Merge Hotel Empire 2D game backgrounds and casual room art for Greenpixel

The seven scenes cover lobby, garden, kitchen, and themed event rooms. Each background follows the Merge Hotel Empire camera angle and aspect ratio so the merge grid sits cleanly inside the architectural framing without occluding key decor. Hot spots reserved for prop and reward placement were locked in early so live-ops content drops slot in without scene rebuilds.

We delivered each background as a layered PSD with sky, mid, and foreground groups separated, which lets the Greenpixel team adjust scene palette for time-of-day variants or seasonal redecoration. Native Photoshop layering keeps the asset live: producers can re-light the same scene for holiday events without ordering new art.

Pipeline ran rough composition, color key, then full paint over a refined detail pass. Greenpixel reviewed at every gate, and we worked from the existing Hotel Empire art bible for proportion, prop scale, and palette. New scenes referenced shipped rooms for camera angle and architectural language so the gallery of unlocks reads as one coherent hotel rather than a stack of unrelated locations.

For seasonal and event scenes, we batched assets so backgrounds, prop sets, and decoration could ship together. As a focused 2D art company partner, we held a backlog of reusable architectural elements that the team can pull into new scenes for faster live-ops turnaround on themed events.

Casual style with warm painterly palette, soft edge treatment, and lived-in detail. Wood grain, fabric folds, plant fill, and prop wear all hold weight without disturbing the merge grid clarity. Backgrounds favor warmer hero accents on cooler atmospheric depth so unlocks feel inviting against the casual merge loop.

Color rules vary per room theme but stay inside the Greenpixel saturation range so scene unlocks always look like one franchise. The same logic carries to lighting fall-off, which keeps the merge grid contrast readable against the underlying scene art across day, evening, and event-time variants.