Create a highly detailed, ultra-realistic image illustrating the anatomy of a quiet tire, highlighting the key factors that contribute to reduced road noise as described in the article section. The image should be aesthetically pleasing, technically accurate, and easy to understand for a general audience. The visualization should ideally be a cross-sectional view of the tire, showcasing the different layers and features that contribute to its noise reduction properties.  Key Elements to Include:  Tread Pattern: Show a tire with an asymmetric, even tread pattern, contrasting it with a portion that has an irregular and asymmetric pattern. Use arrows or labels to indicate the direction of noise generation and how the even tread pattern helps in minimizing the noise. Tread Depth: Illustrate a section with deeper treads absorbing noise, and a section with shallow treads reflecting sound into the cabin. Label the tread depth in both sections, mentioning the ideal range of 11-13/32 inches for quiet tires. Tire Materials: Display the tire compound, showing more natural rubber and noise-absorbing materials blended into the tread rubber. Use text labels or a legend to identify the materials and their noise-dampening properties. Stiffness: Highlight the sidewall of the tire, showing a comparison of a more flexible sidewall versus a very stiff sidewall, and how the former dampens noise better. Use visual cues like vibrations to represent noise and how it’s absorbed or reflected by different sidewall constructions. Technology: Illustrate specialized foam inserts or other sound-absorbing materials within the tire. Label these technologies and briefly explain how they work to limit noise. Layout:  Arrange these elements within a clean, uncluttered layout that guides the viewer's eye from one section to the next in a logical flow. Use a neutral background to ensure the focus remains on the tire and its features. Include a key or legend for any technical terms or symbols used in the image. Use subtle color coding to differentiate between the different features and materials. Annotations:  Include clear, concise annotations to explain the key features and how they contribute to reducing tire noise. Ensure the annotations are easy to read, with a legible font and good contrast against the background.

Prompt

Create a highly detailed, ultra-realistic image illustrating the anatomy of a quiet tire, highlighting the key factors that contribute to reduced road noise as described in the article section. The image should be aesthetically pleasing, technically accurate, and easy to understand for a general audience. The visualization should ideally be a cross-sectional view of the tire, showcasing the different layers and features that contribute to its noise reduction properties. Key Elements to Include: Tread Pattern: Show a tire with an asymmetric, even tread pattern, contrasting it with a portion that has an irregular and asymmetric pattern. Use arrows or labels to indicate the direction of noise generation and how the even tread pattern helps in minimizing the noise. Tread Depth: Illustrate a section with deeper treads absorbing noise, and a section with shallow treads reflecting sound into the cabin. Label the tread depth in both sections, mentioning the ideal range of 11-13/32 inches for quiet tires. Tire Materials: Display the tire compound, showing more natural rubber and noise-absorbing materials blended into the tread rubber. Use text labels or a legend to identify the materials and their noise-dampening properties. Stiffness: Highlight the sidewall of the tire, showing a comparison of a more flexible sidewall versus a very stiff sidewall, and how the former dampens noise better. Use visual cues like vibrations to represent noise and how it’s absorbed or reflected by different sidewall constructions. Technology: Illustrate specialized foam inserts or other sound-absorbing materials within the tire. Label these technologies and briefly explain how they work to limit noise. Layout: Arrange these elements within a clean, uncluttered layout that guides the viewer's eye from one section to the next in a logical flow. Use a neutral background to ensure the focus remains on the tire and its features. Include a key or legend for any technical terms or symbols used in the image. Use subtle color coding to differentiate between the different features and materials. Annotations: Include clear, concise annotations to explain the key features and how they contribute to reducing tire noise. Ensure the annotations are easy to read, with a legible font and good contrast against the background.

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Oct 10, 2023 07:14 AM

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Stormi AI is an innovative online platform that offers an AI-powered image generator, allowing users to create stunning and realistic images effortlessly.

The free plan allows users to generate up to 100 images per month. These images are available in a size of 512x512 and 1024x1024 pixels.


 

By upgrading to the pro plan for just $9.99 and $24.99, With upto 3000 images per month. 

The pro plan provides 1500 image downloads per month, allowing users to create and download a larger volume of high-quality images.

To upgrade your account to the pro plan, simply navigate to your account settings and select the option to upgrade. You will be guided through the process and prompted to complete the payment.

Yes, you can cancel or downgrade your pro plan subscription at any time. Simply go to your account settings and select the appropriate option.


 

To generate AI-based accurate images, simply add detailed information of image you need and try to put as much attrubutes for the imagel. After that selected desired parameters and settings. The AI models within Stormi AI will analyze the input and generate realistic images based on the provided information


 

Yes, all the AI-generated images produced by Stormi AI are royalty-free. You can use them for personal and commercial purposes without any attribution requirements.

Stormi AI utilizes state-of-the-art machine learning models to generate images. These models are trained on extensive datasets and use advanced algorithms to create visually appealing and accurate images based on the provided input.


 

Absolutely! We highly encourage users to provide feedback and report any issues they encounter. You can contact our support team through the website's contact form, and we'll be happy to assist you and address any concerns promptly.

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