may themselves be more nested Broadcasted containers, forming a large expression tree to be evaluated. A nested tree of Broadcasted containers is directly constructed by the implicit dot syntax; 5 .+ just calls the Broadcasted constructor to create the lazy representation of the fused expres- sion tree, but you can choose to override it for a particular combination of function and arguments. As an The entire expression, thus constructed,CHAPTER 18. METAPROGRAMMING 240 is placed into the syntax tree where the @assert macro call occurs. Then at execution time, if the test expression evaluates to

may themselves be more nested Broadcasted containers, forming a large expression tree to be evaluated. A nested tree of Broadcasted containers is directly constructed by the implicit dot syntax; 5 .+ just calls the Broadcasted constructor to create the lazy representation of the fused expres- sion tree, but you can choose to override it for a particular combination of function and arguments. As an The entire expression, thus constructed,CHAPTER 18. METAPROGRAMMING 240 is placed into the syntax tree where the @assert macro call occurs. Then at execution time, if the test expression evaluates to

may themselves be more nested Broadcasted containers, forming a large expression tree to be evaluated. A nested tree of Broadcasted containers is directly constructed by the implicit dot syntax; 5 .+ just calls the Broadcasted constructor to create the lazy representation of the fused expres- sion tree, but you can choose to override it for a particular combination of function and arguments.CHAPTER into the assertion message slot. The entire expression, thus constructed, is placed into the syntax tree where the @assert macro call occurs. Then at execution time, if the test expression evaluates to

may themselves be more nested Broadcasted containers, forming a large expression tree to be evaluated. A nested tree of Broadcasted containers is directly constructed by the implicit dot syntax; 5 .+ just calls the Broadcasted constructor to create the lazy representation of the fused expres- sion tree, but you can choose to override it for a particular combination of function and arguments.CHAPTER into the assertion message slot. The entire expression, thus constructed, is placed into the syntax tree where the @assert macro call occurs. Then at execution time, if the test expression evaluates to

may themselves be more nested Broadcasted containers, forming a large expression tree to be evaluated. A nested tree of Broadcasted containers is directly constructed by the implicit dot syntax; 5 .+ just calls the Broadcasted constructor to create the lazy representation of the fused expres- sion tree, but you can choose to override it for a particular combination of function and arguments.CHAPTER into the assertion message slot. The entire expression, thus constructed, is placed into the syntax tree where the @assert macro call occurs. Then at execution time, if the test expression evaluates to

may themselves be more nested Broadcasted containers, forming a large expression tree to be evaluated. A nested tree of Broadcasted containers is directly constructed by the implicit dot syntax; 5 .+ just calls the Broadcasted constructor to create the lazy representation of the fused expres- sion tree, but you can choose to override it for a particular combination of function and arguments.CHAPTER into the assertion message slot. The entire expression, thus constructed, is placed into the syntax tree where the @assert macro call occurs. Then at execution time, if the test expression evaluates to

may themselves be more nested Broadcasted containers, forming a large expression tree to be evaluated. A nested tree of Broadcasted containers is directly constructed by the implicit dot syntax; 5 .+ just calls the Broadcasted constructor to create the lazy representation of the fused expres- sion tree, but you can choose to override it for a particular combination of function and arguments.CHAPTER into the assertion message slot. The entire expression, thus constructed, is placed into the syntax tree where the @assert macro call occurs. Then at execution time, if the test expression evaluates to

may themselves be more nested Broadcasted containers, forming a large expression tree to be evaluated. A nested tree of Broadcasted containers is directly constructed by the implicit dot syntax; 5 .+ just calls the Broadcasted constructor to create the lazy representation of the fused expres- sion tree, but you can choose to override it for a particular combination of function and arguments.CHAPTER into the assertion message slot. The entire expression, thus constructed, is placed into the syntax tree where the @assert macro call occurs. Then at execution time, if the test expression evaluates to

may themselves be more nested Broadcasted containers, forming a large expression tree to be evaluated. A nested tree of Broadcasted containers is directly constructed by the implicit dot syntax; 5 .+ just calls the Broadcasted constructor to create the lazy representation of the fused expres- sion tree, but you can choose to override it for a particular combination of function and arguments.CHAPTER into the assertion message slot. The entire expression, thus constructed, is placed into the syntax tree where the @assert macro call occurs. Then at execution time, if the test expression evaluates to

may themselves be more nested Broadcasted containers, forming a large expression tree to be evaluated. A nested tree of Broadcasted containers is directly constructed by the implicit dot syntax; 5 .+ just calls the Broadcasted constructor to create the lazy representation of the fused expres- sion tree, but you can choose to override it for a particular combination of function and arguments.CHAPTER into the assertion message slot. The entire expression, thus constructed, is placed into the syntax tree where the @assert macro call occurs. Then at execution time, if the test expression evaluates to