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Manipulate image latent space by adjusting phase and magnitude components for creative transformations and enhancements.
The LatentPhaseMagnitudeMultiply
node is designed to manipulate the latent space of images by adjusting the phase and magnitude components of their frequency representation. This node is particularly useful for AI artists who want to explore creative transformations in the latent space, allowing for unique modifications to the visual characteristics of generated images. By altering the phase and magnitude, you can achieve a variety of effects, such as changing the texture, color balance, or structural patterns within an image. The node leverages mathematical operations to blend and modify these components, providing a powerful tool for artistic experimentation and enhancement.
This parameter represents the first latent input, which is a complex representation of an image in the frequency domain. It serves as one of the primary sources for phase and magnitude manipulation. The latent input is crucial as it determines the base characteristics of the image that will be transformed.
Similar to latent_0
, this parameter is the second latent input used for blending and manipulation. It provides an additional set of phase and magnitude data, allowing for more complex and nuanced transformations when combined with latent_0
.
This parameter controls the power applied to the phase component during the blending process. It influences how the phase information from the two latent inputs is combined, affecting the overall structure and pattern of the resulting image. A higher power value can lead to more pronounced phase effects.
This parameter dictates the power applied to the magnitude component during blending. It affects the intensity and contrast of the image by altering how the magnitude data from the latent inputs is mixed. Adjusting this value can enhance or soften the visual impact of the transformation.
This parameter adjusts the luminosity of the phase component, impacting the brightness and lightness of the image. It allows for fine-tuning of the image's overall luminance, contributing to the mood and visual appeal.
This parameter modifies the cyan-red balance in the phase component, affecting the color tone and balance of the image. It provides control over the color dynamics, enabling shifts between cooler and warmer tones.
This parameter influences the lime-purple balance in the phase component, further adjusting the color spectrum of the image. It allows for creative color manipulations, adding depth and variation to the visual output.
This parameter affects the structural patterns within the phase component, altering the texture and detail of the image. It is essential for creating intricate designs and enhancing the complexity of the visual elements.
This parameter controls the luminosity of the magnitude component, similar to phase_luminosity
, but specifically for the magnitude data. It impacts the brightness and contrast, contributing to the image's visual intensity.
This parameter adjusts the cyan-red balance in the magnitude component, similar to phase_cyan_red
, but for the magnitude data. It influences the color dynamics and can be used to achieve specific color effects.
This parameter modifies the lime-purple balance in the magnitude component, affecting the color spectrum and providing additional creative control over the image's appearance.
This parameter impacts the structural patterns within the magnitude component, similar to phase_pattern_structure
, but for the magnitude data. It is crucial for defining the texture and detail of the image.
The output parameter samples
contains the transformed latent data after the phase and magnitude manipulation. This output represents the modified image in the latent space, ready for further processing or conversion back to the spatial domain. It encapsulates the creative changes applied through the node, offering a new visual interpretation based on the input parameters.
power_phase
and power_magnitude
values to achieve unique structural and intensity effects in your images.phase_luminosity
and magnitude_luminosity
to fine-tune the brightness and contrast, enhancing the visual appeal of your output.phase_cyan_red
and magnitude_cyan_red
to explore different color balances, creating cooler or warmer tones as desired.latent_0
and latent_1
are valid latent representations and are properly formatted before inputting them into the node.power_phase
or power_magnitude
values are outside the acceptable range.RunComfy is the premier ComfyUI platform, offering ComfyUI online environment and services, along with ComfyUI workflows featuring stunning visuals. RunComfy also provides AI Playground, enabling artists to harness the latest AI tools to create incredible art.