureData.CasterLevel >= PhylacterySpellLevel)
{
return(true);
}
var spellcasters = typeAndAmountSelector.Select(TableNameConstants.TypeAndAmount.Casters, creature);
if (spellcasters.Any(s => s.Amount >= PhylacterySpellLevel))
{
return(true);
}
return(false);
}
public bool IsCompatible(string creature)
{
var types = collectionSelector.SelectFrom(TableNameConstants.Collection.CreatureTypes, creature);
if (types.Contains(CreatureConstants.Types.Subtypes.Incorporeal))
{
return(false);
}
if (!creatureTypes.Contains(types.First()))
{
return(false);
}
var alignments = collectionSelector.SelectFrom(TableNameConstants.Collection.AlignmentGroups, creature);
if (!alignments.Any(a => !a.Contains(AlignmentConstants.Good)))
{
return(false);
}
var abilityAdjustments = typeAndAmountSelector.Select(TableNameConstants.TypeAndAmount.AbilityAdjustments, creature);
var intelligenceAdjustment = abilityAdjustments.FirstOrDefault(a => a.Type == AbilityConstants.Intelligence);
if (intelligenceAdjustment == null)
{
return(false);
}
return(intelligenceAdjustment.Amount + Ability.DefaultScore >= 4);
}
public IEnumerable <BonusSelection> SelectFor(string tableName, string source)
{
var typeAndAmountSelections = typeAndAmountSelector.Select(tableName, source);
var bonusSelections = typeAndAmountSelections.Select(s => Parse(s));
return(bonusSelections);
}
public bool IsCompatible(string creature)
{
var types = collectionSelector.SelectFrom(TableNameConstants.Collection.CreatureTypes, creature);
if (!creatureTypes.Contains(types.First()))
{
return(false);
}
var abilityAdjustments = typeAndAmountSelector.Select(TableNameConstants.TypeAndAmount.AbilityAdjustments, creature);
var charismaAdjustment = abilityAdjustments.FirstOrDefault(a => a.Type == AbilityConstants.Charisma);
if (charismaAdjustment == null)
{
return(false);
}
return(charismaAdjustment.Amount + Ability.DefaultScore >= 6);
}
private void UpdateCreatureAbilities(Creature creature)
{
if (creature.Abilities[AbilityConstants.Wisdom].HasScore)
{
creature.Abilities[AbilityConstants.Wisdom].TemplateAdjustment = 2;
}
var animalAbilityAdjustments = typeAndAmountSelector.Select(TableNameConstants.TypeAndAmount.AbilityAdjustments, AnimalSpecies);
var physicalAbilities = new[] { AbilityConstants.Strength, AbilityConstants.Constitution, AbilityConstants.Dexterity };
foreach (var adjustment in animalAbilityAdjustments.Where(a => physicalAbilities.Contains(a.Type)))
{
creature.Abilities[adjustment.Type].Bonuses.Add(new Bonus
{
Value = adjustment.Amount,
Condition = "In Animal or Hybrid form",
});
}
}
public Dictionary <string, Measurement> Generate(string creatureName)
{
var speedTypesAndAmounts = typeAndAmountSelector.Select(TableNameConstants.Collection.Speeds, creatureName);
var speeds = new Dictionary <string, Measurement>();
foreach (var speedTypeAndAmount in speedTypesAndAmounts)
{
var measurement = new Measurement("feet per round");
measurement.Value = speedTypeAndAmount.Amount;
if (speedTypeAndAmount.Type == SpeedConstants.Fly)
{
measurement.Description = collectionSelector.SelectFrom(TableNameConstants.Collection.AerialManeuverability, creatureName).Single();
}
speeds[speedTypeAndAmount.Type] = measurement;
}
return(speeds);
}
private IEnumerable <string> FilterByAbilityRequirements(IEnumerable <string> foci, string featName, Dictionary <string, Ability> abilities)
{
var applicableFoci = new List <string>(foci);
foreach (var focus in foci)
{
var combo = $"{featName}/{focus}";
var abilityRequirements = typeAndAmountSelector.Select(TableNameConstants.TypeAndAmount.FeatAbilityRequirements, combo);
if (!abilityRequirements.Any())
{
continue;
}
if (!abilityRequirements.Any(r => abilities[r.Type].FullScore >= r.Amount))
{
applicableFoci.Remove(focus);
}
}
return(applicableFoci);
}
public bool IsAdvanced(string creature)
{
var advancements = typeAndAmountSelector.Select(TableNameConstants.TypeAndAmount.Advancements, creature);
return(percentileSelector.SelectFrom(.9) && advancements.Any());
}
public Magic GenerateWith(string creatureName, Alignment alignment, Dictionary <string, Ability> abilities, Equipment equipment)
{
var magic = new Magic();
var casters = typeAndAmountSelector.Select(TableNameConstants.TypeAndAmount.Casters, creatureName);
if (!casters.Any())
{
return(magic);
}
var caster = casters.First();
magic.Caster = caster.Type;
magic.CasterLevel = caster.Amount;
var spellAbility = collectionsSelector.SelectFrom(TableNameConstants.Collection.AbilityGroups, $"{magic.Caster}:Spellcaster").Single();
magic.CastingAbility = abilities[spellAbility];
var domainTypesAndAmounts = typeAndAmountSelector.Select(TableNameConstants.TypeAndAmount.SpellDomains, creatureName);
var domains = new List <string>();
if (domainTypesAndAmounts.Any())
{
var domainCount = domainTypesAndAmounts.First().Amount;
var possibleDomains = domainTypesAndAmounts
.Select(d => d.Type)
.Except(domains);
if (domainCount >= possibleDomains.Count())
{
domains.AddRange(possibleDomains);
}
while (domains.Count < domainCount && possibleDomains.Any())
{
var domain = collectionsSelector.SelectRandomFrom(possibleDomains);
domains.Add(domain);
}
}
magic.Domains = domains;
magic = MakeSpells(creatureName, magic, alignment);
if (equipment.Armor == null && equipment.Shield == null)
{
return(magic);
}
var arcaneSpellcasters = collectionsSelector.SelectFrom(TableNameConstants.Collection.CasterGroups, SpellConstants.Sources.Arcane);
if (!arcaneSpellcasters.Contains(magic.Caster))
{
return(magic);
}
if (equipment.Armor != null)
{
magic.ArcaneSpellFailure += GetArcaneSpellFailure(equipment.Armor);
}
if (equipment.Shield != null)
{
magic.ArcaneSpellFailure += GetArcaneSpellFailure(equipment.Shield);
}
return(magic);
}