Mendefinisikan range

Range adalah konsep penting dalam Julia yang memungkinkan Anda membuat koleksi nilai berurutan dengan cepat. Pada latihan ini, Anda ingin menghasilkan sebuah range berisi titik-titik dengan jarak yang sama. Bayangkan jika jarak antar titik adalah 1/3—akan cukup sulit jika harus Anda lakukan sendiri. Di sinilah range membantu: Anda dapat menentukan nilai start, nilai step opsional, dan nilai end. Setelah itu, range akan dibuat secara otomatis.

Ada dua langkah pada latihan di bawah ini. Pada langkah pertama, Anda akan membuat dan memeriksa sebuah range tanpa nilai step. Pada langkah kedua, Anda akan membuat dan memeriksa range kedua, kali ini dengan menentukan nilai step.

Latihan ini adalah bagian dari kursus

Julia Tingkat Menengah

Latihan interaktif praktis

Cobalah latihan ini dengan menyelesaikan kode contoh berikut.

# Define the range in the variable x
x = ____

# Print the type of the range x
println(____(____))

Edit dan Jalankan Kode

Latihan ini adalah bagian dari kursus

Julia Tingkat Menengah

SkillTag.level.beginnerSkillTag.label

4.7+

Mulai Kursus Gratis

Loops are one of the core concepts that underpin Julia. In this chapter, you'll learn about for loops and while loops, and how to use them to iterate over data structures that you are already familiar with. You will also cover ranges, a useful tool for generating sequences of data.

Exercise 1: For loop Exercise 2: Pertanyaan for loop Exercise 3: Melakukan loop pada sebuah vektor Exercise 4: Loop dan enumerate Exercise 5: Melakukan loop pada struktur bertingkat Exercise 6: While loop Exercise 7: Menulis while loop Exercise 8: While loop untuk iterasi Exercise 9: Rentang Exercise 10: Ranges - iterasi Exercise 11: Mendefinisikan range

Latihan Saat Ini

Exercise 12: Melakukan loop pada range Exercise 13: Splat unpacking

This chapter focuses on expanding your knowledge of the data structures available in Julia. Learn how to use tuples, dictionaries, multi-dimensional arrays, and structures to store and traverse data quickly and efficiently.

Exercise 1: Tuples Exercise 2: When should you use a tuple?Exercise 3: Create, index, and slice a tuple Exercise 4: Create a NamedTuple for a person Exercise 5: Dictionaries Exercise 6: Create untyped dict, iterate Exercise 7: Create typed dict, iterate Exercise 8: Modify keys/values in dict, use get()Exercise 9: Multi-dimensional arrays Exercise 10: Create 1D and 2D arrays Exercise 11: Index and slice a 2D array Exercise 12: Array merging Exercise 13: Structs Exercise 14: Define a structure Exercise 15: Mutable and typed structs

In this chapter, you’ll extend your understanding of functions, exploring positional, keyword, and default function arguments. You will also cover code execution timing, getting a strong understanding of how to measure the time your code takes to run. This chapter will round off with a capstone on writing your own functions to solve real-world problems.

Exercise 1: Execution time and measurement Exercise 2: Built-in time macro Exercise 3: Timing a function Exercise 4: Positional and Default Arguments, Type Declarations Exercise 5: Positional arguments recap Exercise 6: Default arguments Exercise 7: Type declarations Exercise 8: Keyword Arguments Exercise 9: Keyword arguments Exercise 10: Variable number of arguments Exercise 11: Writing Your Own Function Exercise 12: Writing your own functions Exercise 13: Writing your own functions - structs

This final chapter will introduce anonymous functions and will recap one of the powerful features of Julia; multiple dispatch. You will learn how to use functions from Python and R packages within Julia and discover how to clean and modify data within dataframes.

Exercise 1: Anonymous Functions and Multiple Dispatch Exercise 2: Multiple dispatch Exercise 3: Anonymous functions Exercise 4: Filtering DataFrames Exercise 5: Importing Functions from Python and R Exercise 6: Importing Python and R Exercise 7: Python functions in Julia Exercise 8: R functions in Julia Exercise 9: Cleaning Data Exercise 10: Renaming columns Exercise 11: Missing data Exercise 12: Advanced missing data Exercise 13: Congratulations!