Adjust INSTALL.md to GitHubs Markdown

INSTALL.md

@@ -63,13 +63,13 @@ On Mac, if using homebrew Qt5, it is necessary to run the following from the pro
 
 There are two build types:
 
-1. [in tree builds](#intreebuilds) build the LSL library and all apps you explicitely enable. This is probably what you want.
-1. [out of tree builds](#outoftreebuild) build only a single app and require you to have a prebuilt LSL library and the exported build configuration (`LSLConfig.cmake`).
+1. [in tree builds](#in-tree-builds-recommended) build the LSL library and all apps you explicitely enable. This is probably what you want.
+1. [out of tree builds](#out-of-tree-builds) build only a single app and require you to have a prebuilt LSL library and the exported build configuration (`LSLConfig.cmake`).
 
-## In tree builds (recommended) {#intreebuilds}
+## In tree builds (recommended)
 
 1. extract the zip file or clone the repository (`git clone https://github.com/sccn/labstreaminglayer.git`)
-2. Windows only: start `build_windows.bat` and follow the isntructions in step 4
+2. Windows only: start `build_windows.bat` and follow the instructions in step 4
 3. change to the build directory (git: `cd labstreaminglayer/build`)
 4. open the configuration UI (`cmake-gui ../`) and click on `Configure`
     - select your compiler
@@ -80,11 +80,11 @@ There are two build types:
 	- a path where redistributable binaries get copied (`CMAKE_INSTALL_PREFIX`)
 	- build type (`CMAKE_BUILD_TYPE`, either `Release` or `Debug`). You can change this in Visual Studio later.
     - click on `Generate` to create the build files / Visual Studio Solution file (open it with `Open Project`)
-5. start the build process (`cmake --build . --config Release --target install`[*](#installtarget)) or load the generated VS Solution file
+5. start the build process (`cmake --build . --config Release --target install`[*](#regarding-the-install-target)) or load the generated VS Solution file
 
-This will create a distribution tree in the folder specified by `CMAKE_INSTALL_PREFIX` similar to this:
+This will create a distribution tree in the folder specified by `CMAKE_INSTALL_PREFIX`[*](#regarding-the-install-target) similar to this:
 
-## 'installed' directory tree {#installtree}
+## 'installed' directory tree
 
     ├── AppX
     │   ├── AppX.exe
@@ -123,28 +123,28 @@ On Windows, the library is copied to (and searched in) the executable folder.
 The resulting folder `LSL` contains three subfolders:
 
 `cmake` contains the exported build configuration (`LSLConfig.cmake`) that can be used to import
-the library in [out of tree builds](#outoftreebuilds).
+the library in [out of tree builds](#out-of-tree-builds).
 
 `include` contains the include headers for C (`lsl_c.h`) and C++ (`lsl_cpp.h`) programs.
 
 `lib` contains the library files. To run a program, you need the `liblslXY.dll` (Windows) or `.so` (Linux / OS X).
 
-## Notes regarding the `install` target {#installtarget}
+## Regarding the `install` target
 
 CMake places built binary files as well as build sideproducts in a build tree that should be separate from
 the source directory. To copy only the needed files (and additional library files they depend on) to a folder
 you can share with colleagues or onto another PC, you need to 'install' them.
 This doesn't mean 'installing' them in a traditional sense (with Windows installers or package managers on
 Linux / OS X), but only copying them to a separate folder and fixing some hardcoded paths in the binaries.
 
-## Out of tree builds {#outoftreebuilds}
+## Out of tree builds
 
 An out of tree build doesn't include the whole `labstreaminglayer` directory but only a single application
 (a minimal example is contained in the folder `OutOfTreeTest`).
 
-Building the LSL library should take only 1-2 minutes, so you should prefer [in tree builds](#intreebuilds)
+Building the LSL library should take only 1-2 minutes, so you should prefer [in tree builds](#in-tree-builds-recommended)
 unless you know what you're doing.
 
-To import the LSL library in a separate CMake build, you need to set the ['installed' LSL directory](#installtree)
+To import the LSL library in a separate CMake build, you need to set the ['installed' LSL directory](#install-directory-tree)
 in the `LSL_ROOT` variable (e.g. `-DLSL_ROOT=C:/LSL/build/install/lsl_Release/LSL`) or add the `LSL/cmake` subfolder
-of the ['installed' LSL directory](#installtree) to your `CMAKE_PREFIX_PATH`.
+of the ['installed' LSL directory](#install-directory-tree) to your `CMAKE_PREFIX_PATH`.