Aspose.Imaging uses ImageOptionsBase-based objects to set up file formats when saving or creating images. TIFF format, as such, is configured via instances of TiffOptions class. As I’ve noted in previous article, TiffOptions can also be read from loaded image, so you can get information about format’s settings for the particular file. Most of the properties of TiffOptions apply to indivitual TiffFrames, with only few properties related to TiffImage as a collection of TiffFrames. Given multi-image nature of TIFF, I will refer to whole TIFF, represented as TiffImage as “file”, and to individual images within, represented as TiffFrame, as “image” or “page”.

Aspose.Imaging provides support for TIFF format, which can be considered a “classic” format for raster data interchange originally used for scanning and faxing and is now used in many polygraphic, scientific and in general image processing applications that require higher precision and adjustability than common image formats like JPEG and PNG that are more end-user oriented.

In this article I’ll tell about recent notable improvements of Aspose.Imaging.

As it was stated in previous articles, Aspose.Imaging not only allows loading, manipulation and export of images, but it also allows creation of images from scratch. The creation process, however, might not be very obvious, so I’ll describe it here in a few more words.

Aspose.Imaging provides options to control image loading process, so as wether to apply ICC profile or not, or how high error tolerance is allowed. Most options are related to PSD format, but some other image formats have their options as well, and there are some options common for all formats.

Aspose.Imaging supports retrieving, applying and storing ICC color profiles for PSD and JPEG images, and can embed color profiles when exporting TIFF images. For other formats, embedded color profiles are processed when loading image, but are not availible for manipulation as of v18.7. In this article I’ll show how to work with ICC profiles for JPEG, PSD and TIFF.

Hello, in this article I’m going to list what distinguishes Aspose.Imaging from other similar software and generally about it’s interesting features.

A new version of Aspose.Imaging is released, designated 18.6. Here are the most important changes:

In this part I’ll tell you about an easier way to rotate an image, how to create multipage TIFFs and how to extract separate frames from an animated GIF file.

In this article on Aspose.Imaging, I’ll, tell about use of automatic grayscaling feature, which I’ve forgot to include in previous articles, and most importantly, how to work with XMP metadata in Aspose.Imaging.

In this article I will describe one of the most important features of Aspose.Imaging, filtering images, and what filters are availible.

Here I will talk about how to use Aspose.Imaging the most common ways of modifying raster images: ajdustment of brightness, contrast and gamma, considered ‘common’ adjustments for raster images, cropping and resizing an image and dithering and binarization often done when preparing images for printing.

In this part I continue to write about more generic features of Aspose.Imaging

Aspose.Imaging is a software library for .Net and Java that provides an API for conversion of raster images between different formats and also allows their modification and creation. There is also a version for Sharepoint. It requires no additional software to work.

In Aspose.Imaging 18.3 an new option has appeared which may be useful to some: an ability to convert from RGB color space to CMYK color space. To save a image in CMYK color space, you have to use CMYK-capable file format (In the example, it’s TIFF), set it up to use CMYK color space ( By creating TiffOptions with a TiffLzwCmyk value of TiffExpectedFormat enum in the example) and provide a color profile mapping to CMYK color space.