framework to apply Agile principles effectively. Figure 1 Agile Acquisition Guidebook Venn Diagram Because there is no single right way to “do Agile,” program managers can adopt the Agile practices difference between a company employing Agile methods internally and the government-contractor relationship in federal acquisitions. The remainder of this section describes some common Agile terms to executes the technical solution and reports progress to the government Government- Contractor Relationship The government and contractor are working together on the development with daily interaction

Point{Real} <: Pointy{Real} true julia> Point{AbstractString} <: Pointy{AbstractString} true This relationship is also invariant: julia> Point{Float64} <: Pointy{Real} false julia> Point{Float64} <: Pointy{<:Real} max elementwise over a and b, and maximum(a), which finds the largest value within a. The same relationship holds for min.(a, b) and minimum(a). 20.12 Broadcasting It is sometimes useful to perform element-by-element creates deep copies of all the objects it contains and produces a new array with the consistent relationship structure (e.g., if the first two elements are the same object in the original array, the first

Point{Real} <: Pointy{Real} true julia> Point{AbstractString} <: Pointy{AbstractString} true This relationship is also invariant: julia> Point{Float64} <: Pointy{Real} false julia> Point{Float64} <: Pointy{<:Real} max elementwise over a and b, and maximum(a), which finds the largest value within a. The same relationship holds for min.(a, b) and minimum(a). 20.12 Broadcasting It is sometimes useful to perform element-by-element creates deep copies of all the objects it contains and produces a new array with the consistent relationship structure (e.g., if the first two elements are the same object in the original array, the first

Point{Real} <: Pointy{Real} true julia> Point{AbstractString} <: Pointy{AbstractString} true This relationship is also invariant: julia> Point{Float64} <: Pointy{Real} false julia> Point{Float64} <: Pointy{<:Real} max elementwise over a and b, and maximum(a), which finds the largest value within a. The same relationship holds for min.(a, b) and minimum(a). 20.12 Broadcasting It is sometimes useful to perform element-by-element creates deep copies of all the objects it contains and produces a new array with the consistent relationship structure (e.g., if the first two elements are the same object in the original array, the first

Point{Real} <: Pointy{Real} true julia> Point{AbstractString} <: Pointy{AbstractString} true This relationship is also invariant: julia> Point{Float64} <: Pointy{Real} false julia> Point{Float64} <: Pointy{<:Real} max elementwise over a and b, and maximum(a), which finds the largest value within a. The same relationship holds for min.(a, b) and minimum(a). 20.12 Broadcasting It is sometimes useful to perform element-by-element creates deep copies of all the objects it contains and produces a new array with the consistent relationship structure (e.g., if the first two elements are the same object in the original array, the first

Point{Real} <: Pointy{Real} true julia> Point{AbstractString} <: Pointy{AbstractString} true This relationship is also invariant: julia> Point{Float64} <: Pointy{Real} false julia> Point{Float64} <: Pointy{<:Real} max elementwise over a and b, and maximum(a), which finds the largest value within a. The same relationship holds for min.(a, b) and minimum(a). 20.12 Broadcasting It is sometimes useful to perform element-by-element creates deep copies of all the objects it contains and produces a new array with the consistent relationship structure (e.g., if the first two elements are the same object in the original array, the first

Point{Real} <: Pointy{Real} true julia> Point{AbstractString} <: Pointy{AbstractString} true This relationship is also invariant: julia> Point{Float64} <: Pointy{Real} false julia> Point{Float64} <: Pointy{<:Real} max elementwise over a and b, and maximum(a), which finds the largest value within a. The same relationship holds for min.(a, b) and minimum(a). 20.12 Broadcasting It is sometimes useful to perform element-by-element creates deep copies of all the objects it contains and produces a new array with the consistent relationship structure (e.g., if the first two elements are the same object in the original array, the first

Point{Real} <: Pointy{Real} true julia> Point{AbstractString} <: Pointy{AbstractString} true This relationship is also invariant: julia> Point{Float64} <: Pointy{Real} false julia> Point{Float64} <: Pointy{<:Real} max elementwise over a and b, and maximum(a), which finds the largest value within a. The same relationship holds for min.(a, b) and minimum(a). 20.12 Broadcasting It is sometimes useful to perform element-by-element creates deep copies of all the objects it contains and produces a new array with the consistent relationship structure (e.g., if the first two elements are the same object in the original array, the first

Point{Real} <: Pointy{Real} true julia> Point{AbstractString} <: Pointy{AbstractString} true This relationship is also invariant: julia> Point{Float64} <: Pointy{Real} false julia> Point{Float64} <: Pointy{<:Real} max elementwise over a and b, and maximum(a), which finds the largest value within a. The same relationship holds for min.(a, b) and minimum(a). 20.12 Broadcasting It is sometimes useful to perform element-by-element creates deep copies of all the objects it contains and produces a new array with the consistent relationship structure (e.g., if the first two elements are the same object in the original array, the first

Point{Real} <: Pointy{Real} true julia> Point{AbstractString} <: Pointy{AbstractString} true This relationship is also invariant: julia> Point{Float64} <: Pointy{Real} false julia> Point{Float64} <: Pointy{<:Real} max elementwise over a and b, and maximum(a), which finds the largest value within a. The same relationship holds for min.(a,b) and minimum(a). 19.12 Broadcasting It is sometimes useful to perform element-by-element represent identifiers in parsed julia code (ASTs). Also often used as a name or label to identify an entity (e.g. as a dictionary key). Symbols can be entered using the : quote operator: julia> :name :name