Base Class: Sorcerer
Sorcerers of the Primordial Tide carry the power of elemental water in their soul, wielding the power of the vast oceans and seas.
Features by Level:
- Level 3: Primordial Tide Spells, Soul of the Sea
- Level 6: Aspect of the Wave
- Level 14: Freezing Heart
- Level 18: Eternal Storm
Level 3: Primordial Tide Spells
When you reach a Sorcerer level specified in the Primordial Tide Spells table, you thereafter always have the listed spells prepared.
Primordial Flame Spells
- Level 3: Absorb Elements, Ice Knife, Melf's Acid Arrow, Snilloc's Snowball Storm
- Level 5: Tidal Wave, Wall of Water
- Level 7: Control Water, Vitriolic Sphere
- Level 9: Cone of Cold, Maelstrom
Level 3: Soul of the Sea
You can breathe in both air and water, and you gain a swimming speed of 30 feet. In addition, you gain resistance to your choice of Acid or Cold damage.
Acid
You gain resistance to Acid damage.
Cold
You gain resistance to Cold damage.
Level 6: Aspect of the Wave
As a bonus action, you can surround yourself with magical water and frost by expending 1 Sorcery Point, gaining the following benefits for 1 minute. For the duration, you are immune to whichever damage type you chose to be resistant to for your Soul of the Sea, and damage-dealing spells you cast that deal Acid or Cold damage deal an additional amount of that damage equal to your Charisma modifier. While Aspect of the Wave is active, when a creature moves within 10 feet of you, you can use a reaction to deal 1d4 Acid or Cold damage to the creature.
Level 14: Freezing Heart
Spells you cast that deal Acid or Cold damage ignore resistance and treat immunity as if it were resistance. In addition, you gain resistance to the other damage type you didn't choose for your Soul of the Sea.
Level 18: Eternal Storm
Your Aspect of the Wave is considered to be always active. In addition, any damage dealt by your Aspect of the Wave's reaction is doubled, and you can take one additional reaction per round, but only specifically to use the damaging reaction of your Aspect of the Wave.
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