An Android library for drawing gauges on Canvas.
Dynamic Speedometer and Gauge for Android. amazing, powerful, and multi shape :zap:
Simple Android View Gauges Android Library
A small library to create and display Gauge graph for Android
Custom view for temperature writen in kotlin 🌡️
AChartEngine is a charting library for Android applications. It currently supports the following chart types: line chart area chart scatter chart time chart bar chart pie chart bubble chart doughnut chart range (high-low) bar chart dial chart / gauge combined (any combination of line, cubic line, scatter, bar, range bar, bubble) chart cubic line chart All the above supported chart types can contain multiple series, can be displayed with the X axis horizontally (default) or vertically and support many other custom features. The charts can be built as a view that can be added to a view group or as an intent, such as it can be used to start an activity. The model and the graphing code is well optimized such as it can handle and display huge number of values. AChartEngine is currently at the 1.0.0 release. New chart types will be added in the following releases. Please keep sending your feedback such as we can continually improve this library. Find us on Facebook, too: http://www.facebook.com/achartengine Read a short introduction to AChartEngine here: http://www.javaadvent.com/2012/12/achartengine-charting-library-for.html Another good tutorial can be read here: http://jaxenter.com/effort-free-graphs-on-android-with-achartengine-46199.html
For the creation and customization of gauge views, the tool provides a comprehensive listing of libraries on Android. It provides the developer with basic information such as library name, stars, forks, programming language, and license type to enable rapid identification of the best libraries for projects.
The tool allows developers to filter libraries by stars, forks, license type, and programming language. This enables the user to easily find a library that is exactly needed for their project without any inappropriate choices. These filters help to search the library efficiently in less time.
The tool provides links to the GitHub repository of each library; thus, installation instructions, code examples, and detailed usage guides can be found by the developer. This helps reduce time consumed in search of such resources and speeds up the integration of the libraries into an application, especially for the new developers.
All the above-listed libraries are open source; thus, they will provide maximum access to source code so that developers can modify and add their version of improvement. Visit open source gauge view libraries and optimize the functionality as needed.
The tool uses an intuitive, clean interface; it allows developers to browse, filter, and choose gauges view libraries pretty easily. Information is structured correctly so that developers easily compare the libraries with each other.
The Android Gauge View library is a reliable development tool with free of security risk. It does not collect any personal user data, maintaining the privacy and security of the user. The codes can be reviewed by developers to find security flaws.
Frequently Asked Questions
The tool allows Android developers to locate and compare open-source gauge view libraries. It provides all the important data such as stars, forks, license type, and programming language, making it simpler to choose the right library to include in your project.
Libraries can be filtered on the basis of the number of stars and forks. More stars indicate the popularity and the amount of trust the community holds for the code, and more forks indicate that other developers have developed or customized that particular code.
Yes, all the libraries enlisted are open-source, which indicates that it allows developers to make use of source code, modify it, and then use it based on the license terms of the library.
Both Java and Kotlin implementations are included with the tool, so you can implement the library in the language of your choice, or the one you are already using.
Each library entry also displays the date of the last update. Thus, the libraries with recent updates are more likely to be compatible with the latest Android versions and are maintained actively.
The tool supports many types of gauges such as a speedometer, a donut gauge, a temperature gauge, or a custom circular or linear gauge.
Each library has a link to the GitHub repository. You can click on this link to access installation instructions, code examples, and detailed usage guides.
This tool makes libraries accessible with various licenses, such as Apache 2.0 and GNU General Public Licence v3.0. Here you can see the type of license included in each library, so you can ensure that it matches the needs of your project.
To add a library to your project, tap the link in the GitHub repository from which you can learn how to include the library in your project.
Most of the libraries are updated very regularly, supporting the latest Android versions. You may always check the last update date to be sure.
You can report bugs through the library's GitHub repository. This open-source project encourage developers to submit issues.
Yes, libraries are optimized for Android devices so that rendering and performance are flawless. However, performance depends on the complexity of the gauge view and on the hardware capability of the gadget.
Yes, you can include multiple libraries of gauges within a single project.
Yes, open-source projects help you to inspect source code and ensure that none of them have security risks.