Saving Projects

Once you’ve made a page you need to save it.

Basically you will want to save them in 2 to 3 formats…

1 in the original program that you made them in.  This allows you to go back and make changes.  Then you will want to save them as a jpeg file.  1 that is small for using on the internet, and if you want to go ahead, and save a print version you can.  I have stopped doing this just because of space.  Also deciding that if I want to print the page, I have the original, and can go back and save it at that time.  This is totally up to you and your preferences.

To save a page for use on the internet, I resize it to  72 dpi, (resolution) and 600 ppi. (pixels per inch)  Then I use the “save for web” and adjust the quality slider so that I am under 115 kbs.  This gives me a page that is accepted on just about any on-line gallery I would like to put it on.

Here is a copy of an article published on the Digital Scrapbook Place:

Tutorial: DPI- PPI – what does it all mean???

You often hear people talking about how important DPI is in scrapbooking – You hear people saying – oooooooh thats got to be 200 DPI or its no good – – What ARE they talking about?

Actually they are talking about PPI – the correct terminology for the type of graphics we are using on screen is Pixels Per Inch . DPI or dots per inch refer to the printing or scanning process only and not to the process of element creation at all.

Pixels per inch is exactly what the term sounds like – the number of pixels an image contains per inch.

Each image is made up of tiny rectangles – known as a pixel- – the density of those pixels per inch is known as the PPI.

Here at DSP we create our Elements to be printed at 200PPI therefore a 12 inch by 12 inch background will be 2400 pixels across 2400 pixels down.

If we were to tell the printer to print this image at 8 inches by 8 inches – the pixels would be shrunk and each inch would now contain 300 pixels ( so you could say the image is now 300 ppi.)

If we were to tell the printer to print the image at 2 feet by 2 feet – the pixels would be enlarged – and each inch would now contain only 150 pixels.

BUT the original image is still 2400 pixels by 2400 pixels. – you see it doesn’t matter what the PPI says – – the image itself still has the same number of pixels.

The quality issues arise when you take an image and stretch those pixels out too far – so that you can see each pixel rather than them blending together.

Each image editor is different – Often they will open an image and the information will say that the image is a certain number of pixels and the resolution is 72 ppi

this may be the default setting that this image editor opens all image at. Other image editors open images at the resolution that the image was created .

It really doesnt matter – it is the number of pixels contained in the image that is important –

Here is an example

below in figure one is an element – it is 300 pixels by 300 pixels and my image editor says it is 200 dpi – it says that it is 1.5 inches by 1.5 inches.

fig 1


In figure 2 I have placed my element on a new canvas for my scrapbook page which I have made 12 inches square at 200ppi

fig 2


Figure 3 shows another element – it is also 300 pixels by 300 pixels but the image editor shows it to be 72ppi

fig 3


Note also that it says the image is 4.167 inches

Now I will place this same image on my canvas

fig 4


Notice that both images are identical -!!!!

It is really the number of pixels contained in an image that is the important factor .



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