Class Name

## CM_Vec4BinaryOperation

Category

math/vec4

math/vec4

Author

evanspearman (Account age: 4247 days)Extension

ComfyMathLatest Updated

8/27/2023Github Stars

0.1K

evanspearman (Account age: 4247 days)Extension

ComfyMathLatest Updated

8/27/2023Github Stars

0.1K

- 1. Click the
**Manager**button in the main menu - 2. Select
**Custom Nodes Manager**button - 3. Enter
**ComfyMath**in the search bar

After installation, click the **Restart** button to restart ComfyUI. Then, manually **refresh your browser** to clear the cache and access the updated list of nodes.

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Perform binary operations on 4D vectors efficiently for mathematical tasks in various fields like computer graphics and AI art.

The `CM_Vec4BinaryOperation`

node is designed to perform binary operations on two 4-dimensional vectors (Vec4). This node is particularly useful for mathematical and computational tasks where you need to combine or compare two Vec4 vectors using a variety of operations. By leveraging this node, you can efficiently execute complex vector operations, which are essential in fields like computer graphics, physics simulations, and AI-driven art. The node simplifies the process of applying these operations, making it accessible even if you don't have a deep technical background.

The `op`

parameter specifies the binary operation to be performed on the two input vectors. It accepts a list of predefined operations such as addition, subtraction, multiplication, and more. The choice of operation directly impacts the result of the node's execution. The available options are defined in the `VEC_BINARY_OPERATIONS`

dictionary. There are no minimum or maximum values, but the default value is typically the first operation in the list.

The `a`

parameter represents the first 4-dimensional vector (Vec4) input for the binary operation. This vector is one of the operands in the operation. The values in this vector can range widely depending on the specific application, but they should be in the format of a 4-tuple of floats. The default value is defined by `DEFAULT_VEC4`

.

The `b`

parameter represents the second 4-dimensional vector (Vec4) input for the binary operation. Similar to the `a`

parameter, this vector is the other operand in the operation. The values should also be in the format of a 4-tuple of floats. The default value is defined by `DEFAULT_VEC4`

.

The output parameter `VEC4`

is the result of the binary operation performed on the input vectors `a`

and `b`

. This output is a new 4-dimensional vector that represents the combined result of the specified operation. The interpretation of this vector depends on the chosen operation, but it generally provides a meaningful combination of the two input vectors.

- Ensure that the input vectors
`a`

and`b`

are correctly formatted as 4-tuples of floats to avoid errors during execution. - Experiment with different operations specified in the
`op`

parameter to understand how each one affects the output vector. This can help you choose the most appropriate operation for your specific task.

**Explanation**: The`op`

parameter contains an operation that is not defined in the`VEC_BINARY_OPERATIONS`

dictionary.**Solution**: Verify that the operation specified in the`op`

parameter is one of the available options listed in the`VEC_BINARY_OPERATIONS`

dictionary.

**Explanation**: The input vectors`a`

and`b`

are not formatted as 4-tuples of floats.**Solution**: Ensure that both`a`

and`b`

are provided as 4-tuples of floats, such as`(1.0, 2.0, 3.0, 4.0)`

.

**Explanation**: The input vectors`a`

and`b`

do not have the same dimensions.**Solution**: Confirm that both`a`

and`b`

are 4-dimensional vectors before passing them to the node.

Go back to the extension to check out more related nodes.

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