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tenser-tensor-ComfyUI-Tense…/web/docs/TT_ClipTextEncodeSdxl.md
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TenserTensor 22c3d146bd Add post-production nodes with documentation
Implement post-production processing nodes:
- add_film_grain.py: procedural film grain effect
- apply_lut.py: LUT-based color grading
- image_enhancer.py: comprehensive image adjustments (brightness, contrast, gamma, hue, saturation, sharpness, posterize, solarize)
- postproduction.py: all-in-one pipeline (LUT + film grain + upscaling)
- postproduction_advanced.py: extended pipeline with image enhancement controls
- quick_image_upscaler.py: simple tiled AI upscaler

Add markdown documentation for all post-production nodes
2026-02-13 19:38:03 +03:00

2.2 KiB

TT CLIP Text Encode SDXL TT_ClipTextEncodeSdxl

This description was generated with AI assistance. If you spot any errors, please create an issue on GitHub.

SDXL text encoder with separate CLIP-L and CLIP-G prompt inputs and conditioning parameters.

Inputs

Parameter Type Required Description
clip CLIP Yes CLIP text encoder (dual CLIP-L + CLIP-G)
clip_l_positive STRING Yes CLIP-L positive prompt (multiline)
clip_g_positive STRING Yes CLIP-G positive prompt (multiline)
clip_l_negative STRING Yes CLIP-L negative prompt (multiline)
clip_g_negative STRING Yes CLIP-G negative prompt (multiline)
ascore_positive FLOAT Yes Aesthetic score for positive (0.0-1000.0, default: 9.0)
ascore_negative FLOAT Yes Aesthetic score for negative (0.0-1000.0, default: 6.0)
width INT Yes Image width for conditioning (default: 512)
height INT Yes Image height for conditioning (default: 512)
target_width INT Yes Target width for conditioning (default: 512)
target_height INT Yes Target height for conditioning (default: 512)

Outputs

Parameter Type Description
POSITIVE CONDITIONING Positive conditioning with aesthetic score and dimensions
NEGATIVE CONDITIONING Negative conditioning with aesthetic score and dimensions

Usage

Encode text prompts for SDXL with separate control over CLIP-L and CLIP-G inputs, aesthetic scores, and target dimensions. The aesthetic scores and dimensions are embedded into the conditioning to guide the generation process.


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