Method and device for image makeup

• US 5,406,389 A
• Filed: 08/20/1992
• Issued: 04/11/1995
• Est. Priority Date: 08/22/1991
• Status: Expired due to Term

• Current Assignee: RISO Kagaku Corporation
• Original Assignee: RISO Kagaku Corporation
• Inventors: Takahashi, Junji, Inamine, Noboru, Hasegawa, Takanori, Nakano, Kazuo
• Primary Examiner(s): Ip, Paul
• Application Number:
  US07/932,693
• Time in Patent Office: 964 Days
• Field of Search: 358/452, 358/256, 358/456, 358/455, 358/280, 358/286, 358/102, 358/75, 358/80, 358/75, 358/76, 358/77, 358/78, 358/79, 358/448, 358/450, 354/75, 354/105, 354/266, 340/721, 340/706, 340/712, 340/734, 341/31, 341/33, 341/20, 341/34, 341/22
• US Class Current: 358/452
• CPC Class Codes: H04N 1/387 Composing, repositioning or otherwise geometrically modifying originals
• CPC Class Codes: H04N 1/3873 defined only by a limited number of coordinate points or parameters, e.g. corners, centre; for trimming
• CPC Class Codes: H04N 1/622 with simulation on a subsidiary picture reproducer

Abstract

To the end of allowing an image makeup process to be easily and efficiently carried out even when different image makeup functions are to be applied to different regions of a single original image without requiring a plurality of region designating sheets, a region designating sheet Sw carrying region designating images is photoelectrically read, the region designating images of the region designating sheet Sw are displayed on a display unit, region designating data for specifying the regions to which image makeup functions are to be applied is obtained through a specifying process conducted on the region designating images displayed on the display unit by using a touch panel, available image makeup functions for each of the regions specified by this specifying process are displayed on the display unit, and the image makeup functions are applied to the designated regions by obtaining image makeup function designating data through a specifying process conducted on the list of image makeup functions displayed on the display unit by using the touch panel.

Claims

1. An image makeup method comprising the steps of photoelectrically reading a region designating sheet carrying region designating images thereon separately from an original image, and applying prescribed image makeup functions on regions of an original image corresponding to the region designating images on said region designating sheet, further comprising the steps of:

(a) displaying said region designating images photoelectrically read from said region designating sheet on a display unit;

(b) inputting region specifying data for specifying a region to which one of the image makeup functions is to be applied by selectively specifying one of the region from the region designating images displayed on said display unit;

(c) displaying a list of available image makeup functions that can be applied to said designated region;

(d) inputting a selected one of said image makeup functions by selecting from said list displayed on said display unit;

(e) applying the selected image makeup function to said specified region of said original image; and

(f) repeating steps (b) through (e) until all of said regions of said original image are subjected to said step of applying a selected one of said image makeup functions.

2. An image makeup method according to claim 1, wherein said region designating sheet carries a plurality of image designating images thereon, and said display unit displays all of said region designating images as they are located on said region designating sheet, said region specifying data for specifying the regions to which the corresponding image makeup functions are applied, said function specifying data for specifying an image makeup function for each of the specified regions, said region specifying data and said function specifying data may be inputted on a one-on-one basis in a sequential manner, and each of said individually selected image makeup functions may be applied to an individually selected one of said designated regions.

3. An image makeup method according to claim 2, wherein said step (b) of inputting region specifying data for specifying regions to which the image makeup functions are to be applied is made from a touch panel comprising a plurality of segments, and attached to a front surface of said display unit;

and

if a segment containing two or more of said region designating images is pressed in said step (b), said region designating images are displayed at an enlarged scale so that a desired one of said region designating images may be selected by pressing one of said segments of said touch panel.

4. An image makeup method according to claim 2, wherein said step (b) of inputting region specifying data for specifying regions to which the image makeup functions are to be applied is made from a touch panel comprising a plurality of segments, and attached to a front surface of said display unit;

and

if two or more of said segments containing two or more of said region designating images are pressed in said step (b), said region designating images are displayed at an enlarged scale so that a desired one of said region designating images may be selected by pressing one of said segments of said touch panel.

5. An image makeup processing device for photoelectrically reading a region designating sheet carrying region designating images thereon Separately from an original image, and applying prescribed image makeup functions to various regions of the original image corresponding to the positions of said region designating images, further comprising:

a planar display unit;

a region designating image display process unit for carrying out the process of displaying the region designating images photoelectrically read from the region designating sheet on a display unit as they are located on said region designating sheet;

a function display process unit for carrying out the process of displaying image makeup functions that can be applied to said designated regions of said original image on said display unit;

a selection specifying input unit of a pointing device type for selectively specifying regions from the image displayed on said display unit, and inputting region specifying data for specifying the regions to which said image makeup functions are to be applied, and function specifying data for specifying the makeup functions that are to be applied to said specified regions; and

a makeup processing unit for applying said image makeup functions specified by said selection specifying input unit on said regions specified by said selection specifying input unit.

6. An image makeup processing device according to claim 5, wherein said selection specifying input unit consists of a touch panel comprising a plurality of segments, and attached to a front surface of said display unit, and

said region designating image display process unit enlarges said region designating images so that a desired one of said region designating images may be selected by pressing one of said segments of said touch panel if a segment containing two or more of said region designating images is pressed at the same time.

7. An image makeup processing device according to claim 5, wherein said selection specifying input unit consists of a touch panel comprising a plurality of segments, and attached to a front surface of said display unit, and

said region designating image display process unit enlarges said region designating images so that a desired one of said region designating images may be selected by pressing one of said segments of said touch panel if two or more segments containing two or more of said region designating images are pressed at the same time.