[사용방법] 일러스트레이터ㅣ5분만에 이미지파일에서 벡터파일로 변환하는 방법!!

아이딜레이저
6 Jan 202205:28

TLDRThe video script discusses a method for converting raster images, such as JPEGs, into vector files for better marking and scalability. It outlines a step-by-step process using illustration software, where the user creates a new artwork, compares it with the original image, and fine-tunes settings to closely mimic the JPEG. The process involves adjusting details, noise reduction, and recognizing differences to achieve a clean vector output. The script emphasizes the importance of simplicity and preserving essential details to ensure the final vector file accurately represents the original image.

Takeaways

  • 🎨 The process begins with working on a laser to create vector files, which are essential for better marking.
  • 🖼️ When converting a jpg image to a vector file, it's important to maintain the integrity and details of the original image.
  • 🔍 To compare the original jpg and the vector file, place them side by side during the conversion process.
  • 📐 Use the control f key to access the vectorization menu and adjust the settings to closely match the jpg image.
  • 🌐 The menu offers various options to fine-tune the vectorization, such as image tracing and noise reduction.
  • 🎯 Preview the vectorized image to ensure it closely resembles the original jpg, focusing on details and overall appearance.
  • 🔄 Adjust settings like the actor file to create a vector file that is as close to the jpg as possible.
  • 🖌️ When vectorizing, aim for simplicity in complex areas and preserve details where necessary.
  • 🔖 Use the 'Object' dropdown to save the vectorized image as an illustrator file.
  • 📋 After saving, review and clean up any unnecessary elements or noise in the vector file.
  • 🔄 Group similar elements and merge overlapping objects to create a clean, final vector file.

Q & A

  • What is the main topic of the script?

    -The main topic of the script is the process of converting a raster image (JPG) to a vector file format for better marking and scalability.

  • Why is it important to convert a raster image to a vector format?

    -Converting a raster image to a vector format is important because vector files are scalable without losing quality, making them ideal for various sizes and applications such as logos and illustrations.

  • What is the first step mentioned in the script for converting an image?

    -The first step mentioned is to create an illustration in a vector software and then paste the JPG image next to it for comparison while working.

  • How does the script suggest verifying the accuracy of the vector conversion?

    -The script suggests using the 'Image Trace' feature in the software, adjusting the settings, and continuously comparing the vector result with the original JPG to ensure accuracy.

  • What is the purpose of the 'Threshold' setting in the vectorization process?

    -The 'Threshold' setting is used to determine how much detail is preserved in the vector image. A lower threshold will preserve more details, while a higher threshold will simplify the image more.

  • What is the 'Noise' setting and how does it affect the vectorization?

    -The 'Noise' setting helps to eliminate small, unwanted details in the vector image that do not contribute to the overall design, such as speckles or minor variations in the original raster image.

  • How does the script suggest dealing with unwanted elements in the vectorized image?

    -The script suggests manually selecting and removing unwanted elements, such as unnecessary text or boxes, after the vectorization process is complete.

  • What is the final step in the script for completing the vector conversion?

    -The final step is to save the work as an Illustrator file and then test the fill function to ensure the vector image is clean and as desired.

  • What does the script advise regarding the handling of overlapping objects in the vector image?

    -The script advises using the 'Merge' or 'Combine' function to consolidate overlapping objects into a single object for a cleaner final result.

  • How can the script's method be applied to other images?

    -The method described in the script can be applied to other images by following the same steps of vectorization, adjusting settings, and manually refining the final vector image as needed.

Outlines

00:00

🎨 Vectorization Techniques for Images

This paragraph discusses the process of converting raster images (like JPGs) into vector files for better scalability and marking. The speaker introduces a method that involves tracing the image and adjusting settings to closely match the original JPG while minimizing noise and unnecessary details. The process includes creating an illustration, using control commands, and adjusting previews to refine the vector output. The goal is to achieve a clean and detailed vector file that closely resembles the original image while being simplified for better vector representation.

05:01

💾 Saving and Refining Vector Illustrations

The second paragraph focuses on the final steps of the vectorization process, including saving the work as an illustration file and refining it further. The speaker emphasizes the importance of cleaning up the illustration by removing unnecessary elements and adjusting details to achieve a polished final product. Techniques for selecting and modifying colors, merging overlapping objects, and ensuring the final vector file accurately represents the original image are discussed. The paragraph concludes with the speaker encouraging viewers to apply these methods to their own images for a clean and precise vector conversion.

Mindmap

Keywords

💡레이저

The term '레이저' (laser) refers to a device that emits a concentrated beam of light. In the context of the video, it is likely used metaphorically to suggest precision and focus, as the speaker discusses working with data and files to achieve better results, akin to how a laser's focused beam can cut or engrave materials precisely.

💡벡터 파일

A '벡터 파일' (vector file) is a type of computer graphics file that uses geometric shapes, lines, curves, and polygons to represent images. Unlike raster or bitmap images, vector files can be resized without losing quality, making them ideal for logos and illustrations. In the video, the speaker discusses the process of converting a raster image (jpg) into a vector file, which is essential for achieving a clean and scalable graphic design.

💡마킹

In the context of the video, '마킹' (marking) refers to the process of creating or modifying visual elements, such as logos or graphics, to achieve a desired look or effect. The speaker emphasizes the importance of precision in this process, comparing it to the focused action of a laser to highlight the need for accuracy and detail.

💡캘리그래피

Calligraphy is the art of decorative writing, lettering, and typography. It involves the design and arrangement of lettering in an aesthetically pleasing manner. In the video, the speaker mentions improving their calligraphy skills to enhance the visual appeal of their work, suggesting that good calligraphy can make a significant impact on the overall design.

💡이미지 추적

Image tracing is the process of converting a raster image (bitmap) into a vector format. This involves analyzing the colors and shapes in the raster image and creating a vector representation that can be scaled without losing quality. In the video, the speaker discusses using image tracing to transform a jpg image into a vector file, which is crucial for achieving a clean and scalable design.

💡컨트롤 f

In graphic design software, '컨트롤 f' (Control F) is typically a keyboard shortcut used to access the 'Transform' function, which allows users to resize, rotate, or otherwise manipulate an object or image on the canvas. The speaker in the video uses this command to adjust the image during the conversion process from raster to vector format.

💡눈으로 본다

The phrase '눈으로 본다' (see with eyes) in the video script suggests the process of visually inspecting or evaluating the work. It emphasizes the importance of using one's eyes and judgment to assess the quality and accuracy of the design, especially when converting images from one format to another.

💡노이즈

In the context of the video, '노이즈' (noise) refers to unwanted visual elements or artifacts that may appear in a design, particularly when converting images from raster to vector formats. These can be small imperfections or distortions that were not part of the original image but are introduced during the conversion process.

💡디테일

The term '디테일' (detail) refers to the small, intricate elements or features of a design that contribute to its overall quality and complexity. In the video, the speaker emphasizes the importance of preserving details in the design, even when converting images from one format to another, to maintain the integrity and visual appeal of the final product.

💡파스

In graphic design, '파스' (path) refers to a line or shape that is defined by a starting and ending point, with other points, curves, or angles along its length. Paths are fundamental components in vector-based design, as they form the basis for creating complex illustrations and graphics. The speaker in the video discusses using paths to refine the design and achieve a clean vector file.

💡앱

The term '앱' (app) is short for 'application' and refers to a software program designed for a specific purpose or function. In the context of the video, the speaker may be discussing the use of a specific app or software for graphic design and image conversion, highlighting the importance of using the right tools for the job.

Highlights

The discussion introduces a method to convert jpg images into vector files, which is beneficial for achieving better marking results when working with lasers.

The speaker emphasizes the importance of having a well-marked image to ensure the accuracy of the vector conversion process.

A detailed explanation is provided on how to use the 'Control F' function to compare the original jpg image with the vectorized version during the conversion process.

The transcript describes the process of creating an illustration in Adobe Illustrator and using it as a reference for the vectorization process.

The speaker explains how to adjust settings in the software to make the vector file closely resemble the jpg image, including fine-tuning the details and noise levels.

The importance of previewing the vectorized image to check for accuracy and making necessary adjustments is highlighted.

The transcript outlines the steps to transform the jpg image into a vector file, including the use of specific tools and functions within the software.

The process of identifying and removing unnecessary elements, such as noise and unwanted details, from the vector file is discussed.

The speaker provides a method for combining overlapping objects in the vector file to create a clean and organized final product.

The transcript explains how to save the vectorized image as an Illustrator file, which is crucial for further editing and refinement.

The speaker discusses the potential for the vector file to be used in various applications, such as printing and digital graphics, due to its clean and detailed nature.

The importance of maintaining the integrity of the original image while converting it into a vector file is emphasized, ensuring that the final product is both accurate and visually appealing.

The transcript provides a comprehensive guide on how to navigate the software's interface and tools to achieve the desired vectorization results.

The process of fine-tuning the vector file, including adjusting brightness and contrast levels, is described to enhance the final product.

The speaker shares tips on how to effectively remove unwanted noise from the vector file while preserving the essential details and features of the image.

The transcript concludes with a summary of the key steps and considerations for converting jpg images into vector files, providing a valuable resource for those looking to improve their laser work or graphic design skills.