Privacy Policy for Function Calculator Developer: 마종진 Last Updated: 2025.10.23 1. Personal Information Collection - This app Function Calculator does not directly collect any personal information for its core functionality. - However, through our use of Google AdMob advertising services, the following information may be collected: * Advertising ID * Device information * Approximate location data * Service usage records 2. Purpose of Data Collection and Use - Improving app performance and error analysis - Providing personalized advertisements - Analyzing service usage statistics - Enhancing user experience 3. Data Retent...
SimpleMath Script SimpleMath is a programming script with a syntax similar to JavaScript, but extremely simplified to support only number and boolean types. SimpleMath is to be used only for Function Calculator . Here are the key features and rules: Variables Declare variables using the 'var' keyword: var a; var b = 3; Assign values to variables: a = b; a = 3 + b; Variables follow strict scope rules similar to java. Variable should be declared first using 'var' keyword. Without decalaration it can not be used. Data Types Only two data types: number and boolean Types are inferred, not specified Number literals: Any numeric value Boolean literals: true or false Collection data structures such as array or list are not supported. Only single data type number and boolean are supported. SimpleMath does not have "null" or "undefined" unlike javascript. When null or undefined value needs to be returned in a function you can return very unlikely number such...
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...
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