reflow comments in platform/audio

third_party/WebKit/Source/platform/audio/IIRFilter.h

Index: third_party/WebKit/Source/platform/audio/IIRFilter.h
diff --git a/third_party/WebKit/Source/platform/audio/IIRFilter.h b/third_party/WebKit/Source/platform/audio/IIRFilter.h
index c0d7ecc69f0784e14c2c236be021d7b97ec7dcfe..deeeffaf876d15e1dfd0f0007844d6e81422aaf3 100644
--- a/third_party/WebKit/Source/platform/audio/IIRFilter.h
+++ b/third_party/WebKit/Source/platform/audio/IIRFilter.h
@@ -13,8 +13,9 @@ namespace blink {
 
 class PLATFORM_EXPORT IIRFilter final {
  public:
-  // The maximum IIR filter order.  This also limits the number of feedforward coefficients.  The
-  // maximum number of coefficients is 20 according to the spec.
+  // The maximum IIR filter order.  This also limits the number of feedforward
+  // coefficients.  The maximum number of coefficients is 20 according to the
+  // spec.
   const static size_t kMaxOrder = 19;
   IIRFilter(const AudioDoubleArray* feedforwardCoef,
             const AudioDoubleArray* feedbackCoef);
@@ -32,25 +33,27 @@ class PLATFORM_EXPORT IIRFilter final {
  private:
   // Filter memory
   //
-  // For simplicity, we assume |m_xBuffer| and |m_yBuffer| have the same length, and the length is
-  // a power of two.  Since the number of coefficients has a fixed upper length, the size of
-  // xBuffer and yBuffer is fixed. |m_xBuffer| holds the old input values and |m_yBuffer| holds
-  // the old output values needed to compute the new output value.
+  // For simplicity, we assume |m_xBuffer| and |m_yBuffer| have the same length,
+  // and the length is a power of two.  Since the number of coefficients has a
+  // fixed upper length, the size of xBuffer and yBuffer is fixed. |m_xBuffer|
+  // holds the old input values and |m_yBuffer| holds the old output values
+  // needed to compute the new output value.
   //
-  // m_yBuffer[m_bufferIndex] holds the most recent output value, say, y[n].  Then
-  // m_yBuffer[m_bufferIndex - k] is y[n - k].  Similarly for m_xBuffer.
+  // m_yBuffer[m_bufferIndex] holds the most recent output value, say, y[n].
+  // Then m_yBuffer[m_bufferIndex - k] is y[n - k].  Similarly for m_xBuffer.
   //
   // To minimize roundoff, these arrays are double's instead of floats.
   AudioDoubleArray m_xBuffer;
   AudioDoubleArray m_yBuffer;
 
-  // Index into the xBuffer and yBuffer arrays where the most current x and y values should be
-  // stored.  xBuffer[bufferIndex] corresponds to x[n], the current x input value and
-  // yBuffer[bufferIndex] is where y[n], the current output value.
+  // Index into the xBuffer and yBuffer arrays where the most current x and y
+  // values should be stored.  xBuffer[bufferIndex] corresponds to x[n], the
+  // current x input value and yBuffer[bufferIndex] is where y[n], the current
+  // output value.
   int m_bufferIndex;
 
-  // Coefficients of the IIR filter.  To minimize storage, these point to the arrays given in the
-  // constructor.
+  // Coefficients of the IIR filter.  To minimize storage, these point to the
+  // arrays given in the constructor.
   const AudioDoubleArray* m_feedback;
   const AudioDoubleArray* m_feedforward;
 };