http://commons.apache.org/proper/commons-math/: The Apache Commons Math project is a library of lightweight, self-contained mathematics and statistics components addressing the most common practical problems not immediately available in the Java programming language or commons-lang. (The Apache Software Foundation)
  • Eldar Agalarov
  • Tim Allison
  • C. Scott Ananian
  • Mark Anderson
  • Peter Andrews
  • Rémi Arntzen
  • Matt Adereth
  • Jared Becksfort
  • Michael Bjorkegren
  • Brian Bloniarz
  • John Bollinger
  • Cyril Briquet
  • Dave Brosius
  • Dan Checkoway
  • Anders Conbere
  • Charles Cooper
  • Paul Cowan
  • Benjamin Croizet
  • Larry Diamond
  • Aleksei Dievskii
  • Rodrigo di Lorenzo Lopes
  • Hasan Diwan
  • Ted Dunning
  • Ole Ersoy
  • Ajo Fod
  • John Gant
  • Ken Geis
  • Hank Grabowski
  • Bernhard Grünewaldt
  • Elliotte Rusty Harold
  • Dennis Hendriks
  • Reid Hochstedler
  • Matthias Hummel
  • Curtis Jensen
  • Bruce A Johnson
  • Ismael Juma
  • Eugene Kirpichov
  • Oleksandr Kornieiev
  • Piotr Kochanski
  • Sergei Lebedev
  • Bob MacCallum
  • Jake Mannix
  • Benjamin McCann
  • Patrick Meyer
  • J. Lewis Muir
  • Venkatesha Murthy
  • Christopher Nix
  • Fredrik Norin
  • Sean Owen
  • Sujit Pal
  • Todd C. Parnell
  • Andreas Rieger
  • Sébastien Riou
  • Bill Rossi
  • Matthew Rowles
  • Pavel Ryzhov
  • Joni Salonen
  • Michael Saunders
  • Thorsten Schaefer
  • Christopher Schuck
  • Christian Semrau
  • David Stefka
  • Mauro Talevi
  • Radoslav Tsvetkov
  • Kim van der Linde
  • Alexey Volkov
  • Andrew Waterman
  • Jörg Weimar
  • Christian Winter
  • Piotr Wydrych
  • Xiaogang Zhang
  • Chris Popp
  • Mikkel Meyer Andersen
  • Bill Barker
  • Sébastien Brisard
  • Albert Davidson Chou
  • Mark Diggory
  • Robert Burrell Donkin
  • Otmar Ertl
  • Luc Maisonobe
  • Tim O'Brien
  • J. Pietschmann
  • Dimitri Pourbaix
  • Gilles Sadowski
  • Greg Sterijevski
  • Brent Worden
  • Thomas Neidhart
  • Evan Ward 
class org.apache.commons.math3.analysis.interpolation.BicubicFunction implements org.apache.commons.math3.analysis.BivariateFunction
  minor version: 0
  major version: 59
  flags: flags: (0x0020) ACC_SUPER
  this_class: org.apache.commons.math3.analysis.interpolation.BicubicFunction
  super_class: java.lang.Object
{
  private static final short N;
    descriptor: S
    flags: (0x001a) ACC_PRIVATE, ACC_STATIC, ACC_FINAL
    ConstantValue: 4

  private final double[][] a;
    descriptor: [[D
    flags: (0x0012) ACC_PRIVATE, ACC_FINAL

  void <init>(double[]);
    descriptor: ([D)V
    flags: (0x0000) 
    Code:
      stack=5, locals=5, args_size=2
        start local 0 // org.apache.commons.math3.analysis.interpolation.BicubicFunction this
        start local 1 // double[] coeff
         0: .line 276
            aload 0 /* this */
            invokespecial java.lang.Object.<init>:()V
         1: .line 277
            aload 0 /* this */
            iconst_4
            iconst_4
            multianewarray [[D 2
            putfield org.apache.commons.math3.analysis.interpolation.BicubicFunction.a:[[D
         2: .line 278
            iconst_0
            istore 2 /* j */
        start local 2 // int j
         3: goto 11
         4: .line 279
      StackMap locals: org.apache.commons.math3.analysis.interpolation.BicubicFunction double[] int
      StackMap stack:
            aload 0 /* this */
            getfield org.apache.commons.math3.analysis.interpolation.BicubicFunction.a:[[D
            iload 2 /* j */
            aaload
            astore 3 /* aJ */
        start local 3 // double[] aJ
         5: .line 280
            iconst_0
            istore 4 /* i */
        start local 4 // int i
         6: goto 9
         7: .line 281
      StackMap locals: double[] int
      StackMap stack:
            aload 3 /* aJ */
            iload 4 /* i */
            aload 1 /* coeff */
            iload 4 /* i */
            iconst_4
            imul
            iload 2 /* j */
            iadd
            daload
            dastore
         8: .line 280
            iinc 4 /* i */ 1
      StackMap locals:
      StackMap stack:
         9: iload 4 /* i */
            iconst_4
            if_icmplt 7
        end local 4 // int i
        end local 3 // double[] aJ
        10: .line 278
            iinc 2 /* j */ 1
      StackMap locals:
      StackMap stack:
        11: iload 2 /* j */
            iconst_4
            if_icmplt 4
        end local 2 // int j
        12: .line 284
            return
        end local 1 // double[] coeff
        end local 0 // org.apache.commons.math3.analysis.interpolation.BicubicFunction this
      LocalVariableTable:
        Start  End  Slot   Name  Signature
            0   13     0   this  Lorg/apache/commons/math3/analysis/interpolation/BicubicFunction;
            0   13     1  coeff  [D
            3   12     2      j  I
            5   10     3     aJ  [D
            6   10     4      i  I
    MethodParameters:
       Name  Flags
      coeff  

  public double value(double, double);
    descriptor: (DD)D
    flags: (0x0001) ACC_PUBLIC
    Code:
      stack=5, locals=15, args_size=3
        start local 0 // org.apache.commons.math3.analysis.interpolation.BicubicFunction this
        start local 1 // double x
        start local 3 // double y
         0: .line 290
            dload 1 /* x */
            dconst_0
            dcmpg
            iflt 1
            dload 1 /* x */
            dconst_1
            dcmpl
            ifle 2
         1: .line 291
      StackMap locals:
      StackMap stack:
            new org.apache.commons.math3.exception.OutOfRangeException
            dup
            dload 1 /* x */
            invokestatic java.lang.Double.valueOf:(D)Ljava/lang/Double;
            iconst_0
            invokestatic java.lang.Integer.valueOf:(I)Ljava/lang/Integer;
            iconst_1
            invokestatic java.lang.Integer.valueOf:(I)Ljava/lang/Integer;
            invokespecial org.apache.commons.math3.exception.OutOfRangeException.<init>:(Ljava/lang/Number;Ljava/lang/Number;Ljava/lang/Number;)V
            athrow
         2: .line 293
      StackMap locals:
      StackMap stack:
            dload 3 /* y */
            dconst_0
            dcmpg
            iflt 3
            dload 3 /* y */
            dconst_1
            dcmpl
            ifle 4
         3: .line 294
      StackMap locals:
      StackMap stack:
            new org.apache.commons.math3.exception.OutOfRangeException
            dup
            dload 3 /* y */
            invokestatic java.lang.Double.valueOf:(D)Ljava/lang/Double;
            iconst_0
            invokestatic java.lang.Integer.valueOf:(I)Ljava/lang/Integer;
            iconst_1
            invokestatic java.lang.Integer.valueOf:(I)Ljava/lang/Integer;
            invokespecial org.apache.commons.math3.exception.OutOfRangeException.<init>:(Ljava/lang/Number;Ljava/lang/Number;Ljava/lang/Number;)V
            athrow
         4: .line 297
      StackMap locals:
      StackMap stack:
            dload 1 /* x */
            dload 1 /* x */
            dmul
            dstore 5 /* x2 */
        start local 5 // double x2
         5: .line 298
            dload 5 /* x2 */
            dload 1 /* x */
            dmul
            dstore 7 /* x3 */
        start local 7 // double x3
         6: .line 299
            iconst_4
            newarray 7
            dup
            iconst_0
            dconst_1
            dastore
            dup
            iconst_1
            dload 1 /* x */
            dastore
            dup
            iconst_2
            dload 5 /* x2 */
            dastore
            dup
            iconst_3
            dload 7 /* x3 */
            dastore
            astore 9 /* pX */
        start local 9 // double[] pX
         7: .line 301
            dload 3 /* y */
            dload 3 /* y */
            dmul
            dstore 10 /* y2 */
        start local 10 // double y2
         8: .line 302
            dload 10 /* y2 */
            dload 3 /* y */
            dmul
            dstore 12 /* y3 */
        start local 12 // double y3
         9: .line 303
            iconst_4
            newarray 7
            dup
            iconst_0
            dconst_1
            dastore
            dup
            iconst_1
            dload 3 /* y */
            dastore
            dup
            iconst_2
            dload 10 /* y2 */
            dastore
            dup
            iconst_3
            dload 12 /* y3 */
            dastore
            astore 14 /* pY */
        start local 14 // double[] pY
        10: .line 305
            aload 0 /* this */
            aload 9 /* pX */
            aload 14 /* pY */
            aload 0 /* this */
            getfield org.apache.commons.math3.analysis.interpolation.BicubicFunction.a:[[D
            invokevirtual org.apache.commons.math3.analysis.interpolation.BicubicFunction.apply:([D[D[[D)D
            dreturn
        end local 14 // double[] pY
        end local 12 // double y3
        end local 10 // double y2
        end local 9 // double[] pX
        end local 7 // double x3
        end local 5 // double x2
        end local 3 // double y
        end local 1 // double x
        end local 0 // org.apache.commons.math3.analysis.interpolation.BicubicFunction this
      LocalVariableTable:
        Start  End  Slot  Name  Signature
            0   11     0  this  Lorg/apache/commons/math3/analysis/interpolation/BicubicFunction;
            0   11     1     x  D
            0   11     3     y  D
            5   11     5    x2  D
            6   11     7    x3  D
            7   11     9    pX  [D
            8   11    10    y2  D
            9   11    12    y3  D
           10   11    14    pY  [D
    MethodParameters:
      Name  Flags
      x     
      y     

  private double apply(double[], double[], double[][]);
    descriptor: ([D[D[[D)D
    flags: (0x0002) ACC_PRIVATE
    Code:
      stack=6, locals=9, args_size=4
        start local 0 // org.apache.commons.math3.analysis.interpolation.BicubicFunction this
        start local 1 // double[] pX
        start local 2 // double[] pY
        start local 3 // double[][] coeff
         0: .line 317
            dconst_0
            dstore 4 /* result */
        start local 4 // double result
         1: .line 318
            iconst_0
            istore 6 /* i */
        start local 6 // int i
         2: goto 6
         3: .line 319
      StackMap locals: double int
      StackMap stack:
            aload 3 /* coeff */
            iload 6 /* i */
            aaload
            aload 2 /* pY */
            invokestatic org.apache.commons.math3.util.MathArrays.linearCombination:([D[D)D
            dstore 7 /* r */
        start local 7 // double r
         4: .line 320
            dload 4 /* result */
            dload 7 /* r */
            aload 1 /* pX */
            iload 6 /* i */
            daload
            dmul
            dadd
            dstore 4 /* result */
        end local 7 // double r
         5: .line 318
            iinc 6 /* i */ 1
      StackMap locals:
      StackMap stack:
         6: iload 6 /* i */
            iconst_4
            if_icmplt 3
        end local 6 // int i
         7: .line 323
            dload 4 /* result */
            dreturn
        end local 4 // double result
        end local 3 // double[][] coeff
        end local 2 // double[] pY
        end local 1 // double[] pX
        end local 0 // org.apache.commons.math3.analysis.interpolation.BicubicFunction this
      LocalVariableTable:
        Start  End  Slot    Name  Signature
            0    8     0    this  Lorg/apache/commons/math3/analysis/interpolation/BicubicFunction;
            0    8     1      pX  [D
            0    8     2      pY  [D
            0    8     3   coeff  [[D
            1    8     4  result  D
            2    7     6       i  I
            4    5     7       r  D
    MethodParameters:
       Name  Flags
      pX     
      pY     
      coeff  
}
SourceFile: "BicubicInterpolatingFunction.java"