A VR display control method, applied to an electronic device connected to a virtual reality display device, wherein the method comprises: generating a VR desktop, wherein the VR desktop is configured to display on the virtual reality display device; receiving, from the virtual reality display device, an operation performed by a user on a first application icon on the VR desktop, wherein the first application icon is associated with a first application installed on the electronic device; and converting, in response to the operation, first content of the first application that is configured to display on a rectangular screen to second content of the first application that is configured to display on a curved surface screen, wherein the first content is configured to display on the electronic device, and the second content is configured to display on the virtual device, the display method being characterised in that the converting the first content to the second content further comprises: calculating four vertex positions of the curved surface screen based on four vertex positions of the rectangular screen; determining two endpoint positions of the curved surface screen based on the four vertex positions of the curved surface screen; and determining a first angle formed by a distance between one endpoint position of the curved surface screen and the user and a distance between the other endpoint position and the user, wherein the converting the first content to the second content further comprises: dividing the first angle into N equal parts, wherein N is an integer greater than or equal to 2; and calculating N+1 dot positions on the curved surface screen, wherein a dot position represents an endpoint of an equal part among the N equal parts. generating a VR desktop, wherein the VR desktop is configured to display on the virtual reality display device; receiving, from the virtual reality display device, an operation performed by a user on a first application icon on the VR desktop, wherein the first application icon is associated with a first application installed on the electronic device; and converting, in response to the operation, first content of the first application that is configured to display on a rectangular screen to second content of the first application that is configured to display on a curved surface screen, wherein the first content is configured to display on the electronic device, and the second content is configured to display on the virtual device, the display method being characterised in that the converting the first content to the second content further comprises: calculating four vertex positions of the curved surface screen based on four vertex positions of the rectangular screen; determining two endpoint positions of the curved surface screen based on the four vertex positions of the curved surface screen; and determining a first angle formed by a distance between one endpoint position of the curved surface screen and the user and a distance between the other endpoint position and the user, wherein the converting the first content to the second content further comprises: dividing the first angle into N equal parts, wherein N is an integer greater than or equal to 2; and calculating N+1 dot positions on the curved surface screen, wherein a dot position represents an endpoint of an equal part among the N equal parts. calculating four vertex positions of the curved surface screen based on four vertex positions of the rectangular screen; determining two endpoint positions of the curved surface screen based on the four vertex positions of the curved surface screen; and determining a first angle formed by a distance between one endpoint position of the curved surface screen and the user and a distance between the other endpoint position and the user, wherein the converting the first content to the second content further comprises: dividing the first angle into N equal parts, wherein N is an integer greater than or equal to 2; and calculating N+1 dot positions on the curved surface screen, wherein a dot position represents an endpoint of an equal part among the N equal parts. dividing the first angle into N equal parts, wherein N is an integer greater than or equal to 2; and calculating N+1 dot positions on the curved surface screen, wherein a dot position represents an endpoint of an equal part among the N equal parts.