GAME INSTRUCTIONS
What is the objective of the game?
The Animal Mosaic Coloring (Pixel Art Coordinates) game consists of reproducing a pixelated thumbnail drawing onto a blank, numbered interactive grid. The main objective is to reveal the hidden animal by coloring pixel by pixel with the correct shade. Users interact by selecting a color from the palette and applying it to the cells of a board structured by Cartesian coordinates, ultimately validating their accuracy using an interactive check button.Recommended age and educational level
This game is recommended for children ages 6 and up, making it ideal for kindergarten (final year) and lower elementary school. To play, students only need basic prior knowledge of numbers and spatial counting. It serves as a perfect tool for teachers introducing visual mathematics, for parents looking for a focus-building activity at home, and for tutors or specialists targeting selective attention and fine motor skills.How to play: single-player or multiplayer
The primary gameplay format is single-player, as it encourages patience, self-monitoring, and independent work at the child's own pace. However, it can easily adapt into a collaborative peer activity or group challenge: students can take turns dictating coordinates to each other (e.g., "color X=3, Y=4 black") or work together on an interactive whiteboard to complete the animal as a team.What is learned from this game? Learning outcomes and skills
This resource directly connects to school subjects such as mathematics (geometry and spatial awareness) and art education (Pixel Art). The core competencies and cognitive skills developed include:- Early introduction to the Cartesian coordinate system through analytical reading of the X and Y axes.
- Enhancement of spatial orientation and structuring, using proximity strategies and reference pixels to guide placements.
- Strengthening of sustained attention, visual discrimination, and focus by constantly cross-referencing the thumbnail with the primary grid.
- Foundational exposure to computational thinking, understanding how digital images break down into matrices of pixels and discrete data.

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