You can’t make a good dungeon without having some secrets, right? Hidden traps, secret doors, concealed corridors, illusory floors, invisible enemies and fake treasure. Now, placing invisible enemies on the map is dead simple (trick being not actually placing them at all) but how can I make a map with a secret corridor that I can reveal and hide at will, and not betraying it’s existence when it is hidden?

CC3+ has nice tools for adding corridors to your map, but you have do decide if they should break the wall or not when connecting to an existing room or corridor. And this is where the challenge begins. It is easy enough to temporarily hide something by putting it on it’s own layer so toggling the visibility of the corridor is easy, but if you chose to have it break the wall when placed, you would still have that hole there when the corridor is hidden. Now, that isn’t actually a good way to keep it secret. On the other hand, if you chose to not break the walls, then there will be walls blocking the corridor even when it is revealed, which look a bit weird, and we can’t have any of that, can we?

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One rather standard feature of most CC3+ maps that I see many people are somewhat confused over or fail to use properly is the screen. For example, I get a lot of atlas submissions that have things sticking out on the outside of the screen. Thus, I thought I would dedicate a small article to talk a little bit about this feature.

The screen is that white polygon that can be found right outside the map border on most maps. But why is it there? What is the intended functionality of it? And how to best manipulate it? And how to avoid it being part of our output when we export our map to an image? I’ll talk about all these things here, to hopefully give you a bit more insight into this feature.

Note that this article is about the screen entity found on most maps, and not the Screen Border sheet effect.

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One of the most powerful effects in CC3+ is also the least used one. And that is kind of understandable, because it is also one of the more complicated ones. So in this article, I’m going to give you a bit of an introduction to the Spatial Matrix Process (SMP) effect (Not to be confused with the RGB Matrix Effect).

SMP is a custom filter where you have a lot of control over what the effect will do, it doesn’t have a pre-defined purpose like the other effects, but can be used to create a variety of different effects. Note that some of the results you can accomplish using this effect is already implemented as separate effects, such as blur.

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While most CC3+ styles have a good selection of symbols, including multiple variations of the same symbols, such as multiple different trees, mountains, tables or statues, you can get into an issue of repetition if you need lots of these symbols.

One of the ways to alleviate this is to apply different scaling, rotation and mirroring to these symbols. Just a subtle change of scale or orientation helps reduce the monotony of a lot of the same symbols. This can of course be done manually, but CC3+ symbol catalogs contain a cool feature for helping with this, namely random transformations. Random transformations are a configurable way to automate this process on a symbol by symbol basis, ensuring that it makes sense for each symbol it is applied to. For example, it doesn’t make much sense to have a random rotation of a mountain in an overland map, that would probably look weird given the isometric view of these symbols in most styles, while a table in a tavern may benefit from free rotation. The same mountain may find use in random scaling to vary it that way instead.

You’ll find that many of the official symbol catalog already use this technique by default, but it is easy to set up yourself, either to apply it to your own custom symbols, or to existing symbols when using them.

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Grids are a necessity when you are making your battle maps and it is easy to add a grid in CC3+ through the Draw Menu (Hex or Square Overlay). And this is quite OK for many maps, but with just a little bit more work, one can make it much prettier. For example, a common desire is to only have the grid visible over the floors in the rooms, where the characters can actually walk. And maybe you have a tiled floor and want the grid aligned to that? In this article, I am going to discuss some of the things you can do with your grid.

 

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Color Key is one of those effects that can be a bit difficult to see an immediate use for. Effects like Glow, Edge Fade, Transparency and so on are very clear already from the name, and it is easy to think of scenarios where those effects would be useful. But what of the Color Key, what can we really use it for? When does it make sense to use it? It’s not quite as clear.

I didn’t really use this effect myself in the beginning, but I’ve been using it more and more over the years as I have found that it can really simplify the work process to get the look I need.

The main idea behind Color Key is that it can be used to remove parts of a sheet, allowing the sheet below to shine through. This can be done to punch hole in things, for example, you can use it to punch a hole in the landmass to see the sea fill below (creating a lake), you can punch a hole in the roof or wall of a building to see the interior, you can use it to remove the parts of the grid you don’t want and so on. But instead of actually deleting anything from the map, the Color Key is just an effect that can be later moved or removed, for example making it much easier to reshape that hole in the wall as opposed to if you had actually edited the wall entity itself.

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In my latest live stream, I did use the RGB Matrix Process effect quite a lot for changing the colors of fills ans symbols. I this article, I’ll dive a bit more into this effect and describe it in a bit more detail.

The effect itself is just a basic color-replacement effect, but all those text fields with numbers can look quite a bit daunting when you open it up for the first time, but you can use it to make some nice results. You can see some examples in this older blog article where I also touch briefly on this effect, but today I’m going to explain it in a bit more detail.

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Ever wanted to have something appear as a being inscribed into the wall or floor instead of appearing on top of it? With a little bit of manipulation and a few effects, we can turn any vector symbol or basic shape into such an inscription.

We can then use this technique to decorate floors in a dungeon, or used with both walls and floors in a perspective drawing, netting us some nice way of adding decorations without overusing symbols.
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When using CC3+, you may have encountered symbols with behavior, like houses that aligns to and offsets from the wall and doors that align to, resizes themselves to match and cut holes in dungeon walls. These are what CC3+ calls smart symbols. In this article, we’ll take a closer look at these symbols and we’ll have a look at how to make our own smart symbols. I’ll be using DD3 here, but this functionality is not restricted to DD3, and can be used in any kind of map CC3+ can produce.

Try it out

Before making our own smart symbols, to see the existing ones in use, try out how dungeon door reacts to differently sized walls. Start with a new small DD3 dungeon, draw a wall using the wall drawing tool (I recommend you right-click Default Wall and pick a nice looking one) at any angle. Then, make sure Snap (bottom right corner) is turned off and then pick any door from the Wall features catalog and hover the cursor over the wall. The door symbol should rotate to match the angle of the wall, and once you click, you’ll notice that it actually cuts the wall where it places the door. These are two of the features of smart symbols, aligning to existing entities and cutting lines.

This article is also available in a video version.

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This is the fourth article in my series about XP development. To understand this article properly, you should be familiar with the contents of the previous articles.

In this article, I’ll be taking a closer look at how to interface with some of CC3+’s own functionality, in this case how to set CC3+ variables and how to call native CC3+ commands from an XP. I’ll be showing you how to use the SetVar and ExecScriptCopy API calls.

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