Guide: Tutorial on commands and special prompts for generating images with AI

Artificial intelligence image generators can interpret much more complex instructions than a simple description of the object you want to create. By using short commands or descriptive expressions, you can indicate to the AI the type of image, perspective, structure, style, and how the subject should be presented.

A popular example is /explodedview, used to request a representation where the components of an object are separated and presented in an exploded view. There are also other conventions like /blueprint, /cutaway, /xray, /isometric or /orthographic.

Important: these commands do not represent a universal list of official commands accepted by all AI generators. They should be seen as prompt shortcuts or conventions. Their interpretation depends on the tool and model used. For more controlled results, combine the command with a clear description of the desired image. :chatgpt-content-reference{index=”1″}

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1. /explodedview – exploded view

The command /explodedview is used to request a representation where the components of an object are spatially separated while maintaining their assembly relationship.

It is useful for objects such as:

• laptops;
• phones;
• cameras;
• watches;
• cars;
• drones;
• mechanical components;
• electronic appliances.

Simple example:

/explodedview laptop

For a more controlled result, add details:

/explodedview laptop, display, motherboard, battery, SSD, cooling system and keyboard separated along the assembly axis, realistic technical product visualization, clean background, 16:9

The command can also be used together with other visual instructions. :chatgpt-content-reference{index=”2″}

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2. /blueprint – technical plan

/blueprint can be used as an instruction to obtain a representation such as a technical plan or engineering sketch.

Example:

/blueprint professional drone, top view and side view, technical drawing, dimensions, axis lines, clean engineering style

For a more precise result, also describe the perspective, technical lines, background, and level of detail.

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3. /cutaway – sectioned view

A cutaway view shows the exterior of the object along with certain components located inside.

It is useful when you want to visually explain the internal structure of a device.

Example:

/cutaway espresso machine, reveal boiler, pump, water circuit and internal components, realistic technical visualization, clean background

This type of instruction is different from an exploded view: the object is not necessarily separated into all its components, but is presented partially sectioned to allow observation of the interior. :chatgpt-content-reference{index=”3″}

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4. /xray – interior visualization

/xray can be used as a short instruction to request a representation where the internal structure of an object becomes visible.

Example:

/xray smartphone, reveal motherboard, battery, cameras, speakers and internal structure

The result must be further controlled through description, because the term "x-ray" can be interpreted differently depending on the subject and generator.

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5. /isometric – isometric perspective

An isometric representation is useful for presenting technical objects in a clear three-dimensional perspective.

Example:

/isometric gaming PC, visible components, motherboard, GPU, CPU cooler, RAM and power supply, technical product visualization

If you need a technical presentation, you can combine the instruction with requirements regarding background, lighting, and level of detail.

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6. /orthographic – orthographic views

An orthographic view is useful when you want to present the same object from multiple directions, for example front, side and top.

Example:

/orthographic smartphone, front view, side view and rear view, technical product sheet, consistent proportions

This type of presentation is useful for visual documentation and presenting the shape of an object.

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7. /technicaldrawing – technical drawing

You can use /technicaldrawing as a descriptive instruction for a representation with a technical drawing look.

Example:

/technicaldrawing mechanical keyboard, detailed components, precise linework, technical documentation style, white background

For better results, specify whether you want dimensions, axis lines, labels or other technical elements.

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8. /schematic – schematic

A schematic is suitable when you want to represent the relationship between components or elements of a system.

Example:

/schematic home network, router, modem, computers, smartphones and Wi-Fi connections, clean technical diagram

For complex schematics, explicitly describe the components and the relationships between them.

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9. /multiview – multiple perspectives

You can request the presentation of an object from multiple angles to get a more complete picture of its shape.

Example:

/multiview laptop, front, rear, left side, right side and top views, consistent design and proportions

This is especially useful for product presentations and visual concepts.

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10. Combine commands for more complex results

One of the most useful methods is combining multiple instructions.

For example:

/blueprint /explodedview server computer, CPU, RAM, storage, cooling system and power supply separated in assembly order, technical visualization, white background, 16:9

In such a prompt, the first command indicates the technical presentation style, and /explodedview indicates how the components must be presented.

Some "visual commands" systems are specifically designed for combining these instructions. :chatgpt-content-reference{index=”4″}

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Example: laptop in exploded view

A simple prompt:

/explodedview laptop

A more precise prompt:

/explodedview modern laptop, separate display assembly, keyboard, motherboard, battery, SSD, cooling fans, speakers and bottom case along their natural assembly axis, realistic materials, accurate proportions, clean technical product visualization, neutral background, soft studio lighting, 16:9, no logos, no readable text

The second variant offers much more information about the desired result and reduces ambiguity.

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Example: phone in exploded view

/explodedview smartphone, display, frame, motherboard, cameras, battery, speakers, charging port and rear panel separated in assembly order, realistic technical visualization, accurate component placement, clean neutral background, 4:3, no logos

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Example: PC in exploded view

/explodedview desktop gaming PC, case, motherboard, CPU, GPU, RAM, SSD, power supply, cooling fans and cables separated along assembly axes, detailed realistic product visualization, clean studio background, 16:9, no logos, no text

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Commands and uses

Command	Use
/explodedview	Exploded view of an object or assembly.
/blueprint	Blueprint or technical representation.
/cutaway	Visualizing the interior through a cross-section.
/xray	Visual representation of the internal structure.
/isometric	Isometric perspective.
/orthographic	Front, side and top views.
/technicaldrawing	Technical drawing look.
/schematic	Technical or functional schematic.
/multiview	Multiple perspectives of the same object.

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How to get more precise results

Do not rely solely on a short prompt. After the prompt, describe the desired result exactly.

A simple and efficient structure is:

1. Prompt: the type of visualisation.
2. Subject: the object or scene.
3. Components: what needs to be visible.
4. Perspective: the camera angle or position.
5. Style: photorealistic, technical, blueprint etc.
6. Background: white, black, transparent or studio.
7. Format: 1:1, 4:3, 16:9 or 9:16.
8. Restrictions: no logo, no text, no watermark etc.

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A complete structure example

/explodedview

Modern gaming laptop

Separate the display, keyboard, motherboard, battery, SSD, cooling system, speakers and bottom case along their natural assembly axes.

Photorealistic technical product visualization, accurate proportions, clean studio lighting, neutral background, clearly separated components, 16:9, no logos, no readable text.

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Important: AI prompts do not guarantee technical precision

An AI-generated image can look convincing without the internal structure being identical to the real product.

This is important for electronic devices, mechanical components and other products where the exact position of parts matters.

If you need a faithful representation of a real product, use a reference photograph and explicitly describe what must be kept. Even then, the generative result must be verified before being used as technical documentation.

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Frequent mistakes

• Using a prompt without describing the subject.
• Assuming that the same prompt works identically in any generator.
• Failing to indicate the components that should be displayed.
• Failing to indicate the perspective.
• Requesting technical precision that the model cannot guarantee.
• Using contradictory instructions simultaneously.
• Confusing a prompt convention with an official application feature.

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Checklist for an AI image prompt

Element	Checked
Have I specified the type of visualisation?	☐
Have I described the subject?	☐
Have I specified the important components?	☐
Have I stated the perspective?	☐
Have I indicated the visual style?	☐
Have I specified the image format?	☐
Have I specified what should be avoided?	☐
Have I checked whether the generator supports the instruction?	☐

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Do you need help?

If you need help with choosing, setting up or using software applications and tools, you can use the service Software consultancy offered by iTechServiceTM.