Авторизация
greet("Beginner")
Functions: Defining a function is straightforward. You use the function keyword, give it a name, and provide an end statement. For simple one-liners, Julia allows "assignment syntax," such as f(x) = x^2 + 2x + 1.
| Section | Topics Covered | |---------|----------------| | 1. Why Julia? | Speed of C, dynamism of Python, math-friendly syntax, 1‑based indexing, REPL basics. | | 2. First Steps | Installing Julia, VS Code / Juno / Pluto.jl, running .jl scripts. | | 3. Bits & Numbers | Integers, floats, type system ( Int8 , Float64 ), typeof() , arithmetic operators. | | 4. Variables & Assignment | Naming conventions, dynamic typing, const , multiple assignment. | | 5. Collections | Arrays (1D/2D), tuples, dictionaries, sets – with indexing and slicing. | | 6. Control Flow | if / else , for loops, while loops, break / continue . | | 7. Functions | function / end , return values, positional/keyword arguments, multiple dispatch intro. | | 8. Input/Output | println , readline , reading/writing files. | | 9. Practical Examples | Fibonacci, prime sieve, simple statistics, plotting with Plots.jl . | | 10. Next Steps | Packages, error handling, performance tips, @time , @code_warntype . |
greet("Beginner")
Functions: Defining a function is straightforward. You use the function keyword, give it a name, and provide an end statement. For simple one-liners, Julia allows "assignment syntax," such as f(x) = x^2 + 2x + 1.
| Section | Topics Covered | |---------|----------------| | 1. Why Julia? | Speed of C, dynamism of Python, math-friendly syntax, 1‑based indexing, REPL basics. | | 2. First Steps | Installing Julia, VS Code / Juno / Pluto.jl, running .jl scripts. | | 3. Bits & Numbers | Integers, floats, type system ( Int8 , Float64 ), typeof() , arithmetic operators. | | 4. Variables & Assignment | Naming conventions, dynamic typing, const , multiple assignment. | | 5. Collections | Arrays (1D/2D), tuples, dictionaries, sets – with indexing and slicing. | | 6. Control Flow | if / else , for loops, while loops, break / continue . | | 7. Functions | function / end , return values, positional/keyword arguments, multiple dispatch intro. | | 8. Input/Output | println , readline , reading/writing files. | | 9. Practical Examples | Fibonacci, prime sieve, simple statistics, plotting with Plots.jl . | | 10. Next Steps | Packages, error handling, performance tips, @time , @code_warntype . |
