481results about How to "Improve shooting efficiency" patented technology

The invention discloses a multi-rotor aircraft control system, a terminal and an airborne flight control system. The control system comprises an airborne flight control system and an intelligent terminal, wherein the airborne flight control system is used for acquiring first position information and sending the first position information to the intelligent terminal; the intelligent terminal is used for acquiring second position information, acquiring a yawing angle and at least one speed selected from a horizontal flight speed and a vertical flight speed according to the second position information and the first position information sent by the airborne flight control system, and sending the yawing angle and at least one speed selected from the horizontal flight speed and the vertical flight speed to the airborne flight control system; the first position information is the position information of the aircraft where the airborne flight control system is located; the second position information is the position information of the intelligent terminal; the airborne flight control system is also used for controlling the aircraft where the airborne flight control system is located to fly to the intelligent terminal according to the yawing angle and at least one speed selected from the horizontal flight speed and the vertical flight speed.

The invention discloses a method for calculating lighting parameters and carrying out relighting rendering based on an image and a model, comprising the following steps: (1) using a 3D point cloud model of a scene to calculate the normal vector of each 3D point; (2) calculating the light source position and direction vector of an image according to the coordinates and the normal vector of each 3D point and the pixel value of the image; (3) by supposing that the lighting model of the image is a Phong model, calculating the parameters of an energy function in the model based on the light source information obtained in the previous step; (4) calculating the shadow and highlight areas of the image; and (5) giving a target RGB image to be rendered, fusing and rendering the scene and lighting information of the original image into the target image, and outputting a final rendering result. By using the method, the relighting process of special-effects production in film and television post-production is simplified, the relighting rendering result can be output quickly, and a user can preliminarily judge whether an input image is applicable to later virtual-real combination. The problem that rework is caused as the lens and post-production inconsistency cannot be found in the existing film and television production process is solved.

The invention discloses a flash camera shooting method and a camera shooting device. The flash camera shooting method comprises the following steps of entering into a picture taking mode, judging whether a flashlight turning-on condition is met or not, if yes, turning on a flashlight and keeping the flashlight to be normally on, adjusting the brightness of the flashlight to the appropriate brightness, and accordingly conducting flash camera shooting. Consequently, when a picture is taken in a dark environment (like at night), the flashlight is kept to be normally on in the shooting process, a user can preview the flash shooting effect in real time, what the user sees is obtained, the brightness of the flashlight can be adjusted automatically or manually in the previewing process, the condition that a local area is overexposed or too dark is avoided, and the shooting effect is made best. The user can take pictures again after being satisfied with the shooting effect, the satisfying pictures can be one-time taken, the trouble of repeated shooting is avoided, the shooting efficiency is improved, and user experience is improved.

An embodiment of the invention provides a method and a terminal for shooting images. The method includes determining a shooting area; selecting a highlighted area in the shooting area, and performing blurring processing on images shot on the shooting area according to the highlighted area; shooting the shooting area and processing shot images according to the blurring processing on the images shot on the shooting area. The method and the terminal have the advantages that the highlighted area which is selected in a touch manner is determined in the shooting area after a shooting function is started and the shooting area is determined by means of focusing, and image processing is performed on the highlighted area and can be carried out before shooting, so that photos which are processed and then are shot can be acquired instantly after the shooting area is shot; a user can shoot the processed photos instantly, complicated and troublesome operation for shooting photos and then processing the photos is omitted, time is saved, and the shooting efficiency is improved; the photos can be previewed in real time during shooting, an effect of what-you-see-is-what-you-get can be realized, and photos can be shot again if the user is not satisfied with the photos.

The present invention proposes a bokeh photograph generation method and device, and a mobile terminal. The bokeh photograph generation method comprises the following steps: determining first depth of field information about a foreground region and second depth of field information about a background region in a current preview image according to preview image data respectively acquired by two rear-facing cameras in a dual-camera device; acquiring a base value of bokeh degree according to the first depth of field information and the second depth of field information; and performing Gaussian blur processing on the background region according to the base value of bokeh degree to generate a bokeh photograph. The bokeh photograph generation method proposed by the present invention can simplify the process of generating a background bokeh photograph when photographing, thereby improving the shooting effiency.

The embodiment of the invention discloses a positioning shooting method and a mobile terminal. The method includes the following steps: collecting a preview image of a current scene through a rotary camera when a shooting instruction of the current scene is received; identifying whether a target shooting object matching a reference object exists in the preview image; and controlling the rotary camera to rotate when identifying that the target shooting object exists in the preview image so that the target shooting object in a to-be-shot image is in a preset positioning frame. On the basis of the shooting instruction, the rotary camera is controlled to focus the target shooting object and shoot a to-be-shot image. Through the method, the shooting efficiency is improved while a good shooting effect is guaranteed.

The invention discloses a virtual object shooting control method and device, electronic equipment and a storage medium, and belongs to the technical field of computers. The virtual object shooting control method comprises the steps that a locking area of a first virtual object is acquired; when an aiming point of a second virtual object is continuously positioned in the locking area for a time period reaching a target time period, locking completion prompt information is displayed at the position of the aiming point, wherein the locking completion prompt information is used for prompting thatlocking of the first virtual object is completed; and when the aiming point is located in the shooting area of the first virtual object, the second virtual object is controlled to automatically shoot,and the size of the shooting area is smaller than the size of the locking area. The automatic shooting function triggered by the positional relation and the duration of the aiming point and the locking area is provided, complicated operations are not needed, conflict with other operations does not occur, operation is convenient and fast, and the efficiency of controlling the virtual objects to shoot is improved.

The invention is directed to a novel and unique basketball shooting target removably connected to a basketball goal. The target is an object that includes a female member having a female member core and female outer layer and a male member having a male member core and male outer layer. The female member core includes female lock flanges and female contact surfaces for engaging the male member core. The male member core has buttons that each includes respective cam locks configured for releasable engagement with female lock flanges on a female core to prevent horizontal movement. The male member core has male contact surfaces for engaging the female contact surfaces of the female member to prevent vertical movement. In operation, the male and female members removably connect with one another to engage a netting of a basketball goal and prevent movement relative to one another in horizontal or vertical direction.

The invention discloses a method and a system for controlling a camera based on a robot tilt-pan, relates to the field of television broadcasting, and is used for improving efficiency and accuracy of camera shooting. The method includes that broadcast materials prepared by a material making module of the controlling center are loaded by a broadcast controlling center; the broadcast materials comprise visual scenario information and animation information used for describing moving manners of objects in visual scenarios and camera shooting manners of a visual camera; preset visual camera shooting parameters used for adjusting the visual camera are determined by the broadcast controlling center according to the animation information; the format of the preset visual camera shooting parameters is transferred into preset real camera shooting parameter used for controlling a real camera by the broadcast controlling center; the preset real camera shooting parameters are sent to the robot tilt-pan by the broadcast controlling center; and the real camera is adjusted by the robot tilt-pan according to the preset real camera shooting parameters.

The embodiment of the invention provides a method and apparatus for image collection. The method comprises the following steps that: a first image is collected with a first focal length; the first image is analyzed to obtain a first analysis result; when the first analysis result shows that the first image does not contain an image of a predetermined object, the first focal length is adjusted into a second focal length, wherein the first focal length is different from the second focal length; a second image is collected with a second focal length, wherein the second image contains the image of the predetermined object; and indication of the second image is output and stored. According to the invention, a technical problem that a shot object can not be controlled in a shooting area during the shooting process can be solved, thereby improving shooting efficiency as well as usage and satisfaction conditions of users.

The present invention relates to an image capture processing method and device, belonging to the technical field of electronics. The method comprises a step of receiving a photographing interface starting instruction, a step of collecting an image through a camera, a step of displaying an image collected by a camera in a first screen area and a second screen area if the angle between the first screen area and the second screen area is smaller than a preset angle threshold, and a step of carrying out image capture processing when a photographing instruction is received. By using the method andthe device, the shooting efficiency can be improved.

The invention discloses a method and device for taking and displaying photos. A user is made to be capable of taking a plurality of photos continuously, and previews are provided in a current page, operation processes that the user needs to take photos and preview the photos are simplified, and photo taking efficiency of the user is improved. The method for taking and displaying photos comprises the step of dividing a display area of a mobile terminal into a view finding area and a viewing area, wherein the view finding area is used for displaying a shot image, and the viewing area is used for displaying a photo obtained through image shooting.

The invention discloses a stereo video shooting device comprising two video cameras, a tripod head, a remote controller, and a view finder, wherein two video cameras; the remote controller and the view finder are arranged in front of the video cameras; the video cameras are arranged on the tripod head; the tripod head forms a central symmetric structure and comprises three layers of brackets, namely a bottom layer bracket, a middle layer bracket and a top layer bracket which are orderly connected; the top layer bracket is connected with the video cameras. The stereo video shooting device is a double action mode tripod head with a high automatic degree; in-time high-accuracy adjustment of shooting distance can be achieved; adjustment is accurate and convenient; time and labor are saved; the shooting efficiency is improved.

Embodiments of the invention provides an image processing method and apparatus, a computer readable storage medium and an electronic device. The method comprises the steps of acquiring an image, and detecting whether the image has a lip region; if it is detected that the image has the lip region, acquiring a saturation mean value of lip color pixels of the lip region; and according to the saturation mean value and a preset rule, adjusting the lip color of the lip region. According to the image processing method, only one human picture is needed when in shooting, if it is detected that the human picture has the lip region, the saturation mean value of the lip region is acquired, the lip color is adjusted according to the saturation mean value and the preset rule, so that the taken human picture looks beautiful; people is satisfied with only one picture, so that people do not need to take pictures repeatedly if the picture is not satisfying, the picture is taken more efficiently, and theshooting device resource is saved.

The invention discloses a virtual simulation method and system of a camera motion control system in film shooting, and belongs to the technical field of camera control. The method and the system cause a film creator to more visually regulate the motion track and the picture sequence of the camera according to own operation habits and visual angles, picture planning and the like in the early stage of film shooting, utilizes three-dimensional virtual simulation to design a satisfactory lens effect for the creator, automatically calculates the parameters of the camera motion control system which plans to be adopted, and precisely controls the space coordinates of the camera lens so as to improve the interaction of the camera motion control system, save the shooting cost of the lens which uses the camera motion control system and greatly improve the digital manufacture quality and efficiency of the film.

The invention discloses an electronic device and a filter processing method for photographed images thereof, and a storage medium. The filter processing method for photographed images comprises the following steps: obtaining image data collected by a camera; identifying characteristic information of image data; acquiring filter data matched with the feature information; filter data is used to process the image data to form preview image and display it. In the above manner, on the one hand, the time of manual operation by the user can be reduced, and the shooting efficiency can be improved; onthe other hand, a more suitable filter can be added based on the characteristics of the image, and the shooting quality can be improved.

The invention discloses movable camera equipment, a shooting control method, control equipment and a storage medium, and belongs to the technical field of camera shooting. The method comprises the following steps: the movable camera equipment shoots a shooting environment, and sends the shot picture to the control equipment; the control equipment sends a control instruction to the movable camera equipment according to the angle information of the face orientation of the target face in the shot picture and the position information of the target face in the shot picture, and the movable camera equipment adjusts the shooting position, the shooting height and the shooting angle according to the control instruction, so that the target face is located at a reference position of a shot picture ofthe movable camera device. According to the mobile camera equipment, the shooting position, the shooting height and the shooting angle of the camera can be automatically adjusted to ensure that the target face is located at the reference position of the shooting picture of the mobile shooting device, manual adjustment is not needed, the shooting efficiency is improved, and the long-time shootingrequirement of a shooting object can be met.

The invention discloses a picture shooting method and device. The method includes the steps that after a pre-shot image is obtained through a camera, feature information of the pre-shot image is extracted; preset shooting parameters matched with the pre-shot image are determined according to the feature information of the pre-shot image; shooting parameters of the camera are adjusted into the preset shooting parameters, and the camera is controlled to execute shooting of the pre-shot image. Different shooting parameters can be used for shooting pictures through a mobile terminal according to different scenes needing to be shot by a user, and therefore pictures with the effects needed by the users are directly shot.

The invention provides an X-ray diagnostic system and an X-ray image shooting method. The X-ray image shooting method comprises the steps that firstly, orientation parameters including height data of a basis point part of a certain specific part of a diagnosis object is taken as the reference to acquire orientation parameters including position height data of the to-be-detected part, and a shooting position from the X-ray image shooting device to the to-be-detected part is adjusted based on the orientation parameters. The X-ray diagnostic system comprises an X-ray image shooting unit for shooting the X-ray image on the to-be-detected part of the diagnosis object, a basis point part height measurement unit for acquiring the basis point part height data of the diagnosis object, a to-be-detected part orientation analysis unit for acquiring the orientation parameters of the to-be-detected part based on the basis point part height data, and an X-ray image shooting position shooting control unit controlling an X-ray generator and / or detector to move to the to-be-detected part. According to the X-ray diagnostic system and the X-ray image shooting method, positioning of the X-ray generator and / or detector is automatically controlled through the shooting control unit so as to replace detector positioning adjustment through artificial visual estimation, the X-ray image shooting process is simplified, and the shooting efficiency is improved.

The invention reveals a terminal and its filter photographing method and device wherein the method comprises the following steps: obtaining the filter photographing instruction; entering the filter selection interface in which a plurality of filters with different effects is available; receiving an external instruction; according to the external instruction, selecting at least one filter; and obtaining the photographing instruction; photographing the filter images of the selected filter. According to the terminal and its filter photographing method and device of the invention, before a user photographs an image, he or she firstly selects the required filter effect. During the photographing, the filter images of all the selected filters can be obtained with one attempt, which greatly increases the efficiency of filter image photographing. At the same time, the operation steps a user takes in photographing various filter images in the same state can be reduced; therefore, the photographing time required by the user is cut short substantially and the fatigue of the user to photograph images is reduced as well.

The invention provides a shooting method applied in an image pickup device. The shooting method comprises the steps as follows: receiving a predetermined mode signal; obtaining attraction data; outputting attraction signals attracting the attention of an object to be shot according to the attraction data; receiving a focusing signal; and focusing the object to be shot and stopping outputting the attraction signals. The invention also provides an image pickup device. The invention causes the image pickup device to send attraction signals in a predetermined shooting mode so as to stimulate the audition and the vision of the object to be shot, thereby effectively attracting the attention of the object to be shot and improving the shooting efficiency and effect. In addition, the image pickup device of the invention stops outputting the attraction signals while focusing the object to be shot, thereby protecting the shooting of the image pickup device from being influenced and ensuring the shooting effect.

The invention relates to an application method of a long-focus shooting ptz camera system free of repeated zooming viewfinding The application method is characterized in that on the basis of a conventional ptz camera, a wide-angle fixed-focus camera is installed right above the main camera, and the function of the long-focus shooting ptz camera system is achieved through the following steps: S1, protocol development of the main camera and the wide-angle fixed-focus camera is completed; S2, a processing system of the main camera is operated to carry out processing on two paths of video signals;S3, a zooming frame is added to the wide-angle picture by operating the processing system of the main camera, and a dual-camera system with calibration finished becomes a module; and S4, viewfindingand shooting are carried out. According to the method in the invention, when zooming is carried out in the shooting process, if a long-focus lens target object shot by the long-focus camera is lost, the long-focus state does not need to be exited, only the zooming frame needs to be moved to the target object, and the target object can appear in the picture of the long-focus lens; after the currenttarget shooting is finished, only the zooming frame on the wide-angle picture needs to be moved to a next target, so that repeated zooming-free viewfinding is achieved, and the shooting efficiency and the shooting effect are improved.

The embodiment of the invention relates to a photographing control method, a photographing control device, electronic equipment and a computer readable storage medium. The method comprises the following steps: receiving a wireless signal, wherein the wireless signal is used for locating a photographed object; locating the photographed object according to the wireless signal, and obtaining positionrelation information between the photographed object and photographing equipment; adjusting photographing parameters of the photographing equipment according to the position relation information; when a photographing state is satisfied, photographing the photographed object according to the adjusted photographing parameters. With the photographing control method, the photographing control device,the electronic equipment and the computer readable storage medium, photographing operations can be simplified, and photographing efficiency can be improved.

The invention provides a system, a method and a control system of three-dimensional stop motion animation production. The system of the three-dimensional stop motion animation production comprises a shooting system and a control system, wherein the shooting system comprises a track system and a shooting device installed on the track system and the control system comprises a trail drawing and control sub system which is used for drawing and calculating a motion trail of the shooting device when the shooting device shoots on the track system. The method of the three-dimensional stop motion animation production comprises drawing and calculating the motion trail of the shooting device when the shooting device shoots on the track system and shooting of the shooting device on the track system according to the motion trail. The control system of the three-dimensional stop motion animation production comprises the trail drawing and calculating sub system which is used for drawing and calculating the motion trail when the shooting device shoots on the track system. According to the system, the method and the control system of the three-dimensional stop motion animation production, automatic shooting of a user can be achieved by means of achieving control of the shooting system in a control system terminal directly so that working efficiency is improved and good shooting effect can be achieved.

The invention discloses contactless intelligent self-service license photographing equipment and method. The equipment comprises a chassis, an input / output module, a photographing module and an intelligent module, wherein the chassis comprises a fixed module and a scalable module, the fixed module is connected with the scalable module by virtue of a scalable part, the input / output module is arranged on the fixed module, the photographing module and the intelligent module are arranged in the fixed module, and the intelligent module is respectively connected with the photographing module and theinput / output module; and the photographing module comprises a camera module and a mobile module, and the mobile module is used for driving the camera module to move. The contactless intelligent self-service license photographing equipment and method which are disclosed by the invention can realize that hands of a user are free in a photographing process, photographing can be completed without keyor contact, an automatic photographing process is convenient and simple, industry intelligentization requirement in new times is met, and support is provided for the development of intelligent citiesand intelligent life.

The invention discloses a circuit board detection method comprising the steps that the image of a standard circuit board is acquired; positioning points and welding points in the image of the standard circuit board are identified, and the position information of the positioning points and the feature information of the welding points are saved as detection parameters; and a circuit board to be detected is detected according to the detection parameters. Correspondingly, the invention also discloses a circuit board detection device. With application of the circuit board detection method and device, accuracy of circuit board detection can be enhanced.

Embodiments of the invention provide a photographing method and a mobile terminal. The photographing method comprises the following steps of obtaining image data in a continuous image collection process of a camera; identifying whether the image data is a preset shooting scene; when identifying that the image data is the preset shooting scene, continuously carrying out image synthesis on each frame of collected image at the background and generating at least two frames of synthetic images; caching at least two frames of synthetic images in sequence; and when receiving a photographing instruction, generating a picture based on the at least two frames of synthetic images. Through synthesizing the data of the at least two frames of synthetic images before receiving the photographing instruction, the picture can be obtained immediately after a user triggers shooting, so that the shooting efficiency is improved.

The invention relates to the technical field of movement capture, and discloses a mixed reality virtual preview shooting system, which is used for improving the mixed reality virtual video shooting efficiency and reducing the manufacturing cost. The mixed reality virtual preview shooting system comprises a real shooting system, a virtual shooting system, an optical positioning and movement capturing system, a central control system and a display system. The real shooting system comprises a movie and television camera and a video capture card; the virtual shooting system comprises a virtual camera, an inertia measurement device and a wireless transmission device; the optical positioning and movement capture system comprises a light capture processing server and a plurality of optical movement capture cameras, and the light capture processing server is in communication connection with the plurality of optical movement capture cameras and the wireless transmission device; the central control system comprises a central management server, and the central management server is in communication connection with the video capture card, the wireless transmission device and the light capture processing server; the display system comprises display equipment, and the display equipment is in network connection with the central management server.

The invention provides an information processing method and an electronic device. The method is applied to the electronic device. The electronic device comprises an image collection unit. The method includes the steps that when the image collection unit shoots an object to be shot in a first collection region, a first operation gesture of the object to be shot is obtained; based on the operation gesture, a first sub-domain in the first collection region is determined to serve as the current collection region, wherein the first sub-domain is smaller than or equal to the first collection region in area; the collection region of the image collection unit is adjusted to serve as the first sub-domain from the first collection region.