This is heavily work in progress (tutorial seriously started, May, 27 2014)
If interested in the map format itself, take a look at this page
- 1 Motivation
- 2 What's needed:
- 3 Inkscape introduction:
- 4 Map editing aspects:
- 5 Testing your map in Running with Rifles
Creating a map in RWR isn't really difficult but it takes some time as a common 3D editor doesn't exist and will never do. Everything will all be done inside Inkscape in a 2D-view. If you are used to Inkscape then it should be even easier for you. Just keep in mind that a map won't be finished in a couple of hours so you might think about it twice before you start working on a map.
- Inkscape, version 0.92 or newer at http://inkscape.org/ (older versions work as well but there might be some compatibility issues)
- RWR Inkscape extension: it's shipped with the game in installation_folder\tools\inkscape. After you installed Inkscape, put those 2 files (rwr.inx and rwr.py) in the Inkscape\share\extensions folder
- a simple tutorial map to make it easier for you to start with something: RWR tutorial map template. Extract the content (the "tutorial map" folder) of the archive into [Running with Rifles]\media\packages\vanilla\maps. In the library layer inside the objects.svg file you have a lot of useful informations too.
- convert.exe and composite.exe, which are the only 2 required files from Imagemagick, which is a command line image editor/composer. Put those 2 files in the folder of your actual map you are working on, i.e. "tutorial map". You can find those files HERE
Inkscape is a vector graphic tool which is used as Map editor in Running with Rifles. The extension of Inkscape files is ".svg". Most informations of a map are inside the file "objects.svg" located in each map directory. After installing Inkscape, just double click the objects.svg in your "tutorial map" directory.
IMPORTANT: the rendering library in Inkscape is not the fastest unfortunately, so avoid to zoom in too much unless you have the filters deactivated. You can toggle the filter visualization in edit mode by pressing ctrl+keypad5. For most parts of the mapmaking you won't need filters to be shown constantly, so if you experience some dropdowns in performance, just disable them.
Important shortcut keys:
Very important tips
Ctrl+keypad5toggles the filters visualisation (makes the rendering a LOT faster)
Middle Mouse Buttonkeeping it pressed pans the map
Ctrl+LMBon an object inside an object group (towers, bridges, decks, etc. are made like this) will only select the single object you chose. This is important when you want to see the properties of either the start path or ending path of such a group. If you simply click on the group it will only show the group properties, which is pretty much no information at all
- Choosing a copy of a template object (in the materials layer) needs to be put in a layer, layer1, layer2, etc (and their sub-layers) to be loaded. The "materials" layer can't contain any physical objects, just parameters, templates, texture atlases, etc. This is often a source of confusion when an object is missing on the map. An easy way around this issue is to first copy the object you want from the materials layer, then select an item in the map that is on the same layer as you want the object (from materials) to be placed in. This will select the layer and when you paste the item, it will be pasted into the correct layer.
Map editing aspects:
RWR uses texture splatting for combining different terrain textures. Each layer has an opacity map which defines extent of texture presence on the terrain. The method works by applying an opacity map to the higher levels, revealing the layers underneath where the opacity map is partially or completely transparent.
- dirt layer
The base terrain texture is the "dirt" layer and needs to be present for each map as fully opaque texture over the whole map size (it can be bigger as only the part inside the page boundaries will be takeb). The color doesn't mind, we use brown to make it visible as a dirt layer.
- alpha_sand, alpha_grass, alpha_asphalt, alpha_road, (alpha_rocky_mountain)
Those are the alpha layers which will be mapped on top of the dirt layer. alpha_road is the highest layer, then asphalt, then grass, then sand. Of course also other alpha_layers could be used instead or some be left out (in the map rattlesnake crescent the alpha_sand has been left out and a alpha_rocky_mountain has been added). It is important though to have a MAXIMUM of 4 alpha splat layers + the dirt layer. There are also 4 layers for surface effects which are by default utilized by the dirt, blood, skidmarks and snow.
texture splatting example
Just draw content on each layer in Inkscape in the according layer. Colors in these layers don't matter, what matters is where the content is and where it's not. Drawing a shape in Inkscape is usually done with the bezier tool (Shift+F6). To close the shape, just connect the starting and ending point. Afterwards just fill the shape with a color (using Shift+ctrl+F: edit Fill and Stroke)
- Terrain heightmap
Like in most games, the terrain heigthmap is a grayscaled image
In Inkscape, the heightmap needs to be in the "height" layer, it's usual to use only shades of grey, each of which will be mapped to a certain height level in game. Completely black color i.e. 0 corresponds to 0 meter level, white i.e. 255 is 25 meters. The water level is at about 2m, i.e. shade of 20.
- Not to do
- closing your objects.svg while being zoomed in. If you have layers containing filters unhidden (usually grass, sand, height) it will load extremely slowly so that it feels like inkscape is hanging. Remember to zoom out when closing the document and to have those layers mentioned above hidden.
- modifying the size of an object with F1 (selecting the object, then adjust the size while dragging the arrows shown on the edge and corners of the object). You should ONLY change the size with F2 and dragging the corners to match the size you want.
- Requires the string
baseto be present in one of the ID, label, or title fields
- Object must be added to the layer
- Description field can store data such as:
name=<base name>; faction_index=<faction_no.>; capturable=(1|0);
Static soldier spawn point
- Requires the string
spawnto be present in one of the ID, label, or title fields
- Object must be added to a sub-layer of layer1 or layer2 named
Static vehicle spawn point
type = vehicle; key = <vehicle_key>;
- Requires the string
crateto be present in one of the ID, label, or title fields
Objects can be programmatically created in the level via Generic Node rectangles in Inkscape and the
getGenericNodes(...) method in RWR Scripts.
- Layer: as defined in the map_config.xml e.g.
<include_layer name ="layer1.hostageLocations" />
In this instance, 'layer1.hostageLocations' is a separate layer in the objects.svg file and the <custom_tag_name> is given to an item in a sub-layer of this layer.
Procedurally generated objects
- Building texture patterns
- See this thread post http://www.runningwithrifles.com/phpBB3/viewtopic.php?f=7&t=1319&p=8114#p8114
Multiple Mesh Templates defined as a set. Used to randomise the displayed object/item on a map
template = <mesh_set_template_Description_name>;
name = fir; mesh_template = fir1; mesh_template = fir2; mesh_template = fir3;
Referenced individually or via mesh sets
name = fir1; mesh_name = fir1.mesh; texture0 = world_atlas1.png; texture0_atlas_cell = 3 1 16 16; collision_model_type = 0; collision_model_size = 1.0 6 1.0; alpha_blend = 1; visual_hitbox_size = 3.5 10 3.5; #visual_hitbox_offset = 0 0 0;
template = fir1;
The Description can reference a mesh template or be fully declared, as is done in the mesh_template description
name = <template_name>; texture0 = decal_decoration_atlas.png; texture0_atlas_cell = 4 7 8 8;
template = <template_name>;
Walls / fences
- Layer: any
template = InvisibleWallPlayer;
type = start;
type = end; wall_template = BrickWall1; top_material = terrain; mode = bridge;
AI units will avoid walking into the areas defined by these paths.
Map view appearance
- For base names, create a text object
- Create a rectangle object in the materials layer and set its Object Properties --> Label to
- In the Object Properties --> Description area, text such as the the following can be used
day_color = fill; # the colour the rectangle is filled with, or use HTML colour code format #RRGGBB night_color = stroke; # the colour of the outside edge (stroke) on the rectangle name = <Map Name>; description = <Free Text Description>; randomize_faction_index=0; flip = (0|1); # use 1 unless you want to swap the bases factions spawn at visible_in_menu = (0|1); show_base_names_in_map_view = 0; #
Exporting heightmap, terrain layers
The RWR Inkscape extension is used for exporting the heightmap, terrain splat maps, and map view (map overlay). The extension ships with the game in
The exporter picks up splat maps based on Inkscape layers named as
alpha_*. Map view gets currently picked up for exporting from layers named as
map_view_decoration on the root level layer, and
rocks* inside each layer.
- Post processing exported resources AKA generating the in-game mini-map map.png
Mac / Linux: Download rwr-map-tools, which contains the shell script equivalents of the batch files created for windows without the sadness and with support for ImageMagick versions 6 and 7, plus includes some short-o-mations (see the README.md)...
You may need to adjust the file names referenced in
process.bat to match the terrain splat maps.
- applies a slight blur over the splat maps (without having to have blurring enabled in Inkscape at all times); and
- converts the heightmap to Greyscale ( required by RWR).
- combines the splat map layers (maximum 4, see information on splat maps, above) into one image. Doing so allows terrain rendering to be done in one pass instead of many.
- The game always attempts to locate
terrain5_combined_alpha.pngfirst; if it's not found, the old rendering method is used. Also, if you have more than 5 layers (base layer + 4 terrain layers), the old rendering method is used.
map.pngfrom the map view related exported stuff and a bunch of helper images. This output file is what you see when you press
- partial live reload
Testing your map in Running with Rifles
Assuming that you have exported your textures from the
objects.svg files within Inkscape and applied
process_mapview.bat, then you should be ready to check your results in game.
You should run the game in debugmode and without AI (you wont need them to test at first).
To do so, launch the game with the following command line options:
<RWR_install_folder>\rwr_game.exe no_ai debugmode verbose map=media\packages\vanilla\maps\<map_name>
- Navigate to the RWR install folder:
cd /Users/<username>/Library/Application\ Support/Steam/SteamApps/common/RunningWithRifles/RunningWithRifles.app/Contents/MacOS
- Run the game executable, passing various command line options:
./RunningWithRifles debugmode verbose mod=media/packages/<mod_name> map=media/packages/<mod_name>/maps/<map_name>
In-game, in debugmode, you can use the following shortcut keys:
F2toggle shadows (view in conjunction with
F4free camera - with
WASDyou can fly around.
Shift+WASDmakes you fly around faster
F5show object collision meshes
F6switch between day and night time
F7toggle HUD overlay
F9different useful informations. Most of them are self-explanatory
Ctrl+F8refreshes the area around your soldier. Useful when you make a change in your
objects.svgfile, like moving an object so that you don't have to restart the game every time. Notice that only the objects around you will be refreshed, the rest of the map objects will be gone