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    Volcanic eruption sunset over a rugged coastal cliff, where magma meets ocean in a dramatic symphony of light. Billowing ash clouds illuminated by vibrant orange and crimson hues, creating iridescent color transitions against an indigo sky. Molten lava cascades down obsidian rock formations, generating ethereal steam plumes where fiery rivers meet churning turquoise waters. The scene captured in the style of luminism with hyper-realistic light diffraction, showcasing crepuscular rays piercing through volcanic smoke particles. Extraordinary glow captured with 8K detail, volumetric lighting enhancing the suspended ash particles. Golden hour illumination accentuates the textural contrast between jagged volcanic rock and flowing magma. Dramatic atmosphere with multiple focal planes, rendering thermal distortion effects and the sublime, terrifying beauty of primal geological forces in perfect equilibrium with marine elements. Scientifically accurate pyroclastic flow dynamics. <lora:reedy-art-style:0.5> <lora:RetroAnimeFluxV1:0.4> <lora:Illustration concept Variant 3A:0.6> <lora:flux_dev:1>
    Prompt

    Volcanic eruption sunset over a rugged coastal cliff, where magma meets ocean in a dramatic symphony of light. Billowing ash clouds illuminated by vibrant orange and crimson hues, creating iridescent color transitions against an indigo sky. Molten lava cascades down obsidian rock formations, generating ethereal steam plumes where fiery rivers meet churning turquoise waters. The scene captured in the style of luminism with hyper-realistic light diffraction, showcasing crepuscular rays piercing through volcanic smoke particles. Extraordinary glow captured with 8K detail, volumetric lighting enhancing the suspended ash particles. Golden hour illumination accentuates the textural contrast between jagged volcanic rock and flowing magma. Dramatic atmosphere with multiple focal planes, rendering thermal distortion effects and the sublime, terrifying beauty of primal geological forces in perfect equilibrium with marine elements. Scientifically accurate pyroclastic flow dynamics. <lora:reedy-art-style:0.5> <lora:RetroAnimeFluxV1:0.4> <lora:Illustration concept Variant 3A:0.6> <lora:flux_dev:1>

    Generation Settings

    Parameters used to generate this content

    CFG Scale1
    Sampler
    Euler
    Seed7312963516314282
    Steps20
    Info
    Image
    Likes
    7
    Created
    2/28/2025
    Base Model
    Flux.1 D
    Creator
    ma2s
    Source
    CivitAI
    Models Used

    AI models used to generate this content

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