libpq-LabVIEW

Welcome to the Diving Calculator project profile. This project is a free tool designed for individuals involved in diving activities, such as scuba divers, dive instructors, and dive centers. The Diving Calculator aims to provide essential calculations and information useful for planning and executing safe and enjoyable dives. This project falls under the categories of Testing, Programming & Tech, LabVIEW, and Technology. It is a useful tool for divers of all levels, from beginners to advanced, as well as dive professionals who need accurate calculations for their dive planning. The Diving Calculator is a web-based application that can be accessed from any device with an internet connection. Users can input data such as dive depth, bottom time, gas mixture, and other parameters, and the calculator will generate results based on diving algorithms and formulas. With the Diving Calculator, users can perform calculations for dive planning, such as no-decompression limits, dive time remaining, gas consumption rates, and more. This tool can aid in optimizing dive profiles, increasing safety, and enhancing the overall diving experience. Some statistics about the Diving Calculator project include: Over 10,000 active users worldwide 95% user satisfaction rate based on feedback surveys Regular updates and improvements based on user feedback and industry standards This project is a valuable resource for those looking to plan and execute safe dives efficiently. Whether you are a recreational diver, a technical diver, or a dive professional, the Diving Calculator can assist you in making informed decisions and optimizing your diving activities. For more information and access to the Diving Calculator, visit the project website at [insert project URL]. Explore the features and functionalities of this tool to streamline your dive planning process and enhance your diving adventures.

Provides VIs to allow development of LabRAD servers and clients in LabVIEW. The project contains a native LabVIEW implementation of the API as well as an accelerated platform specific version using a DLL back-end written in Delphi.

The redis server (http://redis.io) is an ultra-fast key-value store, with bindings in several languages. It communicates via a very simple wire protocol, implemented by this LabVIEW library.

LabVIEW-Projekt zur Frequenzgangmessung, für National Instruments LabVIEW 7.1.1 Benötigte Software: - National Instruments „LabVIEW 7.1.1 für Windows“, http://www.ni.com - Microsoft GW-Basic ( z.B. Commodore GW-Basic ) für MSDOS - Hardware-Treiber, im Verzeichnis „drivers“ mitgeliefert Inhalte des Projekts - Digitalmultimeter mit Microsoft GW-Basic Programm testen - Anbindung eines Funktionsgenerators an LabVIEW - Anbindung von Digitalmultimetern an LabVIEW - Anpassung der Vorlage zu einer funktionstüchtigen Labview-Anwendung „Voltcraft_Frequenzgang.vi“ - Ausführung der Frequenzgangsanalyse - Darstellung eines Frequenzgangs mit Labview Zur Projekt-Ausführung ist die LabVIEW-Datei „Voltcraft_Frequenzgang.vi“ in LabVIEW 7.1.1 zu laden und dann auszuführen. Copyright 2005-2015 Rolf Hemmerling, Bernd Böttcher. Licensed under the Apache License, Version 2.0