GuitarString.java Create a data type to model a vibrating guitar string. Write a class named GuitarString that implements the following API: public class GuitarString // Creates a guitar string of the specified frequency, // using a sampling rate of 44,100. public Guitarstring(double frequency) // Creates a guitar string whose length and initial values // are given by the specified array. public Guitarstring(double[] init) // Returns the number of samples in the ring buffer. public int length() // Plucks this guitar string by replacing the ring buffer with white noise. public void pluck() // Advances the Karplus-Strong simulation one time step. public void tic() // Returns the current sample. public double sample() // Tests this class by directly calling both constructors // and all instance methods.
GuitarString.java Create a data type to model a vibrating guitar string. Write a class named GuitarString that implements the following API: public class GuitarString // Creates a guitar string of the specified frequency, // using a sampling rate of 44,100. public Guitarstring(double frequency) // Creates a guitar string whose length and initial values // are given by the specified array. public Guitarstring(double[] init) // Returns the number of samples in the ring buffer. public int length() // Plucks this guitar string by replacing the ring buffer with white noise. public void pluck() // Advances the Karplus-Strong simulation one time step. public void tic() // Returns the current sample. public double sample() // Tests this class by directly calling both constructors // and all instance methods.
Computer Networking: A Top-Down Approach (7th Edition)
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GuitarString.java
Create a data type to model a vibrating guitar string. Write a class named GuitarString that implements the following API:
![GuitarString.java
Create a data type to model a vibrating guitar string. Write a class named GuitarString that
implements the following API:
public class GuitarString
// Creates a guitar string of the specified frequency,
// using a sampling rate of 44,100.
public GuitarString(double frequency)
// Creates a guitar string whose length and initial values
// are given by the specified array.
public GuitarString(double[] init)
// Returns the number of samples in the ring buffer.
public int length()
// Plucks this guitar string by replacing the ring buffer with white noise.
public void pluck()
// Advances the Karplus-Strong simulation one time step.
public void tic()
// Returns the current sample.
public double sample()
// Tests this class by directly calling both constructors
// and all instance methods.
public static void main(String[] args)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3d27d809-bcfd-47ad-93ad-c51ab31b4131%2F9e20c0b5-0048-451a-a0d3-eb89c2aa5b36%2Feel8kid_processed.png&w=3840&q=75)
Transcribed Image Text:GuitarString.java
Create a data type to model a vibrating guitar string. Write a class named GuitarString that
implements the following API:
public class GuitarString
// Creates a guitar string of the specified frequency,
// using a sampling rate of 44,100.
public GuitarString(double frequency)
// Creates a guitar string whose length and initial values
// are given by the specified array.
public GuitarString(double[] init)
// Returns the number of samples in the ring buffer.
public int length()
// Plucks this guitar string by replacing the ring buffer with white noise.
public void pluck()
// Advances the Karplus-Strong simulation one time step.
public void tic()
// Returns the current sample.
public double sample()
// Tests this class by directly calling both constructors
// and all instance methods.
public static void main(String[] args)
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