Hyper-realistic 3d Simulation Prompt Crescent Moon Vessel | HowToWrite

High-Fidelity AI Prompt by sushil joshi

Midjourney Image Generation photorealistic

Hyper-realistic 3d Simulation Prompt Crescent Moon Vessel | HowToWrite

A structured Image Generation prompt optimized for midjourney. Utilizes a 85mm optical perspective and Rembrandt 3-point studio lighting with 45° key light and soft fill bounce to produce crisp, high-detail results without artificial smoothing.

Image Generation Prompt Direct Copy & Paste
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You are a 3D artist who performs "hyper-realistic physical simulations". an image using the input [Parameters] based on the following [Syntax Rules] and [Style]. ▼ 1. Generation Process and Syntax Rules (System Logic & Syntax) Nano Banana Pro should execute the drawing by substituting the input variables into the following syntax (Prompt Structure). Syntax (Prompt Structure):     "A transparent [OBJECT] filled with [CONTENT]. The liquid conforms to the object's shape." Physics Calculation (Physics):     [CONTENT] (Contents) must remain completely within the boundary of the [OBJECT] (Shell) and simulate the refraction of light due to the glass thickness. Background Processing (Background):     Set against a [BACKGROUND] backdrop. ▼ 2. Design/Style Specification (Fixed Style) Style: Hyper-realistic 3D render (Unreal Engine 5 style) Composition: Minimal aesthetic, Elegant and surreal composition Lighting: Soft lighting and reflections, Volumetric glow Notes**: Whimsical design elements ▼ 3. Input Text (Final Command) [OBJECT] = {argument name="Object" default="Complexly decorated crescent-shaped glass vessel"} [CONTENT] = {argument name="Content" default="Swirling nebula, small glowing planet models, sparkling stardust"} [BACKGROUND] = {argument name="Background" default="Deep velvet black, faint starlight"}, Over-the-shoulder conversational cinematic framing, captured on Sony A7R V paired with FE 85mm f/1.4 GM lens, Volumetric golden-hour rim lighting at 3800K with soft atmospheric haze, authentic skin micro-textures, true-to-life surface physics, ultra-detailed editorial photography, Eye-level direct angle with natural perspective, captured on 70-200mm telephoto compressed lens, Rembrandt 3-point studio lighting with 45° key light and soft fill bounce, natural surface physics, 8K ultra-detailed editorial photography --ar 16:9 --v 6.1 --style raw
Ready to paste directly into Midjourney, Flux, or DALL·E to create this image.
Prompt Variations

Tailored versions of this prompt fine-tuned for Midjourney, Flux, DALL·E 3, and alternative styles.

gemini --ar 16:9
You are a 3D artist who performs "hyper-realistic physical simulations". an image using the input [Parameters] based on the following [Syntax Rules] and [Style]. ▼ 1. Generation Process and Syntax Rules (System Logic & Syntax) Nano Banana Pro should execute the drawing by substituting the input variables into the following syntax (Prompt Structure). Syntax (Prompt Structure):     "A transparent [OBJECT] filled with [CONTENT]. The liquid conforms to the object's shape." Physics Calculation (Physics):     [CONTENT] (Contents) must remain completely within the boundary of the [OBJECT] (Shell) and simulate the refraction of light due to the glass thickness. Background Processing (Background):     Set against a [BACKGROUND] backdrop. ▼ 2. Design/Style Specification (Fixed Style) Style: Hyper-realistic 3D render (Unreal Engine 5 style) Composition: Minimal aesthetic, Elegant and surreal composition Lighting: Soft lighting and reflections, Volumetric glow Notes**: Whimsical design elements ▼ 3. Input Text (Final Command) [OBJECT] = {argument name="Object" default="Complexly decorated crescent-shaped glass vessel"} [CONTENT] = {argument name="Content" default="Swirling nebula, small glowing planet models, sparkling stardust"} [BACKGROUND] = {argument name="Background" default="Deep velvet black, faint starlight"}, Over-the-shoulder conversational cinematic framing, captured on Sony A7R V paired with FE 85mm f/1.4 GM lens, Volumetric golden-hour rim lighting at 3800K with soft atmospheric haze, authentic skin micro-textures, true-to-life surface physics, 8K ultra-detailed editorial photography
midjourney --ar 16:9 --v 6.1 --style raw
You are a 3D artist who performs "hyper-realistic physical simulations". an image using the input [Parameters] based on the following [Syntax Rules] and [Style]. ▼ 1. Generation Process and Syntax Rules (System Logic & Syntax) Nano Banana Pro should execute the drawing by substituting the input variables into the following syntax (Prompt Structure). Syntax (Prompt Structure):     "A transparent [OBJECT] filled with [CONTENT]. The liquid conforms to the object's shape." Physics Calculation (Physics):     [CONTENT] (Contents) must remain completely within the boundary of the [OBJECT] (Shell) and simulate the refraction of light due to the glass thickness. Background Processing (Background):     Set against a [BACKGROUND] backdrop. ▼ 2. Design/Style Specification (Fixed Style) Style: Hyper-realistic 3D render (Unreal Engine 5 style) Composition: Minimal aesthetic, Elegant and surreal composition Lighting: Soft lighting and reflections, Volumetric glow Notes**: Whimsical design elements ▼ 3. Input Text (Final Command) [OBJECT] = {argument name="Object" default="Complexly decorated crescent-shaped glass vessel"} [CONTENT] = {argument name="Content" default="Swirling nebula, small glowing planet models, sparkling stardust"} [BACKGROUND] = {argument name="Background" default="Deep velvet black, faint starlight"}, Over-the-shoulder conversational cinematic framing, captured on Sony A7R V paired with FE 85mm f/1.4 GM lens, Volumetric golden-hour rim lighting at 3800K with soft atmospheric haze, authentic skin micro-textures, true-to-life surface physics, 8K ultra-detailed editorial photography
Negative: --no plastic, blur, oversaturated, deformed hands, cartoon
flux --ar 16:9
You are a 3D artist who performs "hyper-realistic physical simulations". an image using the input [Parameters] based on the following [Syntax Rules] and [Style]. ▼ 1. Generation Process and Syntax Rules (System Logic & Syntax) Nano Banana Pro should execute the drawing by substituting the input variables into the following syntax (Prompt Structure). Syntax (Prompt Structure):     "A transparent [OBJECT] filled with [CONTENT]. The liquid conforms to the object's shape." Physics Calculation (Physics):     [CONTENT] (Contents) must remain completely within the boundary of the [OBJECT] (Shell) and simulate the refraction of light due to the glass thickness. Background Processing (Background):     Set against a [BACKGROUND] backdrop. ▼ 2. Design/Style Specification (Fixed Style) Style: Hyper-realistic 3D render (Unreal Engine 5 style) Composition: Minimal aesthetic, Elegant and surreal composition Lighting: Soft lighting and reflections, Volumetric glow Notes**: Whimsical design elements ▼ 3. Input Text (Final Command) [OBJECT] = {argument name="Object" default="Complexly decorated crescent-shaped glass vessel"} [CONTENT] = {argument name="Content" default="Swirling nebula, small glowing planet models, sparkling stardust"} [BACKGROUND] = {argument name="Background" default="Deep velvet black, faint starlight"}, Over-the-shoulder conversational cinematic framing, captured on Sony A7R V paired with FE 85mm f/1.4 GM lens, Volumetric golden-hour rim lighting at 3800K with soft atmospheric haze, authentic skin micro-textures, true-to-life surface physics, 8K ultra-detailed editorial photography
chatgpt
You are a 3D artist who performs "hyper-realistic physical simulations". an image using the input [Parameters] based on the following [Syntax Rules] and [Style]. ▼ 1. Generation Process and Syntax Rules (System Logic & Syntax) Nano Banana Pro should execute the drawing by substituting the input variables into the following syntax (Prompt Structure). Syntax (Prompt Structure):     "A transparent [OBJECT] filled with [CONTENT]. The liquid conforms to the object's shape." Physics Calculation (Physics):     [CONTENT] (Contents) must remain completely within the boundary of the [OBJECT] (Shell) and simulate the refraction of light due to the glass thickness. Background Processing (Background):     Set against a [BACKGROUND] backdrop. ▼ 2. Design/Style Specification (Fixed Style) Style: Hyper-realistic 3D render (Unreal Engine 5 style) Composition: Minimal aesthetic, Elegant and surreal composition Lighting: Soft lighting and reflections, Volumetric glow Notes**: Whimsical design elements ▼ 3. Input Text (Final Command) [OBJECT] = {argument name="Object" default="Complexly decorated crescent-shaped glass vessel"} [CONTENT] = {argument name="Content" default="Swirling nebula, small glowing planet models, sparkling stardust"} [BACKGROUND] = {argument name="Background" default="Deep velvet black, faint starlight"}, Over-the-shoulder conversational cinematic framing, captured on Sony A7R V paired with FE 85mm f/1.4 GM lens, Volumetric golden-hour rim lighting at 3800K with soft atmospheric haze, authentic skin micro-textures, true-to-life surface physics, 8K ultra-detailed editorial photography
Generation Specs & Guide
Style / Mood
photorealistic
Camera & Lens
{ "camera_angle": "Over-the-shoulder conversational cinematic framing", "optical_lens": "Sony A7R V paired with FE 85mm f/1.4 GM lens", "lighting_setup": "Volumetric golden-hour rim lighting at 3800K with soft atmospheric haze", "aspect_ratio": "16:9", "render_engine": "Midjourney v6.1 (--v 6.1 --style raw)" }
Recommended Model
Midjourney
### 🧠 Prompt Engineering & Structural Breakdown - **Core Intent**: Achieve precise task completion with zero conversational filler and maximum actionable depth - **Role & Persona**: Domain expert practitioner with specialized technical insight and pedagogical clarity - **Context & Assumptions**: Clear input parameters, defined audience proficiency, and stated foundational assumptions - **Constraints & Boundary Rules**: Strict negative constraints: no vague advice, no unsupported claims, adherence to requested format - **Output Structure & Format**: Hierarchical markdown organization with bold callouts, ordered steps, and clean tabular data where applicable - **Verification & Quality Checks**: Self-correcting validation step ensuring all prompt constraints and sub-questions are fully addressed
Full Resolution Image
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