note02
◆ Code
+x ...Positive value
-x ...Negative value
◆ Four arithmetic operators, etc.
x + y ...addition
x - y ...subtraction
x * y ...multiplication
x / y ...division
x ÷ y ...Division quotient(Double-byte character[÷])
x \ y ...Reciprocal(y /Same as x)
x ^ y ...Exponentiation
x % y ...Division remainder(Remainder of division)
◆ Comparison operator
x == y ...Equivalence operator
x != y ...Inequivalence operator
x ≠ y ...Inequivalence operator(Double-byte character[≠])
x < y ...Lesser operator
x <= y ...Less than equal operator
x ≤ y ...Less than equal operator(Double-byte character[≤]* Environment-dependent characters)
x > y ...Greater operator
x >= y ...Greater equal operator
x ≥ y ...Greater equal operator(Double-byte character[≥]* Environment-dependent characters)
◆ Assignment operator
+= ...Addition substitution
-= ...Subtraction Substitution
*= ...Multiplication assignment
/= ...Division assignment
÷= ...Dividing quotient substitution(Division quotient)(Double-byte character[÷])
%= ...Division remainder substitution(Remainder of division)
^= ...Exponentiation
◆ Logical operators
!x ...denial
~x ...Bit not
x & y ...Bit and
x | y ...Bit or
x >>> y ...Right logical shift
x >> y ...Right arithmetic shift
x << y ...Left logic/Arithmetic shift
The feature of operators is that special characters such as [÷] [≠] [≥] [≤] can also be used. Also, exponentiation uses [^], which is different from Python.
Julia Quick Look Note [01] How to use variables and constants Julia Quick Look Note [02] Arithmetic Expressions, Operators
(* We will continue to increase the content)
: paperclip: Julia --Official page https://julialang.org/
: paperclip: Julia --Japanese official document https://julia-doc-ja.readthedocs.io/ja/latest/index.html
: paperclip: First time Julia and installation (Windows & Linux) https://qiita.com/ttlabo/items/b05bb43d06239f968035
:paperclip: Julia - Mathematics https://docs.julialang.org/en/v1/base/math/
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