Multi-screen splicing projection curved surface correction and seamless fusion method and device
A technology of seamless fusion and projection of curved surfaces, applied in projection devices, identification devices, optics, etc., can solve the problems of weak visual effect, low image quality processing effect, inability to align the projector and multi-flat-screen display for projection, etc., to achieve convenient Projection, improve the image quality processing effect, achieve the effect of seamless fusion
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Embodiment 1
[0033] refer to figure 1 A method for surface correction and seamless fusion of multi-screen splicing projections, comprising the following steps:
[0034] S1: Prepare multi-screen display, projector, computer controller, four camera alignment sensors and rack drive equipment;
[0035] S2: Align the center position of the projector with the center position of the multi-screen, in order to project the image onto the multi-screen display for convenience;
[0036] S3: Projecting the image onto a multi-screen display through a projector;
[0037] S4: Calculate and divide the ratio of the multi-screen display multiple times through the computer controller, and save the results, and the split ratio of the multi-screen display can be saved in advance;
[0038] S5: The image is divided and stretched multiple times according to the calculated division ratio, and the image is fused onto multiple screens.
[0039] In this embodiment, the rack drive device is connected to the multi-scr...
Embodiment 2
[0048] refer to figure 1 A method for surface correction and seamless fusion of multi-screen splicing projections, comprising the following steps:
[0049] S1: Prepare multi-screen display, projector, computer controller, four camera alignment sensors and rack drive equipment;
[0050] S2: Align the center position of the projector with the center position of the multi-screen, in order to project the image onto the multi-screen display for convenience;
[0051] S3: Projecting the image onto a multi-screen display through a projector;
[0052] S4: Calculate and divide the ratio of the multi-screen display multiple times through the computer controller, and save the results, and the split ratio of the multi-screen display can be saved in advance;
[0053] S5: The image is divided and stretched multiple times according to the calculated division ratio, and the image is fused onto multiple screens.
[0054] In this embodiment, the rack drive device is connected to the multi-scr...
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