Rounded forms rise above a still pool in this quiet stacking study. Differences in size and tone give each stone a separate place in the composition.
What this entry contains.
This is a visual concept, with no simulated physics or working balance controls. There is no score to save for this entry.
Readable contact points would matter in a future stacking idea. The current cover explores weight through shape and spacing.
Balance should look understandable.
The stacking concept proposes balancing smooth stones into a tower without letting it tip. Its cover studies differences in width, curve and placement. Those visible contact points give the pile a sense of weight without implying that a live physics model is running behind the image.
Notice which stone seems to carry the most weight and which edge appears least secure. Observations like those help describe what is compelling about the concept. They are not instructions for a hidden game mode: there are no active pieces to drag, no balance score and no released level sequence.
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