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Generates entangled sinusoidal curves within [0,1] based on wavelength for AI art applications.
The KfSinusoidalEntangledZeroOneFromWavelengthx8
node generates eight entangled sinusoidal curves within the range [0,1] based on a specified wavelength. This node is particularly useful for creating complex, interrelated wave patterns that can be used in various AI art applications, such as procedural texture generation, animation keyframing, and other creative visual effects. By leveraging the concept of entanglement, the node ensures that the generated curves maintain a harmonious relationship, resulting in visually appealing and coherent outputs. The primary goal of this node is to provide artists with a powerful tool to create intricate waveforms with minimal effort, enhancing their creative workflows.
The wavelength
parameter determines the length of one complete cycle of the sinusoidal wave. It directly influences the frequency and appearance of the generated curves. A larger wavelength results in longer, more stretched-out waves, while a smaller wavelength produces shorter, more frequent waves. The default value is 12, with a step size of 0.5, allowing for fine-tuned adjustments to achieve the desired wave pattern.
The KEYFRAMED_CURVE
output consists of eight entangled sinusoidal curves. Each curve is a keyframed representation of a sinusoidal wave, maintaining a coherent relationship with the others. These curves can be used in various creative applications, such as generating procedural textures, animating objects, or creating complex visual effects. The entanglement ensures that the curves interact harmoniously, providing a visually appealing and consistent output.
wavelength
values to achieve various wave patterns and frequencies. Smaller values will create more frequent waves, while larger values will produce longer, smoother waves.KEYFRAMED_CURVE
outputs in combination with other nodes to create intricate animations or procedural textures. The harmonious relationship between the curves can add depth and complexity to your projects.wavelength
parameter must be a positive float value. If an invalid value is provided, the node may not function correctly.wavelength
value is a positive float. Adjust the value within the acceptable range (e.g., greater than 0) and try again.wavelength
value is not suitable for your specific use case.wavelength
values to find the optimal setting for your desired wave pattern. Adjust the value incrementally and observe the changes in the output.© Copyright 2024 RunComfy. All Rights Reserved.