Search Results for "mobile app source code tutorial"

J2ObjC is an open-source command-line tool from Google that translates Java source code to Objective-C for the iOS (iPhone/iPad) platform. This tool enables Java source to be part of an iOS application's build, as no editing of the generated files is necessary. The goal is to write an app's non-UI code (such as application logic and data models) in Java, which is then shared by web apps (using GWT), Android apps, and iOS apps. J2ObjC supports most Java language and runtime features required...

Advanced Trigonometry Calculator is equipped with a user-friendly interface that allows for easy input of problems and instant computation. Professionals such as engineers who need to perform advanced trigonometric calculations in their work will find this tool extremely useful. ATC Online Alpha: https://advantrigoncalc.sourceforge.io/atc/ More info by clicking below: https://advantrigoncalc.sourceforge.io/ Advanced Trigonometry Calculator was only and always only developed by...

A simple, point of care, clinic decision support system (CDSS) Android app for Insulin infusion and hyperglycemia management in the ICU. The infusion protocol calculator is based on the updated "Yale Insulin Infusion Protocol" http://bit.ly/1DaVfUd and American Association of Clinical Endocrinologists (AACE) blood sugar targets. http://inpatient.aace.com/ . Source code requires Xamarin Studio & Android SDK to compile.

Now available on Google Play at <https://play.google.com/store/apps/details?id=ca.farrelltonsolar.classic> The source code is now maintained on <https://github.com/graham22/Classic> Classic Monitor is a free status monitor for Midnite solar 's, Classic 150, 200, 250 Charge Controller. It is a Read Only Program, it does not write to the Classic. The software is provided "AS IS", WITHOUT WARRANTY OF ANY KIND, express or implied. Classic Monitor is NOT a product of Midnite solar,...

Red CNC is an Android application to allow control of the 3D routing machine by the same name. It allows the user to configure the machine properties, such as workable volume, tool size, etc. Once set, the user loads a G-Code file and gets a 3D view of the tool path. Lastly, the user can then start processing the job by sending commands to an Arduino.