whereas x^-y and x^2y parse as x^(-y) and x^(2y). 6.8 Numerical Conversions Julia supports three forms of numerical conversion, which differ in their handling of inexact conversions. 1The unary operators example, round(Int,x) is a shorthand for Int(round(x)). The following examples show the different forms. julia> Int8(127) 127 julia> Int8(128) ERROR: InexactError: trunc(Int8, 128) Stacktrace: [. must be output using the generic, escaped \u or \U input forms. In addition to these Unicode escape forms, all of C's traditional escaped input forms can also be used: julia> Int('\0') 0 julia> Int('\t')

whereas x^-y and x^2y parse as x^(-y) and x^(2y). 6.8 Numerical Conversions Julia supports three forms of numerical conversion, which differ in their handling of inexact conversions. 1The unary operators example, round(Int,x) is a shorthand for Int(round(x)). The following examples show the different forms. julia> Int8(127) 127 julia> Int8(128) ERROR: InexactError: trunc(Int8, 128) Stacktrace: [. must be output using the generic, escaped \u or \U input forms. In addition to these Unicode escape forms, all of C's traditional escaped input forms can also be used: julia> Int('\0') 0 julia> Int('\t')

whereas x^-y and x^2y parse as x^(-y) and x^(2y). 6.8 Numerical Conversions Julia supports three forms of numerical conversion, which differ in their handling of inexact conversions. 1The unary operators example, round(Int,x) is a shorthand for Int(round(x)). The following examples show the different forms. julia> Int8(127) 127 julia> Int8(128) ERROR: InexactError: trunc(Int8, 128) Stacktrace: [. must be output using the generic, escaped \u or \U input forms. In addition to these Unicode escape forms, all of C's traditional escaped input forms can also be used: julia> Int('\0') 0 julia> Int('\t')

whereas x^-y and x^2y parse as x^(-y) and x^(2y). 5.8 Numerical Conversions Julia supports three forms of numerical conversion, which differ in their handling of inexact conversions. • The notation T(x) example, round(Int,x) is a shorthand for Int(round(x)). The following examples show the different forms. julia> Int8(127) 127 julia> Int8(128) ERROR: InexactError: trunc(Int8, 128) Stacktrace: [. must be output using the generic, escaped \u or \U input forms. In addition to these Unicode escape forms, all of C's traditional escaped input forms can also be used: julia> Int('\0') 0 julia> Int('\t')

whereas x^-y and x^2y parse as x^(-y) and x^(2y). 5.8 Numerical Conversions Julia supports three forms of numerical conversion, which differ in their handling of inexact conversions. • The notation T(x) example, round(Int,x) is a shorthand for Int(round(x)). The following examples show the different forms. julia> Int8(127) 127 julia> Int8(128) ERROR: InexactError: trunc(Int8, 128) Stacktrace: [. must be output using the generic, escaped \u or \U input forms. In addition to these Unicode escape forms, all of C's traditional escaped input forms can also be used: julia> Int('\0') 0 julia> Int('\t')

MATHEMATICAL OPERATIONS AND ELEMENTARY FUNCTIONS 39 6.9 Numerical Conversions Julia supports three forms of numerical conversion, which differ in their handling of inexact conversions. • The notation T(x) example, round(Int,x) is a shorthand for Int(round(x)). The following examples show the different forms. julia> Int8(127) 127 julia> Int8(128) ERROR: InexactError: trunc(Int8, 128) Stacktrace: [. must be output using the generic, escaped \u or \U input forms. In addition to these Unicode escape forms, all of C's traditional escaped input forms can also be used: julia> Int('\0') 0 julia> Int('\t')

whereas x^-y and x^2y parse as x^(-y) and x^(2y). 6.8 Numerical Conversions Julia supports three forms of numerical conversion, which differ in their handling of inexact conversions. 1The unary operators example, round(Int,x) is a shorthand for Int(round(x)). The following examples show the different forms. julia> Int8(127) 127 julia> Int8(128) ERROR: InexactError: trunc(Int8, 128) Stacktrace: [. must be output using the generic, escaped \u or \U input forms. In addition to these Unicode escape forms, all of C's traditional escaped input forms can also be used: julia> Int('\0') 0 julia> Int('\t')

whereas x^-y and x^2y parse as x^(-y) and x^(2y). 6.8 Numerical Conversions Julia supports three forms of numerical conversion, which differ in their handling of inexact conversions. 1The unary operators example, round(Int,x) is a shorthand for Int(round(x)). The following examples show the different forms. julia> Int8(127) 127 julia> Int8(128) ERROR: InexactError: trunc(Int8, 128) Stacktrace: [. must be output using the generic, escaped \u or \U input forms. In addition to these Unicode escape forms, all of C's traditional escaped input forms can also be used: julia> Int('\0') 0 julia> Int('\t')

whereas x^-y and x^2y parse as x^(-y) and x^(2y). 6.8 Numerical Conversions Julia supports three forms of numerical conversion, which differ in their handling of inexact conversions. 1The unary operators example, round(Int,x) is a shorthand for Int(round(x)). The following examples show the different forms. julia> Int8(127) 127 julia> Int8(128) ERROR: InexactError: trunc(Int8, 128) Stacktrace: [. must be output using the generic, escaped \u or \U input forms. In addition to these Unicode escape forms, all of C's traditional escaped input forms can also be used: julia> Int('\0') 0 julia> Int('\t')

whereas x^-y and x^2y parse as x^(-y) and x^(2y). 6.8 Numerical Conversions Julia supports three forms of numerical conversion, which differ in their handling of inexact conversions. 1The unary operators example, round(Int,x) is a shorthand for Int(round(x)). The following examples show the different forms. julia> Int8(127) 127 julia> Int8(128) ERROR: InexactError: trunc(Int8, 128) Stacktrace: [. must be output using the generic, escaped \u or \U input forms. In addition to these Unicode escape forms, all of C's traditional escaped input forms can also be used: julia> Int('\0') 0 julia> Int('\t')