Konverter PPTM til TGA i Java

What is PPTM file format?

PPTM is a file format developed by Microsoft for creating and storing presentations using Microsoft PowerPoint. This format is an extension of the PPTX file format and has additional features that make it a preferred choice for many users. PPTM files, like PPTX files, can contain slides, images, audio, and other multimedia elements. However, PPTM files can also contain macros, which allow users to automate tasks or add advanced functionality to their presentations.

PPTM files are often used in business, education, and other settings where presentations are important. They offer a high degree of flexibility, allowing users to create custom presentations that suit their specific needs. PPTM files can be opened and edited using Microsoft PowerPoint or other compatible software applications.

Because PPTM files contain macros, they are generally larger than PPTX files. However, the additional functionality that macros provide often outweighs the increased file size. PPTM files can also be compressed to reduce file size and make them easier to share or store.

What is TGA file format?

TGA (Targa) is an image file format created as a raster graphics language for use with computers and other electronic devices. It was first developed in 1984 byTruevision Inc. (then called Truevision, Inc.). TGA files are defined by the Truevision TGA file specification and support both uncompressed and compressed (RLE) versions of the TGA format. The format supports color depths of 8, 16, 24, or 32 bits and is most commonly used in non-animated images such as digital photos, textures, backgrounds, and screen captures. TGA files can also be used to store animations. TGA files are often used in 3D graphics applications such as 3D Studio Max, Lightwave, and Blender. They are also popular for archiving and transferring textures between graphics programs and are used in games and commercial design applications. TGA files are often used in video editing and post-production. TGA is also useful for storing data in a file structure, as it allows for well-defined color palettes and transparency. Its lack of compression makes it more suitable for textures and other applications where pixel-by-pixel accuracy is important. It can also be used in applications where true color is needed with minimal file size, for example for uses in the printing industry.