-
namespace std::voicescode
+ namespace std::voicescode
diff --git a/docs/TestFileFormat/main.md b/docs/TestFileFormat/main.md
index 49865f74..3fe8ac67 100644
--- a/docs/TestFileFormat/main.md
+++ b/docs/TestFileFormat/main.md
@@ -72,7 +72,7 @@ To quickly disable a test, insert the token `disabled` in front of the test dire
## Built-in Test Functions
-There's a built-in library of standard test functions, and you can have a closer look at their implementations in [cmaj_test_functions.js](https://github.com/SoundStacks/cmajor/blob/main/tests/cmaj_test_functions.js).
+There's a built-in library of standard test functions, and you can have a closer look at their implementations in [cmaj_test_functions.js](https://github.com/cmajor-lang/cmajor/blob/main/tests/cmaj_test_functions.js).
The main functions include:
@@ -291,7 +291,7 @@ void f (XX& x) {}
You can write your own javascript test functions at the start of the test file, and invoke them on a `##` line.
-If writing your own tests, it's probably helpful to look at how the standard ones are implemented, in [cmaj_test_functions.js](https://github.com/SoundStacks/cmajor/blob/main/tests/cmaj_test_functions.js).
+If writing your own tests, it's probably helpful to look at how the standard ones are implemented, in [cmaj_test_functions.js](https://github.com/cmajor-lang/cmajor/blob/main/tests/cmaj_test_functions.js).
The underlying javascript API used for managing the test status looks like this:
diff --git a/docs/Tools/CppAPI/main.md b/docs/Tools/CppAPI/main.md
index db23e592..903f99f4 100644
--- a/docs/Tools/CppAPI/main.md
+++ b/docs/Tools/CppAPI/main.md
@@ -18,7 +18,7 @@ The two main folders to look at for this are:
(There is also a lower-level COM-based API in `include/cmajor/COM` which you can use if you like, but it's probably better to ignore them and stick to the API wrapper classes that expose the same things as idiomatic C++ classes).
-There are some example projects demonstrating simple use of the C++ API: see the [examples/native_apps](https://github.com/SoundStacks/cmajor/tree/main/examples/native_apps) folder.
+There are some example projects demonstrating simple use of the C++ API: see the [examples/native_apps](https://github.com/cmajor-lang/cmajor/tree/main/examples/native_apps) folder.
## Main API classes
These structures are useful for representing chunks of audio data with a known sample-rate. They're useful types when you're declaring an external variable which is going to hold audio file data or generated waveform data.
Note that duck-typing is used for the types of externals which contain audio data, so you can use your own classes as long as they contain a couple of fields which can hold the frame data and a sample rate. If you need a struct for audio data with more than 2 channels, you can just declare your own type using an appropriately-sized vector for the frames.