Fortran To Kotlin Converter
Other Fortran Converters
What Is Fortran To Kotlin Converter?
A Fortran To Kotlin converter is an online tool that streamlines the conversion of Fortran code into Kotlin code using technologies such as generative AI, machine learning, and natural language processing. This tool is particularly useful for developers needing to update legacy code to modern languages. The conversion process consists of three key steps, each designed to facilitate a clear transformation of your source code into Kotlin.
- Input: Begin by submitting the specific Fortran code you want to convert. This serves as the foundation for the conversion.
- Processing: The converter then analyzes the provided Fortran code. It applies sophisticated algorithms to interpret the logic and structure of the original code, ensuring a thorough understanding of its functionality.
- Output: Once the analysis is complete, the converter generates Kotlin code that mirrors the functionality of the original Fortran code. This output is structured to be readily usable in your current projects, ensuring a smooth transition.
How Is Fortran Different From Kotlin?
Fortran is historically recognized for its strong capabilities in numerical computation, making it a staple in fields like scientific research and engineering. It excels in performing complex calculations but often lacks flexibility in modern programming environments. On the other hand, Kotlin has emerged as a versatile language that offers modern programming features and seamless integration with Java, which is crucial for developing mobile and backend applications. As you transition from Fortran to Kotlin, you’ll notice several key differences.
- Syntax: Fortran’s syntax can be quite verbose, requiring more lines of code to express similar concepts. In contrast, Kotlin employs a concise and expressive syntax that allows developers to write clearer and more maintainable code.
- Object-Oriented vs. Procedural: Kotlin is built from the ground up to support object-oriented programming, enabling you to organize code into reusable objects. Fortran primarily uses a procedural programming approach, focusing on sequences of tasks rather than the objects themselves.
- Null Safety: One notable advantage of Kotlin is its built-in null safety features, which significantly reduce the chances of runtime crashes due to null references. Fortran does not incorporate any mechanisms to address this issue, which can lead to more frequent errors in programs.
- Functional Programming: Kotlin embraces functional programming principles, enabling developers to use higher-order functions and other modern techniques. In comparison, Fortran has limited support for functional programming paradigms, making it less adaptable for those looking to leverage these advanced concepts.
| Feature | Fortran | Kotlin |
|---|---|---|
| Syntax | Verbose | Concise |
| Programming Paradigm | Procedural | Object-Oriented |
| Null Safety | No | Yes |
| Functional Programming | Limited | Extensive |
How Does Minary’s Fortran To Kotlin Converter Work?
The Minary’s Fortran To Kotlin converter operates through a streamlined interface that simplifies the process of translating your Fortran code into Kotlin. Start by detailing the specific task you need completed in the designated box on the left side. The clearer and more detailed your prompt, the better the output will be.
Once you’ve provided your task description, click on the ‘Generate’ button. The generator processes your input and swiftly produces the corresponding Kotlin code on the right side of the interface. This result is not just for viewing; you can easily copy the generated code using the ‘Copy’ button located at the bottom of the right panel.
Additionally, there’s a feedback option available via vote buttons. Your input on the quality of the code helps train the Minary AI, ensuring its continuous improvement. Engaging with this feedback loop contributes to the overall effectiveness of the Fortran To Kotlin converter.
For example, if you need to convert a Fortran function that calculates the factorial of a number, you could describe the task as follows: “Convert Fortran factorial function to Kotlin that takes an integer input and returns its factorial.” After generating the output, you’ll see the Kotlin implementation ready for use, and you can provide feedback on how accurate or useful the conversion was.
Examples Of Converted Code From Fortran To Kotlin
implicit none
integer :: n, result
! Prompt user for input
print *, ‘Enter a non-negative integer:’
read *, n
! Validate the input
if (n < 0) then
print *, 'Error: Factorial is not defined for negative integers.'
stop
end if
result = factorial(n)
! Print the result
print *, 'The factorial of', n, 'is', result
contains
function factorial(num) result(fact)
integer, intent(in) :: num
integer :: fact
if (num == 0) then
fact = 1
else
fact = num * factorial(num - 1)
end if
end function factorial
end program factorial_calculator
val n: Int
var result: Int
// Prompt user for input
println(“Enter a non-negative integer:”)
n = readLine()!!.toInt()
// Validate the input
if (n < 0) {
println("Error: Factorial is not defined for negative integers.")
return
}
result = factorial(n)
// Print the result
println("The factorial of $n is $result")
}
fun factorial(num: Int): Int {
return if (num == 0) {
1
} else {
num * factorial(num - 1)
}
}
implicit none
integer, parameter :: max_users = 100
type :: Account
character(len=30) :: name
real :: balance
end type Account
type(Account), dimension(max_users) :: accounts
integer :: user_count
integer :: choice, user_index
character(len=30) :: user_name
logical :: user_found
user_count = 0
user_found = .false.
do
print *, ‘1. Create Account’
print *, ‘2. Deposit’
print *, ‘3. Withdraw’
print *, ‘4. Check Balance’
print *, ‘5. Exit’
print *, ‘Enter your choice: ‘
read *, choice
select case(choice)
case(1)
if (user_count < max_users) then
user_count = user_count + 1
print *, 'Enter your name: '
read *, accounts(user_count)%name
accounts(user_count)%balance = 0.0
print *, 'Account created successfully for ', accounts(user_count)%name
else
print *, 'Account limit reached.'
end if
case(2)
print *, 'Enter your name: '
read *, user_name
do user_index = 1, user_count
if (accounts(user_index)%name == user_name) then
user_found = .true.
print *, 'Current balance: ', accounts(user_index)%balance
print *, 'Enter amount to deposit: '
read *, amount
accounts(user_index)%balance = accounts(user_index)%balance + amount
print *, 'New balance: ', accounts(user_index)%balance
exit
end if
end do
if (.not. user_found) print *, 'Account not found.'
case(3)
print *, 'Enter your name: '
read *, user_name
do user_index = 1, user_count
if (accounts(user_index)%name == user_name) then
user_found = .true.
print *, 'Current balance: ', accounts(user_index)%balance
print *, 'Enter amount to withdraw: '
read *, amount
if (amount > accounts(user_index)%balance) then
print *, ‘Insufficient balance.’
else
accounts(user_index)%balance = accounts(user_index)%balance – amount
print *, ‘New balance: ‘, accounts(user_index)%balance
end if
exit
end if
end do
if (.not. user_found) print *, ‘Account not found.’
case(4)
print *, ‘Enter your name: ‘
read *, user_name
do user_index = 1, user_count
if (accounts(user_index)%name == user_name) then
user_found = .true.
print *, ‘Current balance: ‘, accounts(user_index)%balance
exit
end if
end do
if (.not. user_found) print *, ‘Account not found.’
case(5)
print *, ‘Exiting program.’
exit
case default
print *, ‘Invalid choice. Please try again.’
end select
end do
end program BankAccountSystem
val maxUsers = 100
data class Account(var name: String, var balance: Double)
val accounts = Array(maxUsers) { Account(“”, 0.0) }
var userCount = 0
var userFound: Boolean
var choice: Int
var userName: String
var amount: Double
while (true) {
println(“1. Create Account”)
println(“2. Deposit”)
println(“3. Withdraw”)
println(“4. Check Balance”)
println(“5. Exit”)
print(“Enter your choice: “)
choice = readLine()!!.toInt()
when (choice) {
1 -> {
if (userCount < maxUsers) {
print("Enter your name: ")
val name = readLine()!!
accounts[userCount].name = name
accounts[userCount].balance = 0.0
println("Account created successfully for ${accounts[userCount].name}")
userCount++
} else {
println("Account limit reached.")
}
}
2 -> {
print(“Enter your name: “)
userName = readLine()!!
userFound = false
for (userIndex in 0 until userCount) {
if (accounts[userIndex].name == userName) {
userFound = true
println(“Current balance: ${accounts[userIndex].balance}”)
print(“Enter amount to deposit: “)
amount = readLine()!!.toDouble()
accounts[userIndex].balance += amount
println(“New balance: ${accounts[userIndex].balance}”)
break
}
}
if (!userFound) println(“Account not found.”)
}
3 -> {
print(“Enter your name: “)
userName = readLine()!!
userFound = false
for (userIndex in 0 until userCount) {
if (accounts[userIndex].name == userName) {
userFound = true
println(“Current balance: ${accounts[userIndex].balance}”)
print(“Enter amount to withdraw: “)
amount = readLine()!!.toDouble()
if (amount > accounts[userIndex].balance) {
println(“Insufficient balance.”)
} else {
accounts[userIndex].balance -= amount
println(“New balance: ${accounts[userIndex].balance}”)
}
break
}
}
if (!userFound) println(“Account not found.”)
}
4 -> {
print(“Enter your name: “)
userName = readLine()!!
userFound = false
for (userIndex in 0 until userCount) {
if (accounts[userIndex].name == userName) {
userFound = true
println(“Current balance: ${accounts[userIndex].balance}”)
break
}
}
if (!userFound) println(“Account not found.”)
}
5 -> {
println(“Exiting program.”)
return
}
else -> {
println(“Invalid choice. Please try again.”)
}
}
}
}
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