This week we focused on integrating our independent components.<\/p>\n
The matlab code was ported to C++. Documentation for how to integrate the C++ files\/functions were created. Upon integration, we ran into issues with (1) typing input variables from Java to C++, (2) translating some matlab functions to Java functionalities — namely, audioread. This is to be done by the Android OS. However, inputting a signal from Java to C++ causes a challenge in typing and storing variables.<\/p>\n
To work around this, we are considering creating a C++ function manually to “audioread” wav files. This implementation, however, would then require our java functionality, that initiates music modification every 60 seconds, to be written and integrated in C++. In parallel, we are experimenting with performing “audioread” in Java through the Android OS and storing, typing, and transforming the signal matrices as necessary.<\/p>\n
Details about the high-level approach for JNI usage can be found in Mayur’s status report, and details about the time-warping integration and audioread function can be found in Aarushi’s.<\/p>\n","protected":false},"excerpt":{"rendered":"
This week we focused on integrating our independent components. The matlab code was ported to C++. Documentation for how to integrate the C++ files\/functions were created. Upon integration, we ran into issues with (1) typing input variables from Java to C++, (2) translating some matlab functions to Java functionalities — namely, audioread. This is to … <\/p>\n