Do-Block Syntax for Func�on Arguments Passing func�ons as arguments to other func�ons is a powerful technique, but the syntax for it is not always conve- nient. Such calls are especially awkward to write when type, Val{x}, and a constructor Val(x) = Val{x}(), which serves as a customary way to exploit this technique for cases where you don't need a more elaborate hierarchy. Val is defined as: julia> struct Val{x} performance. To write performant code involving types constructed at run-�me, use the func�on-barrier technique discussed below, and ensure that the constructed type appears among the argument types of the kernel

Do-Block Syntax for Func�on Arguments Passing func�ons as arguments to other func�ons is a powerful technique, but the syntax for it is not always conve- nient. Such calls are especially awkward to write when type, Val{x}, and a constructor Val(x) = Val{x}(), which serves as a customary way to exploit this technique for cases where you don't need a more elaborate hierarchy. Val is defined as: julia> struct Val{x} performance. To write performant code involving types constructed at run-�me, use the func�on-barrier technique discussed below, and ensure that the constructed type appears among the argument types of the kernel

Do-Block Syntax for Func�on Arguments Passing func�ons as arguments to other func�ons is a powerful technique, but the syntax for it is not always conve- nient. Such calls are especially awkward to write when type, Val{x}, and a constructor Val(x) = Val{x}(), which serves as a customary way to exploit this technique for cases where you don't need a more elaborate hierarchy. Val is defined as: julia> struct Val{x} performance. To write performant code involving types constructed at run-�me, use the func�on-barrier technique discussed below, and ensure that the constructed type appears among the argument types of the kernel

Do-Block Syntax for Func�on Arguments Passing func�ons as arguments to other func�ons is a powerful technique, but the syntax for it is not always conve- nient. Such calls are especially awkward to write when type, Val{x}, and a constructor Val(x) = Val{x}(), which serves as a customary way to exploit this technique for cases where you don't need a more elaborate hierarchy. Val is defined as: julia> struct Val{x} performance. To write performant code involving types constructed at run-�me, use the func�on-barrier technique discussed below, and ensure that the constructed type appears among the argument types of the kernel

Syntax for Function Arguments Passing functions as arguments to other functions is a powerful technique, but the syntax for it is not always convenient. Such calls are especially awkward to write when Val{x}, and a constructor Val(x) = Val{x}(), which serves as a customary way to exploit this technique for cases where you don't need a more elaborate hierarchy. Val is defined as: julia> struct Val{x} performance. To write performant code involving types constructed at run-time, use the function-barrier technique discussed below, and ensure that the constructed type appears among the argument types of the kernel

Do-Block Syntax for Func�on Arguments Passing func�ons as arguments to other func�ons is a powerful technique, but the syntax for it is not always conve- nient. Such calls are especially awkward to write when type, Val{x}, and a constructor Val(x) = Val{x}(), which serves as a customary way to exploit this technique for cases where you don't need a more elaborate hierarchy. Val is defined as: julia> struct Val{x} performance. To write performant code involving types constructed at run-�me, use the func�on-barrier technique discussed below, and ensure that the constructed type appears among the argument types of the kernel

Syntax for Function Arguments Passing functions as arguments to other functions is a powerful technique, but the syntax for it is not always convenient. Such calls are especially awkward to write when Val{x}, and a constructor Val(x) = Val{x}(), which serves as a customary way to exploit this technique for cases where you don't need a more elaborate hierarchy. Val is defined as: julia> struct Val{x} performance. To write performant code involving types constructed at run-time, use the function-barrier technique discussed below, and ensure that the constructed type appears among the argument types of the kernel

Syntax for Function Arguments Passing functions as arguments to other functions is a powerful technique, but the syntax for it is not always convenient. Such calls are especially awkward to write when Val{x}, and a constructor Val(x) = Val{x}(), which serves as a customary way to exploit this technique for cases where you don't need a more elaborate hierarchy. Val is defined as: julia> struct Val{x} performance. To write performant code involving types constructed at run-time, use the function-barrier technique discussed below, and ensure that the constructed type appears among the argument types of the kernel

Syntax for Function Arguments Passing functions as arguments to other functions is a powerful technique, but the syntax for it is not always convenient. Such calls are especially awkward to write when Val{x}, and a constructor Val(x) = Val{x}(), which serves as a customary way to exploit this technique for cases where you don't need a more elaborate hierarchy. Val is defined as: julia> struct Val{x} performance. To write performant code involving types constructed at run-time, use the function-barrier technique discussed below, and ensure that the constructed type appears among the argument types of the kernel

Syntax for Function Arguments Passing functions as arguments to other functions is a powerful technique, but the syntax for it is not always convenient. Such calls are especially awkward to write when Val{x}, and a constructor Val(x) = Val{x}(), which serves as a customary way to exploit this technique for cases where you don't need a more elaborate hierarchy. Val is defined as: julia> struct Val{x} performance. To write performant code involving types constructed at run-time, use the function-barrier technique discussed below, and ensure that the constructed type appears among the argument types of the kernel