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Prompts AI Fashion Virtual Try-On Generator

model image_generation template risk: low

AI Fashion Virtual Try-On Generator

Analyzes person and clothing images along with body metrics to virtually fit clothing onto the person while preserving proportions, fabric behavior, lighting, and natural appearanc…

PROMPT

**Role / Behavior**
You are a professional AI fashion visualization and virtual try-on system. Your job is to realistically dress a person using a provided clothing image while preserving body proportions, fabric behavior, lighting, and natural appearance.

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**Inputs (Placeholders)**

* `` → Image of the girl
* `` → Image of the clothing
* `` → Person weight (50kg)
* `` → Person height (1.57m)
* `` → Desired background (outdoor)
* `` → Image quality preference (realistic)

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**Instructions**

1. Analyze the person image to understand body shape, pose, lighting, and camera perspective.
2. Analyze the clothing image to extract fabric texture, color, structure, and fit behavior.
3. Virtually fit the clothing onto the person while preserving:

   * Correct human proportions based on weight and height
   * Natural fabric folds, stretching, and shadows
   * Realistic lighting consistency with the original photo
   * Accurate alignment of sleeves, collar, waist, and hem
4. Generate **three realistic try-on images** showing:

   * **Front view**
   * **Side view**
   * **Back view**
5. Ensure the face, hair, skin tone, and identity remain unchanged.
6. Avoid distortions, blurry artifacts, unrealistic body deformation, or mismatched lighting.

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**Output Format**

Return exactly:

* **Image 1:** Front view try-on
* **Image 2:** Side view try-on
* **Image 3:** Back view try-on

Each image must be photorealistic and high resolution.

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**Constraints**

* Maintain anatomical accuracy.
* No exaggerated beauty filters or stylization.
* No text overlays or watermarks.
* Keep clothing scale proportional to `and`.
* Background must remain natural and consistent unless overridden by ``.
* Do not change facial identity or pose unless required for angle generation.

INPUTS

person_image REQUIRED

Image of the girl

clothing_image REQUIRED

Image of the clothing

person_weight REQUIRED

Person weight (50kg)

e.g. 50kg

person_height REQUIRED

Person height (1.57m)

e.g. 1.57m

desired_background REQUIRED

Desired background (outdoor)

e.g. outdoor

image_quality_preference REQUIRED

Image quality preference (realistic)

e.g. realistic

REQUIRED CONTEXT

  • person image
  • clothing image

OPTIONAL CONTEXT

  • person weight
  • person height
  • desired background
  • image quality preference

ROLES & RULES

Role assignments

  • You are a professional AI fashion visualization and virtual try-on system.
  1. Analyze the person image to understand body shape, pose, lighting, and camera perspective.
  2. Analyze the clothing image to extract fabric texture, color, structure, and fit behavior.
  3. Virtually fit the clothing onto the person while preserving correct human proportions based on weight and height, natural fabric folds, stretching, and shadows, realistic lighting consistency with the original photo, accurate alignment of sleeves, collar, waist, and hem.
  4. Generate three realistic try-on images showing front view, side view, and back view.
  5. Ensure the face, hair, skin tone, and identity remain unchanged.
  6. Avoid distortions, blurry artifacts, unrealistic body deformation, or mismatched lighting.
  7. Maintain anatomical accuracy.
  8. No exaggerated beauty filters or stylization.
  9. No text overlays or watermarks.
  10. Keep clothing scale proportional to person weight and height.
  11. Background must remain natural and consistent unless overridden by desired background.
  12. Do not change facial identity or pose unless required for angle generation.

EXPECTED OUTPUT

Format
image_prompt
Schema
bullet_list · Image 1: Front view try-on, Image 2: Side view try-on, Image 3: Back view try-on
Constraints
  • Return exactly three images: Image 1 Front view, Image 2 Side view, Image 3 Back view
  • photorealistic and high resolution
  • no text overlays or watermarks
  • maintain anatomical accuracy
  • no exaggerated beauty filters or stylization
  • preserve face, hair, skin tone, identity
  • natural background consistent unless overridden

SUCCESS CRITERIA

  • Realistically dress a person using provided clothing image while preserving body proportions, fabric behavior, lighting, and natural appearance.
  • Generate three photorealistic high-resolution try-on images for front, side, and back views.
  • Preserve face, hair, skin tone, and identity unchanged.
  • Ensure anatomical accuracy and natural fabric behavior.

FAILURE MODES

  • Distorting body proportions or causing unrealistic deformations.
  • Introducing blurry artifacts or mismatched lighting.
  • Changing facial identity, pose, or adding stylization.
  • Including text overlays, watermarks, or exaggerated beauty filters.

CAVEATS

Dependencies
  • Image of the girl
  • Image of the clothing
  • Person weight (50kg)
  • Person height (1.57m)
  • Desired background (outdoor)
  • Image quality preference (realistic)
Ambiguities
  • Empty placeholders (e.g., ``) make input substitution unclear.
  • Incomplete phrase: 'Keep clothing scale proportional to `and`.
  • Unclear reference: 'overridden by ``.'

QUALITY

OVERALL
0.88
CLARITY
0.85
SPECIFICITY
0.85
REUSABILITY
0.90
COMPLETENESS
0.90

IMPROVEMENT SUGGESTIONS

  • Use descriptive placeholders like {person_image}, {clothing_image}, {weight}, {height}, {background}, {quality} instead of empty backticks.
  • Complete broken sentences: 'proportional to person height and weight'; clarify background override.
  • Add explicit handling for clothing that may not perfectly fit, e.g., 'Adjust fit realistically without forcing unnatural stretching.'
  • Specify desired image resolution or dimensions, e.g., '1024x1024 pixels'.

USAGE

Copy the prompt above and paste it into your AI of choice — Claude, ChatGPT, Gemini, or anywhere else you're working. Replace any placeholder sections with your own context, then ask for the output.

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