摘要:
A method performed by a display system is provided. The method includes projecting a first infrared pattern from a first projection plane of a first projector into a scene, capturing the first infrared pattern from the scene in a capture plane of at least one image capture device, and determining a first correspondence mapping between the first projector and the image capture device from at least the first infrared pattern in the first projection plane and the first infrared pattern in the capture plane.
摘要:
An image display system including an image generator configured to generate display information for at least four display primaries by applying distortion information to an input signal, where the distortion information configured to compensate for variations in human cone responses, and a display device including the at least four display primaries and configured to display a first image with the at least four display primaries using the display information such that distortion from the distortion information appears in a second image captured by an image capture device to include the first image and such that substantially all human observers do not see the distortion in the first image is provided.
摘要:
A display system includes a housing including a plurality of bays. The system includes a plurality of removable projector modules configured to project images onto a surface. Each projector module is configured to be inserted into and removed from one of the bays. The system includes a controller coupled to the bays for sensing when projector modules are inserted into or removed from the bays.
摘要:
An image display system includes a first projector configured to project a first sub-frame onto a display surface to form at least a portion of a first image, a second projector configured to project a second sub-frame onto the display surface simultaneous with the projection of the first sub-frame to form at least a portion of a second image, the second sub-frame at least partially overlapping with the first image on the display surface, and a channel selection device configured to simultaneously allow a viewer to see the first image and prevent the viewer from seeing the second image.
摘要:
A method of displaying a high-resolution image with a multi-projector display system, including receiving a high-resolution image frame representative of a high-resolution image and generating a low-resolution sub-frame for each projector of a multi-projector display system based on the high-resolution image frame, each low-resolution sub-frame including a plurality of pixels with each pixel having an intensity level, wherein each projector projects a maximum number of unique intensity levels. The method further includes dithering the intensity levels of the pixels of each low-resolution sub-frame to one of the unique intensity levels of the associated projector differently for each projector to form a dithered low-resolution sub-frame such that the dithered low-resolution sub-frames, when simultaneously projected in an overlapping fashion, form a projected image representative of the high-resolution image and having a maximum number of unique projected intensity levels substantially equal to a sum of the maximum number of unique intensity levels of all the projectors.
摘要:
A method of displaying images with a display system includes receiving image data for the images. The method includes generating at least a first sub-frame and at least a second sub-frame corresponding to the image data. The first sub-frame is projected with a first projector onto a target surface. The second sub-frame is projected with a second projector onto the target surface at a temporal offset from the projection of the first sub-frame, wherein the first and second projectors are positioned to project sub-frames that spatially overlap on the target surface.
摘要:
A method of generating sub-frames for display by a multi-projector display system includes performing a geometric mapping of image boundaries of images projected by each of a plurality of projectors to a reference coordinate system. A global boundary is identified in the reference coordinate system that encompasses all of the image boundaries. A total display area of the multi-projector system is defined. A cropped display area is identified in the reference coordinate system that lies within the total display area. Sub-frames are generated for projection by the plurality of projectors based on the cropped display area.
摘要:
A method comprising analyzing a portion of image data to identify a characteristic of the portion of the image data and determining an algorithm based on the characteristic is provided. The algorithm is configured to generate at least first and second image data subsets with distortion using the image data such that the first and the second image data subsets are configured to cause an image corresponding to the image data to be reproduced without the distortion in response to being simultaneously displayed with first and second projection devices, respectively.
摘要:
A method performed by a display system is provided. The method includes projecting a first infrared pattern from a first projection plane of a first projector into a scene, capturing the first infrared pattern from the scene in a capture plane of at least one image capture device, and determining a first correspondence mapping between the first projector and the image capture device from at least the first infrared pattern in the first projection plane and the first infrared pattern in the capture plane.
摘要:
A method of displaying an image with a display system includes receiving image data for the image. The method includes generating a first sub-frame and a second sub-frame corresponding to the image data. The method includes projecting the first sub-frame onto a target surface using a first projector light source. The method includes projecting the second sub-frame onto the target surface using a second projector light source, wherein the first and the second sub-frames at least partially overlap on the target surface, and wherein the first and the second light sources have substantially different spectral distributions.