F1 = @MyFractionAlgebra 1
System.out.println repeat( ">", 25 )
F1 / 49
System.out.println repeat( "<", 25 )

>>>>>>>>>>>>>>>>>>>>>>>>>

findMethod: class MyFractionAlgebra#div( int:49 )

findMethod: class MyFractionAlgebra#div( MyFractionAlgebra:1 / 1 = 1.0, int:49 )
findMethod: class JxnUtilities#div( MyFractionAlgebra:1 / 1 = 1.0, int:49 )
findMethod: class java.lang.Math#div( MyFractionAlgebra:1 / 1 = 1.0, int:49 )

findMethod: class MyFractionAlgebra#div( MyFractionAlgebra:49 / 1 = 49.0 )

findConstructor: class JxnPrimitiveWrapper( MyFractionAlgebra:1 / 1 = 1.0 )
0-1000=public JxnPrimitiveWrapper(java.lang.Object)

findMethod: class MyFractionAlgebra#divide( int:49 )

findMethod: class MyFractionAlgebra#divide( MyFractionAlgebra:1 / 1 = 1.0, int:49 )
findMethod: class JxnUtilities#divide( MyFractionAlgebra:1 / 1 = 1.0, int:49 )
findMethod: class java.lang.Math#divide( MyFractionAlgebra:1 / 1 = 1.0, int:49 )

findMethod: class MyFractionAlgebra#divide( MyFractionAlgebra:49 / 1 = 49.0 )

findConstructor: class JxnPrimitiveWrapper( MyFractionAlgebra:1 / 1 = 1.0 )
0-1000=public JxnPrimitiveWrapper(java.lang.Object)

findMethod: class MyFractionAlgebra#mul( double:0.02040816326530612 )

findMethod: class MyFractionAlgebra#mul( MyFractionAlgebra:1 / 1 = 1.0, double:0.02040816326530612 )
findMethod: class JxnUtilities#mul( MyFractionAlgebra:1 / 1 = 1.0, double:0.02040816326530612 )
findMethod: class java.lang.Math#mul( MyFractionAlgebra:1 / 1 = 1.0, double:0.02040816326530612 )
findClass: System.out false

findMethod: class java.lang.String#repeat( java.lang.String:<, int:25 )
findMethod: class JxnUtilities#repeat( java.lang.String:<, int:25 )
findMethod: 0=public static java.lang.String JxnUtilities.repeat(java.lang.String,int)

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