Anoc Octave Editor vs Quantum Technology Toolbox

Anoc is an Octave Editor for your iOS device. It allows you to create and manage Octave projects directly on your iOS device and generate the result and plots by using Verbosus (Online Octave Editor). This software is provided "as is" without warranties or conditions of any kind, either expressed or implied. Features: * 2 Modes: Local Mode (stores .m documents on your device) and Cloud Mode (synchronizes your projects with Verbosus) * Use a dedicated server to perform calculations and generate plots * Automatic Dropbox synchronization (Local Mode) * Automatic Box synchronization (Local Mode) * Git integration (Local Mode) * AI assistant (ChatGPT and Claude, available in supported regions) * Custom keyboard shortcuts * Encrypted transmission to the server by using HTTPS * Syntax highlighting (operators, plot functions, comments) * Line numbers * Assistive keyboard * Hotkeys (see below) * Web-Interface (Cloud Mode) * Two factor authentication (Cloud Mode, in combination with Copiosus) * No ads Additional features in Anoc Pro: * Unlimited number of projects (Local Mode) * Unlimited number of documents per project (Local Mode) * Unlimited number of file uploads per project (Local Mode) * Unlimited number of projects (Cloud Mode) * Unlimited number of documents per project (Cloud Mode) Hotkeys in editor (can be changed in editor - settings - keyboard shortcuts): ctrl+,: Settings ctrl+s: Save ctrl+g: Generate result ctrl+f: Search ctrl+p: Preview ctrl+n: New document ctrl+d: Delete document ctrl+.: Next document Function files: Create a new file e.g. worker.m and fill it with function s = worker(x) % worker(x) Calculates sine(x) in degrees s = sin(x*pi/180); In your main .m file you can call it with worker(2) Load a file into a variable with the load command (Local Mode): data = load('name-of-file.txt'); Terms of Use: https://www.apple.com/legal/internet-services/itunes/dev/stdeula

Quantum Technology Toolbox - your pocket lab assistant. Quantum Technology Toolbox is a calculator for calculating the oh-so-ubiquitous interferometric visibility with a few simple button presses. How many times haven't we fiddled with regular calculators, trying to remember intermediary values when working in the lab? The solution to this cumbersome calculation is here with your own pocket visibility measurement data bank. In QTT you can compute, store and organise your visibility measurements into collections. A single click allows you to filter values, and export them to csv. This allows you to easily keep track of your experiment's progress while aligning the experiment.