property set. In particular, this is the case when printing arrays with multiple columns (where horizontal space is limited): julia> show(IOContext(stdout, :compact=>true), Polar(3, 4.0)) 3.04.0im julia> higher precedence than semicolons, performing any horizontal concatenations first and then concatenating the result. Using double semicolons for the horizontal concatenation, on the other hand, performs any 3}: [:, :, 1] = 1 3 5 2 4 6 [:, :, 2] = 7 9 11 8 10 12 Like before, spaces (and tabs) for horizontal concatenation have a higher precedence than any number of semicolons. Thus, higher-dimensional

property set. In particular, this is the case when printing arrays with multiple columns (where horizontal space is limited): julia> show(IOContext(stdout, :compact=>true), Polar(3, 4.0)) 3.04.0im julia> higher precedence than semicolons, performing any horizontal concatenations first and then concatenating the result. Using double semicolons for the horizontal concatenation, on the other hand, performs any 3}: [:, :, 1] = 1 3 5 2 4 6 [:, :, 2] = 7 9 11 8 10 12 Like before, spaces (and tabs) for horizontal concatenation have a higher precedence than any number of semicolons. Thus, higher-dimensional

property set. In particular, this is the case when printing arrays with multiple columns (where horizontal space is limited): julia> show(IOContext(stdout, :compact=>true), Polar(3, 4.0)) 3.04.0im julia> higher precedence than semicolons, performing any horizontal concatenations first and then concatenating the result. Using double semicolons for the horizontal concatenation, on the other hand, performs any 8 10 12CHAPTER 20. SINGLE- AND MULTI-DIMENSIONAL ARRAYS 275 Like before, spaces (and tabs) for horizontal concatenation have a higher precedence than any number of semicolons. Thus, higher-dimensional

property set. In particular, this is the case when printing arrays with multiple columns (where horizontal space is limited): julia> show(IOContext(stdout, :compact=>true), Polar(3, 4.0)) 3.04.0im julia> higher precedence than semicolons, performing any horizontal concatenations first and then concatenating the result. Using double semicolons for the horizontal concatenation, on the other hand, performs any 8 10 12CHAPTER 20. SINGLE- AND MULTI-DIMENSIONAL ARRAYS 275 Like before, spaces (and tabs) for horizontal concatenation have a higher precedence than any number of semicolons. Thus, higher-dimensional

property set. In particular, this is the case when printing arrays with multiple columns (where horizontal space is limited): julia> show(IOContext(stdout, :compact=>true), Polar(3, 4.0)) 3.04.0im julia> higher precedence than semicolons, performing any horizontal concatenations first and then concatenating the result. Using double semicolons for the horizontal concatenation, on the other hand, performs any 8 10 12CHAPTER 20. SINGLE- AND MULTI-DIMENSIONAL ARRAYS 275 Like before, spaces (and tabs) for horizontal concatenation have a higher precedence than any number of semicolons. Thus, higher-dimensional

property set. In particular, this is the case when printing arrays with multiple columns (where horizontal space is limited): julia> show(IOContext(stdout, :compact=>true), Polar(3, 4.0)) 3.04.0im julia> higher precedence than semicolons, performing any horizontal concatenations first and then concatenating the result. Using double semicolons for the horizontal concatenation, on the other hand, performs any 8 10 12CHAPTER 20. SINGLE- AND MULTI-DIMENSIONAL ARRAYS 278 Like before, spaces (and tabs) for horizontal concatenation have a higher precedence than any number of semicolons. Thus, higher-dimensional

property set. In particular, this is the case when printing arrays with multiple columns (where horizontal space is limited): julia> show(IOContext(stdout, :compact=>true), Polar(3, 4.0)) 3.04.0im julia> higher precedence than semicolons, performing any horizontal concatenations first and then concatenating the result. Using double semicolons for the horizontal concatenation, on the other hand, performs any 8 10 12CHAPTER 20. SINGLE- AND MULTI-DIMENSIONAL ARRAYS 278 Like before, spaces (and tabs) for horizontal concatenation have a higher precedence than any number of semicolons. Thus, higher-dimensional

property set. In particular, this is the case when printing arrays with multiple columns (where horizontal space is limited): julia> show(IOContext(stdout, :compact=>true), Polar(3, 4.0)) 3.04.0im julia> higher precedence than semicolons, performing any horizontal concatenations first and then concatenating the result. Using double semicolons for the horizontal concatenation, on the other hand, performs any 8 10 12CHAPTER 20. SINGLE- AND MULTI-DIMENSIONAL ARRAYS 278 Like before, spaces (and tabs) for horizontal concatenation have a higher precedence than any number of semicolons. Thus, higher-dimensional

property set. In particular, this is the case when printing arrays with multiple columns (where horizontal space is limited): julia> show(IOContext(stdout, :compact=>true), Polar(3, 4.0)) 3.04.0im julia> higher precedence than semicolons, performing any horizontal concatenations first and then concatenating the result. Using double semicolons for the horizontal concatenation, on the other hand, performs any 8 10 12CHAPTER 20. SINGLE- AND MULTI-DIMENSIONAL ARRAYS 278 Like before, spaces (and tabs) for horizontal concatenation have a higher precedence than any number of semicolons. Thus, higher-dimensional

property set. In particular, this is the case when printing arrays with multiple columns (where horizontal space is limited): julia> show(IOContext(stdout, :compact=>true), Polar(3, 4.0)) 3.04.0im julia> higher precedence than semicolons, performing any horizontal concatenations first and then concatenating the result. Using double semicolons for the horizontal concatenation, on the other hand, performs any 8 10 12CHAPTER 20. SINGLE- AND MULTI-DIMENSIONAL ARRAYS 278 Like before, spaces (and tabs) for horizontal concatenation have a higher precedence than any number of semicolons. Thus, higher-dimensional