Display medium, processing device, processing method, and program
AssigneeDWANGO Co., Ltd.
InventorKaisei SAKURAI
Life of this patent
Estimating the term…
Abstract
A display medium 1 displays contents which are visually recognizable by a person with no disability and a person with a color-vision-impairment who is in the minority. The display medium 1: displays, in a first direction, first content, which includes an RGB component; and displays, in a second direction, second content which has luminance having a positive correlation with either the R value or the G value of the RGB component.
Claims9
-8. (canceled)
A display medium for displaying contents visually recognizable by normal people and people with minority color vision,
- wherein a first content including RGB components is displayed in a first direction, and
- a second content having a brightness that has a positive correlation with either a value of R or a value of G of the RGB components is displayed in a second direction.
A processing apparatus for assigning a color to a color region in a display medium including an upper surface layer formed of a transparent member, having a plurality of upper surface cells, and having a color region in each of the plurality of upper surface cells and a lower surface layer formed of a transparent member, having a plurality of lower surface cells, and having a color region in each of the plurality of lower surface cells, the processing apparatus comprising:
- a calculation unit that calculates each value of RGB of a color to be displayed in each cell for a content to be displayed in a first direction;
- and
- an assignment unit that assigns a color to each pixel of the upper surface cell and the lower surface cell so that for each cell, a color of each calculated value of RGB is displayed in the first direction and a color having a brightness that has a positive correlation with either one of an R value and a G value is displayed in a second direction,
- wherein cells including the upper surface cells of the upper surface layer and the lower surface cells of the lower surface layer overlapping the upper surface cells are formed so that, when viewed from each of the first and second directions, portions of the color regions of the lower surface cells overlapping the color regions of the upper surface cells are different from each other,
- each of the upper surface cells and the lower surface cells has the color region and a transparent region to which no color is given, and
- the color region is provided at a position away from an end of each of the upper surface cells and the lower surface cells, and includes a plurality of pixels.
A processing method for assigning a color to a color region in a display medium including an upper surface layer formed of a transparent member, having a plurality of upper surface cells, and having a color region in each of the plurality of upper surface cells and a lower surface layer formed of a transparent member, having a plurality of lower surface cells, and having a color region in each of the plurality of lower surface cells, the processing method comprising:
- calculating each value of RGB of a color to be displayed in each cell, for a content to be displayed in a first direction, using a computer;
- and
- assigning a color to each pixel of the upper surface cell and the lower surface cell using the computer so that for each cell, a color of each calculated value of RGB is displayed in the first direction and a color having a brightness that has a positive correlation with either one of an R value and a G value is displayed in a second direction,
- wherein cells including the upper surface cells of the upper surface layer and the lower surface cells of the lower surface layer overlapping the upper surface cells are formed so that, when viewed from each of the first and second directions, portions of the color regions of the lower surface cells overlapping the color regions of the upper surface cells are different from each other,
- each of the upper surface cells and the lower surface cells has the color region and a transparent region to which no color is given, and
- the color region is provided at a position away from an end of each of the upper surface cells and the lower surface cells, and includes a plurality of pixels.
Dependencies are inferred from the claim text.