Function Calculator(함수계산기)

Let's create a mathematical function that converts decimal to binary using the coding function of the function calculator . Copy the code below and paste it into the code window of the function calculator's factory page, click the run button to run the code, and click the save button to save the mathematical function. def toBinary(num) = toBinary((num−num%2)/2)*10+num%2; toBinary(0)=0; toBinary(1)=1; You can go back to the calculator page and press the F2 button to use the function you just created in your calculations as shown below. The above code is defined recursively. The result of the calculation is a decimal number consisting of 1 and 0, which looks like a binary number. In simple terms, the remainder of the given number divided by 2 is placed at the end of the number, and the binary quotient of the division by 2 is placed one digit higher than that. Convert binary to decimal This time we are going to create a math function that converts binary number to deci...

Mastering D-Day Calculations with Function Calculator With  Function Calculator , users can create custom functions to solve complex problems, including date calculations. At the heart of this capability is the  now()  function , a built-in feature of the app that provides a precise 14-digit timestamp representing the current time. Using this powerful function, users can program their own logic to calculate D-Days (countdowns) and days between dates. In this guide, we’ll explore how you can use  now()  to program your own D-Day functions, complete with examples and practical use cases. Understanding the  now()  Function The  now()  function is a built-in function provided by  Function Calculator . It returns a  14-digit timestamp  in the format  YYYYMMDDHHMMSS , which represents the current date and time down to the second. This serves as the foundation for creating custom date-related calculations. For example: If  n...

How to move disks in Hanoi tower : programming example Welcome to the blog post where we showcase the capabilities of our  Function Calculator  by solving one of the most famous problems in computer science and mathematics:  The Tower of Hanoi . This post will introduce how to program to solve hanoi problem. What is the Tower of Hanoi? The  Tower of Hanoi  is a mathematical puzzle consisting of three rods (pegs) and a number of disks of different sizes. The puzzle starts with all disks stacked on one rod in decreasing size, with the largest disk at the bottom. The objective is to move all disks from the source rod to the destination rod, following these rules: Only one disk can be moved at a time. A disk can only be placed on top of a larger disk or an empty rod. You must use an auxiliary rod to assist in moving the disks. Below is code examples that solve hanoi tower problem. You can copy below code and go to the Factory page in the Function Calculator and past...