Start a shell/prompt, and change directory to the downloaded and unziped class files. Pre-compiled Java class files can be downloaded here. Please note that when executing the jar file via doubleclicking, it is recommended to increase the memory available for java. Starting the program is a matter of doubleclicking the jar file, or executing the following command from a shell/prompt java -jar WaveEdit.jar -Xms256m -Xmx512m WaveEdit can be obtained by downloading WaveEdit.jar.
Please note that the instructions on how to run WaveEditĪre for Windows powered computers, and there may be slight variations if using Linux/Mac. WaveEdit can be obtained using three different methods, which all will be described below.
We conclude with some remarks about our experience with creating audio applications in Java, as well as some notes
We will describe how our code is organized and how the program Second we will describe our program from a computer scientists point of view. We will introduce the program features and talk about how to use our program. Thus, we have not used any pre-writtenįourier transforms or the such, but have written all of our code completely from scratch.įirst we will describe our program from the users point of view. Our goal has also been toįamiliarize ourselves with the mathematics behind filters, and try to implement these from scratch. Placing them in different tracks, apply various filters and finally render the result back to a new wave file. WaveEdit is a 4-track wave sequencer where the user can load clips from audiofiles, move them around in time, play them simultaneously by We wanted a program that people would actually be able to use - even though they were not computer scientist. Our goal has been to create a useful application with a polished look and feel.
WaveEdit is a graphical wave sequencer and editor. Experience with Java as a sound programming platform.Applications of Fourier Transformation in WaveEdit.Implementation of the Fourier transformation.WaveEdit by GoF WaveEdit Bjarke Laustsen, Brian Pedersen, Gabriel Siegel and Martin Jørgensen Contents