IMAGE DISPLAY APPARATUS, ITS DRIVING METHOD AND APPARATUS DRIVING PROGRAM
An image display apparatus includes: a display panel in which every pixel is configured to have at least four sub-pixels provided for respectively at least four color components different from each other and each of the sub-pixels is driven to exhibit a luminance according to the color component for the sub-pixel; a processing circuit configured to receive input information provided for the display panel to serve as information on a color prescribed by a table color system determined in advance and configured to output the four or more color components based on the information; and a color measurement unit configured to measure the color of light coming from an environment surrounding the display panel.
1 . An image display apparatus comprising:
a display panel in which every pixel is configured to have at least four sub-pixels provided for respectively at least four color components different from each other and each of said sub-pixels is driven to exhibit a luminance according to said color component for said sub-pixel;
a processing circuit configured to receive input information provided for said display panel to serve as information on a color prescribed by a table color system determined in advance and configured to output said four or more color components based on said information; and
a color measurement unit configured to measure the color of light coming from an environment surrounding said display panel,
wherein, if a color measured by said color measurement unit as the color of light coming from said environment at a first point of time is different from a color measured by said color measurement unit as the color of light coming from said environment at a second point of time following said first point of time, said processing circuit outputs at least four such adjusted color components that a color prescribed by said information is adjusted to said color of said light coming from said environment at said second point of time.
2 . The image display apparatus according to claim 1 wherein said processing circuit outputs said four or more adjusted color components by changing said four or more adjusted color components from time to time so that a color shown on said display panel at said first point of time changes gradationally to a color which is based on said four or more adjusted color components.
3 . The image display apparatus according to claim 1 wherein said color of light coming from said environment surrounding said display panel at said second point of time is not a color measured by said color measurement section, but a color determined in accordance with a command which is issued by the user.
4 . A driving method for driving an image display apparatus having a display panel in which every pixel is configured to have at least four sub-pixels provided for respectively at least four color components different from each other and each of said sub-pixels is driven to exhibit a luminance according to said color component for said sub-pixel, said driving method comprising the steps of:
receiving input information provided for said display panel to serve as information on a color prescribed by a table color system determined in advance and outputting said four or more color components based on said information; and
measuring the color of light coming from an environment surrounding said display panel,
whereby, if a color measured at said color measurement process as said color of light coming from said environment at a first point of time is different from a color measured at said color measurement process as said color of light coming from said environment at a second point of time following said first point of time, said color-component outputting process is carried out to output at least four such adjusted color components that a color prescribed by said information is adjusted to said color of light coming from said environment at said second point of time.
5 . An image display program to be executed by a computer for driving an image display apparatus having a display panel in which every pixel is configured to have at least four sub-pixels provided for respectively at least four color components different from each other and each of said sub-pixels is driven to exhibit a luminance according to said color component for said sub-pixel wherein:
said computer executes said image display program in order to function as a processing section configured to receive input information provided for said display panel to serve as information on a color prescribed by a table color system determined in advance and to output said four or more color components based on said information as well as to serve a color measurement section configured to measure the color of light coming from an environment surrounding said display panel; and
said processing section also serves as a color-component outputting section configured to further output at least four such adjusted color components that a color prescribed by said information is adjusted to the color of light coming from said environment at a second point of time following a first point of time if a color measured by said color measurement section as the color of light coming from said environment at said first point of time is different from a color measured by said color measurement section as the color of light coming from said environment at said second point of time.