Package xal.smf.attr

Class RfGapBucket

java.lang.Object
xal.smf.attr.AttributeBucket
xal.smf.attr.RfGapBucket
All Implemented Interfaces:
Serializable, DataListener
public class RfGapBucket extends AttributeBucket

A set of RF gap attributes.

This bucket contains information about a specific gap within a resonate cavity such as a DTL or CCL, which is driven by a common RF source.

< pre> Elements of this bucket are: length - The length is the length of the gap (m) phaseFactor - the ratio of the RF phase in the gap over the phase in the first gap ampFactor - the ratio of the RF amplitude in the gap over the amplitude in the first gap TTF - The transit time factor of this gap

Since:
The Beginning
Version:
May 29, 2015
Author:
J. Galambos, Christopher K. Allen
See Also:

  • Field Details

  • Constructor Details

    • RfGapBucket

      public RfGapBucket()
      Constructor for RfGapBucket.
      Since:
      May 29, 2015 by Christopher K. Allen

  • Method Details

    • setLength

      public void setLength(double val)

    • setAmpFactor

      public void setAmpFactor(double val)

    • setPhaseFactor

      public void setPhaseFactor(double val)

    • setTTF

      public void setTTF(double val)

    • setEndCell

      public void setEndCell(int intVal)

    • setGapOffset

      public void setGapOffset(double dblVal)

    • setTCoefficients

      public void setTCoefficients(double[] arrCoeffs)
      Sets the coefficients of the polynomial expansion for transit time factor T(β). (The Fourier cosine transform of Ez(z).) The coefficients should be in increasing order of monomial degree. Specifically,

          T(β) ≈ a0 + a1β + a2β2 + ...
      Parameters:
      arrCoeffs - {a0, a1, a2, ...}
      Since:
      May 29, 2015 by Christopher K. Allen

    • setTpCoefficients

      public void setTpCoefficients(double[] arrCoeffs)
      Sets the array of coefficients forming the polynomial expansion for the transit time factor derivative T'(β) with respect to wave number k. (Note that the argument is β.) The coefficients are arranged in increasing order so that

          T'(β) ≈ b0 + b1β + b2β2 + ...
      Parameters:
      arrCoeffs - {b0,b1,b2,...}
      Since:
      May 29, 2015 by Christopher K. Allen

    • setSCoefficients

      public void setSCoefficients(double[] arrCoeffs)
      Sets the coefficients of the polynomial expansion for transit time factor S(β). (The Fourier sine transform of Ez(z).) The coefficients should be in increasing order of monomial degree. Specifically,

          S(β) ≈ a0 + a1β + a2β2 + ...
      Parameters:
      arrCoeffs - {a0, a1, a2, ...}
      Since:
      May 29, 2015 by Christopher K. Allen

    • setSpCoefficients

      public void setSpCoefficients(double[] arrCoeffs)
      Sets the array of coefficients forming the polynomial expansion for the transit time factor derivative S'(β) with respect to wave number k. (Note that the argument is β.) The coefficients are arranged in increasing order so that

          S'(β) ≈ b0 + b1β + b2β2 + ...
      Parameters:
      arrCoeffs - {b0,b1,b2,...}
      Since:
      May 29, 2015 by Christopher K. Allen

    • getType

      public String getType()
      Override virtual to provide type signature
      Specified by:
      getType in class AttributeBucket

    • getLength

      public double getLength()

    • getAmpFactor

      public double getAmpFactor()

    • getPhaseFactor

      public double getPhaseFactor()

    • getTTF

      public double getTTF()

    • getEndCell

      public int getEndCell()

    • getGapOffset

      public double getGapOffset()

    • getTCoefficients

      public double[] getTCoefficients()
      Returns the array of coefficients forming the polynomial expansion for the transit time factor T(β) about the design β. (This is the Fourier cosine transform.) The coefficients are arranged in increasing order so that

          T(β) ≈ a0 + a1β + a2β2 + ...
      Returns:
      {a0,a1,a2,...}
      Since:
      May 29, 2015 by Christopher K. Allen

    • getTpCoefficients

      public double[] getTpCoefficients()
      Returns the array of coefficients forming the polynomial expansion for the transit time factor derivative T'(β) with respect to wave number k. (Note that the argument is β.) The coefficients are arranged in increasing order so that

          T'(β) ≈ b0 + b1β + b2β2 + ...
      Returns:
      {b0,b1,b2,...}
      Since:
      May 29, 2015 by Christopher K. Allen

    • getSCoefficients

      public double[] getSCoefficients()
      Returns the array of coefficients forming the polynomial expansion for the transit time factor S(β) about the design β. (This is the Fourier sine transform.) The coefficients are arranged in increasing order so that

          S(β) ≈ a0 + a1β + a2β2 + ...
      Returns:
      {a0,a1,a2,...}
      Since:
      May 29, 2015 by Christopher K. Allen

    • getSpCoefficients

      public double[] getSpCoefficients()
      Returns the array of coefficients forming the polynomial expansion for the transit time factor derivative S'(β) with respect to wave number k. (Note that the argument is β.) The coefficients are arranged in increasing order so that

          S'(β) ≈ b0 + b1β + b2β2 + ...
      Returns:
      {b0,b1,b2,...}
      Since:
      May 29, 2015 by Christopher K. Allen