ref: 3c589589f3e0d97dff5f8af730f218a959036d0f
parent: 127a113075a67844f998a4077864e5dc84e28158
author: Jeff Snyder <jeff@snyderphonics.com>
date: Sat Dec 15 15:40:51 EST 2018
Update README.md
--- a/README.md
+++ b/README.md
@@ -9,6 +9,6 @@
Other interesting projects to check out that similarly target embedded applicatons are: TeensyAudio (C++), Hoxton Owl (C++), Axoloti (C), and Mutable Instruments (C++).
-(1) Dynamic allocation is avoided to meet the needs of a larger number of embedded applications. Embedded developers often utilize architectures that don't fully support stdlib memory allocation functions like calloc, malloc, and free.
+(1) Use of standard malloc and calloc are avoided, and a custom memory pool implementation is included instead, allowing dynamic memory allocation/deallocation within a fixed block size.
(2) The template features an easily reconfigurable UI and simple block and tick setup to test the library components. Of course, if you intend to use the provided JUCE plugin project, you need to get JUCE and the Projucer ( https://www.juce.com/get-juce ). Check out the first tutorial to get started - it's fun an easy! If you intend to include the LEAF framework in your own C++ project using JUCE or other platforms, you will probably need to rename each source file from .c to .cpp. This should be straightforward. Contact the developer if you have any troubles (mrmulshine@gmail.com).