comparison examples/01-Basics/passthrough/render.cpp @ 543:8f8809c77dda prerelease

updated basics, digital, instruments, extras examples

 
 #include <Bela.h>
 
 bool setup(BelaContext *context, void *userData)
 {
-	// Nothing to do here...
+	// For this example we need the same amount of audio and analog input and output channels
 	if(context->audioInChannels != context->audioOutChannels ||
 			context->analogInChannels != context-> analogOutChannels){
 		printf("Error: for this project, you need the same number of input and output channels.\n");
 		return false;
 	}

 
 This sketch demonstrates how to read from and write to the audio and analog input and output buffers.
 
 In `render()` you'll see a nested for loop structure. You'll see this in all Bela projects. 
 The first for loop cycles through `audioFrames`, the second through 
-`audioChannels` (in this case left 0 and right 1).
+`audioInChannels` (in this case left 0 and right 1).
 
 You can access any information about current audio and sensor settings you can do the following: 
-`context->name_of_item`. For example `context->audioChannels` returns current number of channels,
+`context->name_of_item`. For example `context->audioInChannels` returns current number of input channels,
 `context->audioFrames` returns the current number of audio frames, 
 `context->audioSampleRate` returns the audio sample rate.
 
 You can look at all the information you can access in ::BelaContext.
 

 The same is true for `analogRead()` and `analogWrite()`.
 
 Note that for the analog channels we write to and read from the buffers in a separate set 
 of nested for loops. This is because the they are sampled at half audio rate by default. 
 The first of these for loops cycles through `analogFrames`, the second through
-`analogChannels`.
+`analogInChannels`.
 
 By setting `audioWriteFrame(context, n, ch, audioReadFrame(context, n, ch))` and
 `analogWrite(context, n, ch, analogReadFrame(context, n, ch))` we have a simple 
 passthrough of audio input to output and analog input to output.
 
 
 It is also possible to address the buffers directly, for example: 
-`context->audioOut[n * context->audioChannels + ch]`.
+`context->audioOut[n * context->audioOutChannels + ch]`.
 */