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Adata PD12 Driver

Transparency Data - Expenditure over £ March Body Name. Service Label. Service Code. Service Division. Expenditure Category. of the original left eye image is interpolation-operated with one of the 1st pixel data row (i.e. pixel data PD11, PD12, PD13,, etc.) and the 3rd. ADATA SX - NVMe SSD - Is the EVO Dead? Intel Atom D, Mitac PD12, Mini-Box M and.


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Adata PD12 Driver

The drawings illustrate embodiments of the invention and, together with the description, serve to explain the principles of the invention. Referring to FIG. The odd pixel row units display one of a left eye Adata PD12 and a right eye image, and the even pixel rows display another one of the left Adata PD12 image and the right eye image.

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Here, the left eye image is, for example, a horizontal polarized light image, and the right eye image is, for example, a vertical polarized light image, so that a left eye image and a right eye image are filtered by a polarizing glasses and respectively enter a left eye and a right eye of a user to form a stereo image. However, according different displaying methods, the left eye image can also be the vertical polarized light image, and the Adata PD12 eye image can be Adata PD12 horizontal polarized light image, which is not limited by the invention.

Adata PD12 is assumed that the even pixel row units of the polarizing panel display the left eye image, and the odd pixel row units of the polarizing panel display the right eye image, and the stereo image displaying method includes the following steps.

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First, an original left eye image and an original right eye image are received step Swhere the original left eye image is processed to Adata PD12 the left eye image and has a plurality of even pixel data rows and a plurality of odd pixel data rows, and the original right eye image is processed to form the Adata PD12 eye image and also has a plurality of odd pixel data rows and a plurality of even pixel data rows.

Then, each of the even pixel data rows of the original left eye image is interpolation-operated with at least one Adata PD12 two adjacent odd pixel data rows of the original left eye image to serve as one of a plurality of pixel data rows of the left eye image displayed by the even pixel row units of the polarizing panel step S Moreover, each of the odd pixel data rows of the original right eye image is interpolation-operated with at least one of two adjacent even pixel data rows of the original right eye image to serve as one of a plurality of pixel data rows of the right eye image displayed by the odd pixel row units of the polarizing panel step S Next, the left eye image is combined with the right Adata PD12 image to obtain a display frame step S Here, the odd pixel data rows of the display frame are corresponded to the right eye image, the even pixel data rows of the display frame are corresponded to the left eye image.

Finally, the display frame is applied on the polarizing panel step Sso as to display the left eye image on even pixel row units of the polarizing panel and the right eye image on the odd pixel row units of the polarizing panel. According to the above descriptions, based on the interpolation Adata PD12, the even pixel data rows of the display Adata PD12 contain all image information of the original left eye image, so that the displayed left eye image is relatively integral compared to that of a conventional technique, and a frame quality of the left eye Adata PD12 is higher than that of the conventional polarizing stereo displaying technique.

Auto-stereoscopic display apparatus and method of driving the same

On the other hand, based on the interpolation operation, the odd pixel data rows of the display Adata PD12 also contain all image information of the original right eye image, so that the displayed right eye image is relatively integral compared to that of a conventional technique, and a frame quality of the right eye image is higher than that of the conventional polarizing stereo displaying technique. Here, each of the even pixel data rows of the original left eye image is interpolation-operated with one of Adata PD12 adjacent odd Adata PD12 data rows of the original left eye image, i.

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Further, the pixel data Adata PD12 is interpolation-operated with the pixel data PD11 or the pixel data PD31 vertically adjacent to the pixel data PD21 to serve as the pixel data Adata PD12 of the display frame, the pixel data PD22 is interpolation-operated with the pixel data PD12 or the pixel data PD32 to serve as the pixel data XD22 of the display frame, and the others are deduced by analogy. Taking the pixel data PD21 as an example, a method of the interpolation operation thereof is that a average of a gray value GR21 Adata PD12.

Considering integrity of the image information, the reserved integrity of the image Adata PD12 is relatively high when each of the even pixel row for example, the 2nd or the 4th pixel data row is interpolation-operated with an upper odd pixel data row for example, the 1st or the 3rd pixel data rowi. Moreover, since in the original left eye image, the even pixel data rows are mainly counted, a weight value can be set to each pixel data, and then the interpolation operation is performed Adata PD12 to the weight values.

In other embodiments, the weight value WT1 Adata PD12 greater than or equal to the weight value WT2, and when the weight value WT1 is equal to the weight value WT2, the interpolation operation method is the same to the aforementioned interpolation operation method. On the other hand, each of the even pixel data rows of the original Adata PD12 eye image can be interpolation-operated with two adjacent odd pixel data rows of the original Adata PD12 eye image to serve as one of a plurality of the even pixel data rows of the display frame, i.

Further, the pixel data Adata PD12 is interpolation-operated with the Adata PD12 data PD11 and the pixel data PD31 to serve as the pixel data XD21 of the display frame, the pixel data PD22 is interpolation-operated with the pixel data PD12 and the pixel data PD32 to serve as the pixel data XD22 of the display frame, and the others are deduced by analogy.

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Moreover, regarding a last even pixel data row, a number of the adjacent odd pixel data row is only one, so that the interpolation operation of Adata PD12 last even pixel data row and the adjacent odd pixel data row is similar to the aforementioned interpolation operation method in which one of the two adjacent odd pixel data rows is selected for interpolation. Moreover, a weight value can also be set to each pixel data, and then the interpolation operation is performed according to the weight values.

A fourth pixel 4 of the Adata PD12 pixel set PS9 of the third original pixel unit PU3 is designated as the third dummy pixel DP3 and excluded from the third original pixel unit PU3. Here, the target visible distance OVD3 corresponds to the distance between the lenticular lens and Adata PD12 target viewing sets.

The target viewing sets include a fourth target viewing set VS4 and fifth and sixth target viewing sets VS5 and VS6 disposed at each side of the fourth target viewing Adata PD12 VS4. The fourth target viewing set VS4 includes the ninth to twelfth viewing zones VZ9 to VZ12 sequentially arranged in a row. The lenticular lens refracts the Adata PD12 to fourth viewpoints of the image and projects the first to fourth viewpoints to the ninth Adata PD12 twelfth viewing zones VZ9 to VZ12, respectively.

Accordingly, as described with reference to FIG.

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