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    vtxlinocut, a monumental two-block linocut of one iceberg seen across a clean waterline, its small upper summit balanced against a vast submerged body. Wide landscape; the underwater mass descends mostly at the left while a broad open sea interval rests at the right. Cobalt blue connects the deep water field to the iceberg's near underwater face. Hot magenta crosses the summit's turned flank and a large submerged lower plane. Their deep violet overlap forms an ample asymmetrical keel beneath the waterline, revealing the unseen weight of the floating mass. White paper constitutes the exposed summit, one broad underwater face and the narrow surface opening separating ice from distance. Keep the submerged body continuous with the summit; the waterline remains simple. Two angular fracture cuts and one long current incision suffice. Quiet immensity beneath a modest visible tip. Dense matte printing with restrained local irregularity; no transparent photographic water, crystal facets, bubbles or atmospheric gradients.
    Prompt

    vtxlinocut, a monumental two-block linocut of one iceberg seen across a clean waterline, its small upper summit balanced against a vast submerged body. Wide landscape; the underwater mass descends mostly at the left while a broad open sea interval rests at the right. Cobalt blue connects the deep water field to the iceberg's near underwater face. Hot magenta crosses the summit's turned flank and a large submerged lower plane. Their deep violet overlap forms an ample asymmetrical keel beneath the waterline, revealing the unseen weight of the floating mass. White paper constitutes the exposed summit, one broad underwater face and the narrow surface opening separating ice from distance. Keep the submerged body continuous with the summit; the waterline remains simple. Two angular fracture cuts and one long current incision suffice. Quiet immensity beneath a modest visible tip. Dense matte printing with restrained local irregularity; no transparent photographic water, crystal facets, bubbles or atmospheric gradients.

    Generation Settings

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    Created with
    AUTOMATIC1111
    CFG Scale1
    Sampler
    euler
    Seed15092027
    Steps8

    Copies the original metadata text embedded by AUTOMATIC1111.

    Info
    Image
    Likes
    10
    Created
    10/17/2026
    Base Model
    Krea 2 Turbo
    Creator
    Silbrio
    Source
    CivitAI
    Models Used

    AI models used to generate this content

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