[INPUT OBJECT IMAGE]: {{USER_UPLOADED_IMAGE}}
[INPUT OBJECT TYPE]: เพชร
[INPUT LANGUAGE]: Thai
---

System Instruction:
Generate a hyper-realistic, scientifically accurate "Material MRI & Cross-Section Diagnostic Report" 
based on the [INPUT OBJECT IMAGE] and [INPUT OBJECT TYPE] provided above.

CRITICAL ACCURACY REQUIREMENT:
Analyze [INPUT OBJECT IMAGE] with maximum structural and material precision.
All internal layers, cellular structures, molecular composition, density mapping, 
and material properties MUST reflect the actual physical/biological reality of the object.
Cross-reference [INPUT OBJECT TYPE] to identify and label all scientifically correct 
internal components. Accuracy threshold: 99.99%. No fabricated structures. 
No speculative material science. NO human figures. NO researchers. NO diorama elements 
anywhere in the image — this is a pure clinical diagnostic output only.

OBJECT CLASSIFICATION ENGINE:
Auto-detect object category from [INPUT OBJECT TYPE] and apply the correct 
scanning logic:

  IF PLANT / ORGANIC:
    → Apply: Cellular MRI + Chlorophyll density map + Vascular bundle scan
    → Layers: Epidermis → Mesophyll/Parenchyma → Vascular Network (Xylem/Phloem)
    → Signal type: Bio-fluorescence overlay, moisture content gradient

  IF MINERAL / CRYSTAL / GEMSTONE:
    → Apply: Crystallographic X-ray diffraction map + Lattice structure scan
    → Layers: Surface facet → Crystal matrix → Inclusion/defect core
    → Signal type: Refractive index overlay, hardness density gradient (Mohs scale)

  IF SYNTHETIC MATERIAL / PLASTIC / METAL / COMPOSITE:
    → Apply: Industrial CT scan aesthetic + Molecular bond mapping
    → Layers: Surface coating → Bulk material → Molecular/grain structure
    → Signal type: Stress fracture overlay, tensile strength gradient, 
                   thermal conductivity map

  IF FOOD / FRUIT / BIOLOGICAL TISSUE:
    → Apply: Nutritional density MRI + Water activity mapping
    → Layers: Skin/Rind/Peel → Flesh/Pulp → Seed/Core/Pit
    → Signal type: Sugar content overlay, fiber density map, 
                   ripeness index gradient

OUTPUT LAYOUT (Strict Grid — 16:9 landscape):

┌──────────────────────────────────────────────────────────────────┐
│  [ภาพต้นฉบับ]      หัวข้อที่ตรวจ: {{INPUT OBJECT TYPE}}         │
│  (small box,        ประเภท: {{AUTO-CLASSIFIED CATEGORY}}         │
│   top-left)                                                      │
├─────────────────────────┬────────────────────────────────────────┤
│  ผล MRI 3D มุมที่ 1     │  ผล MRI 3D มุมที่ 2                   │
│  EXTERNAL SURFACE SCAN  │  LONGITUDINAL CROSS-SECTION            │
├─────────────────────────┼────────────────────────────────────────┤
│  ผล MRI 3D มุมที่ 3     │  ผล MRI 3D มุมที่ 4                   │
│  TRANSVERSE CROSS-SECT  │  3D VOLUMETRIC RECONSTRUCTION          │
└─────────────────────────┴────────────────────────────────────────┘

PANEL RENDERING SPECIFICATIONS:

Panel 1 — External Surface Scan (มุมที่ 1):
- Ultra-macro surface topology rendering of the object exterior
- Texture mapping: smooth/rough/crystalline/cellular as appropriate to object type
- Thai labels: surface material name + texture classification
- Highlight surface anomalies, pores, coating layers, or surface defects
- Color palette: warm amber/ivory tones on pure black MRI background
- Include measurement scale bar (mm or μm depending on object size)
- Signal overlay: surface density heatmap
- NO human figures of any kind

Panel 2 — Longitudinal Cross-Section (มุมที่ 2):
- Slice along the longest axis of the object (top-to-bottom cut)
- Clearly delineate Layer 1 / Layer 2 / Layer 3 with glowing cyan boundary lines
- Measurement scale bar on image edge
- Thai anatomical/material labels with precise hairline leader lines
- Signal gradient: dense regions (bright white) → hollow/air (pure black)
- T2-weighted MRI aesthetic: bright fluid/organic content, dark dense material
- NO human figures of any kind

Panel 3 — Transverse Cross-Section (มุมที่ 3):
- Slice perpendicular to longest axis (ring/radial cross-section view)
- Show internal ring structure, grain pattern, cellular arrangement, or lattice rings
- Overlay: density heatmap (blue = low density → red = high density)
- Highlight defects, inclusions, voids, or biological anomalies in amber
- Thai labels: each detected sub-structure named with its correct scientific term
- FLAIR-style aesthetic: suppressed fluid, emphasized structural boundaries
- NO human figures of any kind

Panel 4 — 3D Volumetric Reconstruction (มุมที่ 4):
- Pure clinical 3D reconstruction only — sterile, technical, data-driven
- Exploded-view 3D render: all 3 layers cleanly separated with gap spacing
  showing each layer as a distinct floating shell
- Color coding by layer:
    Layer 1 (Outer shell):      cool blue-white
    Layer 2 (Middle/Functional): warm amber-gold
    Layer 3 (Inner core):       deep magenta-red
- Glowing magenta scan lines connecting the separated layers,
  labeled "MRI-scan" in Thai at each connection point
- 45° oblique viewing angle for maximum structural depth clarity
- Background: pure black with faint technical grid lines
- NO human figures. NO researchers. NO lab coats. NO diorama elements.
  This panel is 100% object-only clinical visualization.

LAYER ANNOTATION LOGIC (Auto-generate based on object type):

  Layer 1 label → {{scientifically correct outer structure name in Thai}}
  Layer 2 label → {{scientifically correct middle structure name in Thai}}
  Layer 3 label → {{scientifically correct core structure name in Thai}}

  Example — Apple / ผลแอปเปิ้ล:
    Layer 1: เอพิเดอร์มิส (ผิวชั้นนอก)
    Layer 2: พาเรงคิมา (เนื้อผล)
    Layer 3: โลคูล (โพรงเมล็ด)

  Example — Diamond / เพชร:
    Layer 1: ผิวหน้าคริสตัล (Facet Surface)
    Layer 2: โครงผลึกคาร์บอน (Crystal Lattice)
    Layer 3: แกนรวมศูนย์ (Inclusion Core)

  Example — Oak Wood / ไม้โอ๊ค:
    Layer 1: เปลือกนอก (Bark / Cork)
    Layer 2: วงปี (Growth Ring / Xylem)
    Layer 3: แก่นไม้ (Heartwood Core)

  Example — Granite / หินแกรนิต:
    Layer 1: ผิวแร่ธาตุ (Mineral Surface)
    Layer 2: โครงสร้างผลึกแร่ (Interlocking Crystal Matrix)
    Layer 3: แกนแร่หนัก (Dense Mineral Core)

  Example — Carbon Fiber / คาร์บอนไฟเบอร์:
    Layer 1: เรซินเคลือบผิว (Epoxy Resin Surface)
    Layer 2: เส้นใยคาร์บอนถัก (Woven Carbon Fiber Layer)
    Layer 3: แกนโครงสร้าง (Structural Core Matrix)

GLOBAL VISUAL STANDARDS:
- Background: Pure black (#000000) throughout — authentic MRI viewer interface
- All text and labels: Thai language only, clean sans-serif font
- Panel borders: thin white 1px clinical grid lines separating all 4 panels
- Top metadata bar: Object type | Scan classification | Resolution | Scale reference
- Bottom findings bar: 1-line Thai summary of key structural finding per layer
- Original image thumbnail (top-left corner): clean white border, labeled "ภาพต้นฉบับ"
- Title centered at top: "หัวข้อที่ตรวจ: [INPUT OBJECT TYPE]"
- Watermark (bottom-right, subtle): "Material Diagnostic MRI System"
- Zero human figures anywhere in the entire image — clinical output only

ASPECT RATIO: 16:9
RESOLUTION: 8K
STYLE: Authentic scientific MRI workstation + Technical Blueprint Aesthetic