JP3413859B2 - Life form display device and life form display control method - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention is, for example, a life display device and a life display control method , which is installed as one function of an electronic device and is used for creating and displaying a portrait of a person or an animal.
Concerning the law .

[0002]

2. Description of the Related Art In a conventional electronic device, a montage creating apparatus for creating and registering a portrait of a person together with personal information such as an address and a name has been put into practical use.

This montage making device is designed for eyes, nose,
Images of each part ( face, mouth, eyebrows, contour, hairstyle, etc.)
It is also called a position image or part pattern. ) For multiple parts patterns or part patterns
It has a part memory storing as down, the individual sites
A part pattern or a part pattern, which is an image, is selectively called and compositely displayed on the display unit to create an arbitrary face image . In this case, for each one of the above parts Select the part pattern or site pattern of the desired shape, for example contours → hair → eyebrow → eyes → ... sequentially selected to the
The face image is assembled.

[0004]

However, in the above-mentioned conventional montage making apparatus, firstly, for example, the part pattern of the hairstyle is as follows: straight hair straight division, middle division, seamless division, habitual hair division 73, Basically, a plurality of hairstyles with different shapes, such as center division and no division, are prepared, and the desired hairstyle pattern is selected from among them. When choosing a hairstyle to divide, it is necessary to find out where each of the seventy-three hairstyles of the straight hair type is, and not only takes a lot of time and effort to create, but also the selected hairstyle. There was a drawback that the division of could not be changed at any ratio.

Secondly, as for the eye part pattern, basically, different basic types such as round eye, fine eye, and crescent moon having different contour shapes can be selected, but any pattern can be used. , The position of the pupil is set to the center, and there is a drawback that it is not possible to move it to a position more to the right than to the left in the eye part pattern.

The present invention has been made in view of the above problems,
The first purpose is at least of the plurality of body part images.
The position of the component in one part image can be quickly and
Life display device that can be specified reliably and
It is to provide a method for controlling the display of life forms .

[0007] A second object is previously specified position
To provide a living body display device and creature display control method makes it possible to make display the serial component.

[0008]

Means for Solving the Problems That is, the serial to claim 1
The life display device shown above is a combination of multiple part images.
In organisms organisms display device comprising a display means for partially or to see all of the appearance of made of, among the plurality of region image, put in at least one region image
That the position specifying means for specifying a position of the component, and the component to the specified position; and a display control means for displaying on said display means by the position specifying means, before
Note that at least one part image is an eye part image,
The position of the component specified by the position specifying means is
It is the position of the pupil with respect to the contour that constitutes the part image of the notation.
It is characterized by

A method for controlling the display of living organisms according to claim 2
The method is based on the combination of multiple part images
Equipped with display means for displaying part or all of the appearance
A method for controlling the display of life forms used in the life display device
And at least one part of the plurality of region images
Position to specify the position of the component in the image
The above-mentioned components are placed at the position designated by the designating means.
A display control step for displaying on the display means,
The at least one part image is an eye part image,
The position of the component specified by the position specifying means is
It is the position of the pupil with respect to the contour forming the part image of the eye.
It is characterized by

[0010]

The living body display device according to claim 1 has a plurality of
A part of the appearance of a living organism consisting of a combination of part images
Life display device having display means for displaying all
And the position designating means uses the plurality of region images.
The position of the component in at least one part image
Specify the position. The display control means is based on this position designating means.
Display the constituent elements on the display means at the designated position
Let The at least one part image is an eye part image
Of the component specified by the position specifying means.
The position is the position of the pupil with respect to the contour that constitutes the part image of the eye.
The position.

A method for controlling display of a living organism according to claim 2
The method is based on the combination of multiple part images
Equipped with display means for displaying part or all of the appearance
A method for controlling the display of life forms used in a life display device.
The display control step includes
The position of the component in at least one part image
The position specified by the position specifying means for specifying the position
To display the constituent elements on the display means. The less
The at least one part image is an eye part image, and
The position of the component specified by the specifying means is
It is the position of the pupil with respect to the contour forming the part image. this
According to, specifying the location of the components of the region image for region image (e.g. eye region image) (e.g. pupils), pupil to the designated position (e.g., the eyes of the wheel rightward or position of the left side, etc. Kakunai) is It will be displayed to be positioned.

[0012]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described below with reference to the drawings.

FIG. 1 is a diagram showing an external configuration of an electronic notebook in which the life display device of the present invention is mounted as a montage creating device.

The electronic notebook main body 11 has a notebook-type housing that opens to the left and right, and the left operation surface 12a has a power-on,
"ON" key 13a and "OFF" key 13 for turning off
In addition to b, a "montage creation" key 14 that is operated when setting the montage creation mode, a basic montage selection key "for selecting a basic montage that is a basic combination of each part pattern stored in advance when creating a montage. △, ▽ ”15a, 15b, part designation keys“ ↑, ↓ ”16a, 16b for designating a part to be changed when creating a montage, to select a part pattern of the changed part designated as the above-mentioned change target Pattern selection keys "←, →" 17a, 17
b, "hair" key 18 operated when designating the hairstyle pattern division, "eye" key 19 operated when designating the position of the pupil in the eye pattern, and the created montage pattern is stored. A "registration" key 20 that is operated at this time is provided.

The left operation surface 1 of the electronic notebook body 11 is also described.
A liquid crystal dot matrix display unit 21 is provided at 2a.

On the other hand, the right operation surface 1 of the electronic notebook main body 11
2b includes a numeric keypad "0" which is operated when designating a deformation ratio of a hairstyle pattern or an eye pattern or inputting a numerical value.
~ 9 "22, operator keys" +,-, x, ÷, = "23,
Then, the alphabet keys "A-
Z ”24 is provided.

FIG. 2 is a block diagram showing the configuration of an electronic circuit of an electronic notebook equipped with the montage creating device.

The electronic circuit of the electronic notebook equipped with this montage creating device has a CPU (central processing unit) 31.

The CPU 31 has the electronic notebook body 11
Based on a key operation signal supplied from the input section 32 provided on the left and right operation surfaces 12a and 12b of the, the operation control of each section of the circuit is performed according to a prestored program.
In addition to the input unit 32, the CPU 31 includes a basic part pattern ROM 33, a modified hair pattern ROM 34, a modified eye pattern ROM 35, a montage RAM 36, and a composite RA.
The liquid crystal dot matrix display unit 21 is connected via the M37 and the display drive circuit 38.

FIG. 3 is a diagram showing the storage state of the part patterns in the basic part pattern ROM 33 of the electronic notebook equipped with the montage creating device.

In the basic part pattern ROM 33,
Each part of the human body from the face to the legs is divided into 10 parts (regions) such as contours, hairstyles, eyebrows, eyes, ..., Feet, etc., and 20 kinds of part patterns are stored at predetermined storage positions ( No. 1 to No. 20) are numbered and stored.

In this case, the above basic part pattern ROM
In No. 1 to No. 33 in No. 33, by combining patterns of the respective parts (outline, hairstyle, eyebrows, eyes, ..., Feet), 20 kinds of predetermined basic montages can be obtained. become.

FIG. 4 is a diagram showing a storage state of the deformed hair pattern in the deformed hair pattern ROM 34 of the electronic notebook equipped with the montage creating device.

In the deformed hair pattern ROM 34, there are 11 kinds of hair patterns (No, 1 to No, 20) in the basic part pattern ROM 33, each of which has a different position or a different proportion. The deformed hair pattern (0 to 10) is stored.

FIG. 5 is a diagram showing a storage state of the modified stitch patterns in the modified stitch pattern ROM 35 of the electronic notebook equipped with the montage creating device.

In the modified eye pattern ROM 35, the positions or proportions of the pupils with respect to the contours of the eyes are different corresponding to each of the 20 kinds of eye patterns (No, 1 to No, 20) in the basic part pattern ROM 33.
The types of deformation patterns (0 to 10) are stored.

FIG. 6 is a diagram showing a storage state of each part pattern number in the montage RAM 36 of the electronic notebook equipped with the montage creating device.

The montage RAM 36 stores the pattern numbers of the respective parts (contour, hairstyle, eyebrows, eyes, ..., Feet) selected by the user when creating the montage.

That is, for example, according to the contents of the montage RAM 36 shown in FIG. 6 above, in the first montage created by the user, the contour pattern is “No, 1” in the basic part pattern ROM 33, and the hairstyle pattern is the basic part pattern. Deformation corresponding to "7" of the deformed hair pattern ROM 34 corresponding to "No, 1" of the ROM 33, eyebrow pattern corresponding to "No, 2" of the basic part pattern ROM 33, and eye pattern corresponding to "No, 1" of the basic part pattern ROM 33. "8" in the eye pattern ROM 35, "No, 1" in the basic part pattern ROM 33 for the nose pattern, "No, 2" in the basic part pattern ROM 33 for the mouth pattern,
..., the foot pattern is "N" in the basic part pattern ROM 33.
o, 20 ".

The composition RAM 37 composes the part patterns read from the basic part pattern ROM 33, the modified hair pattern ROM 34, and the modified stitch pattern ROM 35 in correspondence with the pattern numbers of the respective parts stored in the montage RAM 36. The montage pattern obtained by synthesizing each part pattern in the synthesizing RAM 37 is displayed on the liquid crystal dot matrix display unit 21 via the display drive circuit 28.

Next, the operation of the electronic notebook equipped with the montage creating device having the above configuration will be described.

FIG. 7 is a flow chart showing a montage making process of the electronic notebook equipped with the montage making device.

That is, when the CPU 31 is set in the montage creation mode by operating the "montage creation" key 14 in the input section 32, the montage RAM 3
The number "1" designating the first basic montage is initially set for all the parts areas 36a constituting the first montage "No. 1" of No. 6, and the target part of the pattern change is the first part. The part number "1" for instructing the "contour" is initialized (steps S1 and S2).

Then, each part pattern stored in the basic part pattern ROM 33 (in this case, all of them, corresponding to the pattern number "1" of each part indicating the first basic montage set in the montage RAM 36). "No, 1") is read out, and the combining process is executed in the combining RAM 37 (step S3).

Then, first, as shown in FIG.
The first basic montage pattern is displayed on the display unit 21 (step S4).

FIG. 8 is a flow chart showing a data combination display process accompanying the montage creation process of the electronic notebook equipped with the montage creation device.

That is, when the part pattern number of each part forming the first basic montage is written in each area 36a of the montage RAM 36, the part pattern corresponding to the pattern number is read from the basic part pattern ROM 33. It is then transferred to the composition RAM 37 (steps A1 to A5).

In this case, in the composition RAM 37, the respective part patterns that compose the first basic montage are composed, and as a result, the first basic pattern composed of the "No, 1" part pattern for each part is formed. The montage is displayed on the display unit 21 (step A6).

When the basic montage selection key “∇” 15b in the input unit 32 is operated, the number “1” indicating the first basic montage set in each part area 36a of the first montage in the montage RAM 36 is changed. It is changed and set to "2", and "No, 2" is selected as the part pattern number of each part constituting the second basic montage "2" (step S).
5, S6).

Then, according to the number "2" indicating the pattern of each part set in the montage RAM 36, each part pattern stored in the basic part pattern ROM 33 (in this case, all "No, 2") is read out. And the pattern transfer / combination process for the composition RAM 37 is executed, and all the contour patterns to the foot patterns are "No,
A second basic montage composed of a part pattern corresponding to "2" is displayed on the display unit 21 (step S
3, S4).

That is, when the basic montage selection keys "Δ, ▽" 15a, 15b in the input unit 32 are sequentially operated, the above steps S3 to S6 are repeated, and the basic part pattern ROM 33 is previously "No, 1" to "No." N
20 kinds of basic montages stored as "o, 20" are sequentially changed and combined and displayed.

As a result, the user pre-selects a basic montage close to the desired montage from these 20 types of basic montages and causes the display unit 21 to display the basic montage.

If the part designation keys "↑, ↓" 16a, 16b in the input section 32 are operated, the pattern change target parts set in advance corresponding to the "contour" of the first part in step S2 are selected. The part number "1" shown is changed to another part number. For example, the "contour" of the basic montage that has been selected and displayed in advance on the display unit 21 as a montage close to the desired montage by the processing of steps S3 to S6. If you want to change the part to "eyebrows", for example, specify the part designation key "↑,
↓ "16a and 16b are operated to change and set the part number" 1 "to the part number" 3 "indicating that the change target part is" eyebrows "(step S
7, S8).

After that, the pattern selection key "←,
→ ”When operating 17a, 17b, the montage RA indicated by the“ eyebrows ”of the change target part“ 3 ”
The part pattern number of the eyebrows in the corresponding parts area in M36 is changed and set to the eye part pattern number,
"Eyes" according to the changed eye part pattern number
Is read from the basic part pattern ROM 33 and transferred to the composition RAM 37 (step S
9, S10).

As a result, the user arbitrarily selects and changes and displays a desired part pattern only for a part different from the desired montage part among the basic montages selected and displayed in advance on the display unit 21.

Here, if it is desired to change the part pattern for other parts, after operating the part designation keys "↑, ↓" 16a, 16b to change the part number to be changed. , Operate the pattern selection keys "←, →" 17a, 17b to perform the montage R
The part pattern number of any part area 36a in the AM 36 is changed. As a result, an arbitrary part pattern is selectively changed for all the parts of the basic montage displayed in combination (steps S7 to S1).
0).

FIG. 9 is a diagram showing a montage display state accompanying the montage making process of the electronic notebook equipped with the montage making device.

That is, in the step S2, the montage RAM3 corresponding to the first basic montage.
When the data combination display processing in steps S3 and S4 is executed with "1" set in all the parts areas 36a in 6, the montage RAM 36
Based on the pattern number "1" set in each of the parts areas 36a, the respective part patterns corresponding to "No, 1" stored in the basic part pattern ROM 33 are read out, and these part patterns are combined in the combining RAM 37. Is displayed on the display unit 21 (steps S2 to S
4). As a result, the first basic montage as shown in FIG. 9A is displayed.

In this display, only the face of the first basic montage is shown and the other parts are omitted.

Here, the part designation key "↑, ↓" 16
Operate a and 16b to change the part to be changed, for example, "eyebrows"
No. 3 of the part number indicating the part of "No. 3", and operating the pattern selection keys "←, →" 17a, 17b, the pattern showing the "eyebrow" part pattern in the "eyebrow" part area in the montage RAM 36. If you change and set the number "2", the basic part pattern R
The eyebrow pattern read from the OM 33 is changed from the "No, 1" eyebrow pattern to the "No, 2" eyebrow pattern, transferred to the combination RAM 37, and combined and displayed (steps S3 to S10).

Further, the above-mentioned parts designation keys "↑, ↓" 1
Operate 6a, 16b to change the part to be changed, for example, "mouth"
When the pattern number "2" is changed and set in the "mouth" parts area in the montage RAM 36 by setting the part number "6" indicating the part No. of "6" and operating the pattern selection keys "←, →" 17a, 17b. , The mouth pattern read from the basic part pattern ROM 33 is changed from “No, 1” to “No, 2”, and the composite RAM
37 and the combined display is performed (steps S3 to S1).
0).

Then, as shown in FIG. 9 (A), only the eyebrow pattern and the mouth pattern are changed to the second basic part pattern "No, 2" for the first basic montage so that the montage pattern is displayed. become.

In this way, through the processing of steps S1 to S10 in the montage creation mode, the hairstyle pattern division of the current display is displayed in the display state of the montage pattern by the combination synthesis of the respective part patterns read from the basic part pattern ROM 33. "Hair" to specify
When the key 18 is operated, the hairstyle pattern number “No, 1” which is already selected and designated in the montage RAM 36.
The hairstyle part pattern of the address "0" of the hairstyle pattern number "No, 1" in the deformed hair pattern ROM 34 corresponding to is read (steps S11, S12).

The hairstyle part pattern in "0" has the same shape as the hairstyle part pattern in "NO, 1" of the hairstyle parts of the basic part pattern ROM 33.

Here, if the "7" key in the ten-key pad 22 is operated to set the division ratio in the hairstyle part pattern to "73", the basic pattern number is displayed in the "hairstyle" part area 36a in the montage RAM 36. Since the deformed hair pattern number "7" is set together with "1", the hairstyle part pattern within the address "7" of the deformed hair pattern "No, 1" in the deformed hair pattern ROM 34 is read (steps S13, S14). ).

Then, as shown in FIG. 9B, the hair pattern of the montage data displayed on the display unit 21 is
The modified hair pattern "N" in the modified hair pattern ROM 34
The hair patterns of the three-third division corresponding to “7” of “o, 1” are changed and combined and displayed (steps S14, S15 → S3, S4).

On the other hand, the montage RAM 36 is operated by operating the "hair" key 18 instead of the ten keys 22.
The hair pattern “N” in the deformed hair pattern ROM 34 corresponding to the hair pattern “No, 1” already selected and designated in
With “0” of “o, 1” read out, the operator key 23
When the "+" key in is operated, the deformed hair pattern number is "1" together with the basic pattern number "1" in the "hairstyle" parts area 36a in the montage RAM 36 every time the "+" key is operated. → "2" → "3" → ... are sequentially updated and set, and the deformed hair pattern "No, 1" in the deformed hair pattern ROM 34 is "1" → "2" →
The reading is switched by switching from "3" to ... (Step S13).
→ S16 → S14).

Then, the hair pattern of the montage data displayed on the display unit 21 is the modified hair pattern ROM.
34 deformed hair patterns "No, 1""1" → "2" →
The hair pattern is read corresponding to "3" →, and hair patterns having different dividing positions and dividing ratios are sequentially changed and combined and displayed (steps S14, S15 → S3, S).
4).

When the "-" key is operated,
Contrary to the above case, in the "hairstyle" parts area 36a of the montage RAM 36, the deformed hair pattern number is "10" → "9" together with the basic pattern number "1".
→ "8" → ... is updated and set sequentially, and deformed hair pattern R
The deformed hair pattern "No, 1" in OM34 is "1.
0 "→" 9 "→" 8 "→ ... is switched and read and combined and displayed (steps S13 → S16 → S14, S15).
→ S3, S4).

Also, unlike the above-mentioned operation, the above "hair"
By operating the key 18, the hair pattern "No," in the deformed hair pattern ROM 34 corresponding to the hair pattern "No, 1" that has already been selected and designated in the montage RAM 36.
When the “+” key and the “−” key of the operator key 23 are simultaneously operated while the hairstyle part pattern in “0” of “1” is read out, the “hairstyle” part area 36a in the montage RAM 36 is displayed. Is set to the deformed hair pattern number "5" together with the basic pattern number "1", and the hairstyle part pattern (half-divided hairstyle) in "5" of the deformed hair pattern "No, 1" in the deformed hair pattern ROM 34 is It is read (steps S13 → S16 → S
17).

Then, the hair pattern of the montage data displayed on the display unit 21 is the modified hair pattern ROM.
The modified hair patterns of No. 1 and No. 34 of "34" are changed and synthesized to be displayed in the middle (fifty-fifths) hairstyle pattern read out (steps S17, S1).
5 → S3, S4).

Further, as shown in FIG. 9B through the hairstyle pattern division designation processing, the montage pattern display state in which the seventy-three divided deformed hair patterns read from the deformed hair pattern ROM 34 are combined is displayed. At
Now, when the "eye" key 19 is operated to specify the position of the pupil in the currently displayed eye pattern, the montage RA
The eye pattern “No,” which is already selected and designated in M36
The eye part pattern "5" of the eye pattern "No, 1" in the modified eye pattern ROM 35 corresponding to "1" is read (steps S11 → S18).

Here, "8" in the numeric keypad 22 is used to set the ratio of the pupil position in the eye pattern to "80% to the right".
When the key is operated, the basic pattern number "1" and the modified stitch pattern number "8" are set in the "eye" parts area 36a of the montage RAM 36.
Modification pattern "N" in modification pattern ROM 35
The deformed pattern in "8" of "o, 1" is read (steps S19 and S20).

Then, as shown in FIG. 9C, the eye pattern of the montage data displayed on the display unit 21 is
The modification pattern "N" of the modification pattern ROM 35
The eye pattern of "80% rightward" read corresponding to "8" of "o, 1" is changed and combined and displayed (steps S20, S15 → S3, S4).

On the other hand, the montage RAM 36 is operated by operating the "eye" key 19 instead of the ten keys.
The eye pattern “N” in the modified eye pattern ROM 35 corresponding to the eye pattern “No, 1” already selected and designated by
With "5" of "o, 1" read out, operator key 23
When the "+" key in is operated, each time the "+" key is operated, the basic pattern number "1" and the modified pattern number "0" are displayed in the "eye" part area in the montage RAM 36. “1” → “2” → ... is sequentially updated and set, and the modified pattern “No, 1” in the modified pattern ROM 35 is “0” → “1” → “2” → ...
And is read out (steps S19 → S21 →
S20).

Then, the eye pattern of the montage data displayed on the display unit 21 is the modified eye pattern ROM.
No. 1 of the 35 th variant pattern “0” → “1” →
The eye pattern is read in correspondence with "2" →, and the eye positions are sequentially changed and synthesized in the direction from the left side to the right side to be displayed (steps S20, S15 →
S3, S4).

When the "-" key is operated,
Unlike the above case, in the "eye" parts area 36a in the montage RAM 36, the basic pattern number "1" and the modified stitch pattern number "10" → "9".
→ "8" → ... is sequentially updated and set, and the deformed pattern R
The deformation pattern “No, 1” in the OM 35 is “1
0 "→" 9 "→" 8 "→ ... is switched and read and combined and displayed (steps S19 → S21 → S20, S15).
→ S3, S4).

Further, for example, by operating the "eye" key 19 and the "8" key, "8" of the eye pattern "No, 1" in the modified eye pattern ROM 35 which is already selected and designated in the montage RAM 36 is read. When the "+" key and the "-" key of the operator key 23 are simultaneously operated in the combined display state (see FIG. 9C), the "eye" part area 36a in the montage RAM 36 is displayed.
Is set with the basic pattern number "1" and the modification pattern number "5", and the modification pattern "5" of the modification pattern "No, 1" in the modification pattern ROM 35 is read (step S19). → S21 → S2
2).

Then, the eye pattern of the montage data displayed on the display unit 21 is, as shown in FIG.
The modification pattern "N" of the modification pattern ROM 35
It is changed and combined with the basic eye pattern in which the pupil is located at the center, which is read out in correspondence with "5" of "o, 1", and is displayed (steps S22, S15 → S3, S4).

Then, for example, as shown in FIG. 9C, when the montage composition of the face or the like desired by the user is obtained, the "registration" key 20 of the input unit 32 is operated, Montage synthesis process completed, synthetic RA
Each part pattern number indicating the montage that is synthesized and held in M37 is stored and registered in each area 36a in the montage RAM 36 (step S1).
5 → S23).

Therefore, according to the electronic notebook equipped with the montage creating device having the above configuration, 20 kinds of part patterns for each part stored in advance in the basic part pattern ROM 33 are selected by the basic montage selection key “Δ” in the input unit 32. , ▽ "15a, 15b, part designation keys" ↑, ↓ "16a, 16b, and pattern selection keys" ←, → "17a, 17b to select a desired pattern for each part and combine them in the composition RAM 37. When the hair pattern key 18 and the numeric keypad 22 or the operator key 23 is used to specify the position and the dividing ratio of the hair pattern when they are combined and displayed on the display unit 21, the dividing is performed according to the specified position and the dividing ratio. The deformed hair pattern is read out from the deformed hair pattern ROM 34 and is synthesized and displayed.
"Eye" key 19 and numeric keypad 22 or operator key 2
When the position and the left / right ratio of the eye pattern of 3 are designated, the deformed pattern having the pupil at the position corresponding to the specified position or ratio is read from the deformed pattern ROM 35 and is combined and displayed. It is possible to easily specify the position and ratio of the, or the position of the pupil in the eye pattern and the degree of deviation in the left-right direction, and display the combined result.

In the above embodiment, the positions and proportions of the divisions in the part pattern of the hairstyle forming the face, or the positions of the pupils in the eye pattern and the left and right ratios are specified, and the corresponding deformation patterns are read out and combined. Although it is configured to display, for example, the position of the black pattern, wrinkle pattern, or stain pattern on the entire face of the montage, their left and right ratio to the entire face, and the position ratio of the top, bottom, left, and right are specified, and the position and ratio It is also possible to adopt a configuration in which the composite display is performed according to

[0073]

As described above, according to the life display device of the first aspect, a life consisting of a combination of a plurality of region images.
With display means to display part or all of the appearance of the body
In the life display device that is
At least one part image among a plurality of part images
If you specify the position of the component in the
The configuration at the position designated by the position designating means.
The element can be displayed on the display means. Previous
Note that at least one part image is an eye part image,
The position of the component specified by the position specifying means is
It is the position of the pupil with respect to the contour that constitutes the part image of the notation.
Therefore, the position of the pupil relative to the contours that make up the eye part image
It is possible to display the device quickly and reliably.

Further, the method for controlling display of living things according to claim 2
According to the method, a raw image consisting of a combination of multiple part images
Equipped with a display means for displaying part or all of the appearance of a life form
Life Display Control Method Used for Living Life Display Device
At least one of the plurality of region images
To specify the position of a component within a two-part image
The component is placed at the position specified by the position specifying means of
It is possible to display on the display means. The less
The at least one part image is an eye part image, and
The position of the component specified by the specifying means is
Is it the position of the pupil relative to the contours that make up the part image?
Et al, to specify the position of the pupil in the eye region image
Can, Therefore, now region image of the designated position of the pupil was positioned to the right or left side positions eye is displayed, and displaying the position of components in the region image at an arbitrary position It will be possible.

[Brief description of drawings]

FIG. 1 is a diagram showing an external configuration of an electronic notebook equipped with a montage creating device according to an embodiment of the life display device of the present invention.

FIG. 2 is a block diagram showing a configuration of an electronic circuit of an electronic notebook equipped with the montage creating device.

FIG. 3 is a diagram showing a stored state of a part pattern in a basic part pattern ROM of an electronic notebook equipped with the montage creating device.

FIG. 4 is a diagram showing a storage state of a deformed hair pattern in a deformed hair pattern ROM of an electronic notebook equipped with the montage creating device.

FIG. 5 is a diagram showing a storage state of a modified stitch pattern in a modified stitch pattern ROM of an electronic notebook equipped with the montage creating device.

FIG. 6 is a diagram showing a storage state of each part pattern number in a montage RAM of an electronic notebook equipped with the montage creating device.

FIG. 7 is a flowchart showing a montage creation process of an electronic notebook equipped with the montage creation device.

FIG. 8 is a flowchart showing a data synthesis display process associated with a montage creation process of an electronic notebook equipped with the montage creation device.

FIG. 9 is a diagram showing a montage display state associated with a montage creation process of an electronic notebook equipped with the montage creation device.

[Explanation of symbols]

11 ... Electronic notebook body, 12a ... Left operation surface, 12b ... Right operation surface, 13a ... "ON" key, 13b ... "OFF" key, 14 ... "Montage creation" key, 15a, 15b
"△, ▽" ... Basic montage selection keys, 16a, 16
b "↑, ↓" ... part designation keys, 17a, 17b "←,
→ ”… Pattern selection key, 18…“ Hair ”key, 19…
"Eye" key, 20 ... "Register" key, 21 ... Liquid crystal dot matrix display section, 22 "0-9" ... Numeric keypad, 23
"+,-, X, ÷, =" ... Operator key, 24 "AZ"
... Alphabet keys, 31 ... CPU, 32 ... Input section,
33 ... Basic part pattern ROM, 34 ... Deformed hair pattern ROM, 35 ... Deformed pattern ROM, 36 ... Montage RAM, 37 ... Composite RAM, 38 ... Display drive circuit.

Front page continuation (58) Fields surveyed (Int.Cl. ⁷ , DB name) G06T 11/60-11/80 G09G 5/36-5/40

Claims (2)

(57) [Claims] 1. A display means for displaying a part or the whole of the appearance of a living organism, which is composed of a combination of a plurality of region images.
In organisms display example in which, among the plurality of region image, at least one site image
A position specifying means for specifying the position of the components that put into an image, said component at the position specified by the position specifying means
The by and a display control means for displaying on said display means
And the at least one part image is an eye part image,
The position of the component specified by the position specifying means is
It is the position of the pupil with respect to the contour forming the part image of the eye.
Life display device characterized by that. 2. A combination of a plurality of part images
Equipped with display means for displaying a part or all of the appearance of a living organism
Life display control method used for the living life display device
Method , at least one part image of the plurality of part images
Positioning to specify the position of components in the image
The component is displayed at the position designated by the means.
And a display control step of displaying in a step, wherein the at least one part image is an eye part image,
The position of the component specified by the position specifying means is
It is the position of the pupil with respect to the contour forming the part image of the eye.
A method for controlling display of a living thing, characterized by: