Removed example again

README.md

@@ -7,45 +7,4 @@ audio data (e.g. for usage in real-time convolution reverbs etc.).
 - Partitioned convolution algorithm (using uniform block sizes)
 - Optional support for non-uniform block sizes (TwoStageFFTConvolver)
 - No external dependencies (FFT already included)
-- Optional optimization for SSE
-
-## Example: FFTConvolver ##
-
-    // Some impulse response consisting of 12345 samples
-    const float* impulseResponse = ...;
-    const size_t impulseResponseSize = 12345;
-
-    // Setup the convolver object (block size: 128 samples)
-    // (typically, this is done in some initialization and not in the audio callback)
-    fftconvolver::FFTConvolver convolver;
-    convolver.init(128, impulseResponse, impulseResponseSize);
-
-    // Now consecutive audio chunks of arbitrary size can be convolved
-    // (typically, this is done in the audio callback)
-    convolver.process(audioIn, audioOut, audioLen);
-    .
-    .
-    .
-    convolver.process(audioIn, audioOut, audioLen);
-
-
-## Example: TwoStageFFTConvolver ##
-
-    // Some impulse response consisting of 12345 samples
-    const float* impulseResponse = ...;
-    const size_t impulseResponseSize = 12345;
-
-    // Setup the convolver object
-    // (typically, this is done in some initialization and not in the audio callback)
-    fftconvolver::TwoStageFFTConvolver convolver;
-    const size_t headBlockSize = 64;
-    const size_t tailBlockSize = 1024;
-    convolver.init(headBlockSize, tailBlockSize, impulseResponse, impulseResponseSize);
-
-    // Now consecutive audio chunks of arbitrary size can be convolved
-    // (typically, this is done in the audio callback)
-    convolver.process(audioIn, audioOut, audioLen);
-    .
-    .
-    .
-    convolver.process(audioIn, audioOut, audioLen);
+- Optional optimization for SSE (enabled by defining FFTCONVOLVER_USE_SSE)