When your day-to-day work includes plenty of document editing, you know that every document format requires its own approach and in some cases particular software. Handling a seemingly simple HWPML file can sometimes grind the entire process to a stop, especially if you are attempting to edit with inadequate software. To avoid this kind of difficulties, find an editor that can cover all your requirements regardless of the file format and negate image in HWPML with no roadblocks.
With DocHub, you are going to work with an editing multitool for just about any occasion or document type. Minimize the time you used to spend navigating your old software’s functionality and learn from our intuitive interface while you do the work. DocHub is a sleek online editing platform that handles all your document processing requirements for virtually any file, including HWPML. Open it and go straight to productivity; no previous training or reading manuals is needed to reap the benefits DocHub brings to papers management processing. Start with taking a couple of minutes to create your account now.
See improvements within your papers processing just after you open your DocHub account. Save your time on editing with our one solution that can help you be more productive with any file format with which you need to work.
my friends there see this question that it was asked a negative to around 11 bill the question is obtain the digital negative of the following 8 feet per pixel image so the image is this then that is 3 into 3 so let represent the pixel value of this images R that is R of 0 comma 0 is 139 and so on so the formula for obtaining the digital image of this images s is equal to L minus 1 minus R where R is the pixel value of the given image and this is the pixel value of the digital negative of this image okay so here L is we we have given that the each pixel image is of 8 bit so L will be equal to L is gray level value that will be equal to 2 to the power 8 that is 256 so and this is L so we have 256 minus 1 minus R that is 255 minus R so to obtain the digital image of this image we subtract each pixel value by 255 so to obtain the digital image we will subtract each pixel by 255 so to uh to obtain this pixel value we subtract 139 - 255 so we will get one one six and this you will get 50 a