32results about How to "The display effect is real" patented technology

Embodiments of the invention disclose a virtual reality VR equipment-based image display method and device. The method comprises the following steps of: obtaining a shooting material picture and obtaining a shooting visual angle of the shooting material picture; setting a scene visual angle of a virtual scene of VR equipment according to the shooting visual angle; generating a scene image according to the shooting material picture and the scene visual angle, wherein the scene visual angle is used for determining the size of the scene image; and determining a display area of the scene image through a gyroscope sensor, and displaying the display area on a display screen of the VR equipment. By adoption of the method and device, the imaging authenticity of the VR equipment can be improved.

The invention relates to a three-dimensional (3D) display technique capable of truly reproducing a real object scene and suitable for people to watch by naked eyes. In the invention, the color and image distance of every pixel in a 3D display matrix is modulated in real time, and the pixels are projected onto display glass to form an image, thereby realizing the 3D display technique and equipment for reproducing the true scene.

The invention discloses an interface display method and a computer-readable storage medium. The method comprises the steps of: constructing a display object in the display scene; assigning physical attributes to the display object through a physical engine; according to a preset trigger condition, controlling the display object to move in the display scene according to a preset motion rule. The invention can enhance the authenticity and the interaction of the display screen and improve the user experience.

The invention discloses an image processing method and device, a storage medium and an electronic device. The method comprises the following steps: expanding the edge of an object in a scene accordingto a position parameter, wherein the position parameter is a relative position parameter of the object and a viewpoint in the scene, so as to obtain an expanded object contour; taking the fuzzy cyclevalue of the vertex of the object as the fuzzy cycle value of the corresponding vertex of the expanded object contour; determining the color of each pixel point of the expanded object according to the fuzzy circle value of the corresponding vertex and the texture of the object in the scene obtained in advance; drawing an expanded object based on the color of each pixel point. The invention solvesthe technical problem of poor depth-of-field display effect caused by inaccurate image processing method.

The invention belongs to the technical field of image processing and provides an automatic image editing method and device. The method of the present invention comprises: obtaining a human face image, and automatically calculating the actual overall attribute value of the human face image; adjusting the actual overall attribute value to obtain a target overall attribute value; correcting the human face image according to the target overall attribute value, Obtain the modified face image. The automatic image retouching method and device of the present invention can quickly and automatically generate image retouching results, and can present a real and natural overall display effect.

The present disclosure relates to a holographic light field three-dimensional display device and an augmented reality display device, wherein the holographic light field three-dimensional display device includes: an image processing system, a 4f filtering system, and a display system; the image processing system is used to acquire three-dimensional image, and use a holographic three-dimensional algorithm to process the three-dimensional image to obtain a three-dimensional hologram, and display the three-dimensional hologram; the 4f filtering system is used to process the three-dimensional hologram displayed by the image processing system After filtering and collimating, the light enters the display system; the display system is used to transmit the light entering the display system and couple it to human eyes. Through the technical solution, a real three-dimensional display effect is realized, and a real and comfortable augmented reality experience is brought to the user.

The application discloses a method, device and medium for determining the pose of a virtual object in a three-dimensional virtual environment, and relates to the field of computer graphics processing. The method includes: determining at least one sampling point of the virtual object; determining the normal direction of the virtual object relative to the ground according to at least one sampling point and the ground where the virtual object is located; determining the sticking point of the virtual object in the three-dimensional virtual environment according to the normal direction gesture. By determining the normal direction of the ground where the virtual object is located according to the sampling points, and obtaining the ground-attached posture of the virtual object in the three-dimensional virtual environment according to the normal direction, since the ground-attached posture is determined according to the normal direction of the ground, by The normal direction can simulate the approximate plane of the ground where the virtual object is located, and the virtual object can stick to the ground in a posture parallel to the approximate plane, which reduces the part of the body of the virtual character in the posture of sticking to the ground or obstacles The situation in , is more in line with the physical laws of reality.

The invention relates to a three-dimensional (3D) display technique capable of truly reproducing a real object scene and suitable for people to watch by naked eyes. In the invention, the color and image distance of every pixel in a 3D display matrix is modulated in real time, and the pixels are projected onto display glass to form an image, thereby realizing the 3D display technique and equipment for reproducing the true scene.

The method comprises: a1) measuring the brightness value of the brightness field with the highest brightness; a2) setting the stage numbers for the grey scales; setting the brightness value of each stage; wherein, the brightness of each stage comprises at least a two-stage increase sequence segment at its front half part; a4) according to the brightness value of each stage, setting the value of parameter register of each brightness stage. The invention can adapt the visual characteristic of human eyes to make subdivision for the grey level in dark scene so as to deeply render the details in the dark scene.

The invention relates to the field of physical and chemical testing, and specifically discloses a method for treating a metallographic sample with crack defects after etching, comprising the following steps: (1) washing the metallographic sample with crack defects with water after etching, and then dripping (2) Soak the dried sample in an aqueous solution of EDTA and urotropine; (3) Take out the soaked sample, drip it with absolute ethanol and blow it with hot air Dry, then apply a layer of varnish; observe under a microscope after the coating dries. The present invention adopts the aqueous solution of EDTA and urotropine to immerse the etched metallographic sample, partially removes the mixture of etching solution and water in the crack gap of the metallographic sample, and then smears the test surface with gloss The oil coating can inhibit the residual aqueous solution in the gap of the crack defect from seeping out, that is, the mixed liquid in the crack will be sealed in the crack, and will not seep out to the inner surface of the varnish and affect the microscopic observation.

The invention discloses a sighting telescope display method and display equipment in a virtual environment, and relates to the field of virtual environment. The method comprises the following steps: displaying a first virtual environment picture, wherein the first virtual environment picture comprises a first sighting telescope picture of the virtual environment which is observed by a virtual object through a reflective sighting telescope, and a sighting point in the sighting telescope picture is located at a first position relative to a sighting telescope tube of the reflective sighting telescope; controlling the virtual object to move in the virtual environment; and displaying a second virtual environment picture, and the sighting telescope tube in the second sighting telescope picture is located at a second position. According to the invention, the reflective sighting telescope in a real environment can be simulated more really, so that a realer display effect can be achieved, and immersion of a user in the virtual environment can be enhanced.

The invention discloses a three-dimensional visualization method of the water surface of a river course in consideration of the gradient of the water surface. It includes the following steps: Step 1: Data preparation; Step 2: Densify the boundary points of the water surface boundary polygon; Step 3: Triangulate the polygon; Step 4: Interpolate and adjust the elevation of the boundary points based on the water level process data; Step 5 : Water surface rendering based on the adjusted triangulation. The invention has the advantages of ensuring that the visualization effect of the water surface is more real, flexible, practical and has strong applicability.