High-Resolution Advanced Inpainting with ComfyUI - SDXL and IP-Adapter Integration

High-Resolution Advanced Inpainting with ComfyUI - SDXL and IP-Adapter Integration

kasukanra via YouTube Direct link

Why do we need double masking attention + normal?

51 of 70

51 of 70

Why do we need double masking attention + normal?

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High-Resolution Advanced Inpainting with ComfyUI - SDXL and IP-Adapter Integration

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  1. 1 Introduction
  2. 2 Resizing the image
  3. 3 Checking image size
  4. 4 Default mask
  5. 5 Preview bridge
  6. 6 Canvas tab
  7. 7 Naive inpainting
  8. 8 Issues with naive inpainting
  9. 9 Mask to region
  10. 10 Cut by mask
  11. 11 Resizing the crop image
  12. 12 Resizing the crop mask
  13. 13 Encoding the masked crop
  14. 14 Comparing naive and high-resolution inpainting
  15. 15 Compositing ksampler crop back onto the original image
  16. 16 Checking the robustness of the high-resolution inpainting workflow
  17. 17 Image blend by mask
  18. 18 Image downsampling on the composite
  19. 19 Acly's ComfyUI inpaint nodes overview
  20. 20 Acly's pre-process workflow
  21. 21 Fill masked options
  22. 22 Blur masked area
  23. 23 Fast inpaint
  24. 24 Outpainting with SDXL
  25. 25 Fill masked area setup with high-resolution inpainting
  26. 26 Rgthree nodes introduction
  27. 27 Fill masked area visualize
  28. 28 Integrating Fooocus patch
  29. 29 Tensor size mismatch error
  30. 30 Adding ControlNet depth
  31. 31 Rgthree bypass node on ControlNet depth
  32. 32 Adding ControlNet depth to the Fooocus patch workflow
  33. 33 Fill masked area integration
  34. 34 Comparing results with Acly pre-process
  35. 35 Image to mask error + fix
  36. 36 Fill masked area blur
  37. 37 Alternative blur method
  38. 38 Image composite masked
  39. 39 Fast inpaint
  40. 40 IP-Adapter overview
  41. 41 Removing redundant nodes
  42. 42 Series workflow fill masked area
  43. 43 Series workflow blur masked area
  44. 44 Group bypass/muter
  45. 45 Series workflow fast inpaint model
  46. 46 IP-Adapter crash course
  47. 47 Bypassing the IP-Adapter
  48. 48 Using high-resolution fast inpaint to remove objects
  49. 49 Applying reference image to high-resolution inpainting workflow
  50. 50 Integrating attention masking to the IP-Adapter inpainting
  51. 51 Why do we need double masking attention + normal?
  52. 52 Using IP-Adapter with multiple reference images
  53. 53 Addressing the opacity blend issue
  54. 54 Applying ControlNet to IP-Adapter
  55. 55 Adding pre-processing methods to IP-Adapter
  56. 56 Using multiple reference images for IP-Adapter
  57. 57 Compositing images inside ComfyUI Canvas Tab
  58. 58 Switch nodes Comfy Impact
  59. 59 Rgthree bookmarks
  60. 60 Pad image for outpainting
  61. 61 Integrating image padding into high-resolution inpainting workflow pt.1
  62. 62 pt.2
  63. 63 Outpainting from a bust-up image
  64. 64 Context nodes rgthree
  65. 65 Context switch rgthree
  66. 66 Replacing switch any with context switch
  67. 67 Toggle control system basics
  68. 68 Toggle between txt-2-img and high-resolution inpainting
  69. 69 Linking state across groups with relay node
  70. 70 Fixing the one-way relay issue

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