Polygon Pal's sketchbook
Polygon Pal's sketchbook
Plural: Polygon Pal's sketchbooks
The Twilight Revengerancerers were an offshoot of a much more famous and well known outfit based out of some coastal city that anyone living in the middle of the country isn't all too certain really exists in the first place.
It's hard to place an "era" for the Twilight Revengerancerers, because they didn't really fit any given era. They were contemporaries with the Grimdark Era, but were far too goofy to be anything other than Silver Era. Well, regardless, they were certainly a piece of Twilight history and were certainly... interesting, at least until they were shattered by Mr. Titanic.
Possibly dug out of a box from the local second-hand store, this is a sketchbook that once belonged to Polygon Pal. Contrary to popular belief, he didn't bring drawings to life; he was a drawing brought to life, in all his two dimensional glory. He was eventually imprisoned in a picture frame and shot into space where he met a megalomaniacal general from another world.
Talisman
Item cannot be auto-sold
{{#vardefine:consumable|no}}{{#vardefine:consumable|{{#var:consumable}}}}Item cannot be worn in runs with a 'no pulls' restriction
+6% chance of critical hits.**
Devastating Criticals
Attacker takes +10% damage upon successful hit.
Property of TitaniCo
+6% foe critical chance**
** Fumble and critical hit values are capped at +/- 20%.
How Obtained
- Available for 5 silver stars from December 28 2015 to late December 2016.
Notes
- When bought: The shopkeeper accepts your 5 silver stars and hands you a book filled with simple geometric sketches like tiled regular pentagons. Wait a minute...
- When equipped as your active talisman, unlocks the TitaniCo Warehouse in Somerset Square.
References
- Refers to Flatman, a member of the Great Lakes Avengers.
- The last part of the description refers to the imprisonment of General Zod and his cronies in the movie Superman.
- The purchase message refers to the tiling of regular pentagons, which is impossible in Euclidean geometry.