Remix

Make your own version of Nexus Chimie 3D

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Original by El mouden Yassin

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Start fresh from this prompt

Builds a brand new app from the first prompt only, so later changes to the original are not included.

# NEXUS CHEM LAB 3D — COMPLETE GENMB MASTER PROMPT

Build a premium, realistic, fully interactive 3D chemistry laboratory web application named **NEXUS CHEM LAB 3D**.

**Educational level:** Tronc Commun Sciences — Morocco.

**Lesson:** Extraction et séparation des espèces chimiques.

**Language:** French only for all user-facing content.

This must be a FUNCTIONAL educational simulation, not a static website, slideshow, collection of images, or decorative 3D scene.

## 1. TECHNOLOGY

If supported by the platform, use React, TypeScript, Three.js, React Three Fiber, Drei and Tailwind CSS.

Use stable compatible dependencies, modular components and persistent local progress.

If GenMB cannot create true interactive 3D applications, explicitly identify the limitation rather than pretending that static animations are interactive simulations.

## 2. BRIGHT, REALISTIC 3D LABORATORY

Create a modern, professional chemistry laboratory with:

- Bright white ceiling lights
- Natural daylight
- Light gray walls
- White scientific workbenches
- Realistic cabinets and shelves
- Scientific posters
- Glass containers
- Stainless steel supports
- Soft realistic shadows
- Detailed scientific instruments

IMPORTANT: Never create a dark laboratory. All equipment must be clearly visible.

Use realistic geometry, proportions and materials.

The environment must resemble a real educational chemistry laboratory.

## 3. REALISTIC SCIENTIFIC EQUIPMENT

Model detailed 3D versions of:

- Bécher
- Erlenmeyer
- Ballon à fond rond
- Ampoule à décanter
- Réfrigérant à eau
- Éprouvette graduée
- Pipette
- Entonnoir
- Thermomètre
- Spatule
- Presse mécanique
- Plaque de verre
- Cuve CCM
- Supports métalliques

Glass must be transparent with clearly visible outlines.

Water must be BLUE.

Oil must be GOLDEN YELLOW.

## 4. INTERACTIVE MOUSE CONTROLS

Implement real 3D object interactions:

- Click objects
- Drag and drop equipment
- Move glassware
- Pour liquids
- Open and close valves
- Stir solutions
- Operate a press
- Remove and replace flowers
- Position instruments
- Complete experiments through actual actions

Use raycasting or pointer events.

Prevent camera movement while dragging objects.

Objects must snap into correct positions.

All interactions must be tested.

## 5. HOMEPAGE

Display:

**NEXUS CHEM LAB 3D**

**Laboratoire virtuel interactif de chimie**

**Extraction et séparation des espèces chimiques**

**Tronc Commun Sciences**

Create functional navigation buttons:

- Entrer dans le laboratoire
- Les expériences
- Le cours
- Évaluation finale
- Cahier de laboratoire
- Bibliothèque du matériel

Use a premium blue-and-white scientific design.

## 6. SEVEN FULLY INTERACTIVE EXPERIMENTS

Each experiment must have its own 3D workstation, interactive equipment, French instructions, realistic animations, progress tracking and restart button.

### EXPERIMENT 1 — HYDRODISTILLATION

Create a realistic hydrodistillation apparatus with a round-bottom flask, plant material, blue water, simulated heater, condenser and receiving container.

Interactive sequence:

1. Introduisez la matière végétale.
2. Versez l'eau dans le ballon.
3. Installez le montage.
4. Activez le chauffage virtuel.
5. Observez la vaporisation.
6. Observez la condensation.
7. Récupérez le distillat.

Show vapor, condensation and gradual liquid collection.

### EXPERIMENT 2 — PRESSAGE

Create a realistic fruit press.

Interactive sequence:

1. Sélectionnez le fruit.
2. Placez-le dans la presse.
3. Actionnez la presse.
4. Observez l'extraction.
5. Récupérez le liquide.

The press must visibly move and the receiving container must fill.

### EXPERIMENT 3 — ENFLEURAGE

Create a glass plate, fat, spatula and fresh flowers.

Interactive sequence:

1. Placez la plaque.
2. Étalez le corps gras.
3. Déposez les fleurs fraîches.
4. Observez l'absorption.
5. Retirez les fleurs épuisées.
6. Remplacez-les par des fleurs fraîches.

CRITICAL: Flowers must remain movable after placement.

### EXPERIMENT 4 — INFUSION

Create a beaker, simulated hot water, plant material, stirrer and filter.

Interactive sequence:

1. Préparez l'eau.
2. Ajoutez les plantes.
3. Laissez infuser.
4. Agitez.
5. Filtrez.
6. Récupérez l'infusion.

Show gradual color changes.

### EXPERIMENT 5 — EXTRACTION LIQUIDE-LIQUIDE

Create a realistic separatory funnel and two collection beakers.

Interactive sequence:

1. Versez la solution aqueuse.
2. Ajoutez le solvant non miscible.
3. Fermez l'ampoule.
4. Simulez l'agitation et le dégazage.
5. Laissez les phases se séparer.
6. Ouvrez le robinet.
7. Récupérez la phase inférieure.
8. Fermez le robinet.
9. Récupérez la phase supérieure.

The stopcock must respond to mouse input.

Use realistic liquid levels and density-based separation.

### EXPERIMENT 6 — CHROMATOGRAPHIE SUR COUCHE MINCE

Create a CCM plate, chromatography chamber, eluent and sample spots.

Interactive sequence:

1. Préparez la plaque.
2. Tracez la ligne de dépôt.
3. Déposez les échantillons.
4. Versez l'éluant.
5. Placez la plaque dans la cuve.
6. Observez la migration.
7. Marquez le front du solvant.
8. Analysez les taches.

Animate spot separation.

Include Rf calculations.

### EXPERIMENT 7 — DÉCANTATION

Create a realistic separatory funnel containing blue water and golden-yellow oil.

Interactive sequence:

1. Versez l'eau.
2. Ajoutez l'huile.
3. Observez les deux phases.
4. Ouvrez le robinet.
5. Récupérez l'eau.
6. Fermez le robinet.
7. Récupérez l'huile séparément.

Water must remain below oil.

The valve must be manually controlled.

## 7. COMPLETE FRENCH COURSE

Create an educational course covering:

- Espèces chimiques
- Mélanges homogènes et hétérogènes
- Extraction
- Hydrodistillation
- Pressage
- Enfleurage
- Infusion
- Extraction liquide-liquide
- Décantation
- Filtration
- Chromatographie
- Solubilité
- Miscibilité
- Masse volumique

Each chapter must contain definitions, explanations, examples, diagrams and exercises.

## 8. FINAL EXAMINATION

Create a functional 20-question multiple-choice examination in French.

Requirements:

- Four answers per question
- One correct answer
- Three difficulty levels
- Progress indicator
- Automatic score out of 20
- Detailed corrections
- Restart button
- Saved results

## 9. LABORATORY NOTEBOOK

Create a section named **Cahier de laboratoire**.

For every experiment include:

- Objectif
- Matériel
- Protocole
- Observations
- Interprétation
- Conclusion

Allow the student to write and save notes locally.

## 10. ADDITIONAL FEATURES

Implement:

- Interactive equipment library
- Scientific glossary
- Progress dashboard
- French contextual hints
- Experiment completion indicators
- Reset experiment
- Camera reset
- Fullscreen mode
- Presentation mode
- Graphics quality settings
- Responsive navigation
- Helpful error messages

## 11. PERFORMANCE

Optimize for:

- Windows 11
- Google Chrome
- Intel i5 processor
- 8 GB RAM
- Integrated graphics

Use efficient 3D geometry and lightweight animations.

Avoid excessive shadows and expensive visual effects.

## 12. RELIABILITY

Prevent:

- Blank screens
- Dark scenes
- Missing imports
- Invisible equipment
- Broken dragging
- Nonfunctional buttons
- Incorrect experiment progression
- Broken valves
- Unmovable flowers
- Broken quiz scoring

Implement appropriate error handling.

## 13. DEVELOPMENT AND TESTING

Build the application in this order:

1. Project setup and homepage
2. Bright realistic 3D laboratory
3. Interactive equipment system
4. Seven experiments
5. Complete French course
6. Examination
7. Laboratory notebook
8. Equipment library
9. Performance optimization
10. Testing and final build

For each experiment, verify that every required action can be completed before moving to the next experiment.

Do not mark unfinished interactions as functional.

If the platform has generation limits, preserve the project and continue incrementally.

## FINAL REQUIREMENTS

The finished application must be:

- Visually realistic
- Bright and clearly visible
- Truly interactive in 3D
- Entirely in French
- Scientifically accurate
- Suitable for Tronc Commun Sciences
- Functional on Google Chrome
- Optimized for modest laptops

Do not deliver a static mockup.

Do not replace real 3D interactions with fake buttons.

Do not claim tests passed unless they were actually executed.

Create the working application and fix any errors found.

Start fresh from this prompt

Builds a brand new app from the first prompt only, so later changes to the original are not included.