Anoc Pro Octave Editor vs Circuit Laboratory Usage & Stats

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. Before you download this app please check if it can do everything you need by trying the available functions using the web interface on our website. Features: * Use a dedicated server to perform calculations and generate plots * Automatic Dropbox synchronization (Local Mode) * Automatic Box synchronization (Local Mode) * Git integration (Local Mode) * 2 Modes: Local Mode (stores .m documents on your device) and Cloud Mode (synchronizes your projects with Verbosus) * 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) The following packages are available: * control: Computer-Aided Control System Design (CACSD) Tools for GNU Octave, based on the proven SLICOT Library * general: General tools for Octave * interval: The interval package for real-valued interval arithmetic allows one to evaluate functions over subsets of their domain * io: Input/Output in external formats * miscellaneous: Miscellaneous tools that don't fit somewhere else * optim: Non-linear optimization toolkit * signal: Signal processing tools, including filtering, windowing and display functions * statistics: Additional statistics functions for Octave * struct: Additional structure manipulation functions * symbolic: The Octave-Forge Symbolic package adds symbolic calculation features to GNU Octave Hotkeys in editor: ctrl+s: save ctrl+g: generate result 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');

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Circuit Laboratory

Circuit Lab is an electronic circuit analysis tool based on the modified node analysis method. Four kind of analysis may be conducted: - DC: linear and non linear circuits with continuous voltage and current sources; - AC: linear e non linear circuits with sinusoidal voltage and current sources; - Multifrequency AC Analysis: linear and non linear circuits with sinusoidal voltage and current sources. It allows to analyze the circuit behavior in a range of frequencies. Useful to study the bandwidth of the circuit; - Transient: linear and non linear circuits, with sinusoidal and pulse voltage sources (available as In App Purchases). User can graphically draw the circuit and then the circuit can be analyzed. Circuit may be controlled by means of the following gestures: - Drag: to move the circuit into the desired position - Tap on a component: to modify the component's parameters - Pinch: to zoom in and out - Double Finger Double Tap: to reset position and zoom level to the original values Tapping DC button, user gets voltage at each circuit's node. Tapping AC button, user gets voltage phasors at each circuit node or the bode graph of the voltage at each circuit node (see BJT 16 - Common Emitter). Phasor graphs may be controlled by means of the following gesture: - Drag: to move the graph into the desired position - Pinch: to zoom in and out - Double Finger Double Tap: to reset position and zoom level to the original values Pressing Transient button, user can analyze circuit's behavior during time and get graphs of voltages and currents function of time. Each circuit can contain: - Resistors - Capacitors - Inductors - Mutual Coupled Inductors - Independent sinusoidal voltage generators - Independent pulse voltage generators - Independent sinusoidal current generators - Controlled voltage generators - Controlled current generators - Operation Amplifier - Diodes - Zener Diodes - Bjt NPN and PNP - Channel-N and Channel-P JFet - Channel-N and Channel-P Mosfet For each component, a short video is available to demonstrate how to insert it into the circuit and edit it's characteristics. Circuits may be easily stored and reused. User can print: - Circuits and component's list - Transient Analysis graphs Circuits can be easily shared through iCloud, by mail in the internal format so that can be reused by other users (on iPad too) and in PDF format. Visit my site for video tutorials and details about operational amplifier's internal model and diode's internal model.