Learn Fortran Programming vs Electronics Circuit Simulator

This comprehensive app is designed for students, engineers, researchers... to be able to use Fortran language from scratch to program in a simple and practical way. Never mind if you have no experience in programming, you will be equally capable of understanding everything and you will finish the course with mastery of the subject. After several years working as an Engineer, I have realized that mastering Fortran to program today is something very necessary in engineering or other programming applications. Some people thinks that Fortran is an old, but the fact is that the demand is increasing. Knowing how to program this language can give you many job opportunities and many economic benefits, especially in the scientific or engineering field. The big problem has always been the complexity to learn that programming requires, since its understanding is not easy. In this course I try to facilitate this entire learning and improvement process, and you will be able to carry out and understand your own codes in a short time, thanks to the step-by-step and detailed examples of every concept. This app includes coding exercises and theoretical explanations as well as practical examples to master Fortran. This app will teach you Fortran in a practical manner. We will start by helping you get Fortran installed on your computer, regardless of your operating system, whether its Linux, MacOS, or Windows, we've got you covered. Then, we will cover a wide variety of topics, including: Installation and Introduction to Fortran Elementary features fortran Program Preparation fortran Decision fortran Fortran Loops Fortran Errors Subprograms and Modules fortran Fortran Arrays Advanced Input and Output Fortran Handling Characters Derived Types Structures Fortran Pointer Variables Simulation Fortran Matrices and Their Applications Introduction to Numerical Methods Fortran Practical Exercises and much more! Fortran, as derived from Formula Translating System, is a general-purpose, imperative programming language. It is used for numeric and scientific computing. Fortran was originally developed by IBM in the 1950s for scientific and engineering applications. Fortran ruled this programming area for a long time and became very popular for high performance computing, because. It supports − Numerical analysis and scientific computation Structured programming Array programming Modular programming Generic programming High performance computing on supercomputers Object oriented programming Concurrent programming Reasonable degree of portability between computer systems Facts about Fortran Fortran was created by a team, led by John Backus at IBM in 1957. Initially the name used to be written in all capital, but current standards and implementations only require the first letter to be capital. Fortran stands for FORmula TRANslator. Originally developed for scientific calculations, it had very limited support for character strings and other structures needed for general purpose programming. Later extensions and developments made it into a high level programming language with good degree of portability. Original versions, Fortran I, II and III are considered obsolete now. Oldest version still in use is Fortran IV, and Fortran 66. Most commonly used versions today are : Fortran 77, Fortran 90, and Fortran 95. Fortran 77 added strings as a distinct type. Fortran 90 added various sorts of threading, and direct array processing.

This app is a complete electronics workbench on your iPhone and iPad. Build circuits on an interactive schematic editor, simulate them with real Modified Nodal Analysis, and learn electronics through hands-on exploration. VERSION 2.0 — WHAT'S NEW: CIRCUIT CHALLENGES Test your electronics knowledge with 9 interactive puzzles across 4 categories — Basics, Analysis, Design, and Troubleshooting. Each challenge provides a starting circuit you must modify to meet specific goals, with built-in validation that checks your simulation results. ELECTRONICS CALCULATOR Seven quick-access calculators: Ohm's Law, Voltage Divider, RC Time Constant, LED Resistor Sizing, Power Dissipation, Parallel Resistance, and Series Capacitance. All with real-time results in engineering notation as you type. OSCILLOSCOPE VIEW Dual-channel waveform visualizer with sine, square, triangle, and sawtooth signals. Adjustable frequency, amplitude, DC offset, and timebase — complete with graticule, tick marks, and measurement readouts for Vpp, Vrms, frequency, and period. CORE FEATURES: Schematic editor with tap-to-place components and L-shaped auto-routing wires DC circuit simulation using Modified Nodal Analysis with Newton-Raphson iteration 50+ electronic components across 10 categories 20+ pre-built common circuits ready to load and simulate Virtual multimeter with voltage and current probes Undo support, save/load circuits, rotate and edit component values Comprehensive Electronics Guide covering fundamentals, components, formulas, and safety Interactive tutorial for new users Built entirely in SwiftUI. No internet connection required. No ads. No subscriptions.