You like Men of War? You want to achieve historical missions with accurate maps of terrain, this may interest you .. Here is my tutorial to extract heightmaps from Google Earth in GEM Editor..Posted by bassmaniac on Apr 19th, 2012 Intermediate Design/Concepts. tutorial to extract heightmaps from Google Earth in GEM Editor:You will need:-Google Earth : Earth.google.com-a special plugin for Google Earth: Ambiotek.com-MicroDEM Map Tool - Usna.edu- Any photo-editing program that can save your file in TGA format (Photoshop, Gimp etc..)1/ Install MicroDem program on your PC.2/ Open Google Earth program and double click the Google Earth plugin file SRTM41.kmz (A new line SRTM4.1 appear in the left menu of Google Earth). Double clic on it: You see the earth divided into sectors with numbers.In my example, I want to import the 3d elevation of the village of Brettevillette, in Normandy (10km east of Caen/France. The number of this sector is STRM 36_03).Maps.google.fr 3/This sector is too big to be imported, so you have to zoom on a lightest sector:On the left of STRM 4.1, you will see a triangular icon. click on it and you will see a folder "elevation". click again on the 2nd triangular icon: you see all the sector of the planete earth.Double click the link "data for STRM 36_03": A windows appear (wait 4/5 seconds)4/ you can read: Preview the tile in GE: srtm_36_03 : Click here to visualise terrain and access 1 degree tiles" : Clic on it, and you will see the initial sector now divided in 5x5 sectors, and the initial satellite view of Google Earth appear now in color with the elevation. Each new sector have a code. In my case, i want the heightmap of the sector STRM 36_03_5_5 that correspond to the village of Brettevillette.5/A new line "elevation preview" appear in the left menu of Google Earth with a new triangular icon. click on it and you will see 2 folders: "Global legend" and "Local legend".6/Now click the triangular icon of "global legend", and click the triangular icon of "Data"7/Double click on the link "Data for: srtm_36_03_5_5": A windows appear, and then you have to choices to download the data: FTP or HTTP. Clic on HTTP to download the file. (take a long time to download it)Now you have finished with Google Earth.8/ The file is zipped: STRM_36_03_5_5.zip: Unzip it to have a file like that: STRM_36_03_5_5.asc9/ Open MicroDEM program:- Go to menu File, then Open and then Open DEM and clic your ASC file.A colored map of the sector appears but its too big to use it in GEM.- Zoom on the map with the 6th menu (windows zoom) on the land you want to catch.Then you have a new zoomed colored map.- Right clic on the map: Display parameters, then Elevation and choose the gray scale option.- Right clic on the gray map: Copy to clipboard.Now you have finished with MicroDem.10/ Open Photoshop (or any program like Gimp etc.) :- Create a new file, and copy paste the gray map. Crop the image to delete the 2 scale menus.- Save it as TGA file.11/ copy this file in the folder: your Assault Squad folder\resource\map\multi12/ Open GEM Editor: Create a map (F2 Menu)- Menu Heights => Import Heightmap => Map/Multi and you will see your TGA file ine the list. Clic on it and you have automatic the heightmap.Note that the Gem Editor dont accept too much high TGA files and if you map is too big, you may have problems. You have to experiment like me, because its not easy to find the correct scale.To help, here is an aerial/satellite view of the village Brettevillette (save image as JPG).I've transformed it in TGA file and I apply first this Heightmap file in the GEM to have the road, river, houses to draw my game map. After finish, I apply the real highmap (with near the same scale) and then you have a real heightmap for your game mission!

Have a look on my map of German skirmish mission "Brettevillette", and you will see that it goes! Moddb.com I hope it will help modders to do realistic maps for the great game Men of War and Assault Squad!Regards.Bassmaniac

first I have to apologize for posting again. I think I put this in the wrong forum. I am not writing often at BGG. So I hope someone forgive me this.

I want to anounce the release of HexDraw 1.0

HexDraw is an easy to use graphical editor for designing hexagon grid game maps. With HexDraw you create playing maps with up to 200 x 200 hex fields or 67 x 67 inches (170 cm).

HexDraw helps you to easily create different terrain features like roads and hexes in plain colours or textures.

With your favourite bitmap-painting program you can draw anything you like directly on the hexes such as buildings, cities, space stationsYour drawing will then have the right size and position.

You may load an image as the background - let the map be see-through and place your artwork on top. This could be an image from Google earth or a historical map. Background images can be resized and rotated so as to fit your hexmap.

You can print your map on multiple pages and play your own design wargame, playtest map, historical Advanced Squad Leader Scenario, etc.

Exporting the final map as a bitmap image for further use in other graphics design programs is also included.

a Manual, ASL-terrain-library is included as well asthis Sample-ASL-Map (*.hm file) below.Hexdraw is defenitly not related to ASL only

The price for the full version is 45 $A free trial version is available at:http://www.hexdraw.com/HexDrawSetup.exe

hope you wargamer like it

jo.b

http://www.hexdraw.com

Recently I have been having a conversation via email with another wargame designer regarding the drawing of wargame maps. He has provided some wonderful insight into the process he uses and I asked him where he gets his blank hex grid he uses for most maps. He sent me the file he uses and mentioned that there had to be an easier way to make hexes for a wargame map than using a scanned image or something similar, specifically using Adobe Illustrator or Photoshop. This got me thinking; in the past I have just created my hex grids the hard way by drawing a hexagon and then duplicating it into a small grid, then duplicating that small grid until I had the size desired. There are a few problems with this, one of them being hex drift. This occurs when you dont get the hexes exactly lined up with one another and the tiny misalignment gets magnified the more it is repeated. Sure there is a way to resolve this by setting up a rather complex series of guides and grids, but it is a pain.The tutorial below is very image heavy.just a warning ;) Also, this isnt the only way to do it, it is just the way I have found to make it quick every time I need a hex grid. The initial setup is a pain, but for future use it will save time. Most of last night and a good part of this morning was spent finding out a way to easily make a hex grid in Adobe Illustrator. I chose Illustrator because of its scaling abilities and ease of use, and also it is much easier to take an image and move it into Photoshop than it is the other way around. The process in Illustrator involves creating a new repeatable seamless pattern and using the Swatches toolbar to apply this pattern to an object. By using a pattern on an object, in this case a rectangle set to the size of the map you need you can get a seamless grid that can be scaled to accommodate any size hex you need.This is the first tutorial I have done, so please bear with me and forgive any blunders. I am using Adobe Illustrator CS3, but I think the process should be similar for any version dating back to 8 if I remember correctly. Please comment and correct me if I am wrong. I am also assuming that by attempting use this tutorial that you have some basic knowledge or understanding of Adobe Illustrator as I will leave out some generic explanations of tools and such.Create a new print document in Illustrator. The size doesnt matter at this point but you will want to set the units to inches.Select the Polygon Tool by clicking and holding the Square Tool button. A pop-out of the different shape tools should be visible now.

After this click anywhere on the screen an a dialog box will appear looking like the one below. For a standard 1/2 counter game the hex needs to be roughly 5/8 from flat side to flat side. The problem with Illustrator is that it measures from the point to another point. The measurement I use for the radius is .3625.

After you have entered the value, hit enter or click Ok and you should have something like this.

You dont really need a solid hex, you want an outline,. So delete the fill and add an outline using the small color selector. It should look like this.

Next you need to set your stroke weight for the hex to 1pt.This is where is starts to get a little tricky. You need to duplicate the hex and move it so it is aligned as below. This is made easier by pressing ctrl + Y or command + Y if you are on a Mac. (I use a PC so for the rest of the tutorial I will be using ctrl as it is easier.) This gives you outline mode which shows you the actual vector lines that Illustrator is using. Align them as closely as possible as this is important to the tiling of the pattern. It may help to zoom in as much as you can.

Once you have done this you can switch back from outline mode by pressing ctrl+Y again. Select both hexes using the selection tool by dragging a box around them. Now you need to get the hexes to a state where you can trim pieces off of them. In order to do this you need to create outlines from the 1pt stroke you have given the hexes. With both of the hexes still selected click on the Objects menu at the top and then select Path and then finally Outline Stroke.

Notice now when the hexes are selected the edges of the stroke are highlighted, not the center line of the stroke. This has essentially created a polygon shape out of the outline. When selected the hexes should look like this.

Now you need to create a solid shape from the two hexagons. This will make it easier to trim. Make sure both of the hexes are still selected and go to the Pathfinder palate. Hold down the alt key and press the first button on the left. This button is called add shape to area. I call it the combine tool and it looks like this.

For me the following was the tricky part as I had to figure out the best way to trim everything so when it was tiled it would look correct. Hopefully this saves you a bit of time if you follow what I am doing precisely.Next, select the square/polygon tool and make a square on the screen a bit larger than the hex itself. Then place the box over the top of the hex (it might make it easier to select a different color and place it to where it covers exactly half of the side of the hex, like so:

Do the same thing for the other side of the right hex. Then place a box over the left most edge of the left hex covering to the point where the outer diagonal moves upward. You can see it better in the two pictures below.

Now, select all three of the boxes and combine them using the method above from combining the hexes.Once that is done you need to select the new shape and the hexes and in the Pathfinder palate alt-click the second button, which is the subtract from shape button.

This should give you a result like this.

There is one final thing we need to do before proceeding. There needs to be a way for the line to the left to join the bottom of the hex. To do this you need to duplicate the new shape and move it over to where it lines up exactly to the left of the current object. Like this:

Select both shapes and combine them as before to make one new shape. Next we need to create some boxes over the left most and right most parts of the original shape so it looks like this.

As you can see I left a bit of the left most hex and cut off a bit of the right side. This will allow for seamless tiling as a tile can only be used on a square grid. By doing this it allows the hexes to be formed on a square grid. I know it looks a bit weird right now but it works, trust me ;) Here is a detail of how I aligned the boxes.

Once you have them aligned, select each box and subtract it from the hex shape using the method stated above. Your end result should look like this.

If your shape looks like that, then you have done well and are past the hard part. The next thing to do is to select the shape and click on the Edit menu and then click on Define Pattern.

This brings up the New Swatch dialog. Just name it something appropriate and then click Ok.

Unless you have the Swatches palate open, nothing appears to happen. Dont worry, something did happen. Open the Swatches palate by clicking the Windows menu and then selecting SwatchesOnce the Swatches palate opens, you will see a tiny box with the little shape in it. Lets try it out! Create a new box shape and make it 12x18 or so. While the box is selected click on the hex swatch and see what happens. It should look like this!

For now that is where I will stop. Hopefully tomorrow or the next day I will go further by showing you how to scale the grid, rotate the grid and also how to effectively use the grid and get it ready for print. Here are a couple examples of different styles of grids you can make using this method. Enjoy.

MappingBoard

MappingBoard is an application for drawing wargame maps. I am not a very patient person so the idea is to have a simple, easy to use application where you can, as much as possible, just plonk terrain items down on the map and not have to change a dozen properties such as colour and width every time.Of course, initially, you will have to set up the toolbox to be able to draw the maps that you wish, but after that, you can just draw a blacktop road with white markings, for example, straight on the map every time you need to. If you wish to create a library of specific terrain features, such as all the hills in your terrain box, it is as simple as drawing a feature and saving it to a specific folder on your PC and it will automatically appear in the tollbox under "MyFeatures". The Science BitThe main idea behind MappingBoard for drawing linear features, such as the white roads with black borders in the map below, is to have a "drawing feature" that is a combination of "pens" which all draw along the same path on the map producing the desired effect. This simple premise can be used to draw roads with borders, tarmac roads with central dashed lines, railway tracks, or dirt roads that fade into the surrounding grass.

Full size version Based on the map in the Command Decision scenario Buron by Doug Eaglesham Here are samples of easy to draw terrain features in MappingBoard.

Full size version A map drawn with textures.For those who prefer a more Flames of War or Warhammer style of map. I find these very effective for maps with a small number of terrain features.

Full size version The ground textures used in this map were created by David Gurrea The water texture was created by AbsoluteCross Based on the map in the Rapid Fire scenario Operation "Quick Anger" by Mark Piper A map drawn with "3D" textures.The following map is the same as the above but uses shading to produce a 3D effect.

Full size version The ground textures used in this map were created by David Gurrea The water texture was created by AbsoluteCross Based on the map in the Rapid Fire scenario Operation "Quick Anger" by Mark Piper More Example MapsOne of the reasons for starting this project was to do my own versions of maps that I found hard to decipher while reading a scenario. Here are some more that I have converted (click to enlarge):

The following is a map I drew for the computer game WarTac by Mark Ainsworth

More WarTac maps can be seen hereDownloadsDownload the latest installation package (version 0.9.1.1, dated: 22/12/10).Download the previous version (version 0.9.0.1).DocumentationJim Baker, from Fire and Fury, has written a user manual.SupportFor questions about MappingBoard, user submitted content and to report bugs please visit the MappingBaord Yahoo! Group. TexturesI don't include any textures in MappingBoard. However, there are loads of freely available textures on the internet (I just can't redistribute them). See the Resources page for links to webpages containing textures and other mapping objects.Using textures in MappingBoard Features: Most terrain features can be created in one step Objects can be freely moved and adjusted once created so you don't have to get it exactly right first time The terrain feature template is an easy to edit xml file. Features can also be added via right clicking an object on the map. You can add drawing styles (e.g. pen and fill colour) AND whole features (e.g. a kidney shaped hill). This allows you to draw items in your terrain collection once and add them to each map with just a couple of clicks Terrain features have a draw order so that e.g. roads are always drawn over other features* Linear features with borders will merge borders when overlapped (e.g. see road junctions in example)* Features such as woods can be made semi-transparent allowing them to overlap hills. Easy to use military unit symbols Square and Hex grids UN obstacle symbols such as concertina barbed wire NEW: Blended image fills to give soft edges to the terrain* for performance reasons this occurs during export to an image file but not when editing. There is no documentation at the moment so you'll just have to play with it and see if you like it. I will, however, list important features here. System Requirements A PC running Microsoft Windows XP or later The DotNet framework version 2.0. This is probably already on your machine otherwise you can download it from here Installation Download the zip file and unzip the contents in a suitable place Double click Setup.exe and follow the instructions to install Selecting objects Once you have several objects on the map it is sometimes difficult to select the object you want. Use layers to organise your objects. E.g. place all hills on one layer, roads on another etc. Too many layers, however, can make it difficult to find the object you want to select. By default clicking will select the top most object, if you hold the shift key down you can toggle through all the objects in tha current layer under the mouse. Transparency Area terrain (e.g. woods) can be filled with a solid colour, a tiled image, or both if you use a gif image with transparency If both, the alpha setting will set the transparency of the solid colour only, otherwise it will set the transparency of the tiled image "3D" Terrain Coming soon - how to draw 3D terrain Miscellaneous The map is drawn on the editing screen with a small margin. This margin will not appear on the exported image so features can be drawn across the map border without having to spend precious time trying to line the end of the feature up with the edge of the map. Drawing styles You can draw either free hand (the default) or by sets of straight lines Features in the pipeline Arrowheads and other line terminators Preview screen - showing a fully WYSIWYG version of the map.