![]() REMEMBER: The configuration of what JVM runs the Eclipse app is a separate setting than the JVM to which developer code is compiled (the 'compliance level' of the compiler) and the JRE used to run developer code (installed JRE). ![]() If that issue was fixed, you would be able to use the JavaFX windowing system, the JavaFX event handling and the JavaFX rendering loop, while "injecting" your own rendering in one of its components (without CPU copies). Note: the dynamic link library that use to run Eclipse may be called 'libjvm.dylib' or 'libjli.dylib' (newer JDKs). There's probably a way to do it, but I haven't had the time to work on it further. This means that you don't know what JavaFX component corresponds to the thing you're rendering. Also, I'm not sure if there are legal issues involved.Īnother problem is that JavaFX details are completely abstracted away at the Prism level. ![]() This code is not public, because the Prism backend changes often and I don't have time to maintain it. JavaFX normally uses D3D on Windows, but I have ported the GLES backend to use LWJG元 and it works just fine. I'm not sure what would be the performance characteristics of such a solution, but it should be easy enough to try.Īnother solution would be using the OpenGL ES Prism backend on Windows. tar.gz file for the Linux platform, and as a disk image (.dmg) for the Mac OS X platform. ![]() One possible solution would be to use SWT, if you combine: Installation The JavaFX Scene Builder is available as a Windows package (.msi) for the Windows platform, as a Debian package (.deb) or.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |