Polarization Optics Setup Diagram

Create a detailed scientific infographic-style diagram of an optical setup, rendered in a realistic technical illustration style. Show an optical breadboard table with a grid of mounting holes as the base, with a red laser beam passing horizontally through all components. Above the setup, include grouping brackets labeled '[COMPONENT_GROUP_LABEL]', '4f Relay Optics', 'Imaging Optics', and 'Detection'. Arrange the following components left to right along the beam path: a Laser (black rectangular box) labeled '[LASER_WAVELENGTH]'; SLM1, a black square device on a post labeled '(Phase / Pol. Mod.)'; Lens L1, a lens in a black ring mount labeled '(f1)'; an Iris with a dashed line above it, labeled 'Fourier Plane (Pupil Plane) / (Higher Orders Filtered)'; a Half-Wave Plate (HWP), a purple-tinted optic in a black ring mount labeled '(λ/2)'; Lens L2, a lens in a black ring mount labeled '(f1)'; SLM2, a black square device on a post labeled '(Phase / Pol. Mod.)'; Lens L3, a lens in a black ring mount labeled '(f2)'; Lens L4, a lens in a black ring mount labeled '(f2)'; a Linear Polarizer, a lens in a black ring mount labeled '(Global Analyzer)'; and a Polarization Camera, a blue and black box camera labeled 'POLARIZATION CAMERA'. In the bottom right corner, add an inset diagram with a dashed border titled '[INSET_TITLE] (Per-Pixel Analyzer)', showing a 4x4 grid of colored squares with white directional arrows, accompanied by a four-item legend: a red right-pointing arrow for 0° (H), a green up-pointing arrow for 90° (V), a blue diagonal arrow for 45° (D), and a yellow diagonal arrow for 135° (A). Below the main diagram, add a caption reading 'Fig. 5. [SETUP_TITLE]' followed by the descriptive text: '[FIGURE_CAPTION]'.

5 placeholders still empty. Copied as is, the generator will draw the brackets literally inside the image.

Editable variables

Change any value and the prompt rewrites above. Copy the finished result.