RunningHub workflow page: https://www.runninghub.ai/zh-cn/post/2080681456040501249?inviteCode=rh-v1111
Krea 2 Cleanup 2.6 - Single-Image (Three-Stage Depth Control + Presets)
Purpose: the single-image variant of the Krea 2 cleanup set. One image in, the same three depth-conditioned stages (high-noise shaping, mid-noise structure hold, low-sigma convergence), RAW + Turbo base models and a 4x upscale pass, with one preset number controlling how far the edit is allowed to move.
Graph (as saved)
89 nodes / 149 links / 38 groups.
- Depth chain: three
Krea2ControlImageEncodestages each feedingKrea2ControlApplyand aKrea2ControlLoRALoaderondepth-control-lora.safetensorsat 1.00 / 0.85 / 0.65 (preset-driven). - Three more
LoraLoaderModelOnlyslots on the same file are saved at strength 0 - disabled slots, not active LoRAs. - Models:
krea2_raw.safetensorshigh-noise stage,krea2_turbo_fp8.safetensorsmid/low. CLIPqwen3vl_4b_fp8_scaled.safetensors(typekrea2), VAEqwen_image_HDR_vae_fp32_comfy.safetensors. - Single input: one
LoadImage; depth via DA3 nodes;ConditioningKrea2Rebalancesaved bypassed in this variant. - Samplers: three
SamplerCustomAdvancedwith one sharedSamplerEulerAncestral(1, 1); shared RAW/Turbo schedule 36 steps denoise 0.92; Turbo upscale refine 10 steps denoise 0.35; active intermediate KSampler 10 steps, CFG 1, euler_ancestral, simple, denoise 0.40. Legacy KSamplers saved bypassed (8j0.90, 10j0.30). - Upscale: 4x-UltraSharp +
ImageUpscaleWithModel; twoLatentUpscalenodes. SaveImage prefixKrea2_单图洗图_2.4_RAWTurbo. - Preset dial: 0 = tightly controlled / faithful, 1 = balanced (default), 2 = diverging high-noise repaint; drives three denoise values, Split checkpoints, RAW CFG and the depth-LoRA strength trio together (preset 2 sets depth LoRA to 0).
How to use
Load one image, pick the preset, and write or extract the prompt. The graph's CLIP node accepts the final prompt from the JSON field; the LLM/JSON caption branch is shared with the batch variants. Leave the depth-LoRA trio at preset values unless you deliberately override it.
Limits and not-verified items
No inference was run for this listing: no speed, VRAM, fidelity or upscale-quality claim is made. The saved nodes and notes are the author's configuration, not measured results. Weights, LoRA, depth model and input media are not bundled; check their licenses separately. The cover image is a promotional still, not a frame produced by this graph.
Tutorial: YouTube · Bilibili. Workflows supplied through AI-KSK; verify workflow, node, model, LoRA, input-image and cover rights separately. No blanket commercial or redistribution license is asserted.

