WorkflowPublicadoExterno

Flux Lora/Epoch Tester

TareaTexto a imagenFamiliaFLUXVRAM estimadaEstimación no disponibleBcalidad

Perfil de ejecución

Acceso: Flujo externo
Estado: Publicado
Fuente: Civitai
Actualizado: 20 jul 2026

Descripción de la fuente

Version 2 (Testing with other LoRas): After I narrow down the first few epochs, I like to test to see how compatible they are with other LoRa's before choosing the one I will publish. I think that is important and I had to manually do it the last time, so I created this workflow that makes it easier to do so. I also figured out a way to easily adjust the amount of Lora's to test, you should be able to get a good idea of how I set it up based on the notes within the workflow, as well as the example screenshots.

Version 1: I was getting frustrated while testing my latest lora with a workflow I found because it didn't centralize all of the controls for each of the samplers so I made one that has all of the features that I like in my workflows. Nothing new, it has all of what I consider the settings I would want to change when testing lora epochs as a single input as well as wildcard support.

You can leave both groups enabled if you want to compare up to 10 lora's as well as no lora, or just use the top one for no lora/ 5 lora's, bottom if you want to test 5 lora's only.

Comentario generado por IA

Explicación generada por IA basada en los detalles de la fuente y la configuración. Las sugerencias están claramente identificadas.

Propósito

Flux Lora/Epoch Tester is for comparing narrowed LoRA epochs with other LoRAs before choosing one to publish. Its inputs include LoRA epochs, other LoRAs, sampler settings, and wildcard-supported inputs; it can save image results through a SaveImage node.

Flujo

First narrow down a few epochs, then test how compatible they are with other LoRAs before choosing one to publish.
Sampler controls are centralized for LoRA epoch testing.

Entradas y salidas

Use LoRA epochs, other LoRAs, sampler settings, and wildcard-supported inputs.
The graph includes VAEDecode and SaveImage nodes for image results.

Configuración inicial

It is listed for the Flux.1 D base model.

Dependencias

Listed model files: ae.safetensors, clip_l.safetensors, flux_dev.safetensors, and t5xxl_fp8_e4m3fn.safetensors.
Named components include AddLabel, Anything Everywhere, BasicGuider, BasicScheduler, CLIPTextEncode, CR Apply LoRA Stack, DualCLIPLoader, easy imageConcat, EmptyLatentImage, Fast Groups Bypasser (rgthree), Float Input [Dream], FluxGuidance, ImpactWildcardProcessor, Int Literal, ۽
Other named components include KSamplerSelect, LoraLoaderStackedAdvanced, ModelSamplingFlux, mxSlider, mxSlider2D, RandomNoise, SamplerCustomAdvanced, SaveImage, Scheduler Selector (ComfyUI) // RvTools, Seed (rgthree), Simple String, StringFunction|pysssss, Text Concatenate, UNET

Configuración

Enable both groups to compare up to 10 LoRAs plus no LoRA. Use only the top group for no LoRA or five LoRAs, or only the bottom group to test five LoRAs.

Precauciones

Before use, verify the four model files and named components; 31 of 35 listed items are not specifically matched.
Sugerencia · sin verificar
No model-use license is stated, so check usage rights before publishing.
Sugerencia · sin verificar

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Fuentes

1 fuente

CivitaiPrincipalVersión 1111743

civitai.com/models/989956

Verificado 20 jul

Extractos de fuentes

1 extracto

Note20 julcivitai.com/models/989956

Source context: 359 downloads · Type Workflows · Base model Flux.1 D