ComfyUI Extension: Otonx's Custom Nodes

Authored by budihartono

Created about a year ago

Updated 5 months ago

1 stars

Nodes: OTX Multiple Values, OTX KSampler Feeder. This extension provides custom nodes for ComfyUI created for personal projects. Made available for reference. Nodes may be updated or changed intermittently or not at all. Review & test before use.

Custom Nodes (7)

README

comfyui_otonx_nodes

Repository: Otonx's Custom Nodes for ComfyUI.

Note: Nodes in this repository are subject to intermittent changes. Please review and test nodes thoroughly prior to integration.

Installation

To install the custom nodes, you can follow the following steps:

cd custom_nodes
git clone https://github.com/budihartono/comfyui_otonx_nodes.git
Restart ComfyUI

OTX KSampler Feeder

Description: Centralized value storage for input parameters intended for the KSampler (Advanced) nodes. Designed based on the workflow outlined in (Part 4) Advanced SDXL Workflows in ComfyUI.

KSampler (Advanced) Inputs

Outputs:

seed: Allows identical noise_seed values for both Base KSampler and Refiner KSampler nodes.
steps: Maintains a consistent steps value between the base and refiner samplers.
cfg: Allows identical cfg values to be set for both base and refiner samplers.
base_steps_portion: Outputs a value that can synchronize the start_at_step of the refiner with the end_at_step of the base.

Utility: Reduces the need for multiple primitive nodes containing singular values, centralizing configuration.

OTX Integer Multiple Inputs

Description: This node series is specialized for receiving multiple integer inputs, optimizing data input processes while ensuring consistent data type integration.

Functionality: The node provides several slots, each designed to accept integer values. Users have the flexibility to manually set each slot by directly typing in the integer values, streamlining the input process or connecting the inputs or outputs to other nodes,. Each slot acts as a dedicated integer input that can be seamlessly connected to downstream nodes.

Utility: It streamlines node setups by consolidating multiple integer input slots into a single node, reducing the need for individual integer nodes.

OTX Integer Multiple Inputs 4: Features a 4-slot configuration for integer inputs.
OTX Integer Multiple Inputs 5: Features a 5-slot configuration for integer inputs.
OTX Integer Multiple Inputs 6: Features a 6-slot configuration for integer inputs.

OTX Versatile Multiple Inputs

Description: A dynamic node series designed for diverse data input configurations. It can accommodate varying data types, granting users the flexibility to define and manage multiple data inputs within a singular node.

Functionality: Each slot within the node, implemented as a multiline textbox to handle longer strings, can be configured to accept one of three data types: INT, FLOAT, or STRING. In addition to connecting the inputs or outputs to other nodes, users can manually set data by typing into the multiline textboxes, ensuring both the value and its type are correctly configured for downstream processing.

Utility: This node series offers an integrated platform for diverse data inputs, negating the need for multiple nodes dedicated to distinct data types.

OTX Versatile Multiple Inputs 4: A 4-slot design, where each multiline textbox slot is configurable to INT, FLOAT, or STRING.
OTX Versatile Multiple Inputs 5: A 5-slot design, where each multiline textbox slot is configurable to INT, FLOAT, or STRING.
OTX Versatile Multiple Inputs 6: A 6-slot design, where each multiline textbox slot is configurable to INT, FLOAT, or STRING.