Abstract: According to one embodiment, an electronic apparatus includes a display controller, a detector and a processor. The display controller displays a document on a screen of a touch screen display, the document including one or more elements corresponding to a first layer and one or more elements corresponding to a second layer. The detector is configured to detect a position and a contact pressure of a first contact on the screen. The processor is configured to delete either a first element corresponding to the first layer or a second element corresponding to the second layer, by using the position and the contact pressure of the first contact.

Abstract: According to one embodiment, an electronic includes a processor. The processor sets a first color for drawing strokes based on an operation of a user interface. The processor draws a first stroke, in response to handwriting input on a screen, in a second color different from the first color when the first color is identical to a color of a background on the screen. The processor draws the first stroke on the screen in the first color when a first time period associated with drawing the first stroke in the second color elapses.

Abstract: According to one embodiment, an electronic device includes a processing circuitry to display one or more first strokes input by handwriting on a screen, and to display input candidates searched by using the one or more first strokes after an input of the one or more first strokes. If a first candidate comprising second strokes and a second candidate comprising third strokes corresponding to a same character string are searched as input candidates by using the one or more first strokes, one of the first candidate and the second candidate is excluded from input candidates, and the other of the first candidate and the second candidate is displayed as an input candidate on the screen.

Abstract: According to one embodiment, an electronic device includes a display processor and a processor. The display processor displays on a screen a handwritten document includes a plurality of handwritten strokes. If copy of the handwritten document is requested, the processor executes a process for reshaping the handwritten document to convert the handwritten document to first data of a first data format viewable by a plurality of kinds of application programs, and stores the first data in a clipboard for exchanging data between application programs.

Abstract: According to one embodiment, an electronic device executes a process of saving, in a first file, stroke data corresponding to handwritten strokes input by a handwriting in a format having a hierarchical document structure described in a markup language. The electronic device executes a process of generating at least one of (i) a plurality of handwriting feature amounts corresponding to handwritten strokes or (ii) a plurality of character codes corresponding to handwritten strokes by acquiring the stroke data from the first file. At least one of (i) a handwriting feature amount corresponding to non-processed handwritten strokes or (ii) a character code corresponding to non-processed handwritten strokes is saved in a second file different from the first file.

Abstract: According to one embodiment, an electronic apparatus includes a display controller, a detector and a processor. The display controller displays a document on a screen of a touch screen display, the document including one or more elements corresponding to a first layer and one or more elements corresponding to a second layer. The detector is configured to detect a position and a contact pressure of a first contact on the screen. The processor is configured to delete either a first element corresponding to the first layer or a second element corresponding to the second layer, by using the position and the contact pressure of the first contact.

Abstract: According to one embodiment, an electronic device includes a recognition module, a modification module, and a display processor. The recognition module recognizes one or more figures from first stroke data corresponding to a plurality of strokes. The modification module modifies, if a plurality of a first kind of first figures are recognized from the first stroke data, second stroke data corresponding to the plurality of the first kind of the first figures to third stroke data corresponding to the first kind of a second figure. The display processor performs processing of displaying a locus corresponding to the third stroke data on a display.

Abstract: According to one embodiment, an electronic device includes a display controller, and a processor. The display controller displays a locus corresponding to a stroke. The processor performs one of processing of deleting a part of a first locus or processing of deleting all of the first locus, based on a vertical width and a horizontal width which correspond to the first locus.

Abstract: According to one embodiment, an electronic device includes a recognition module, a modification module, and a display processor. The recognition module recognizes one or more figures from first stroke data corresponding to a plurality of strokes. The modification module modifies, if a plurality of a first kind of first figures are recognized from the first stroke data, second stroke data corresponding to the plurality of the first kind of the first figures to third stroke data corresponding to the first kind of a second figure. The display processor performs processing of displaying a locus corresponding to the third stroke data on a display.

Abstract: In one embodiment, there is provided a video processor. The video processor includes: a storage configured to store characteristic data of a display; a generator configured to generate target tristimulus values based on the characteristic data and a luminance value at a first gradation level and to generate correction values based on the target tristimulus values; and a processor configured to correct a color temperature of at least an interval between a high-gradation portion and a low-gradation portion based on the correction values.

Abstract: According to one embodiment, an electronic apparatus includes a display, a backlight, a backlight adjusting module, and a gradation level converter. The backlight is configured to turn on with a first brightness or a second brightness which has a lower brightness level than the first brightness. The backlight adjusting module is configured to adjust a brightness of the backlight to the second brightness in response to changing of a size of a display area for displaying content on the display to a specified size or more when the backlight is turned on with the first brightness. The gradation level converter configured to execute gradation level conversion to increase a gradation level value of the content.

Abstract: A picture display device 1 for displaying a picture based on a picture signal includes: a correction data storage means 13 for storing compressed data of correction data for correcting luminance variations among display pixels, compressed by a predetermined data compression technique; a picture signal correction means 15 for correcting the picture signal based on the compressed data stored in the correction data storage means to generate a picture signal in which the luminance variations among the display pixels are corrected; and a picture display means 18 for displaying a picture based on the picture signal in which the luminance variations among the display pixels are corrected.

Abstract: There is provided a flat-panel video display apparatus, which improves a brightness of a screen at low price and low power consumption, and reduces flicker. When a scanning line is successively driven by several lines, the apparatus is provided with means for supplying a first voltage to a driven main scanning line, and for supplying a second voltage lower than the first voltage or third voltage having a drive period shorter than a drive period of the main scanning line to simultaneously drive other sub-scanning lines.

Abstract: According to one embodiment, there is provided a flat-panel video display apparatus, which improves a brightness of a screen at low price and low power consumption, and reduces flicker. When a scanning line is successively driven by several lines, the apparatus is provided with means for supplying a first voltage to a driven main scanning line, and for supplying a second voltage lower than the first voltage or third voltage having a drive period shorter than a drive period of the main scanning line to simultaneously drive other sub-scanning lines. The factor of setting the second or third voltage is information based on the picture pattern determination result.

Abstract: A display device 1 includes: a display panel 10 in which display pixels Px driven by a drive signal having plural stages of amplitudes and pulse widths are disposed; an output data conversion circuit for an X driver 46 converting an image signal inputted from an inverse ? correction circuit 42 side into a signal having an amplitude component corresponding to an amplitude and a pulse width component corresponding to a pulse width of a signal line drive signal; and a drive signal generation portion 23 generating the signal line drive signal from the image signal converted by the output data conversion circuit for the X driver 46. The output data conversion circuit for the X driver 46 refers to a look up table for an output conversion of the X driver, and converts the image signal so as to correct a nonlinearity during a rising period of the signal line drive signal.

Abstract: Gradations on a display unit having spacers and pixels disposed between a first and a second substrates are corrected with corresponding to dispositions of the spacers on the display unit. The gradations are corrected with corresponding to the dispositions of the spacers on the display unit and values of the gradations, and thereby, it becomes possible to eliminate irregularities in a display luminance in vicinities of the spacers regardless of gradation levels.

Abstract: A first, a second, and a third gradations respectively corresponding to a first, a second, and a third display colors at a display unit having a plurality of spacers disposed between a first and a second substrates and pixels of the first, the second, and the third display colors different from one another, are corrected with corresponding to dispositions of the spacers on the display unit. The first, the second, and the third gradations are respectively corrected with corresponding to the dispositions of the spacers on the display unit, and thereby, irregularities in a display luminances in the vicinities of the spacers can be reduced with corresponding to the first, the second, and the third respective display colors.

Abstract: In an update operation of uneven luminance correction values, a display area of a flat display is handled as if it is divided into a plurality of small areas A to I. Then, in one update operation of the uneven luminance correction values, the uneven luminance correction values are updated only for one of these small areas A to I. Therefore, by performing the update operation of the uneven luminance correction values the same number of times as the number (9) of the small areas A to I, the uneven luminance correction values for the whole display area of the flat display are updated.

Abstract: A judging unit compares data in a dither table for each display pixel with a numerical value of low-order 2 bits of an input signal (12 bits) and outputs 1 to an adder when the numerical value of the low-order 2 bits of the input signal is larger than the data in the dither table, while outputting 0 to the adder in other cases. The adder adds the value outputted from the judging unit to an uneven luminance correction value read from a correction memory, so that the uneven luminance correction value is corrected. A multiplier multiplies the input signal by the uneven luminance correction value after the correction.