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Perfect LoRA Dataset from ONE Photo? The Qwen Revolution in ComfyUI — Transcript

by ASF · 743 words · 109 segments · language en · Watch on YouTube

Full transcript

  1. 0:00Hey everyone. Today we're kicking off a
  2. 0:02series on training a specific module for
  3. 0:04our AI. We're talking about training a
  4. 0:07Laura file. So why do we even need this
  5. 0:09file? It's all about control. We create
  6. 0:12a Laura to cut through the chaotic
  7. 0:14diffusion randomness and teach the model
  8. 0:16to recognize specific visual patterns.
  9. 0:18Whether that's a person's face, a unique
  10. 0:20architectural style, or complex
  11. 0:23technical objects. The goal here is to
  12. 0:25lock down the weights in the latent
  13. 0:27space, giving us 100% consistency in
  14. 0:30every single generation. Without Allora,
  15. 0:32you're relying on generative luck. With
  16. 0:35Aora, you're the one in charge. If you
  17. 0:37want to create an Instagram model who
  18. 0:39looks exactly the same, same body, same
  19. 0:42face in every photo and video, you need
  20. 0:44a data set. A bunch of photos with
  21. 0:46specific descriptions for each one. How
  22. 0:49do you create this data set? Option one,
  23. 0:52find a girl on Instagram and use her
  24. 0:54photos as a base. Swap the face on every
  25. 0:56single photo and that's it. You're ready
  26. 0:58for training. We aren't stealing
  27. 1:00anything. We're just training the file
  28. 1:02on those shapes and patterns. Just a
  29. 1:05tip, try to pick photos without tattoos.
  30. 1:07To swap the face, just open my face swap
  31. 1:10workflow, drop in the face you want and
  32. 1:12the photo from Instagram. Do it 20 times
  33. 1:15and you're done. This workflow is
  34. 1:17available on my Mimic PC. Just click the
  35. 1:19link and it opens right up. Option two,
  36. 1:22this is my Q data's workflow. It lets
  37. 1:25you take a single photo and turn it into
  38. 1:27many different poses and lighting
  39. 1:29setups. The main thing is that your
  40. 1:31reference photo needs to be prepped with
  41. 1:32a face swap first. I won't spend too
  42. 1:35much time on the face swap part. Just
  43. 1:37plug in the photo and get your result.
  44. 1:39Let's talk about Quen instead. Key notes
  45. 1:42for the Quen workflow. The base we're
  46. 1:45using Quen image edit 2511 in BF-16 but
  47. 1:49loading it through FP8. This is crucial
  48. 1:51for saving VRAM without losing precision
  49. 1:54during token processing. The clip model
  50. 1:56here is Quen 2.5 which understands
  51. 1:59spatial relationships way better than
  52. 2:01the standard SDXL clip. Scaling the
  53. 2:04image scale to total pixels node is set
  54. 2:06to 1 megapixel. This is the gold
  55. 2:09standard for Quen. It automatically fits
  56. 2:11the input photo to the right aspect
  57. 2:13ratio without stretching the face, which
  58. 2:15helps avoid artifacts. Automation. The
  59. 2:19heart of the workflow is the CR prompt
  60. 2:21list. I've put in 30 presets from 85 mm
  61. 2:25Rembrandt lighting portraits to full
  62. 2:27body bird's eye shots. Each prompt goes
  63. 2:29through a specific Quen image edit plus
  64. 2:31encoder, which blends the image and text
  65. 2:34at the tensor level for maximum
  66. 2:35accuracy. Speed. For speed, we've hooked
  67. 2:38up a lightning lora. Check the K
  68. 2:41sampler, just six steps, oiler, and the
  69. 2:44Beta 57uler.
  70. 2:46We're keeping CFG at one. This is
  71. 2:48important because lightning models start
  72. 2:50to overburn the image at high CFG, and
  73. 2:53we need natural skin texture for our
  74. 2:54data set. Optimization. If you have less
  75. 2:58than 12 GB of VRAM, definitely use Quen
  76. 3:01image VAE with a separate loader. It
  77. 3:03frees up cache space for the unit. The
  78. 3:06noise is set to 1.0 because we're
  79. 3:08building new frames from scratch based
  80. 3:10on the reference. The big win here is
  81. 3:12consistency. You get a set of images
  82. 3:14with a clean background and lighting
  83. 3:16that ranges from 2,700 Kelvin to 6,500
  84. 3:20Kelvin. This is the perfect base for
  85. 3:22training a Laura that understands
  86. 3:24shadows and anatomy. Final steps for
  87. 3:27your data set. All right. Once you have
  88. 3:29your 20 to 25 photos of your model in
  89. 3:32different poses and moods, you need
  90. 3:34descriptions. Without text descriptions
  91. 3:36for every photo, training is pointless.
  92. 3:39Make sure the file names match the image
  93. 3:41names exactly, just with a different
  94. 3:43file extension. Take your photos, upload
  95. 3:46them to GPT in batches of five, and ask
  96. 3:48it to describe them. The most important
  97. 3:51part, include a trigger word. This can
  98. 3:54be a name or any unique word. Later,
  99. 3:56when you're generating images, you'll
  100. 3:58put this word in your prompt to activate
  101. 4:00the Laura. Pack everything into a folder
  102. 4:02like this, and we're ready to train.
  103. 4:05I'll give you the full training
  104. 4:06instructions in the next video. So,
  105. 4:08subscribe to my YouTube and Patreon. I
  106. 4:10post all my workflows there with direct
  107. 4:12links to the server. You just click and
  108. 4:15everything installs in minutes. Links
  109. 4:17are in the description.

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