I want to implement a project on emotion based music player. I dont have any idea about the code n what is the software to implement the code.Please send me the code on my email id which is jayeshzaware07[at]gmail.com

1. Introduction
Facial expressions give important clues about emotions. Computer systems based on affective interaction could play an important role
in the next generation of computer vision systems. Face emotion can be used in areas of security, entertainment and human machine
interface (HMI). A human can express his/her emotion through lip and eye.
The work describes the development of Emotion Based Music Player, which is a computer application meant for users to minimize
their efforts in managing large playlists. Generally people have a large number of songs in their database or playlists. Thus to avoid
trouble of selecting a song, most people will just randomly select a song from their playlist and some of the songs may not be
appropriate for the current mood of the user and it may disappoint the user. As a result, some of the songs are not matching to the
user’s current emotion. Moreover, there is no commonly used application which is able to play songs based on the current emotions of
the user. The proposed model will extract user’s facial expressions and features to determine the current mood of the user. Once the
emotion Is detected, playlist of songs suitable to the mood of the user will be presented to him. It aims to provide better enjoyment to
the music lovers in music listening. In the model, following moods are included: Happy, Sad, Stressed, surprised. The system involves
the image processing and facial detection processes. The input to the model is still images of user which are further processed to
determine the mood of user.
The system will capture the image of the user at the start of the application. The images are captured using webcam. The image
captured previously will be saved and passed to the rendering phase. The mood of the user may not be same after some time; it may or
may not change. Thus the image is captured after every decided interval of time. And then that image will be forwarded to the next
phase.