If you like this map, please give it a thumbs up. The other videos were created after several hours of playing time and are of course much more developed than the map for download. Many thanks to all the hard-working mod creators and of course to deBorg for the video presentation of the first version of my Open Range Map. All mods used are from the Steam Workshop and can therefore be easily subscribed to in addition to the map. In order to visualize all of this, I used some mods. The industry is also nicely decorated and neatly laid out. There is a lot of agriculture, some lakes, rivers, a swamp area, high mountains with valleys, huge forest areas, etc. I tried to incorporate all the possibilities of landscape design and laid out the “wide open country” as realistically as possible. Cities and industry are already in place and a rough road network has been laid out. There are $ 100,000,000 available which should be enough for the first line expansion. It has a lot of space to expand and 1980 is saved as the starting year. The fictional map is very large on a scale of 1: 3. Let range: Range = am providing you with my Open Range Map that can be played directly or “nicely built”. Let endIndex = emojiText.index(emojiText.startIndex, offsetBy: 7) We can only make use of a half-open Range as that’s required by the String subscript. The String.Index takes into account the actual size of a character. The solution to this problem is to make use of Range instead of Range. Therefore, our substring is not returning the expected outcome and misses the ‘h’. Print(emojiText.substring(with: NSRange(location: 0, length: 7)))Īs you can see, the rocket emoji is more than one character long. We can demonstrate this by working with an NSRange and an NSString that contains an emoji: However, not every character is of the same size. As you might know, a String is a collection of characters. Strings and ranges are a bit more special. NSColor = "UIExtendedSRGBColorSpace 1 0.5 0 1" Let attributedString = NSMutableAttributedString(string: title)ĪtAttributes(, range: convertedRange) Let convertedRange = NSRange(range, in: title) We can fix this by making use of the available convenience initializer of an NSRange that takes a Swift Range: Print(names) // Half-open range operator going from a.?' to expected argument type 'NSRange' (aka '_NSRange')Īs Range can’t be converted to NSRange we’re running into the following error:Ĭannot convert value of type ‘Range?’ to expected argument type ‘NSRange’ (aka ‘_NSRange’) Therefore, you could write the above code as follows: Obviously, Swift is smart enough to detect the countable variant by itself. For this, however, we need to make use of the CountableClosedRange type: The different types of operators can also be used to select elements from a collection. For example, if you’d like to iterate over all elements of a collection: The closed operator is useful if you’d like to use all the values. Let’s go over the different types available in Swift.Ĭlosed range operator going from a…b let range: ClosedRange = 0.10Ī closed range operator going from a.b defines a range that includes both a and b in which a must not be greater than b. The easiest way of working with them is by making use of the range operator. There are multiple types of ranges in Swift you can use. Multi just launched into early access, so be the first to try it out! Types of ranges With Multi, simply point, draw, or even take control of your teammate’s Xcode. Stop struggling to describe which line of code to change or dancing around who’s screen sharing. A New Pair Programming Tool for Xcode Pair programming in Xcode is difficult.
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