Abstract: A guitar bag, consisting of a main body, a zipper and a handle, is provided in this application. The main body comprises a lower body and an upper body. The lower body includes a base and side panels, with the side panels surrounding the base. The upper body includes a cover and cover panels, with the cover panels surrounding the cover. The zipper is positioned between the base and the cover, with one side connected to the side panels and the other connected to the cover panels. The handle is positioned on the side panels. The connecting surface between the base and the cover is divided into side panels and cover panels, with the side panels arranged on the base and the cover panels arranged on the cover. When the guitar is tilted upward for removal, its side body is less likely to collide with the upper body.

Abstract: Provided are an information display method and apparatus, an electronic device, and a storage medium. The method includes: in response to a effect adding condition being satisfied, filling a effect present image into a first display region of a shooting control; and determining target display information of a second display region on the shooting control according to the effect present image, and displaying the second display region according to the target display information; where the first display region is different from the second display region, and the second display region surrounds the first display region.

Abstract: Disclosed is a method for analyzing and predicting a main fracture orientation of a mining face based on microseismic monitoring, including: collecting microseismic data generated by a coal rock burst; carrying out a hierarchical clustering on the microseismic data to obtain target hypocenter groups, of which the target hypocenter groups comprise several types of hypocenters; acquiring focal mechanism solutions of all the target hypocenter groups in the target hypocenter group, and acquiring a hypocenter azimuth and a hypocenter dip based on the focal mechanism solutions; and carrying out the hierarchical clustering on a hypocenter location, the hypocenter azimuth and the hypocenter dip, and predicting the main fracture orientation of the mining face.