ComfyUI Node: ❌ AnyBus - UniversalBus v2 /*

❌ AnyBus - UniversalBus v2 /*:

The MaraScottAnyBusNode, also known as the "AnyBus

• UniversalBus v2," is a versatile node designed to streamline the process of combining multiple inputs into a single bus and then separating them back into individual components. This node is particularly useful for managing complex data flows in AI art generation, where multiple models or inputs need to be processed together. The term "bus" is borrowed from computer hardware, where it refers to a system that transfers data between components. This node allows you to provide a bus as input or separate inputs, with the flexibility to prioritize individual inputs over the bus if both are provided. Inspired by the Was Node Suite - Bus Node, the AnyBusNode simplifies the handling of multiple data streams, making it easier to manage and manipulate complex workflows.

❌ AnyBus - UniversalBus v2 /* Input Parameters:

hidden

This parameter is used internally to manage unique identifiers for the node instances. It ensures that each instance of the node can be uniquely identified and managed within the system. This parameter does not require any user input and is handled automatically by the system.

required

This section is reserved for any mandatory inputs that the node might need. However, in the current configuration, there are no explicitly required parameters listed. This means the node can function with optional parameters or default settings.

optional

bus

The bus parameter allows you to input a pre-configured bus, which is a tuple containing multiple data streams. This bus can be used to streamline the process of handling multiple inputs. If both a bus and individual inputs are provided, the individual inputs will take precedence. This parameter is optional and can be left empty if you prefer to provide separate inputs.

ProfileNodeAny.ENTRIES

These are additional optional parameters that can be provided based on the specific requirements of the ProfileNodeAny class. These parameters allow for further customization and fine-tuning of the node's behavior. The exact entries will depend on the implementation of ProfileNodeAny and can include various settings and configurations.

❌ AnyBus - UniversalBus v2 /* Output Parameters:

bus

The bus output is a tuple that contains the combined data streams from the inputs. This bus can be used to pass multiple data streams through a single connection, simplifying the management of complex workflows. The bus output will include updated values based on the inputs provided.

ProfileNodeAny.INPUT_NAMES

These are the individual outputs corresponding to the input names defined in the ProfileNodeAny class. Each output represents a specific data stream that was part of the input bus or provided as a separate input. These outputs allow you to access and manipulate each data stream individually after they have been processed by the node.

❌ AnyBus - UniversalBus v2 /* Usage Tips:

• Utilize the bus parameter to simplify the management of multiple data streams, especially in complex workflows where multiple models or inputs need to be processed together.
• When providing both a bus and individual inputs, remember that the individual inputs will take precedence. This can be useful for overriding specific data streams without modifying the entire bus.
• Explore the optional parameters available through ProfileNodeAny.ENTRIES to customize the node's behavior and optimize it for your specific use case.

❌ AnyBus - UniversalBus v2 /* Common Errors and Solutions:

The 'bus' tuple must have the same number of elements as '_INPUT_NAMES'

• Explanation: This error occurs when the provided bus does not match the expected number of elements defined in the ProfileNodeAny.INPUT_NAMES.
• Solution: Ensure that the bus tuple you provide has the same number of elements as the input names defined in the ProfileNodeAny class. Check the documentation for ProfileNodeAny to verify the expected number of elements.

Missing required parameters

• Explanation: This error occurs when the node is missing mandatory inputs that are required for its execution.
• Solution: Review the required parameters and ensure that all necessary inputs are provided. If the node has no explicitly required parameters, check for any optional parameters that might be essential for your specific use case.

Invalid input type

• Explanation: This error occurs when an input provided to the node does not match the expected type.
• Solution: Verify that all inputs match the expected types as defined in the node's documentation. Ensure that you are providing the correct data types for each parameter.