PNG를 AI파일로 변환하는 법 PNG to AI Vector

English City
20 Sept 202303:31

TLDRThe video script outlines a step-by-step process for converting a PNG image into a vector file using a Windows-based application. It guides the user through image tracing, object creation, and grouping, ultimately transforming the traced image into a native object and fine-tuning its size and details. The process concludes with the successful creation of a logo, demonstrating a method to revive an image for use in Western newspapers.

Takeaways

  • 🖼️ The process starts with a PNG file that needs to be converted into a vector file.
  • 💻 The conversion is done using a Windows application, with the file being opened on the platform.
  • 🔍 Image tracing is initiated, and the image is set to black and white for tracing.
  • 🎨 The traced image is then saved under a new name, 'Log', in a specific file format.
  • 🔄 The saved file is imported back into the application and converted to a native object.
  • 🔧 The native object is grouped, and unnecessary elements outside the group are removed.
  • 🔖 The size of the traced image is adjusted to match the original image accurately.
  • 🗑️ Unnecessary parts of the image are deleted, and the remaining elements are combined.
  • 🎨 The final logo is created by placing the combined elements into a black background.
  • 📌 The logo is now ready for use in Western newspapers, as it has been accurately recreated.

Q & A

  • What is the purpose of the script?

    -The purpose of the script is to guide the user through the process of converting a PNG file into a vector file using a Windows-based software.

  • What is the first step in the conversion process?

    -The first step is to open the PNG file in the software and initiate the image tracing feature.

  • How does the user set the tracing settings?

    -The user sets the tracing settings by clicking on 'Object' and then choosing 'Image Trace' with the option to leave it in grayscale.

  • What does the user do after tracing the image?

    -After tracing, the user saves the image under a new name, such as 'Log', and then converts it into a native object.

  • Why is it necessary to ungroup and delete the unwanted parts of the image?

    -Ungrouping and deleting unwanted parts help to refine the image, making it suitable for the final purpose, such as creating a logo.

  • How does the user ensure the correct size of the image?

    -The user adjusts the size by aligning it with the Artwork Borders and ensuring it fits accurately.

  • What is the significance of the 'Merge' function in the script?

    -The 'Merge' function is used to combine multiple selected objects into a single group or compound path, which is essential for creating a cohesive logo design.

  • What color is used to fill the logo in the script?

    -The script mentions filling the logo with black color.

  • How does the user finalize the logo creation?

    -The user finalizes the logo by removing the unnecessary parts behind the logo and ensuring that the desired elements are correctly grouped or merged.

  • What is the final outcome of following the script?

    -The final outcome is a perfectly created logo, as indicated by the script's description.

  • What is the context of the logo being created?

    -The context is not explicitly stated, but it is implied that the logo is being created for a Western newspaper, as mentioned at the end of the script.

Outlines

00:00

🖼️ Converting PNG to Vector Graphics

The script describes the process of converting a PNG file into a vector file using a Windows-based program. It involves opening the image in the program, using image tracking, and setting it to black and white. The user then tracks the image, converts it to an object, and extends it to match the artwork's border. After saving the image under a new name as an AI file, the user brings it into the project, converts it to a native object, groups it, and removes the outer parts. The script then details the process of resizing and aligning the object, deleting unnecessary parts, and combining elements to create a perfect logo, which is then ready for use in a Western newspaper.

Mindmap

Keywords

💡PNG file

A PNG (Portable Network Graphics) file is a type of lossless data compression that is commonly used for images on the internet. In the context of the video, it refers to the starting point for the conversion process to a vector file, which is essential for creating scalable graphics.

💡Vector file

A vector file is a digital image format that uses geometric shapes, lines, curves, and polygons to represent images. Unlike raster images, vector files can be scaled to any size without losing quality, making them ideal for logos and designs that need to be resized. In the video, the user aims to convert a PNG into a vector format for better image quality and scalability.

💡Image tracking

Image tracking, in the context of digital design, refers to the process of following and manipulating the contours or edges of an image. This is often used in software to create vector paths that can be edited or converted into scalable graphics. The script describes the user clicking and tracking the image to create a vector path.

💡Object

In digital design software, an object refers to a discrete element that can be manipulated, such as a shape, text, or image. The script mentions objects in the context of selecting and grouping elements to create a cohesive design.

💡Artwork border

The artwork border refers to the outer edge or frame of a design element. In the video, aligning the artwork border is important for ensuring that the converted image fits within the desired dimensions and maintains its intended appearance.

💡Save as

Saving a file 'as' a different format or name allows the user to preserve the original file while creating a new version with the desired settings or modifications. In the script, saving the tracked image under a new name is a step in the conversion process.

💡Native object

A native object in design software refers to an element that is created or modified using the software's built-in tools and functions. In the script, converting the tracked image to a native object means it can now be edited and manipulated within the software environment.

💡Group

Grouping in design software is the process of combining multiple objects into a single unit for easier manipulation. This is useful for maintaining the relationship between elements in a design. The script describes grouping objects to simplify the editing process.

💡Ungroup

Ungrouping is the opposite of grouping; it separates a group of objects back into individual elements. This is often done to edit specific parts of a grouped design. In the script, ungrouping allows the user to delete or modify individual elements.

💡Delete

Deleting in a design context refers to removing elements from the canvas or workspace. This is a common action in the editing process to refine a design or remove unwanted parts. The script mentions deleting elements to finalize the logo.

💡Merge

Merging in design software combines two or more objects into a single object. This is useful for simplifying a design or creating a unified appearance. The script describes merging objects to create a cohesive logo.

💡Logo

A logo is a graphic mark or emblem used by companies, organizations, or individuals to represent their brand or identity. It is typically designed to be easily recognizable and memorable. The script's main theme revolves around creating and refining a logo through digital design techniques.

Highlights

Converting a PNG file to a vector file using a Windows application.

Using image tracing to create vector objects.

Selecting the 'Object' option for image tracing.

Adjusting the tracing settings to black and white.

Expanding the traced image to create vector objects.

Saving the traced image under a new name.

Converting the traced image to a native object.

Grouping the vector objects for easier manipulation.

Removing unnecessary elements from the grouped vector.

Aligning the vector objects to match the artwork border.

Deleting unwanted parts of the vector to refine the logo.

Combining the remaining vector elements into a single group.

Inserting the final logo into the desired location.

Ensuring the logo's size is accurately adjusted.

Deleting additional elements to finalize the logo design.

Creating a perfect logo by combining all refined vector elements.

The process of reviving a logo through vectorization is complete.