ComfyUI Node: COLOR THEORY (JOV) 🛞

COLOR THEORY (JOV) 🛞:

The COLOR THEORY (JOV) 🛞 node is designed to apply various color harmony schemes to an input image, generating multiple color variants based on the selected scheme. This node supports a range of color harmony schemes, including complimentary, analogous, triadic, tetradic, and more. By allowing you to customize the angle of separation for color calculations, it offers flexibility in color manipulation and exploration of different color palettes. This node is particularly useful for AI artists looking to experiment with color schemes and create visually appealing compositions.

COLOR THEORY (JOV) 🛞 Input Parameters:

PIXEL

This parameter accepts any type of pixel data. It serves as the input image on which the color harmony schemes will be applied. The pixel data is essential for the node to perform its color calculations and generate the output images.

SCHEME

This parameter allows you to select the color harmony scheme to be applied to the input image. The available options include various schemes such as complimentary, analogous, triadic, and tetradic. The default value is COMPLIMENTARY. Choosing different schemes will result in different color variants of the input image.

VALUE

This parameter specifies the custom angle of separation to use when calculating colors. It accepts integer values ranging from -90 to 90, with a default value of 45. Adjusting this angle allows for fine-tuning the color harmony effect, providing more control over the resulting color variants.

INVERT

This boolean parameter determines whether to invert the colors in the output images. The default value is False. When set to True, the colors in the generated images will be inverted, offering an additional layer of creative control.

COLOR THEORY (JOV) 🛞 Output Parameters:

C1

This output parameter represents the first color variant generated based on the selected color harmony scheme. It is an image that showcases the primary color transformation applied to the input image.

C2

This output parameter represents the second color variant generated based on the selected color harmony scheme. It provides an alternative color transformation, complementing the first variant.

C3

This output parameter represents the third color variant generated based on the selected color harmony scheme. It offers another unique color transformation, adding diversity to the output set.

C4

This output parameter represents the fourth color variant generated based on the selected color harmony scheme. It further expands the range of color transformations available from the input image.

C5

This output parameter represents the fifth color variant generated based on the selected color harmony scheme. It completes the set of color variants, providing a comprehensive palette of transformed images.

COLOR THEORY (JOV) 🛞 Usage Tips:

• Experiment with different SCHEME options to explore various color harmony effects and find the one that best suits your artistic vision.
• Adjust the VALUE parameter to fine-tune the angle of separation and achieve the desired color transformation effect.
• Use the INVERT parameter to create inverted color variants, adding an extra layer of creativity to your compositions.
• Combine the output images (C1, C2, C3, C4, C5) to create complex and visually rich designs.

COLOR THEORY (JOV) 🛞 Common Errors and Solutions:

"Invalid pixel data type"

• Explanation: The input pixel data type is not supported by the node.
• Solution: Ensure that the input image is in a compatible format, such as a standard image file or pixel array.

"Angle value out of range"

• Explanation: The VALUE parameter is set outside the acceptable range of -90 to 90.
• Solution: Adjust the VALUE parameter to be within the specified range.

"Unsupported color scheme"

• Explanation: The selected SCHEME is not recognized by the node.
• Solution: Choose a valid color harmony scheme from the available options.

"Inversion failed"

• Explanation: The INVERT parameter could not be applied to the output images.
• Solution: Verify that the INVERT parameter is set correctly and try re-running the node.