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c_tutorial.md

@@ -1893,7 +1893,7 @@ For start please note that:
 So, how to actually do graphics? As said, graphics is a super wide topic, there is no [silver bullet](silver_bullet.md), all depends on what we really need. Consider the following:
 
 - **Need to quickly draw something quite basic (e.g. a graph)? [Keep it simple](kiss.md) and just use [ASCII art](ascii_art.md).** You can draw simple pictures to the console with ASCII art, i.e. you emulate real screen pixels with text characters. This is a nice, natural transition from text to graphics when studying programming, so you may start with this. The disadvantage is you can only draw very simple, rough and low resolution pictures, usually without colors, but you can animate them and make your program a little bit interactive. By doing things yourself you'll also get an idea what graphics is about and will better understand why libraries you'll use later work the way they do. A big advantage is that ASCII art graphics can be done without any library (there are libraries like [ncurses](ncurses.md), but you probably won't need them) and will keep your program quite simple, nice and [portable](portability.md). You can use this for simple visualization, animations, games and so on.
-- **Need to just produce one or two static pictures (e.g. function plot)? Output a picture file**. You can make a C program that will simply save a picture to a file which you can open in any image viewer. For this you can use quite simple libraries but it is also possible to load and save simple formats without any libraries at all! You can very easily export bitmap images (e.g. [PPM](ppm.md), [farbfeld](farbfeld.md), ...) as well as beautiful [vector](vector.md) images (e.g. by exporting [SVG](svg.md)) with curves, [antialiasing](antialiasing.md), fancy fonts and so on, you can auto-convert them with other tools to other formats and so on. This will suffice for many things like data visualizations, function plots, photo processing, even 3D rendering, while keeping your program highly [portable](portability.md), i.e. it will be usable everywhere, even on computers without any GUI or screen, it will be much less [bloated](bloat.md).
+- **Need to just produce one or two static pictures (e.g. function plot)? Output a picture file**. You can make a C program that will simply save a picture to a file which you can open in any image viewer. For this you can use quite simple libraries but it is also possible to load and save simple formats without any libraries at all! You can very easily export bitmap images (e.g. [PPM](ppm.md), [farbfeld](farbfeld.md), [bmp](bmp.md) ...) as well as beautiful [vector](vector.md) images (e.g. by exporting [SVG](svg.md)) with curves, [antialiasing](antialiasing.md), fancy fonts and so on, you can auto-convert them with other tools to other formats and so on. This will suffice for many things like data visualizations, function plots, photo processing, even 3D rendering, while keeping your program highly [portable](portability.md), i.e. it will be usable everywhere, even on computers without any GUI or screen, it will be much less [bloated](bloat.md).
 - **Need a fast, real time interactive program (e.g. a game)? Use a [library](library.md) for that**. If you want the "real deal", i.e. interactive, fully colorful high-res graphics, e.g. for a serious game, you'll typically have to use a library -- in C this library is traditionally [SDL2](sdl.md) (but there are many alternatives, e.g. [SFML](sfml.md), [Allegro](allegro.md), [SAF](saf.md), ...). This is a bit more complex, so only go this way if you really must -- you have to install the library, learn to use it and your program will become more bloated, less portable, bigger in size, harder to compile and so on.
 
 We will show an example of each of these approaches further on.
@@ -2144,7 +2144,7 @@ This code is almost a bare minimum template for SDL that doesn't even perform an
 
 ## Where To Go Next
 
-We haven't nearly covered the whole of C, but you should have pretty solid basics now. Now you just have to go and write a lot of C programs, that's the only way to truly master C. WARNING: Do not start with an ambitious project such as a 3D game. You won't make it and you'll get demotivated. Start very simple (a Tetris clone perhaps?). Try to develop some consistent programming style/formatting -- see our [LRS programming style](programming_style.md) you may adopt (it's better than trying to make your own really).
+We haven't nearly covered the whole of C, but you should have pretty solid basics now. Now you just have to go and write a lot of C programs, that's the only way to truly master C. WARNING: Do not start with an ambitious [project](project.md) such as a 3D game. You won't make it and you'll get demotivated. Start very simple (a Tetris clone perhaps?). Try to develop some consistent programming style/formatting -- see our [LRS programming style](programming_style.md) you may adopt (it's better than trying to make your own really).
 
 See also supplemental articles at the beginning of this tutorial.