🚨 All generations are PUBLIC.

    The purpose of this site is to allow everyone to openly experiment with Flux Pro, so that we can assess it's strengths and weaknesses collectively rather than in isolation, and to learn about it's prompting styles from one another.

    Create a hyper-detailed, futuristic spherical mech where the bottom half of the sphere seamlessly morphs into four fluid, symmetrical triangles that extend as pointed legs, sharply tapering downward. These triangles do not attach externally but emerge naturally from the sphere's lower surface, like petals unfolding directly from its structure. Focus on the mechanical elegance of these integrated legs as they blend with the sphere, capturing the transitional details and cohesion. Place this mech in a dark, technologically advanced environment, with soft, ambient lighting that accentuates the sphere’s transformation into its distinct, angular legged form.
    Create a hyper-detailed, futuristic spherical mech where the bottom half of the sphere seamlessly morphs into four fluid, symmetrical triangles that extend as pointed legs, sharply tapering downward. These triangles do not attach externally but emerge naturally from the sphere's lower surface, like petals unfolding directly from its structure. Focus on the mechanical elegance of these integrated legs as they blend with the sphere, capturing the transitional details and cohesion. Place this mech in a sleek, technologically advanced environment, with soft, ambient lighting that accentuates the sphere’s transformation into its distinct, angular legged form.
    Create a hyper-detailed, futuristic spherical mech where the bottom half of the sphere seamlessly morphs into four fluid, symmetrical triangles that extend as pointed legs, sharply tapering downward. These triangles do not attach externally but emerge naturally from the sphere's lower surface, like petals unfolding directly from its structure. Focus on the mechanical elegance of these integrated legs as they blend with the sphere, capturing the transitional details and cohesion. Place this mech in a dark, technologically advanced environment, with soft, ambient lighting that accentuates the sphere’s transformation into its distinct, angular legged form.
    Create a hyper-detailed, futuristic spherical mech where the bottom half of the sphere seamlessly morphs into four fluid, symmetrical triangles that extend as pointed legs, sharply tapering downward. These triangles do not attach externally but emerge naturally from the sphere's lower surface, like petals unfolding directly from its structure. Focus on the mechanical elegance of these integrated legs as they blend with the sphere, capturing the transitional details and cohesion. Place this mech in a dark, technologically advanced environment, with soft, ambient lighting that accentuates the sphere’s transformation into its distinct, angular legged form.

      Stable Diffusion 3 (SD3)

    • SD3 Medium - stableDiffusion3SD3_sd3Medium.safetensors
    • SD3 Medium Incl. Clips - stableDiffusion3SD3_sd3MediumInclClips.safetensors
    • SD3 Medium Incl Clip FP16 - stableDiffusion3SD3_sd3MediumInclClip.safetensors
    • SD3 Medium Incl T5XXL - stableDiffusion3SD3_sd3MediumInclT5XXL.safetensors
    • Text Encoder - Clip L - stableDiffusion3SD3_textEncoderClipL.safetensors
    • Text Encoder - Clip G - stableDiffusion3SD3_textEncoderClipG.safetensors
    • Text Encoder - T5 e4m3fn - stableDiffusion3SD3_textEncoderT5E4m3fn.safetensors
    • Text Encoder - T5XXLFP16 - stableDiffusion3SD3_textEncoderT5XXLFP16.safetensors
    • ComfyUI Workflows - stableDiffusion3SD3_comfyuiWorkflows_trainingData.zip
    • Demo Prompts - stableDiffusion3SD3_demoPrompts_trainingData.zip

      Stable Diffusion 3.5 Large

    • Large - stableDiffusion35_large.safetensors
    • Workflow - stableDiffusion35_workflow_trainingData.zip

      Stable Diffusion 3.5 Large Turbo

    • Large Turbo - stableDiffusion35_largeTurbo.safetensors
    • Workflow - stableDiffusion35_workflow_trainingData.zip

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