reflow comments in modules/{webaudio,vr}

third_party/WebKit/Source/modules/webaudio/PeriodicWave.h

 /*
  * Copyright (C) 2012 Google Inc. All rights reserved.
  *
  * Redistribution and use in source and binary forms, with or without
  * modification, are permitted provided that the following conditions
  * are met:
  *
  * 1.  Redistributions of source code must retain the above copyright
  *     notice, this list of conditions and the following disclaimer.
  * 2.  Redistributions in binary form must reproduce the above copyright
@@ skipping 34 matching lines @@
 class PeriodicWave final : public GarbageCollectedFinalized<PeriodicWave>,
                            public ScriptWrappable {
   DEFINE_WRAPPERTYPEINFO();
 
  public:
   static PeriodicWave* createSine(float sampleRate);
   static PeriodicWave* createSquare(float sampleRate);
   static PeriodicWave* createSawtooth(float sampleRate);
   static PeriodicWave* createTriangle(float sampleRate);
 
-  // Creates an arbitrary periodic wave given the frequency components (Fourier coefficients).
+  // Creates an arbitrary periodic wave given the frequency components (Fourier
+  // coefficients).
   static PeriodicWave* create(BaseAudioContext&,
                               size_t realLength,
                               const float* real,
                               size_t imagLength,
                               const float* imag,
                               bool normalize,
                               ExceptionState&);
 
   static PeriodicWave* create(BaseAudioContext&,
                               DOMFloat32Array* real,
                               DOMFloat32Array* imag,
                               bool normalize,
                               ExceptionState&);
 
   static PeriodicWave* create(BaseAudioContext*,
                               const PeriodicWaveOptions&,
                               ExceptionState&);
 
   virtual ~PeriodicWave();
 
-  // Returns pointers to the lower and higher wave data for the pitch range containing
-  // the given fundamental frequency. These two tables are in adjacent "pitch" ranges
-  // where the higher table will have the maximum number of partials which won't alias when played back
-  // at this fundamental frequency. The lower wave is the next range containing fewer partials than the higher wave.
-  // Interpolation between these two tables can be made according to tableInterpolationFactor.
+  // Returns pointers to the lower and higher wave data for the pitch range
+  // containing the given fundamental frequency. These two tables are in
+  // adjacent "pitch" ranges where the higher table will have the maximum number
+  // of partials which won't alias when played back at this fundamental
+  // frequency. The lower wave is the next range containing fewer partials than
+  // the higher wave.  Interpolation between these two tables can be made
+  // according to tableInterpolationFactor.
   // Where values from 0 -> 1 interpolate between lower -> higher.
   void waveDataForFundamentalFrequency(float,
                                        float*& lowerWaveData,
                                        float*& higherWaveData,
                                        float& tableInterpolationFactor);
 
-  // Returns the scalar multiplier to the oscillator frequency to calculate wave buffer phase increment.
+  // Returns the scalar multiplier to the oscillator frequency to calculate wave
+  // buffer phase increment.
   float rateScale() const { return m_rateScale; }
 
   // The size of the FFT to use based on the sampling rate.
   unsigned periodicWaveSize() const;
 
   // The number of ranges needed for the given sampling rate and FFT size.
   unsigned numberOfRanges() const { return m_numberOfRanges; }
 
   DEFINE_INLINE_TRACE() {}
 
  private:
   explicit PeriodicWave(float sampleRate);
 
   void generateBasicWaveform(int);
 
   size_t m_v8ExternalMemory;
 
   float m_sampleRate;
   unsigned m_numberOfRanges;
   float m_centsPerRange;
 
-  // The lowest frequency (in Hertz) where playback will include all of the partials.
-  // Playing back lower than this frequency will gradually lose more high-frequency information.
-  // This frequency is quite low (~10Hz @ 44.1KHz)
+  // The lowest frequency (in Hertz) where playback will include all of the
+  // partials.  Playing back lower than this frequency will gradually lose more
+  // high-frequency information.  This frequency is quite low (~10Hz @ 44.1KHz)
   float m_lowestFundamentalFrequency;
 
   float m_rateScale;
 
   // Maximum possible number of partials (before culling).
   unsigned maxNumberOfPartials() const;
 
   unsigned numberOfPartialsForRange(unsigned rangeIndex) const;
 
   void adjustV8ExternalMemory(int delta);
 
   // Creates tables based on numberOfComponents Fourier coefficients.
   void createBandLimitedTables(const float* real,
                                const float* imag,
                                unsigned numberOfComponents,
                                bool disableNormalization);
   Vector<std::unique_ptr<AudioFloatArray>> m_bandLimitedTables;
 };
 
 }  // namespace blink
 
 #endif  // PeriodicWave_h