Optical Hardware Setup Diagram

{ "type": "scientific optical setup diagram", "main_setup": { "base": "optical breadboard table with grid of mounting holes", "beam": "red laser beam passing horizontally through all components", "top_grouping_brackets": [ "{argument name=\"first component group\" default=\"Dual Modulation\"}", "4f Relay Optics", "Imaging Optics", "Detection" ], "components_left_to_right": [ { "name": "Laser", "label": "{argument name=\"laser wavelength\" default=\"λ = 632.8 nm\"}", "appearance": "black rectangular box" }, { "name": "SLM1", "label": "(Phase / Pol. Mod.)", "appearance": "black square device on post" }, { "name": "Lens L1", "label": "(f1)", "appearance": "lens in black ring mount" }, { "name": "Iris", "label": "Fourier Plane (Pupil Plane) / (Higher Orders Filtered)", "appearance": "black ring mount with dashed line above" }, { "name": "HWP", "label": "(λ/2)", "appearance": "purple-tinted optic in black ring mount" }, { "name": "Lens L2", "label": "(f1)", "appearance": "lens in black ring mount" }, { "name": "SLM2", "label": "(Phase / Pol. Mod.)", "appearance": "black square device on post" }, { "name": "Lens L3", "label": "(f2)", "appearance": "lens in black ring mount" }, { "name": "Lens L4", "label": "(f2)", "appearance": "lens in black ring mount" }, { "name": "Linear Polarizer", "label": "(Global Analyzer)", "appearance": "lens in black ring mount" }, { "name": "Polarization Camera", "label": "POLARIZATION CAMERA", "appearance": "blue and black box camera" } ] }, "inset_diagram": { "position": "bottom right, dashed border", "title": "{argument name=\"inset title\" default=\"Polarization Camera Micro-Polarizer Array\"} (Per-Pixel Analyzer)", "visuals": "4x4 grid of colored squares with white directional arrows", "legend_count": 4, "legend_labels": [ "red right-arrow 0° (H)", "green up-arrow 90° (V)", "blue diagonal-arrow 45° (D)", "yellow diagonal-arrow 135° (A)" ] }, "bottom_caption": { "figure_number": "Fig. 5.", "title": "{argument name=\"setup title\" default=\"Ellipsography Hardware Setup.\"}", "description": "{argument name=\"figure caption\" default=\"Our prototype display system employs a dual-modulation configuration to achieve simultaneous control of phase and polarization. A 4f relay optics setup transfers the modulated wavefront...\"}" } }

• Modelgpt-image-2
• Use casesocial-media-post
• Stylephotorealistic
• Aspect ratioFlexible

• Use casesocial-media-post
• Stylephotorealistic
• Recommended specs1:1, 4:5, 16:9, or 9:16
• ModelGPT Image 2

Use this Optical Hardware Setup Diagram prompt as a base. Replace the subject, product details, environment, lighting, brand colors, and output ratio while keeping the social-media-post intent and photorealistic direction stable.

• SubjectReplace the product, person, scene, interface, or object being generated.
• Use caseKeep or rewrite the destination as social media post, ad creative, cover image, poster, or ecommerce hero.
• FrameChoose 1:1, 4:5, 16:9, or 9:16 based on the final placement.
• Brand cuesAdd colors, materials, props, text-safe space, and the platform where the image will be used.

Choose the frame for the destination first, then use 1K, 2K, or 4K based on output quality needs. Product images and posters usually benefit from higher resolution.

• CheckSubject, lighting, composition, and frame are specific enough to review.
• CheckText-safe space is included when the image will carry a headline or ad copy.
• CheckResolution, credit cost, and final destination are checked before generation.

Optical Hardware Setup Diagram works because it starts from the image job, then controls subject, composition, lighting, style, and frame. It is best for social media post while keeping the photorealistic direction stable.

• Can I use it directly?Yes. Replace the subject, brand cues, and frame, then generate in Image2Studio.
• Which ratio should I use?Choose 1:1, 4:5, 16:9, or 9:16 based on the destination.