JP5156807B2 - Interactive mirror display control program - Google Patents

Description

The present invention relates to a display control program for interactive mirror.

  In recent years, with the speeding up of image processing technology, there is an apparatus called an interactive mirror that gives a visual sensation equivalent to a normal mirror by instantaneously displaying an image of a subject taken by a camera on a display instead of a mirror.

  For example, Patent Document 1 (Japanese Patent No. 3505575) provides a monitor screen at a place where a mirror of a washstand is installed, and the height of a user standing on the washstand by arranging video cameras on the left and right of the monitor screen. Regardless of whether the image is displayed on the monitor screen or not, the weather forecast is displayed at the same time.

  On the other hand, since an interactive mirror instantly displays an image of a subject photographed by a camera on a display, there are stores arranged in the apparel industry.

Japanese Patent No. 3505575

  In general, in a clothing store, customers usually try on and choose clothes, and salespersons also choose clothes that suit their tastes while talking about whether the clothes they wear match. Let me decide.

  However, conventional interactive mirrors used in the clothing industry focus exclusively on the mirror function.

  For this reason, there was a problem that even if there was a request to see the clothes before and after the try-on, it could not be accepted.

  In addition, even if there is a function to see the clothes before and after trying on, it only displays one image, so it is not possible to compare the current clothes and the previous clothes on the same screen. It was.

  Furthermore, the mirror function is a heavy load on the computer, and even if the previous image (every image) can be viewed, it takes time to obtain the image.

  In addition, during sales, the salesperson wants to serve customers in a friendly atmosphere. However, since conventional interactive mirrors focus exclusively on the mirror function, no attempt has been made to enhance the customer service effect.

The present invention has been made to solve the above-described problems, and can reduce the load on the computer and instantaneously switch the screen to compare the previous image with the current image in addition to the mirror function. The purpose is to obtain a display control program for an interactive mirror for clothing.

A panel controller according to the present invention , wherein a touch panel is attached to a display, a video camera is disposed at an end of the display, a video capture for sequentially capturing captured images of each frame of the video camera, and a panel controller for reading operation information of the touch panel An interactive mirror display control program comprising :

On the computer,
Wherein when the operation information indicates displaying of the captured image is stored in the first memory each time the IMAGING image is inputted from the capture, which was slim correction, sequentially on the display as a mirror image Mirror processing means to output and display video ,
If the operation information indicates storage of the mirror image, the pre-Symbol mirror image, taken in the second memory as a still picture image, the resolution of the still image picture of the mirror image and displays it on the display lowering the photographing processing means for storing this in the third memory as reduced resolution still image picture,
Wherein when the operation information indicates an image comparison, the saved reduced resolution still image images in the thumbnail image displayed on the display, comparison window having a number of images of the divided area selected in the thumbnail image comparison processing means for generating, reading and displaying the still image picture corresponding to the selected image in the divided region of the comparison window, and
As a function .

As described above, according to the present invention, when the computer is activated, the other processing unit stops activation by itself, so the computer does not enter a high load state. A processed image corresponding to the selection can be obtained immediately on the display.

  For this reason, for example, when the interactive mirror of the present invention is installed in a clothing store, an image (comparison image, mirror image, photographic image) according to the intention of the salesperson can be displayed on the display without delay. Communication between employees and the display image can be made without any discomfort.

In comparison, thumbnail images (resolution-reduced still images) are selected, and still images of high-resolution mirror images corresponding to the images are displayed instantaneously. For this reason, subtle color differences such as clothes and Japanese clothes can also be compared in try-on.

  In addition, since the mirror image subjected to the effect processing can be displayed, the salesperson and the try-on can interact with each other while having a pleasant conversation, leading to sales promotion.

  Furthermore, since the button window of the display displays only the types of buttons required on the screen, it is easy for the salesperson to operate.

It is a schematic block diagram of the interactive mirror of this Embodiment. It is a schematic attachment figure of the interactive mirror of this Embodiment. It is a schematic attachment figure of the interactive mirror of this Embodiment. It is a schematic attachment figure of the interactive mirror of this Embodiment. It is explanatory drawing explaining the screen transition of the interactive mirror of this Embodiment. It is a block diagram of the mirror process part of this Embodiment. It is a schematic block diagram of the imaging | photography / storage process part of this Embodiment. It is a block diagram of the comparison process part of this Embodiment. It is a flowchart explaining the operation | movement of this Embodiment. It is a flowchart explaining the operation | movement of this Embodiment. It is a flowchart explaining the operation | movement of this Embodiment. It is a flowchart explaining the operation | movement of this Embodiment. It is explanatory drawing explaining the screen transition and button transition of the interactive mirror of this Embodiment. It is explanatory drawing explaining the screen transition and button transition of the interactive mirror of this Embodiment. It is explanatory drawing explaining the screen transition and button transition of the interactive mirror of this Embodiment. It is explanatory drawing explaining the screen transition and button transition of the interactive mirror of this Embodiment. It is explanatory drawing explaining the screen transition and button transition of the interactive mirror of this Embodiment. It is explanatory drawing explaining the present condition table of this Embodiment. It is explanatory drawing explaining the present condition table of this Embodiment. It is explanatory drawing explaining the present condition table of this Embodiment. It is explanatory drawing explaining the present condition table of this Embodiment. It is explanatory drawing explaining the transition management table used for other embodiment.

  Although the interactive mirror of this embodiment can be used in a clothing store, a photography shop, a game store, or the like, in this embodiment, the interactive mirror will be described as being installed in a clothing store.

  FIG. 1 is a schematic configuration diagram of an interactive mirror according to the present embodiment. 2, 3, and 4 are schematic attachment diagrams of the interactive mirror according to the present embodiment. For example, a display 2 with a touch panel 1 and a video camera 3 are embedded in a wall.

  2 is a side view of the main body of the interactive mirror, FIG. 3 is a front view of the main body of the interactive mirror, and FIG. 4 is a top view of the main body of the interactive mirror. The display 2 shown in FIGS. 1, 2, 3, and 4 is a 50-inch large-sized liquid crystal plasma television, and is embedded in a vertical wall. The touch panel 1 attached to the display 2 is an electrostatic touch panel.

  As shown in FIG. 3, the video camera 3 described above is installed on the right side of the display 2 at a predetermined height (about 950 mm) and directed in a predetermined direction. The height is about 950 mm for Japanese (for example, 1650 mm), and can be adjusted to 1000 mm or 1050 mm when used in a tall country.

  Further, as shown in FIG. 4, the video camera 3 is arranged such that the center of the lens is tilted by about 14 degrees with respect to the horizontal axis.

  Furthermore, the video camera 3 (resolution 1920 pixels x 1080 pixels) is installed so that the distance from the subject (customer) is about 2 m and the whole body can be within the camera screen.

  Further, a touch panel controller 4 is provided in the main body. The touch panel controller 4 can know the operation position and operation status (collectively referred to as panel operation information) of the touch panel.

As shown in FIG. 1, the video camera 3, the panel controller 4, and the display 2 provided in the main body are connected to the computer main body 10 by a cable. Further, the panel controller 4 and the computer main body 10 are connected via a switching hub 11.

As shown in FIG. 1, the computer main unit 10 includes a video processing unit 15, a mirror processing unit 19 , a photographing / storing processing unit 23, a comparison processing unit 27, an output unit 17, and the like.
In addition, the computer main unit 10 includes a current status table 18. In addition, a video capture board (not shown) is provided, and this video capture board sequentially captures captured images for each frame from the video camera 3.

  The current status table 18 is a table in which the current operation status of the touch panel, the type of image being displayed, and the like are written, and what has been done, what mode has been stopped, what has been stopped and what has been started, Button is displayed or something is written on the window screen. The current status table 18 will be described in detail later.

  If the status of the current status table 18 is currently written as power-on and the end of the initial setting, the video processing unit 15 immediately starts the video application software (video playback means) and plays back the playback image (both video images). Is displayed on the display 2 via the output processing unit 17 (FIG. 5A). At this time, video playback is written in the current status table 18.

  In addition, when the fact that the touch panel is pressed during video playback is written in the current status table 18, the video processing unit 15 reads the transition information written in the video processing transition table 16, and this transition information indicates video stop. If so, immediately stop the video application software.

  In addition, when it is written in the current state table 18 that the video button has been pressed, the video processing unit 15 immediately activates the video application software and displays the reproduced image on the display 2 via the output processing unit 17. (Also referred to as a video image or video file playback screen).

That is, the video processing unit 15 reproduces a video image set in advance upon activation, outputs the video image to the display 2, and displays the video application software.
The panel operation information is monitored, the video application software is activated when the power is turned on or the panel operation information indicates the selection of the video playback button, and the panel operation information is a button other than the touch panel 1 touch or the video playback button selection. First start / stop means for stopping the video application software when the selection is indicated is provided.

The mirror processing unit 19 is activated immediately when it is written in the current state table 18 that the touch panel has been pressed during video playback, and the digital image for each frame from the video camera 3 captured by the capture board (not shown). The data is sequentially taken in, decompressed (slimmed), stored in the memory 22, and output to the display 2 for display (see FIG. 5B), so that the same feeling as a mirror can be visually obtained. give. For example, the width of a customer image taken with a video camera is corrected to be slimmed down (also referred to as constant correction). This is simply referred to as a mirror image in the present embodiment.

At this time, the mirror processing unit 19 reads the button transition information of the mirror transition table 21, and based on this button transition information, the shooting button (SHOT), the comparison mode button (VIEW ALL), the effect button (EFFECT), and the video playback button (VIDEO) and generates a button window made from the stock area to display superimposed on this button window mirror image (refer to FIG. 5 (b) and FIG. 4). This stock area is displayed when all the resolution-reduced still images stored in the stock area memory 29b, which will be described later, are displayed in the stock area (see FIG. 5B). see Figure 1 4).

  In addition, when the mirror button (BACK TO MIRRE) is pressed on the current state table 18, the mirror processing unit 19 starts immediately and displays the above-described constantly corrected mirror image.

  The effect processing unit 20 is activated when it is written in the current state table 18 that the effect button has been pressed.

Along with this activation, one of the six types of effect images is displayed (see FIG. 5D). The effect processing 20 corrects the mirror image in the memory 22 to be a long leg by selecting the SLIM button, stores it in the memory 22 and displays it on the display 2.

  When the FAT button is selected, the mirror image in the memory 22 is corrected to the obesity system, which is stored in the memory 22 and displayed on the display 2.

  When the HEADFAT button is selected, correction is performed to enlarge the upper part (head) of the mirror image, which is stored in the memory 22 and displayed on the display 2.

  When the DELAY button is selected, the mirror images are read sequentially, and an image shifted in time for each read is generated, stored in the memory 22 and displayed on the display 2.

  When the COLOR button is selected, the mirror image is sequentially read, and for each reading, the image is binarized to determine the white area, and an image in which the white area is emphasized is generated, and this is stored in the memory 22 and displayed. 2 is displayed.

  When the DIAMOND button is selected, the mirror images are sequentially read, and for each read, an image obtained by binarizing and synthesizing an arbitrary character is generated, stored in the memory 22 and displayed on the display 2.

In addition, the effect processing unit 20, the shooting button, CANCEL button, and to display the button window of the video button.

  The photographing / saving processing unit 23 is activated when a photographing button (SHOT) in the button window is selected. The photographing processing unit 23 takes in the mirror image (one frame) of the selected frame stored in the memory 22 corrected for slimming (hereinafter referred to as a still image of the mirror image) and displays it on the display 2. (See FIG. 5C), the resolution (about 20%) of the still image of the mirror image is reduced and stored in the memory 26, while the still image of the mirror image is stored in the memory 25. In the present embodiment, the above-described image having a resolution of about 20% is referred to as a resolution-reduced still image.

  On the other hand, when the STOCK button in the button window is selected, the photographing / saving processing unit 23 stores the still image of the mirror image in the memory 25 corresponding to the still image of the mirror image displayed on the display 2 in the stock area memory 29a. At the same time, the resolution-reduced still image obtained by reducing the resolution of the still image of the mirror image in the memory 25 is stored in the memory 29b, and the reduced-resolution still image (hereinafter referred to as the reduced-resolution still image of the stock area) is displayed in the stock area (see FIG. 5 (b)).

  Further, when the CANCEL button is selected and an image is selected, the photographing / saving processing unit 23 deletes the still images in the memory 29a, the memory 29b, the memory 25, and the memory 26.

Further, when the fact that the comparison button (also referred to as a style comparison button or comparison mode button) , the effect or the video playback button has been selected is written in the current state table 18, the photographing / storing processing unit 23 captures The storage mode transition information is read, and the process ends according to the transition information.

  The comparison processing unit 27 is activated when a comparison button (VIEW ALL) is selected. The comparison processing unit 27 displays all the still images of the mirror images stored in the memory 26 as thumbnails, reads out all the reduced resolution still images in the stock area of the memory 29b, and displays all these still pictures in the stock area. (See FIG. 5G).

  When any one of the thumbnail images on the display 2 is selected, the comparison processing unit 27 reads out the resolution-reduced still image corresponding to the selected image from the memory 26 and displays it on the stock area (see FIG. 5G). ) And a still image of the mirror image corresponding to the reduced resolution still image is read from the memory 25 and stored in the memory 29b.

In addition, when the COMPARE button is selected, the comparison processing unit 27 counts the number of stock area resolution-reduced still images displayed in the stock area of the display 2, and generates a comparison window corresponding to the number, The mirror image still image corresponding to the reduced resolution still image of each stock area is read from the memory 29b and displayed on the display 2 in the size of each grid of the comparison window (see FIGS. 5E and 5F). For example, one still image, Ru display the still image ... six comparisons still picture two comparison.
Further, the comparison processing unit 27 reads the transition information of the comparison transition mode in the memory 28 when the effect table, the shooting button or the video playback button, and the selection of BacK TO MIRRAR are written in the current state table 18. The process ends according to the transition information.

  The output processing unit 17 outputs the video image from the video processing unit 15 to the display 2 for display, the mirror image from the mirror processing unit 19, the still image of the mirror image from the photographing / storing processing unit 23, and comparison processing The thumbnail image and comparison image from the unit 27 are displayed on the display 2.

  Also, the Back Screen of the memory 30 is displayed when each processing unit is activated or terminated.

(Detailed configuration of each processing unit)
FIG. 6 is a configuration diagram of the mirror processing unit 19. As shown in FIG. 6, the mirror processing unit 19 includes an activation determination process 19a, a slimming correction 19b (also referred to as mirroring means), a button display process 19, a switching process 19d, an effect process 20, and the like. .

  The activation determination process 19a monitors the panel operation information from the touch panel 2, and when the panel operation information is touched, the memory 21 is displayed when the touch of the touch panel 2 is written in the current state table 18 by displaying a video image. The slimming correction process 19b and the button display process 19c are activated based on the start / stop transition information (video image display, mirror activation by touch).

  The activation determination process 19a (second activation stop means) is performed when the imaging / save processing unit 23 and the comparison processing unit 27 stop the activation in the current state table 18 when the panel operation information indicates touch. Starts the slimming correction process 19b again based on the start / stop transition information of the memory 21 (when the start / stop processing unit 23 is touched and restarts when the comparison processing unit 27 is stopped when the power is on) Let

  Further, the activation determination process 19a stops activation of the slimming correction process 19b when selection of a button other than the effect button is written in the current state table 18 when the panel operation information indicates touch.

  Slimming correction processing 19b (mirroring means) corrects slimming (subjects the subject) of the captured image for each frame from the capture board (slightly fades the subject), and stores it through the switching processing 19d. 22 is stored and displayed.

Button display process 19c (first button window display means), the panel operation information indicates a touch, if written and display of the video image at power on current table 18, the photographing as shown in FIG. 14 button (SH00T), style comparison button (vIEW ALL), the effect (eFFECT), displays more superposed on the mirror image picture on the video button (vIDEO) and the output processing section 17 button window (first button window) having a stock area .

The switching process 19d outputs the mirror image of the slimming correction process 19b to the memory 22 or passes the mirror image to the effect processing unit 20 according to the instruction of the activation determination process 19a, and the effect processed image (effect image) is stored in the memory 22. And is displayed on the display 2 via the output processing unit 17.

  FIG. 7 is a block diagram of the photographing / saving processing unit. As shown in FIG. 7, the photographing / storing processing unit 23 includes an activation determination process 23a, a photographing process 23b, a button display process 23c, and a resolution change process 23d.

  The activation determination process 23a (third activation stop unit) indicates that the panel operation information indicates a touch, and when the shooting button is selected and written in the current state table 18 in the mirror image display (mirror mode), Based on the start / stop transition information (started by selection of the shooting button in the mirror mode), the shooting process 23b and the button display process 23c are started.

  The imaging process 23b (captured image capturing means) sequentially captures the mirror image in the memory 22 corresponding to the activation, and stores it in the memory 25 as a still image of the mirror image. Via the display 2 (see FIG. 13D). At the same time, the mirror image is transferred to the resolution changing process 23d, and the resolution-reduced still image in which the resolution is reduced by about 20% (may be 5% to 40%) is stored in the memory 26.

  When the button display process 23c informs the selection of the stock button, the still image (one frame) of the mirror image in the memory 25 is stored in the memory 29a for the stock area and the mirror image is frozen from the memory 26. The resolution-reduced still image corresponding to the image is stored in the memory 29b and displayed in the stock area (first stock area display means).

  The button display process 23c displays a button window (second button window) including a stock button, a CANCEL button, and the like (photographing button window display means).

  Further, the button display process 23c displays a button window including a Cancel button, a save button, and the like when the selection of the stock button is written in the current state table 18 when the panel operation information indicates touch.

  FIG. 8 is a configuration diagram of the comparison processing unit 27. The comparison processing unit 27 includes start / stop processing 27a, comparison application processing 27b (thumbnail display means, second stock area image display means, comparison image display means), button display processing 27c, and thumbnail window creation processing 27d. A stock area comparison window creation process 27e is provided.

  The start / stop process 27a (fourth start / stop means) is a comparison application process 27b (also referred to as a thumbnail display means) when the panel operation information indicates touch and the comparison button selection is written in the current state table 19. And the button display processing 27c are activated, and the panel operation information indicates touch, and when the selection of the video button, the effect button, or the mirror activation button (BACK TO MIRERR) is written in the current state table 18, the comparison application processing 27b and the button are displayed. The display process 27c is stopped.

The comparison application process 27b reads all the resolution-reduced still images in the memory 26, and displays thumbnail display means (see FIG. 15) for displaying these reduced-resolution still images in each area of the thumbnail window created by the thumbnail window creation process 27d. ,
The start / stop processing 27a notifies that the panel operation information indicates touch, and that it is written in the current status table 18 that one of the images displayed as thumbnails by selecting the comparison button has been selected (notifies the coordinate position). The selected resolution-reduced still image is read from the memory 22 and stored in the memory 29b, and the selected resolution-reduced image is displayed in the stock area of the display 2 and corresponds to the selected resolution-reduced still image. a second stock area image displaying means you store a still image of a mirror image stored in the memory 25 in the memory 29a,
When the panel operation information indicates touch and the selection of the image comparison button (COMPARE button) is written in the current state table 18, the memory 29a corresponding to all the resolution-reduced still images stored in the memory 29b (stock area). Comparison image display means (see FIG. 16) for reading still images of the mirror image and displaying them in each divided area of the comparison window .
The thumbnail window creation process 27d outputs the thumbnail window divided by the grid area generated in advance to the output processing unit 17.

The comparison window creation processing 27e counts the number of current resolution-reduced images stored in the memory 29b, generates a comparison window corresponding to the count value, and sends it to the output processing unit 17.

(Description of operation)
The process for the interactive mirror configured as described above will be described below.

9 to 12 are flowcharts for explaining the operation of the present embodiment. 13 to 17 are explanatory diagrams for explaining screen transitions and button transitions of the interactive mirror according to the present embodiment. 18 to 21 are explanatory diagrams for explaining the current state table.

When the power is turned on, the computer main unit 10 performs an operation check of each unit and initial setting for reading each program to the main memory (S1), and the output processing unit 17 performs a back screen (see FIG. 13B). Display on the display 2 (S2.)
Next, with the end of the initial setting, the video processing unit 15 determines the video mode (S3). At this time, the display of the video screen is written in the current state table 18 in the video mode.

  Next, the video processing unit 15 activates the video application, performs a moving image reading process set in advance, reproduces the moving image (video image), and displays it on the display 2 (S4, S5, S6: FIG. 13). (See (a)).

  Then, the video processing unit 15 determines whether or not the touch panel 1 is pressed (S7). If the touch panel 1 is not pressed, the process returns to step S6 to reproduce and display the video image.

  If the touch panel 1 is pressed in step S7, the video playback process is terminated and the video application is terminated (S8, S9). This end is completed because “end” is written in the transition information of the video transition table 16 when the touch panel 1 is pressed.

  Then, the video processing unit 15 writes in the current status table 18 that the touch panel has been pressed and the video is finished, and the process proceeds to step S11 (S10).

That is, the video processing unit 15 reproduces a video image set in advance when the video application software is activated, and outputs and displays the video image on the display 2.

  The first start / stop means monitors the panel operation information, starts the video application software when the power is turned on or the panel operation information indicates selection of the video playback button, and the panel operation information is touched on the touch panel 1 or video playback. The video application software is stopped when a button selection other than the button selection is indicated.

  In step S11, when the touch panel 1 is pressed in the current state table 18 and the end of video is written, it is determined as the mirror mode and the mirror processing unit 19 is activated.

  The mirror processing unit 19 activates the mirror application (mirror mode process) with the activation (S12, S13). Specifically, the activation determination processing 19a monitors the panel operation information from the touch panel 2, and when the panel operation information is touched, when the touch of the touch panel 2 is written in the current state table 18 by displaying a video image. Activates the slimming correction process 19b and the button display process 19c based on the start / stop transition information (video image display, mirror activation by touch) of the memory 21.

The mirror application performs slimming correction on the digital image of each frame of the video camera, and stores this image in the memory 22 (S14). Then, it is determined whether or not effect processing is selected. If effect processing is not selected, a button window in the mirror mode is displayed on the display 2 and a mirror image in the memory 22 is displayed (S16b, S17). : See FIG. 13 (c) and FIG. 14 ).

As shown in FIG. 13C, the mirror image is composed of a shooting button (SHOT), a comparison button (VIEW ALL), an effect button (EFFECT), a video button (VIEWDO), a stock area described later, and the like. FIG. 13C and FIG. 14 show a case where a large number of still images are stocked in advance.

  If it is determined in step 15 that an effect selection has been written in the current status table 18, the effect processing unit 20 is activated to perform effect processing (S16a). In this effect processing, when the image for each frame of the video camera 3 is slimmed and corrected by the mirror processing unit 19, this mirror image is taken in and subjected to an effect, and this is stored in the memory 22. The effect will be described later.

  And the mirror process part 19 performs the process which determines the mode to change by button operation (S19).

  In determining this process, if it is determined that the button is a shooting button, the fact that the comparison button has been selected is written in the current status table 18 and the shooting application is started (S20, S21, S22 in FIG. 10).

  As shown in FIG. 10, the photographing application captures the mirror image displayed on the display 2 into the memory 25 as a still image (S23). Specifically, the still image of the mirror image stored in the memory 22 at the time when the shooting button is selected is stored in the memory 25.

  Next, the button window in the mirror mode displayed on the display 2 is deleted, and the button window in the shooting mode is displayed (S25: see FIG. 13D).

  The buttons of the button window in the shooting mode are a STOCK button, a staff button, and a Cancel button, as shown in FIG.

  Next, it is determined whether or not the button has been selected (S26).

  If it is determined in step S26 that the button is a STOCK button, the button window in the shooting mode is discarded, and the still image of the mirror image in the memory 25 corresponding to the still image of the mirror image is written in the memory 29a. The still image with reduced resolution in the memory 26 corresponding to the still image of the image is written into the memory 29b, while the still image with reduced resolution in the memory 29b is written and displayed in the stock area (S27, S28, S29).

  Then, the photographing application is terminated, and the end of the photographing application is written in the current status table 18 (S30). The photographing application is terminated according to the transition information in the photographing / saving transition table 24. That is, the screen transits to the mirror mode (standby screen).

  If the STAFF button is selected in step S26, the button window in the shooting mode is discarded, the still image of the mirror image of the screen is written in the stuff memory (not shown), and the process goes to step S30. Move (S31, S32, S33).

  If it is determined in step S26 that the CANCEL button is selected, the button window in the shooting mode is discarded and the still image instructed by CANCEL is deleted from the memory 25, and the process returns to step S30 (S34, S35). ).

  On the other hand, when it is determined in step S19 that the effect button has been pressed, the selection of the effect button is written in the current status table 18 (S40a, S40b).

  As a result, the effect mode is activated and the button window in the mirror mode is discarded from the display 2. Then, the window display process of the button in the effect mode is performed (S40, S41, S42: see FIG. 17B).

  Next, it is determined whether there is a button selection (S43). If there is a button selection in step S43, the selected effect processing is performed (S44: see FIG. 17A). In other words, the mirror image is captured by the effect, effect processing such as enlarging the head or lengthening the foot is performed, the effect image is written in the memory 22, and the display 2 is displayed via the output processing unit 17. To display.

  Next, it is determined whether or not the effect is finished (S45). If the effect is finished, the effect mode is finished (S46).

  On the other hand, when the comparison button is pressed in step S19 and the fact that the comparison button is pressed is written in the current status table 18 (S50a, S50b), the comparison mode is activated (S50, S51).

In the comparison mode, as shown in FIG. 11, all the resolution-reduced still images are read from the memory 26, displayed as thumbnails, and a button window in the comparison mode is displayed (S52 , S53 : see FIG. 15).

  Then, it is determined whether or not the button is selected (S54).

  If it is determined in step S54 that the button is a COMPARE button, the number of reduced resolution still images for the stock area is determined, and the button window in the comparison mode is discarded (S56, S57, S58).

  Then, according to the number of sheets, as shown in FIG. 12, it is determined whether the single sheet comparison mode or the multiple sheet comparison mode (S60, S61).

  In the single image comparison mode, a mirror still image corresponding to one still image with reduced resolution in the stock area is read from the memory 29a and displayed on the screen (S62: see FIG. 16).

In the multiple comparison mode, a window corresponding to the number of reduced resolution still images displayed in the stock area is generated, and all the still images of the mirror image in the memory 29a are displayed in this lattice area (S61, S63). : See Fig. 16)
Further, when the video button is selected in step S19, the video selection is written in the current state table 18, and the process returns to step S11 to shift to the video mode (S3a, S3b).

  On the other hand, if Back to Mirror is selected in step S54 of FIG. 11, the comparison application ends (S70, S71).

  When the stuff button is pressed, the still image of the mirror image stored in the stuff memory (not shown) is displayed on the display 2 by selecting the STAFF button (S72, S73).

  Further, when the DELETE button is selected, the selected image is deleted from each memory (S74, S75).

That is, each processing unit changes the button based on the current state table 18 shown in FIGS.

  18 to 21 are explanatory diagrams for explaining the current state table and the update of the current state table in video processing. In the current status table, the latest status is always written. In this embodiment, D1 to D7 will be described.

The current state table 18 at the time of power-on is D1. As shown in FIG. 18 (a), the current state table D1 is that the current screen is a moving image reproduction and the touch panel is not touched, and the current mode is the video mode or the like. As shown in FIG. 18B, the table 18 is a current status table D2 in which the touch panel is touched.

  Also, in the mirror process, when there is no touch, the current state table D3 shown in FIG. 16 is obtained, and the process that is activated is only the mirror process, and the buttons indicate the shooting button, the video button effect button, and the comparison button. It is.

  When the shooting button is pressed during the mirror screen, the stopped process becomes the current state table D4 in which the video, the effect, and the comparison are made.

  When the video button is pressed, the current state table D5 is displayed in which no buttons are displayed in the mirror, shooting, and comparison as the stopped processing.

  When the effect is pressed, the current state table D6 is displayed in which video, shooting, and comparison are stopped.

  When the comparison button is pressed, the processing to be stopped is video, mirror, and shooting, and the button becomes the current state table D7 including only the comparison button.

  Therefore, by reading this current state table, the current button state and the stop state of each process can be known, so that it is possible to immediately shift to a necessary process.

  For example, as shown in FIG. 22, a transition management table may be generated in advance, and each processing unit may operate according to the transition management table.

DESCRIPTION OF SYMBOLS 1 Touch panel 2 Display 3 Video camera 10 Computer main-body part 15 Video processing part 17 Output part 18 Computer main-body part 20 Mirror process part 23 Image | photographing / preservation | save process part 27 Comparison process part

Claims (5)

A touch panel is attached to the display, a video camera is disposed at an end of the display, an interactive video capture unit that sequentially captures captured images of each frame of the video camera and a panel controller that reads operation information of the touch panel. A mirror display control program ,
On the computer,
Wherein when the operation information indicates displaying of the captured image is stored in the first memory each time the IMAGING image is inputted from the capture, which was slim correction, sequentially on the display as a mirror image Mirror processing means to output and display video ,
If the operation information indicates storage of the mirror image, the pre-Symbol mirror image, taken in the second memory as a still picture image, the resolution of the still image picture of the mirror image and displays it on the display lowering the photographing processing means for storing this in the third memory as reduced resolution still image picture,
Wherein when the operation information indicates an image comparison, the saved reduced resolution still image images in the thumbnail image displayed on the display, comparison window having a number of images of the divided area selected in the thumbnail image comparison processing means for generating, reading and displaying the still image picture corresponding to the selected image in the divided region of the comparison window, and
Interactive mirror display control program that performs functions as In the computer,
Button display means for displaying various buttons for activating the mirror processing means, photographing processing means, and comparison processing means on the display, and outputting the type of the selected button as the operation information
The interactive mirror display control program according to claim 1, wherein the function is executed . The mirror processing unit, the imaging processing unit, and the comparison processing unit stop the activation when other processing units are activated for their own processing unit, and the operation information selects the button that designates itself Means to stop starting to resume starting
The interactive mirror display control program according to claim 1, wherein the function is executed . In the computer,
Video image playback means for playing back a video image stored in advance in the fourth memory upon activation and outputting it to the display for display.
4. The interactive mirror display control program according to claim 1, wherein the interactive mirror display control program is executed . In the computer,
Table Shimesuru captured image for the window display means photographing button window next to the current screen being displayed on the display including a stock area for displaying the stock button to save a still image picture and the still picture image ,
Wherein when the operation information indicates a selection of stock button of the photographing button window while generating and storing the reduced resolution still image with a reduced resolution of the still image, stock of the photographing button window display control program of the interactive mirror according to any one of claims 1 to 4 to perform the function of the automatic answering Tok area image displaying means to display reads the reduced resolution still image in the region.