![]() ![]() Please note if you are following this example on your PC the Map View Zoom requirement may well differ from this example due to different monitor resolutions. I can now drag the map using the mouse to line up exactly the area of mapping I wish to print. The black outline in the above screenshot is showing the area of mapping that I can print of Ordnance Survey 1:25,000 mapping at scale to my printer. If I then alter my Map View Zoom and zoom out, I now have more mapping on screen, and I can now see the print area. If we count the map grid squares, we can see that on my monitor I can view approximately 5km * 3.5km which is less than the 7.25km*5km we are able to print. It does’t show me what mapping will in fact be printed. If on my computer, I open up OMN, select OS 1:25,000 mapping on screen, and press the print button, then the below screenshot is not very informative. These two zooms are therefore independent of each other.Ī worked example based on the calculation above: This alters the scale at which a map print will be made. Print Zoom – On the Print Map window is a drop down combo box called Zoom. ![]() It does not alter the amount or scale of what is being printed. ![]() This simply alters the amount of mapping being displayed on your screen. Map View Zoom – This is simply how you normally zoom maps on screen when not printing. The OMN printing interface is very powerful, but involves control of two zooms: #Map print to scale how to#How to control printing maps through Outdoor Map Navigator So, to fill the paper available with mapping at the correct scale we need an area of mapping 7.25km by 5km. showing how to use Acrobat Reader to print large maps across multiple sheet. 29cm * 25,000 = 725,000cm = 7,250m = 7.25kmĢ00mm = 20cm. showing how to use GIMP to scale your image so a size appropriate for your minis. If we are printing Ordnance Survey 1:25,000 mapping, we now know how much mapping we are going to print:Ģ90mm = 29cm. To make the maths easy, let’s say the printer can only print on 290mm by 200mm. Although your printer may have A4 paper loaded in it, it most likely can’t print to the absolute edge of the paper.Ī4 paper is 297mm * 210mm. Printing a map – Because scale is important, one of the first things we have to do is communicate with the printer to find out how much paper we can print on. The amount of information to be printed is already decided. ![]() So we just take the photo, the user decides how large they want the image – say 6”*4”, and we send it to the printer. Printing a photo – There is no scale involved. If you can now imagine the squares on the page being smaller which would represent a higher DPI, and you could improve your circle. In simple terms, if you remember trying to draw a circle in your school maths book by shading squares you probably remember it not being very circular. Using more dots can improve the image quality through smoothing of edges. The higher the DPI of the printer, the more dots can be used to create the image. #Map print to scale series#So, if a lake on the map is 2cm long, then in real life it is 2cm*25,000 = 50,000 cm = 500m long.ĭots Per Inch (DPI) – Printers produce images through a series of dots of ink. This simply means that if you measure something on the map, and multiply that answer by 25,000, you will have its length in the real world. Map Scale – Ordnance Survey Explorer maps are 1:25,000 scale. This difference in approach is all due to the scale of the map. It’s not obvious, but printing a photo from your computer is almost the logical opposite process technically of printing a map. Modified on: Wed, 23 Aug, 2017 at 3:17 PM Of course, you must adapt the values if your hexes are not 1" wide.Solution home General Printing Printing - Scale Printing Explained With your 1" wide hex you can fit an A4 sheet 297/25.4 = 11 hexes times 210/29.3 = 7 hexes in landscape mode and 210/25.4 = 8 hexes times 297/29.3 = 10 hexes in portrait mode (values rounded and no margin). On the other hand if you want to fit the paper, you first have to take the margins out (see your printer doc). Now to calculate the best paper size you'd need : width number of hexes x 1" (or 25.4 mm), height number of hexes x 1.1547" (2.93 mm).Įxample : if your map is 20 hexes wide and 12 hexes high, the map will be 20" (508 mm) wide and 13.86" (352 mm) high so an A2 sheet would be needed, but not filled. To print you have to check the Scale Factor radio button, put 1" in the Paper Distance box and 3' in the Drawing Distance Box. The hex's height is then 1.1547" (29.3 mm) because the height of a regular hex is width/cos(30°) assuming the hex is turned so that a node points up. Say you want your hex to be 1" (25.4 mm) wide. I assume that's the map's scale, but how wide should an hex be on paper ? Posted By: Highland_PiperI'm doing 1 Hex = 3 feet ![]()
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