Optical Table Diagram Setup — ClawLabs AI · MIT

Original document

GPT Image 2 · en

Create a 3D-rendered scientific hardware diagram in an infographic, realistic style, illustrating an optical table setup with a red laser beam passing through 11 aligned optical components mounted on black posts, arranged left to right.

Add labeled brackets across the top identifying four functional sections: 'Dual Modulation' spanning SLM1; '4f Relay Optics' spanning from Lens L1 to Lens L2; 'Imaging Optics' spanning from SLM2 to Lens L4; and 'Detection' spanning the Camera.

Arrange the optical components in this order from left to right, each with its label:
1. Laser, labeled 'Laser' and 'λ = [LASER_WAVELENGTH]'
2. SLM1, labeled 'SLM1' and '(Phase / Pol. Mod.)'
3. Lens L1, labeled 'Lens L1' and '(f1)'
4. Iris, labeled 'Fourier Plane', '(Pupil Plane)', 'Iris', and '(Higher Orders Filtered)'
5. HWP, labeled 'HWP' and '(λ/2)'
6. Lens L2, labeled 'Lens L2' and '(f1)'
7. SLM2, labeled 'SLM2' and '(Phase / Pol. Mod.)'
8. Lens L3, labeled 'Lens L3' and '(f2)'
9. Lens L4, labeled 'Lens L4' and '(f2)'
10. Linear Polarizer, labeled 'Linear', '-Polarizer', and '(Global Analyzer)'
11. Polarization Camera, labeled 'POLARIZATION CAMERA'

In the bottom-right corner, include an inset box titled 'Polarization Camera Micro-Polarizer Array (Per-Pixel Analyzer)' showing a 4x4 grid of colored squares with directional arrows, accompanied by a 4-item legend:
- Red square with horizontal arrow, labeled '0° (H)'
- Green square with vertical arrow, labeled '90° (V)'
- Blue square with diagonal arrow, labeled '45° (D)'
- Yellow square with diagonal arrow, labeled '135° (A)'

At the bottom of the image, include a figure caption starting with '[FIGURE_NUMBER]' followed by the bold title '[SYSTEM_NAME]', and a paragraph of scientific explanatory text describing the dual-modulation configuration, 4f relay optics, and polarization camera setup.

How to use

1. Copy the complete original prompt, including any parameters.
2. Replace the subject, text and composition with your own requirements.
3. Use a compatible external tool; check its current access conditions and review the result.

Before you start

• Check whether a reference image is required. A compatible model label does not mean this example was generated with that model.
• Keep names, figures and visible text accurate; results can vary between model versions.