Dilraba posted a photo on Weibo, calling it "challenging the new angle of selfie". How high is her face value

Her face value is really high. There are many female stars in the entertainment circle, but there are not many recognized values. Dilraba can indeed be regarded as one of the best countries. In the entertainment circle, Dilraba's face value is really high. As a native of Xinjiang, her facial features are more stereoscopic. Dilraba has fair skin and a good figure. She looks very beautiful when she wears a skirt. Based on these factors, we can draw the conclusion that Dilraba's face value is really high. Only in acting, these idol stars are not very good at acting. Idol stars have their own shelf life. After the shelf life, the heat and flow will not be so much, and fewer people will pay attention to it, and the commercial value will be low. Over time, a vicious circle will be formed, and the final result will be burned. There are many such examples, and idol stars need a good transformation.

Most actresses of Dilraba's age are traffic stars, and their acting skills are really not so good. Just in terms of face value, their face values have their own characteristics, so it is no problem to be a star. If stars want to attract fans, they must continue to output content. Such content may be TV series, movies or variety shows, and the usual dynamics will have the same effect. Dilraba sent photos of Weibo this time, which is a new angle to challenge selfies. In fact, it can let fans know their idols more stereoscopically, which is very good for fans' maintenance. In this set of photos, the angle is quite strange. If you look at it alone, it really doesn't look good, but it is very high from the usual face value.

Therefore, her face value is really high, which can be said to be the top batch in the entertainment circle. Of course, every female star's appearance has its own characteristics, and at the same time, every fan likes it differently, so every star will have his own fan circle, and Yan value is only one aspect of the star.