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Wan 2.1 Full Fine-tuning, RES4LYF Clownshark Sampling, and Flex Model Comparisons

kasukanra via YouTube

Overview

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Explore advanced AI model fine-tuning techniques in this comprehensive 43-minute video tutorial covering Wan 2.1 full fine-tuning, RES4LYF Clownshark sampling methods, and detailed Flex model comparisons. Learn practical implementation of epsilon value adjustments and their effects on training outcomes, master optimizer settings configuration, and understand weights and biases validation processes. Discover how to convert diffusers models, work with diffusers keys and conversion dictionaries, and implement ComfyUI model detection and inference workflows. Compare various sampling methods including UniPC, Euler, DPMPP_2M, DPMPP_2M_SDE_GPU, and the specialized Clownshark sampler while examining ETA noise parameters and their impact on generation quality. Dive deep into sigma scheduling techniques with visual plot analysis and mathematical foundations, including Karras scheduling variations and noise pattern observations. Examine practical applications through detailed comparisons between Wan 2.1 and Flex models across multiple design categories including male and female character design, hard surface modeling, large-scale environments, and interior design scenarios. Access comprehensive training settings, ComfyUI workflows, and model resources through the provided GitHub repository and additional documentation links for hands-on implementation of these advanced AI art generation techniques.

Syllabus

00:00 Introduction
00:45 Training
01:27 Incorrect Epsilons
01:54 Effect of changes of epsilon value
04:06 How to change the optimizer settings
04:42 Weights and biases validation
05:26 Training configuration
07:00 Converting diffusers
07:49 Diffusers keys
08:47 Conversion dictionary
09:05 ComfyUI model detection
09:53 ComfyUI inference
10:11 Full fine-tuned vs. base model unipc
10:55 Euler sampler
12:21 DPMPP_2M
13:05 DPMPP_2M_SDE_GPU
13:51 Clownshark Sampler
14:49 ETA Noise
15:53 ETA 0 vs. 0.5 vs. 1
17:53 Sigma Scheduling
19:22 Sigma schedule plots
20:20 How to generate no sigmas plot
21:21 Sigmas schedule comparison
21:50 Karras version mistake
22:46 Bong math crash course
23:33 Bong math qualitative analysis
24:25 Interesting observation about noise patterns
24:52 Redone with correct interpolated steps
25:21 Different seed
27:00 Wan 2.1 VACE
28:48 Wan2.1 vs. Flex
30:30 Male character design
34:08 Female character design
37:25 Hard surface design
38:24 Large scale environment
40:06 Interior design
41:37 Wan2.1 refinement
42:38 Conclusion

Taught by

kasukanra

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