
SEARCH ALL - CHRISTMAS
Laush Dmitriy Sergeevich · Laush Studio · 2022-01-10
Modes: Single player · Perspectives: Side view
Releases: Jan 10, 2022 (PC (Microsoft Windows))
Is a game in the genre of "hidden object", in which you need to find all the Christmas candy in the form of a cane (caramel cane) on a large location drawn in the style of "doodling".
The location depicts a winter city. In the foreground of the location is a railway, along which a locomotive periodically passes. Also in the foreground is a carousel with horses, and next to it children are making a snowman. In the middle there is a frozen pond where people are doing their favorite things, someone is skating, and someone is fishing. Between the front layer of the location and the back, there is a huge bridge along the entire settlement. In the background, a viewing wheel rotates and there is a large apartment building.(Storyline via IGDB)
Health check
- · 11 reviews in the last 8 weeks (~1/week).
- · Review velocity down 21% vs the prior 8 weeks.
- · Top 46% of 21,744 Casual games in the census by review count.
Review-multiple estimate from 62 total reviews — how this is computed.
Current store prices
| Microsoft Store | $0.00 |
Deal snapshots via CheapShark, refreshed daily.
All-time low: $0.49 at Steam (2022-01-17) · bundled 1×via IsThereAnyDeal
12-month high $2.99 · on sale 12 of 23 observed days · at its all-time low (census price snapshots)
Review momentum
Price history
Details
28 supported languages: English, French, Italian, German, Spanish - Spain, Arabic, Bulgarian, Portuguese - Brazil, Hungarian, Vietnamese, Greek, Danish…
Player tags
2DIndieCasualClickerStylizedEducationHand-drawnMinimalistCollectathonSingleplayer
Census log
- 2022-01-01First review activity on record (week of 2022-01-01).
- 2022-01-01Biggest review week on record: 10 reviews (week of 2022-01-01).
Computed from census-recorded observations only — dates are observation dates.
Players also track
100 hidden catsOVERLOOKSEARCH ALL - SUSHIHidden Cats in Spooky Town
Similarity via IGDB.