public CastSpellBuilder SetSlotsPerLevel(int startingLevel, CasterProgression progression)
{
int level = 1;
for (; level < startingLevel; level++)
{
FeatureDefinitionCastSpell.SlotsByLevelDuplet slotsForLevel = new FeatureDefinitionCastSpell.SlotsByLevelDuplet
{
Level = level,
Slots = SlotsByCasterLevel[0]
};
Definition.SlotsPerLevels.Add(slotsForLevel);
}
switch (progression)
{
case CasterProgression.FULL_CASTER:
for (; level < 21; level++)
{
FeatureDefinitionCastSpell.SlotsByLevelDuplet slotsForLevel = new FeatureDefinitionCastSpell.SlotsByLevelDuplet
{
Level = level,
Slots = SlotsByCasterLevel[level - startingLevel + 1]
};
Definition.SlotsPerLevels.Add(slotsForLevel);
}
break;
case CasterProgression.HALF_CASTER:
for (; level < 21; level++)
{
FeatureDefinitionCastSpell.SlotsByLevelDuplet slotsForLevel = new FeatureDefinitionCastSpell.SlotsByLevelDuplet
{
Level = level,
Slots = SlotsByCasterLevel[(level - startingLevel) / 2 + 1]
};
Definition.SlotsPerLevels.Add(slotsForLevel);
}
break;
case CasterProgression.THIRD_CASTER:
for (; level < 21; level++)
{
FeatureDefinitionCastSpell.SlotsByLevelDuplet slotsForLevel = new FeatureDefinitionCastSpell.SlotsByLevelDuplet
{
Level = level,
Slots = SlotsByCasterLevel[(level - startingLevel + 2) / 3 + 1]
};
Definition.SlotsPerLevels.Add(slotsForLevel);
}
break;
}
return(this);
}
public CastSpellBuilder SetKnownSpells(int startingAmount, int startingLevel, CasterProgression progression)
{
Definition.KnownSpells.Clear();
int level = 1;
for (; level < startingLevel; level++)
{
Definition.KnownSpells.Add(0);
}
switch (progression)
{
case CasterProgression.FULL_CASTER:
for (; level < 21; level++)
{
Definition.KnownSpells.Add(startingAmount + BonusSpellsKnownByCasterLevel[level]);
}
break;
case CasterProgression.HALF_CASTER:
for (; level < 21; level++)
{
// +1 here because half casters effectively round up the spells known
Definition.KnownSpells.Add(startingAmount + BonusSpellsKnownByCasterLevel[(level + 1) / 2]);
}
break;
case CasterProgression.THIRD_CASTER:
for (; level < 21; level++)
{
Definition.KnownSpells.Add(startingAmount +
// +2 here because third casters effectively "round up" for spells known
BonusSpellsKnownByCasterLevel[(level + 2) / 3] +
// Third casters also just learn spells faster
BonusSpellsKnownThirdCaster[level]);
}
break;
default:
throw new SolastaModApiException($"Unknown CasterProgression: {progression}");
}
return(this);
}
public CastSpellBuilder SetKnownCantrips(int startingAmount, int startingLevel, CasterProgression progression)
{
Definition.KnownCantrips.Clear();
int level = 1;
int numCantrips = 0;
for (; level < startingLevel; level++)
{
Definition.KnownCantrips.Add(numCantrips);
}
numCantrips = startingAmount;
switch (progression)
{
case CasterProgression.FULL_CASTER:
for (; level < 4; level++)
{
Definition.KnownCantrips.Add(numCantrips);
}
numCantrips++;
for (; level < 10; level++)
{
Definition.KnownCantrips.Add(numCantrips);
}
numCantrips++;
for (; level < 21; level++)
{
Definition.KnownCantrips.Add(numCantrips);
}
break;
case CasterProgression.HALF_CASTER:
for (; level < 10; level++)
{
Definition.KnownCantrips.Add(numCantrips);
}
numCantrips++;
for (; level < 14; level++)
{
Definition.KnownCantrips.Add(numCantrips);
}
numCantrips++;
for (; level < 21; level++)
{
Definition.KnownCantrips.Add(numCantrips);
}
break;
case CasterProgression.THIRD_CASTER:
for (; level < 10; level++)
{
Definition.KnownCantrips.Add(numCantrips);
}
numCantrips++;
for (; level < 21; level++)
{
Definition.KnownCantrips.Add(numCantrips);
}
break;
default:
throw new SolastaModApiException($"Unknown CasterProgression: {progression}");
}
return(this);
}
