Labradorite (Swimsuit)

Labradorite (Swimsuit) BaseBase **·** 6★6★ Voice Artist: Yukimura Toa Type: Physical Role: Generalist Base rarity: 4~6★Labradorite (Swimsuit) BaseBase **·** 6★6★ Voice Artist: Yukimura Toa Type: Physical Role: Generalist Base rarity: 4~6★
Labradorite swimsuit edition is a generalist Morning Star jewelia that deals physical damage, debuted as part of the Lightweaver event for Libyan Desert Glass on 1st August, 2019.

## Stats

Gain **Auto Guard-Break**.
All allies gain **70% → 90% Attack**.
All allies gain **40% → 60% Damage Dealt Up**.
Whenever an enemy takes lethal damage, deal **10% HP-Based** damage to all enemies. (Does not trigger from status and reflect damage.)
 Skill 1 | **Fresh Spike** | 80s
For every one less affected target, increase damage by 30%.
Affected targets have a **medium** chance of 2 turns **Blind**.
Affected targets have the duration of all positive turn-based effects reduced by 2 turns.
 Skill 2 | **Wonder Splash** | 98s
Affected targets have a **medium** chance of 2 turns **140% Freeze**.
Affected **Blinded** targets have **Death**, ignore **Trance and Endure**.
Affected targets have the duration of all positive turn-based effects reduced by 2 turns.
*(X% → Y% indicates changes when said unit reaches max level 40.)*

## Alternate Forms

Labradorite

Labradorite (Valentine)

## Recommended Equipment

* Weapon - **Agility**
* Armor - **HP**
* Amulet - **Freeze, Petrify, Stun, Restrain, Paralysis, Silence**
* Material - **Damage Dealt, Critical Damage Dealt, Block**

# Profile

## Lore

Labradorite is a member of Knights Carbuncle. Her rank in the guild is unknown, but her task is to guard the rural areas of Loderia.

Quite unfortunately, her abilities are never described either, but she has said that she often travels alone, and it has been like then even to this day, though it seems that she's embarrassed that she's even worthy of being a Jewelia.

## Personality

On first glance, Labradorite appears to be a quiet and gentle person. She is quite polite and her decisions are strictly minimalist, which she calls "common sense". Her outfit overall is borderline revealing, as she intended.

Labradorite believes in minimalism, from the attire that she carefully selects, to the belongings she takes along her travels and patrol routes.

She has also expressed that her job makes her quite lonely, perhaps unintended with her minimalistic lifestyle.

Spodumene and Rose Quartz have both mentioned Labradorite before Labradorite has made her first appearance.

# Mineralogy

*Labradorite is a member of the Feldspar family and is treasured for its remarkable play of color, known as labradorescence. Labradorite represents freedom, intuition, and inner development.*

Labradorite ((Ca, Na)(Al, Si)4O8), a feldspar mineral, is an intermediate to calcic member of the plagioclase series. As with all plagioclase members, the crystal system is triclinic, and three directions of cleavage are present, two of which are nearly at right angles and are more obvious, being of good to perfect quality. (The third direction is poor.) It occurs as clear, white to gray, blocky to lath shaped grains in common mafic igneous rocks such as basalt and gabbro, as well as in anorthosites.

The geological type area for labradorite is Paul's Island near the town of Nain in Labrador, Canada. It has also been reported in Norway, Finland and various other locations worldwide, with notable distribution in Madagascar, China, Australia, Slovakia and the USA.

Labradorite occurs in mafic igneous rocks and is the feldspar variety most common in basalt and gabbro. The uncommon anorthosite bodies are composed almost entirely of labradorite. It also is found in metamorphic amphibolites and as a detrital component of some sediments. Common mineral associates in igneous rocks include olivine, pyroxenes, amphiboles and magnetite.

Labradorite can display an iridescent optical effect (or schiller) known as labradorescence. The term labradorescence was coined by Ove Balthasar Bøggild. Labradorization is the peculiar reflection of the light from submicroscopical planes orientated in one direction (rarely in two directions); these planes have never such a position that they can be expressed by simple indices, and they are not directly visible under the microscope.