Any more than a semitone and it probably won't sound great. I tend to use the Legacy rather than Pitch II, maybe because I'm just used to it. Listen for the beat frequencies if you're having trouble while adjusting by Cents. Melodyne demo is a decent idea too.I don't do vocal tuning a whole lot, but sometimes I've managed to use the built in Pitch plugin to do little shifts. https://treeready.amebaownd.com/posts/15476087. Little tip, you can set a note at the bottom where it says Reference and when you Preview, you'll hear a sine wave playing that note with what you're adjusting.

Nov 11, 2009 JDeveloper or NetBeans - What are the numbers telling us? Shay Shmeltzer. I know a lot about NetBeans development so I can say with great certainty that it's mature, flexible and extensible. The IDE already supports Java, C, C, Ruby, JavaScript, Python and PHP. Which I guess NetBeans lost now. C - no we never did this.

When NetBeans 5.5 was released in late 2006, it radically changed its own value proposition by offering first-class support for a language that doesn’t run inside a JVM. The NetBeans C/C++ pack provided to C/C++ programmers most features Java developers were already used to: advanced source editing with syntax highlighting and code completion, built-in CVS support, hyperlinks to navigate function declarations, a class hierarchy browser, an integrated debugger, and integration with the make tool.

Nov 02, 2019 Compare NetBeans vs Code Blocks What is better NetBeans or Code Blocks? If you want to have a easy way to find out which IDE Software product is better, our unique method gives NetBeans a score of 8.0 and Code Blocks a score of 7.9 for all round quality and performance.
Comparison of IDEs for C and C development on Linux: KDevelop, Eclipse, NetBeans, CodeBlocks and Anjuta closed Ask Question Asked 8 years, 4 months ago.
NetBeans IDE vs Sublime Text: What are the differences? NetBeans IDE: Quickly and easily develop desktop, mobile and web applications with Java, HTML5, PHP, C/C and more.NetBeans IDE is FREE, open source, and has a worldwide community of users and developers; Sublime Text: A sophisticated text editor for code, markup and prose.Sublime Text is available for OS X, Windows and Linux.
Nov 29, 2016 Delphi is the ultimate IDE for creating cross-platform, natively compiled apps. Are you ready to design the best UIs of your life? Our award winning VCL framework for Windows and FireMonkey (FMX) visual framework for cross-platform UIs provide you with the foundation for intuitive, beautiful.

This article focuses on how the C/C++ pack can help Java developers. Although I’m sure you all would like to code the whole world in pure Java, reality frequently challenges us to interface with native code, be it legacy systems, a device vendor SDK or a high-performance math library. Also, sometimes we need to use native code to improve the user experience, by means of tighter integration with the underlying operating system. Wouldn’t it be better to do all this from the same IDE we already use for Java development?

We’ll show how to leverage NetBeans and the C/C++ Pack to develop portable native libraries using C/C++, and how to integrate them with Java code in a way that eases deployment in multiple platforms.

NetBeans C/C++ Pack is more than just C/C++ coding support for the Java developer. It also suits many native code projects very well. The sidebar “Other open source C/C++ IDEs” compares the Pack with some popular open-source
IDEs for C/C++.

Installing NetBeans C/C++ Pack

Installing the C/C++ Pack per se will be a no-brainer for most users. No matter if you’ve installed the NetBeans IDE using the zip package or one of the native installers, you only need to run C/C++ Pack’s installer and point it to your NetBeans IDE installation directory. (Note that, although the C/C++ Pack is mostly Java code with just one tiny native library, there’s no multiplatform zip archive like the ones provided for the IDE.)

The installer itself will work the same for all supported platforms: Windows, Linux and Solaris. But configuring your environment for using C/C++ Pack may not be so easy. Just like the core NetBeans IDE needs a compatible JDK installation, the C/C++ Pack will require a C/C++ compiler and standard libraries and headers. So you need to install and configure these in advance.

To meet the Pack’s prerequisites, we’ll rely on the popular suite formed by the GNU C Compiler (GCC), GNU Binutils, GNU Make and GNU Debugger (GDB). This is the suite that received most of the QA effort of the C/C++ Pack developer team¹, and it’s portable to Windows, Linux and Solaris environments.

Using the same compiler suite for all platforms greatly simplifies dealing with portable (and even non-portable) C/C++ code, as you won’t need to spend time fighting compiler directives, runtime library inconsistencies and language dialects. Besides, you’ll find that in most cases the GNU toolset competes head-to-head with other C compilers in both speed and optimization quality.

1 The only other compiler suite supported so far is the Sun Studio product for Solaris and Linux.

Installing the GNU toolset on Linux

Linux users should have no problem obtaining the GNU toolset for their preferred platform. Mine is Fedora Core 6, and as I installed a “development workstation” using Anaconda I already had everything ready for NetBeans C/C++ Pack. Users who didn’t install Linux development tools when configuring their systems should have no problem using either yum, up2date, yast or apt to install the GNU toolset.

Stay clear of CD-bootable mini-distros like Knoppix for real development work. Instead, install a full-featured distro in a native Linux partition in your main hard disk. The few additional gigabytes used will prove to be a small cost for all the hassle you’ll avoid.

Solaris users will also find it easy to install the GNU toolset; there are detailed instructions on the NetBeans Web site. But be warned: if you think you’d be better served by the native platform C compiler (Sun Studio), think again. This is because NetBeans C/C++ Pack’s debugger needs the GNU Debugger, and GDB has some issues running code generated by Sun compilers. So you can use Sun’s compiler to produce final code, but you’d better use the GNU toolchain for development.

Installing the GNU toolset on Windows

Windows users won’t be able to use native C/C++ compilers from Microsoft, Borland or Intel, and will have to stick with a Windows port of the GNU toolset. There are two options: Cygwin
and MinGW.

The C/C++ Pack’s docs at netbeans.org provide detailed instructions for using Cygwin, but I strongly advise you to use MinGW instead. The reason is that Cygwin relies on a Unix emulation layer, while MinGW uses native Windows DLLs for everything. Code compiled with Cygwin uses the standard GNU runtime library (glibc) on an emulation of Unix system calls, and semantics like mount points, pipes and path separators. But code compiled with MinGW will use standard Microsoft runtime libraries such as MSVCRT.DLL.

Cygwin has its uses, as many Linux and Unix software (specially open-source software) that has not yet been ported to Windows is easy to run under Cygwin without virtualization overhead. But I doubt you’d want to compromise stability and compatibility with the native platform when developing native libraries for use with Java applications. So MinGW is the way to go. The sidebar “Installing MinGW” provides detailed instructions.

Checking prerequisites

Whatever your platform of choice, you need access to the GNU toolset from your operating system command prompt. It may be necessary to configure the system PATH before using NetBeans C/C++ Pack. You can check that you have all prerequisites are available before proceeding by using the commands displayed in Figure 1. (Although this figure shows a Windows command prompt, you’ll be able to run the same commands from either the Linux or Solaris shells.) If you get software releases older than the ones shown, consider upgrading your GNU toolset.

Dev C++ Vs Netbeans