Sinkiang Muqam music, which is a combination of song, dance, music, folk-custom and literature, is in the list of World Intangible Cultural Heritage. It is distributed in different regions in Sinkiang. Because of the different inheritance regions as well as the different inttuence of history and culture, there formed Muqam music of different region style, further presented different artistic style. This article presents a method to intuitively show the inheritance distribution of tour kinds of Muqam music in Sinkiang based on scalable vector graphics technology, it provides methods and tools of visualization research on the protection and inheritance of Muqam music.
Fabric pattern contains many types of the available pattern elements, which not only can be used for the researchers, but also as the material for the designer. But existing method focus on the complete image retrieval, therefore lack methods of retrieving pattern elements. This article proposes a pattern elements retrieval algorithm based on cosine transform. Firstly, automatically segment the patterns according to size and location and filter the similar primary patterns, then, through cosine transform, analyze elements features in DCT domain, extract amplitude frequency and phase frequency. We employ 2-norm to measure the similarity, search 10 similar pattern elements in the sample library and save them in the design resources library. Experiment results indicate that this algorithm performs well while used in palace costume and carpet patterns, and got more than 75% of the average recall in 100 times experiments
It is a great challenge to use digital technology to inherit and reproduce Xinjiang Qiuci music and dance authentically. The thesis displays the cultural beauty of Qiuci music and dance through the change of vector images controlled by bones. The concrete methods are： first, get video images, do edge detection; then set up 2D character model based on anime studio, and build the skeleton according to the level, make key frames; finally use vector animation performance with the help of platform. Compared with Flash, this method is more flexible and natural. By setting up the skeleton libraries, it could lay the foundation for intellectualized design animation performance.
