• Floating-point types: Additionally, full support for Complex and Rational Numbers is built on top of these primitive numeric types. All numeric types interoperate naturally without explicit casting %= |= &= ⊻= <<= >>= >>>= Right For a complete list of every Julia operator's precedence, see the top of this file: src/julia-parser.scm. Note that some of the operators there are not defined in the Base following the last positional argument with an ellipsis:CHAPTER 8. FUNCTIONS 79 julia> bar(a,b,x...) = (a,b,x) bar (generic function with 1 method) The variables a and b are bound to the first two argument

• Floating-point types: Additionally, full support for Complex and Rational Numbers is built on top of these primitive numeric types. All numeric types interoperate naturally without explicit casting %= |= &= ⊻= <<= >>= >>>= Right For a complete list of every Julia operator's precedence, see the top of this file: src/julia-parser.scm. Note that some of the operators there are not defined in the Base following the last positional argument with an ellipsis:CHAPTER 8. FUNCTIONS 79 julia> bar(a,b,x...) = (a,b,x) bar (generic function with 1 method) The variables a and b are bound to the first two argument

single 32 Float64 double 64 Additionally, full support for Complex and Rational Numbers is built on top of these primitive numeric types. All numeric types interoperate naturally without explicit casting OPERATIONS AND ELEMENTARY FUNCTIONS 38 For a complete list of every Julia operator's precedence, see the top of this file: src/julia-parser.scm. Note that some of the operators there are not defined in the Base varargs function by following the last positional argument with an ellipsis: julia> bar(a, b, x...) = (a, b, x) bar (generic function with 1 method) The variables a and b are bound to the first two argument

single 32 Float64 double 64 Additionally, full support for Complex and Rational Numbers is built on top of these primitive numeric types. All numeric types interoperate naturally without explicit casting OPERATIONS AND ELEMENTARY FUNCTIONS 38 For a complete list of every Julia operator's precedence, see the top of this file: src/julia-parser.scm. Note that some of the operators there are not defined in the Base varargs function by following the last positional argument with an ellipsis: julia> bar(a, b, x...) = (a, b, x) bar (generic function with 1 method) The variables a and b are bound to the first two argument

single 32 Float64 double 64 Additionally, full support for Complex and Rational Numbers is built on top of these primitive numeric types. All numeric types interoperate naturally without explicit casting OPERATIONS AND ELEMENTARY FUNCTIONS 38 For a complete list of every Julia operator's precedence, see the top of this file: src/julia-parser.scm. Note that some of the operators there are not defined in the Base varargs function by following the last positional argument with an ellipsis: julia> bar(a, b, x...) = (a, b, x) bar (generic function with 1 method) The variables a and b are bound to the first two argument

single 32 Float64 double 64 Additionally, full support for Complex and Rational Numbers is built on top of these primitive numeric types. All numeric types interoperate naturally without explicit casting from highest precedence to lowest: For a complete list of every Julia operator's precedence, see the top of this file: src/julia-parser.scm. Note that some of the operators there are not defined in the Base varargs function by following the last positional argument with an ellipsis: julia> bar(a, b, x...) = (a, b, x) bar (generic function with 1 method) The variables a and b are bound to the first two argument

single 32 Float64 double 64 Additionally, full support for Complex and Rational Numbers is built on top of these primitive numeric types. All numeric types interoperate naturally without explicit casting OPERATIONS AND ELEMENTARY FUNCTIONS 38 For a complete list of every Julia operator's precedence, see the top of this file: src/julia-parser.scm. Note that some of the operators there are not defined in the Base varargs function by following the last positional argument with an ellipsis: julia> bar(a, b, x...) = (a, b, x) bar (generic function with 1 method) The variables a and b are bound to the first two argument

single 32 Float64 double 64 Additionally, full support for Complex and Rational Numbers is built on top of these primitive numeric types. All numeric types interoperate naturally without explicit casting OPERATIONS AND ELEMENTARY FUNCTIONS 38 For a complete list of every Julia operator's precedence, see the top of this file: src/julia-parser.scm. Note that some of the operators there are not defined in the Base varargs function by following the last positional argument with an ellipsis: julia> bar(a, b, x...) = (a, b, x) bar (generic function with 1 method) The variables a and b are bound to the first two argument

single 32 Float64 double 64 Additionally, full support for Complex and Rational Numbers is built on top of these primitive numeric types. All numeric types interoperate naturally without explicit casting OPERATIONS AND ELEMENTARY FUNCTIONS 38 For a complete list of every Julia operator's precedence, see the top of this file: src/julia-parser.scm. Note that some of the operators there are not defined in the Base varargs function by following the last positional argument with an ellipsis: julia> bar(a, b, x...) = (a, b, x) bar (generic function with 1 method) The variables a and b are bound to the first two argument

single 32 Float64 double 64 Additionally, full support for Complex and Rational Numbers is built on top of these primitive numeric types. All numeric types interoperate naturally without explicit casting OPERATIONS AND ELEMENTARY FUNCTIONS 38 For a complete list of every Julia operator's precedence, see the top of this file: src/julia-parser.scm. Note that some of the operators there are not defined in the Base varargs function by following the last positional argument with an ellipsis: julia> bar(a, b, x...) = (a, b, x) bar (generic function with 1 method) The variables a and b are bound to the first two argument