JP6902781B2 - Glyph conversion content generation device, glyph conversion content generation system, glyph conversion content generation method, and program - Google Patents

Description

The present invention relates to a glyph-converted content generation device, a glyph-converted content generation system, a glyph-converted content generation method, and a program.

In modern Japan, the development of digital contents is remarkable, and for example, contents such as electronic books, electronic comics, and digital signage are used. Characters may be used in these digital contents, and the impression given to the viewer may differ depending on the characters used in the digital contents.

Further, conventionally, there is a shape processing device using handwritten characters (see, for example, Patent Document 1). In this shape processing device, a handwritten character and the same character as the handwritten character are used to generate a character. It is said that beautiful characters can be created by using this shape processing device.

Japanese Unexamined Patent Publication No. 8-315162

By the way, like the shape processing apparatus disclosed in Patent Document 1, there is a technique for generating characters by using the same characters as handwritten characters, but it is not used for generating characters in contents. Usually, the characters used in the content are often beautiful, and it is rare that further beauty is required. For this reason, in most cases, the original characters are used as they are in the content, but the originality of the characters is low, and the stimulus obtained from the content may be reduced accordingly.

Therefore, an object of the present invention is to provide a glyph-converted content generation device, a glyph-converted content generation system, a glyph-converted content generation method, and a program capable of increasing the stimulus obtained from the content by converting the glyph. Is.

In order to solve the above problem, one aspect of the present invention includes a fusion character generation unit that fuses a reference character and a fusion target character included in the content to generate a fusion character obtained by converting the character shape of the reference character. A content conversion unit that converts a reference character included in the content into a fusion character generated by the fusion character generation unit to generate character conversion content, and at least one of the reference character and the fusion target character is provided. , handwriting der is, the fusion target character are multiple types available, depending on the characteristics of the content, from among a plurality of types of said fusion object character, selects a fusion object character to fuse to the reference character further comprising a fusion character selection section is shaped converted content generation apparatus according to claim Rukoto.

Further, one aspect of the present invention is a glyph-converted content generation device in which the fusion character generation unit adjusts the fusion ratio of the reference character and the fusion target character according to the progress of the content.

Further, in one aspect of the present invention, the fusion character generation unit is a glyph-converted content generation device that generates the fusion character having an area corresponding to the area of the reference character.

Further, one aspect of the present invention is a character shape conversion content generation device in which the fusion target character is a user's handwritten character.

Further, one aspect of the present invention further includes a viewer recognition unit that recognizes a viewer of the character conversion content, and the fusion character selection unit is based on the viewer recognized by the viewer recognition unit. This is a glyph conversion content generation device that selects the characters to be fused with the reference characters.

Further, one aspect of the present invention is a fusion character generation unit that fuses a reference character and a fusion target character included in the content to generate a fusion character obtained by converting the character shape of the reference character, and a reference character included in the content. Is provided with a content conversion unit that generates character conversion content by converting the characters into fusion characters generated by the fusion character generation unit, and at least one of the reference character and the fusion target character is a handwritten character. The fusion character generation unit is a character shape conversion content generation device characterized in that the fusion ratio of the reference character and the fusion target character is adjusted according to the progress of the content.

Further, one aspect of the present invention is a fusion character generation unit that fuses a reference character and a fusion target character included in the content to generate a fusion character obtained by converting the character shape of the reference character, and a reference character included in the content. Is provided with a content conversion unit that generates character conversion content by converting the characters into fusion characters generated by the fusion character generation unit, and at least one of the reference character and the fusion target character is a handwritten character. The fusion character generation unit is a character shape conversion content generation device characterized by generating the fusion character having an area corresponding to the area of the reference character.

Further, one aspect of the present invention includes a supply unit that supplies contents including reference characters, a storage unit that stores characters to be fused, and the reference characters and the storage unit included in the contents supplied from the supply unit. A fusion character generation unit that fuses the stored fusion target characters to generate a fusion character obtained by converting the character shape of the reference character, and a fusion character that generates the reference character included in the content by the fusion character generation unit. The reference character and at least one of the fusion target characters are handwritten characters, and a plurality of types of the fusion are provided according to the characteristics of the content. from the object character is further provided shaped converted content generation system according to claim Rukoto fusion character selection unit for selecting a fusion object character to fuse to the reference character.

Further, one aspect of the present invention includes a fusion character generation step of fusing a reference character and a fusion target character included in the content to generate a fusion character obtained by converting the character shape of the reference character, and a reference character included in the content. Is included in the content conversion step of generating the character conversion content by converting the characters into the fusion characters generated in the fusion character generation step, and from among a plurality of types of the fusion target characters according to the characteristics of the content. , A fusion character selection step for selecting a fusion target character to be fused with the reference character, and a character shape conversion content generation method characterized in that at least one of the reference character and the fusion target character is a handwritten character.

Further, one aspect of the present invention includes a fusion character generation step of fusing a reference character and a fusion target character included in the content to a computer to generate a fusion character obtained by converting the character shape of the reference character, and the content. The reference character is converted into the fusion character generated in the fusion character generation step to generate the character conversion content, and the fusion target character of a plurality of types according to the characteristics of the content. , A fusion character selection step of selecting a fusion target character to be fused with the reference character is executed, and at least one of the reference character and the fusion target character is a handwritten character.

According to the present invention, the stimulus obtained from the content can be increased by converting the glyph.

It is a block diagram which shows an example of the character shape conversion content generation system by 1st Embodiment. It is a flowchart which shows the procedure of the character conversion content generation processing by a character shape conversion content generation apparatus. (A) is a diagram showing an example of one frame of digital content, and (B) is a diagram showing an example of one frame of character conversion content. (A) is a diagram showing an example of an original character, (B) is a diagram showing an example of a handwritten character, and (C) is a diagram showing an example of a fused character. It is explanatory drawing explaining the stroke in a fusion character. It is a block diagram which shows an example of the character shape conversion content generation system by 2nd Embodiment. It is a figure which shows an example of one frame of the digital content of 2nd Embodiment. It is explanatory drawing explaining an example of the external handwritten character data. It is explanatory drawing explaining an example of fusion rule. It is explanatory drawing explaining an example of a fusion recipe. It is a flowchart which shows the procedure of the character conversion content generation processing by the character shape conversion content generation apparatus of 2nd Embodiment. It is a block diagram which shows an example of the character shape conversion content generation system by 3rd Embodiment. It is a flowchart which shows the procedure of the character conversion content generation processing by the character shape conversion content generation apparatus of 2nd Embodiment.

Hereinafter, the glyph-converted content generation device according to the embodiment of the present invention will be described with reference to the drawings.

[First Embodiment]
FIG. 1 is a functional block diagram showing an example of a glyph-converted content generation system according to the first embodiment. As shown in FIG. 1, the glyph-converted content generation system 1 includes a content providing device (an example of a supply unit) 2 and a glyph-converted content generating device 3. The glyph-converted content generation device 3 includes a generation unit 10 and an output unit 20.

The content providing device 2 is, for example, a terminal device provided in a publishing company or the like. The content providing device 2 is, for example, a server computer or a personal computer. The content providing device 2 provides digital content including characters, such as an electronic comic or an electronic advertisement, by transmitting it to the character-shaped conversion content generating device 3. The characters included in the digital content are called original characters (an example of standard characters). The original character is, for example, a character in a known font.

The character-shaped conversion content generation device 3 is, for example, a personal computer, a tablet terminal, a PDA (Personal Digital Assistant), a smartphone, or the like, and includes an arithmetic device and various storage devices. The glyph-converted content generation device 3 outputs the digital content provided by the content providing device 2. The owner of the glyph-converted content generating device 3 (hereinafter referred to as “user”) can view and enjoy the content output to the glyph-converted content generating device 3. The character shape conversion content generation device 3 converts the characters included in the digital content when displaying the digital content.

The generation unit 10 in the character conversion content generation device 3 includes a reception unit 11, a handwritten character database (hereinafter referred to as “DB”) 12, a fusion character generation unit 13, and a character conversion unit 14. The generation unit 10 includes a processor including a CPU (Central Processing Unit) and various storage devices. The receiving unit 11 receives the digital content transmitted from the content providing device 2. The receiving unit 11 outputs the received digital content to the fusion character generation unit (an example of the content conversion unit) 13 and the character conversion unit 14.

The handwritten character DB (an example of a storage unit) 12 stores handwritten character data obtained by converting the handwritten characters (an example of the characters to be fused) of the user of the character shape conversion content generation device 3 into data. The handwritten characters include actually handwritten characters and artificial handwritten characters artificially generated based on some handwritten characters. Artificial handwritten characters include, for example, artificial handwriting generated by combining artificial handwritten characters generated based on components in the handwritten character, such as stop, splash, and harai, and the head of a Chinese character. Includes characters or artificial handwritten characters generated from components, heads, etc.

The handwritten character DB 12 may store the character data of the actual handwritten character as the handwritten character data, or store the character data of the artificial handwritten character artificially generated from the user's actual handwritten character. You may. Alternatively, the handwritten character DB 12 may store the components of the handwritten character by the user, the shape of a specific part such as a radical, and the like.

The fusion character generation unit 13 acquires character data included in the digital content output by the reception unit 11, and reads out handwritten character data of the same characters as the acquired character data from the handwritten character DB 12. The fusion character generation unit 13 generates a fusion character by fusing the character data included in the digital content and the handwritten character data of the same character as the character of the character data. The fusion character generation unit 13 outputs the generated fusion character to the character conversion unit 14. When the fusion character generation unit 13 reads out the components of the handwritten character by the user and the shapes of specific parts such as radicals from the handwritten character DB 12, the handwritten character data may be generated from these shapes. Good.

The character conversion unit 14 converts the character data included in the digital content output by the reception unit 11 by replacing it with the fusion character output by the fusion character generation unit 13. The character conversion unit 14 generates character conversion content obtained by converting character data into fused characters and outputs the character conversion content to the output unit 20.

The output unit 20 is, for example, a liquid crystal display, and displays and outputs the character conversion content output by the character conversion unit 14 on an image. The character conversion content displayed by the output unit 20 is content in which character data is converted into fused characters among the digital contents output to the character shape conversion content generation device 3 by the content providing device 2.

Next, a procedure for generating character conversion content by the character conversion content generation device 3 will be described. FIG. 2 is a flowchart showing a procedure of character conversion content generation processing by the character shape conversion content generation device. As shown in FIG. 2, the glyph-converted content generation device 3 first determines in the generation unit 10 whether or not the digital content transmitted from the content providing device 2 has been received by the receiving unit 11 (step S11). As a result, when it is determined that the digital content has not been received (step S11: NO), the generation unit 10 ends the character conversion content generation process as it is.

If it is determined in step S11 that the digital content has been received (step S11: YES), the generation unit 10 outputs the received digital content from the reception unit 11 to the fusion character generation unit 13 and the character conversion unit 14. , It is determined whether or not the received digital content contains character data (step S12). As a result, when it is determined that the character data is not included (step S12: NO), the generation unit 10 ends the character conversion content generation process as it is.

When it is determined in step S12 that the digital content contains character data (step S12: YES), the generation unit 10 causes the fusion character generation unit 13 to include the character data included in the digital content (hereinafter, "original character data"). ") Is extracted (step S13).

The digital content supplied from the content providing device 2 is, for example, as shown in FIG. 3A, a cartoon digital content including the first content DC1 as one frame. In the first content DC1, the character CA is drawn, and as the dialogue of the character CA, the character "A" is described surrounded by the blowout FS. The fusion character generation unit 13 extracts the original character data RL of "A" surrounded by the blowout FS.

Subsequently, the generation unit 10 reads the handwritten character data of the same characters as the original character data RL included in the digital content from the handwritten character DB 12 in the fusion character generation unit 13 (step S14). For example, when the fusion character generation unit 13 extracts the original character data RL of "A" as shown in FIG. 3A, the handwritten character data of the character "A" is read from the handwritten character DB 12.

Subsequently, the generation unit 10 fuses the original character data included in the digital content with the handwritten character data read from the handwritten character DB 12 in the fused character generation unit 13 (step S15). For example, the fusion character generation unit 13 fuses the original character (original character data) RL shown in FIG. 4 (A) and the handwritten character (handwritten character data) WL shown in FIG. ) Is generated. Details of the generation of the fused character data FL will be described later. The fusion character generation unit 13 outputs the generated fusion character (fusion character data) FL to the character conversion unit 14. In the following description, the original character data RL, the handwritten character data WL, and the fused character data FL may be referred to as the original character RL, the handwritten character WL, and the fused character FL, respectively.

Subsequently, the generation unit 10 generates character data included in the original content output by the reception unit 11, for example, the original character data RL included in the first content DC1, by the fusion character generation unit 13. It is converted by replacing it with the fused character FL (step S16). In this way, the generation unit 10 generates the first character conversion content CC1 shown in FIG. 3B, which is obtained by converting the original character data RL of the first content DC1 into the fusion character data FL. In this way, the generation unit 10 ends the character conversion content generation process.

The generated first character conversion content CC1 is output to the output unit 20. The output unit displays the first character conversion content CC1 output by the generation unit 10 on the screen. The user of the character shape conversion content generation device 3 can see the first character conversion content CC1 displayed on the output unit 20. One frame of the cartoon included in the first content DC1 in which the characters are converted can be viewed.

Next, the generation of the fusion character FL in the fusion character generation unit 13 will be described. The original character RL included in the first content DC1 usually has a thickness. Therefore, the information on the core wire and the thickness of the original character RL is taken as a mathematical formula. Further, by the same method, the information on the core wire and the thickness of the user's handwritten character WL is captured as a mathematical formula. By averaging the mathematical formulas of the core lines and thicknesses of the original character RL and the handwritten character, a fused character FL in which the original character RL and the handwritten character WL are fused is generated. Assuming that the fusion character FL can be represented by the locus of a circle whose size changes, as shown in FIG. 5, the locus of the circle is drawn so that the point on the core line CL in the stroke SK becomes the center coordinate. The fusion character FL is expressed by. The stroke is a continuous locus in the character, and the original character RL, the handwritten character WL, and the fused character FL are all composed of one or a plurality of strokes. The mathematical expression of the original character RL and the handwritten character WL can be performed by the same procedure. Hereinafter, the procedure for formulating the original character RL will be described.

First, the mathematical formula of the core wire CL of the original character RL will be described. In order to formulate the core wire CL of the original character RL, by tracing around the center of the original character RL, point sequence data as a core wire candidate is acquired. Spline interpolation is performed so as to connect each point of the point sequence data acquired here as much as possible, and the formula of the core line candidate is obtained by Fourier series expansion. As a procedure for formulating, first, for one stroke of the original character RL, the coordinate data of the point sequence to which spline interpolation is applied is folded back at the end point, and the points are increased to the start point by passing through the same point as it is, so that the point of the closed curve Make a line.

Subsequently, the parametric representation of the plane curve passing through this sequence of points is defined as Eq. (1).

In the equation (1), f (t) in the X-axis direction is not a periodic function, but by defining the following equation (2), f (t) can be regarded as a periodic function.

Further, by regarding the corner of the character string as a curve with an approximately steep curve, f (t) can be represented by a Fourier series as shown in Eq. (3). Incidentally, _a n, _{b n} in the equation (3) can be obtained, respectively (4) and (5).

Further, although the data of the coordinate is discrete, the above formula when the coordinate data are arranged at regular intervals, can be approximated by the sum of the integrals for determining the a _n and b _n. By this method, the mathematical formula of each image as a plane curve displayed as a parametric variable can be obtained. As for f (t) in the Y-axis direction, the mathematical formula of each image as a plane curve displayed as a parametric variable can be obtained in the same manner as f (t) in the X-axis direction.

Next, the mathematical expression of the thickness of the original character RL will be described. Since the thickness of the original character RL is considered to be represented by the maximum radius r that does not exceed the original character RL in the parameter t, this radius r is obtained. Here, since the core wire candidate is not the core wire itself, it is considered that the core wire candidate is misaligned. Therefore, the following method is used to formulate the core wire with the deviation of the core wire candidate corrected.

First, the (x, y) coordinates in the parameter t of the mathematical formula representing the core wire candidate are obtained, and the radius r of the largest circle (the circle inscribed in the original character RL) centered on the coordinates and does not extend beyond the original character RL. Is derived. Next, the normal vectors (-g'(t), f'(t)) and (g'(t), -f'(t)) are obtained, and the (x, y) coordinates are moved on the normal. When a circle larger than the obtained radius f can be drawn, the moved coordinates are used as the core line candidate points, and the radius r is expressed as the thickness. Here, as shown in FIG. 5, when the strokes of a plurality of images in the original character RL overlap each other, accurate thickness information cannot be derived. Therefore, if the radius r in the parameter t takes a value 1.5 times or more the average value of the thickness so far, it is judged that there is an overlap, and the calculated average value is the provisional thickness information. And move the core wire candidate as a circle inscribed somewhere with its radius as the maximum.

The corrected center coordinates (f (t), g (t)) in each parameter t are used as core lines, and Fourier series expansion is performed for each of the thickness information r (t) to formulate a mathematical expression. In this way, each stroke of the original character RL can be expressed as (x, y, z) = (f (t), g (t), r (t)).

Further, each stroke of the handwritten character WL can be expressed as (x, y, z) = (f (t), g (t), r (t)) by the same procedure. Hereinafter, each stroke of the original character RL is (x, y, z) = (f ₁ (t), g ₁ (t), r ₁ (t)), and each stroke of the handwritten character WL is (x, y, z). ) = (F ₂ (t), g ₂ (t), r ₂ (t)).

The handwritten character WL stored in the handwritten character DB 12 is collected by an input operation of, for example, a tablet provided with a touch panel. Since the handwritten character WL input to the tablet or the like with a slitas pen, a touch pen, or the like has no thickness or has a substantially constant thickness, the change in the thickness information in each stroke can be ignored. In this case, if the original character RL and the handwritten character WL that does not have the thickness information are simply fused, there is a problem that the thickness of the fused character FL becomes thin. Therefore, by obtaining the area per unit length of the original character RL, the optimum thickness to be given to the handwritten character WL is derived, and the thickness is set as the thickness of the handwritten character WL in the parameter t. You may. _{In this case, r 2} (t) in the stroke of the handwritten character WL is constant. The handwritten characters WL may be collected by scanning the characters handwritten on paper, a notebook, or the like with a pen or the like. The handwritten character WL collected by scanning the handwritten character on paper or the like can also be mathematically expressed by the same method as the mathematical expression of the original character RL.

Here, for example, the stroke of the original character RL is expressed by the equation (6), and the stroke of the handwritten character WL is expressed by the equation (7). Further, the stroke of the fusion character FL can be obtained as the equation (8).

In this way, the fusion character FL can be generated. In the equation (8), the stroke of the original character RL is multiplied by the fusion ratio α, which is a predetermined ratio, and the stroke equation (4) of the handwritten character WL is multiplied by (1-α) to obtain an arbitrary fusion. The weighted averaging process by the ratio α (0 ≦ α ≦ 1) is executed. Therefore, when the fusion ratio α is brought close to 0, the handwritten character WL is emphasized, and when the fusion ratio α is brought close to 1, the original character RL is emphasized. This fusion ratio α may be adjusted according to, for example, the degree of emotional empathy for the user's content.

As described above, the character-converted content generation system 1 according to the first embodiment displays the original character RL included in the digital content when displaying the digital content on the output unit 20 of the user-generated character-converted content generator 3. Convert to fused character FL. The fusion character FL is a character in which the original character RL and the user's handwritten character WL are fused.

A fused character in which a user's handwritten character is fused with an arbitrary character has a mere exposure effect and becomes a character that gives a better impression to the user than an arbitrary character. Therefore, when the original character RL and the fused character FL are compared, the fused character FL in which the handwritten character WL is fused becomes a character that gives a user a favorable impression than the original character RL.

In this respect, in the character-shaped conversion content generation system 1 according to the first embodiment, the character-converted content displayed on the output unit 20 includes the fused character FL. Therefore, it is possible to increase the familiarity and interest given to the user as compared with the digital content including the original character RL. Furthermore, since the fused characters are used as the lines of the character CA, it is possible to enhance the familiarity with the character CA. Therefore, it is possible to enhance the immersive feeling for the character CA and the content itself, and to increase the stimulus obtained from the content, for example, the fun of the content.

Further, the glyph-converted content generation system 1 performs a weighted averaging process by multiplying the fusion ratio α of the original character RL and the handwritten character WL. Therefore, for example, for a user who prefers a fused character having a high fusion ratio of his / her own character, it is possible to generate character conversion content that matches the digital content to the user's preference, such as reducing the fusion ratio α.

[Second Embodiment]
Next, a second embodiment of the present invention will be described. FIG. 6 is a block diagram showing an example of a glyph-converted content generation system according to the second embodiment. As shown in FIG. 6, the glyph-converted content generation system 4 includes a content providing device 2 and a glyph-converted content generation device 3. Since the content providing device 2 and the glyph-converted content generation device 3 have the same configuration as the glyph-converted content generation system 1 according to the first embodiment, the description thereof will be omitted.

Further, in the character-shaped conversion content generation system 4 according to the second embodiment, the content providing device 2 provides the digital content of the cartoon including the second content DC2 as one frame, as shown in FIG. 7. In the second content DC2, three characters of the first character CA1 to the third character CA3 are drawn, and as the dialogue of the three characters of the first character CA1 to the third character CA3, the first blowout FS1 ~ The character "A" is written surrounded by the third blowout FS3.

Further, the glyph-converted content generation system 4 according to the second embodiment includes an external handwritten character DB (an example of a storage unit) 30 and a fusion rule DB 40. A plurality of types of handwritten characters are prepared in the external handwritten character DB 30, and the external handwritten character DB 30 stores external handwritten character data A, external handwritten character data B, external handwritten character data C, ... By a plurality of handwritten character providers. Has been done. The handwritten character provider includes persons with various characteristics, and the external handwritten character DB 30 stores various handwritten character data for each handwritten character provider according to these attributes. The external handwritten character DB 30 transmits the stored external handwritten character data to the glyph conversion content generation device 3 in response to the transmission request of the fusion character generation unit 13 in the glyph conversion content generation device 3.

FIG. 8 is an explanatory diagram illustrating an example of external handwritten character data. As shown in FIG. 8A, the external handwritten character data A is handwritten character data according to the interpersonal relationship with the main character, for example, the main character in the case of a manga. Specifically, the external handwritten character data A1 is the data of the male handwritten characters that the subject has a favor, and the external handwritten character data A2 is the data of the female handwritten characters that the subject has a favor. Further, the external handwritten character data A3 is data of male handwritten characters whose subject is hostile, and the external handwritten character data A4 is data of female handwritten characters whose subject is hostile. Favorable handwritten characters are handwritten characters written by a handwritten character provider who provides handwritten characters for those who have a favor, and hostile handwritten characters are handwritten characters provided by a handwritten character provider. However, it is a handwritten character written for something that is hostile.

As shown in FIG. 8B, the external handwritten character data B is handwritten character data of a prominent actor. Specifically, the external handwritten character data B1 is the handwritten character data of the famous actor X1, and the external handwritten character data B2 is the handwritten character data of the famous actor X2. The external handwritten character data B3 is the handwritten character data of the famous actress X3, and the external handwritten character data B4 is the handwritten character data of the famous actress X4.

As shown in FIG. 8C, the external handwritten character data C is handwritten character data of a prominent athlete. Specifically, the external handwritten character data C1 is the handwritten character data of the prominent male athlete Y1, and the external handwritten character data C2 is the handwritten character data of the prominent male athlete Y2. The external handwritten character data C3 is the handwritten character data of the prominent female athlete Y3, and the external handwritten character data C4 is the handwritten character data of the prominent female athlete Y4.

The fusion rule DB 40 stores various fusion rules for fusing the original character and the handwritten character. A predetermined recipe number is added to the digital content provided by the content providing device 2. The fusion rule DB 40 stores the fusion ratio of a plurality of character data according to the recipe No. as the fusion rule.

FIG. 9 is an explanatory diagram for explaining an example of the fusion recipe added to the digital content, and FIG. 10 is an explanatory diagram for explaining an example of the fusion rule stored in the fusion rule DB 40. As shown in FIG. 9, the character properties, the first attribute, and the second attribute are added to the digital content as the fusion recipe, and further, the recipe No. corresponding to the fusion recipe of each character is added. ing. For example, the fusion recipe and the recipe No. shown in FIG. 9 are added to the second content DC2 shown in FIG. 7.

Specifically, for the first character CA1, a fusion recipe of the main character is added as a property, the person is added as the first attribute, and a man is added as the second attribute. Further, recipe No. 001 is added to the first character CA1. Regarding the second character CA2, a heroine is added as a property, a favor is added as a first attribute, and a female fusion recipe is added as a second attribute. In addition, recipe No. 002 is added to the second character CA2. For the third character CA3, a love enemy is added as a property, hostility is added as a first attribute, and a male fusion recipe is added as a second attribute. In addition, recipe No. 003 is added to the third character CA3.

Fusion rule The fusion rule stored in the DB 40 is determined for each fusion recipe. The fusion rule stipulates the fusion ratio when fusing a plurality of handwritten characters. For example, as shown in FIG. 10, in Recipe No. 001, the basic: principal: external fusion ratio is 50:50: 0. The "person" is a handwritten character of the user of the character shape conversion content generation device 3 stored in the handwritten character DB 12, and the "external" is an external handwritten character stored in the external handwritten character DB 30. "Basic" is the original character.

In addition, recipe number 002 has a basic: principal: external fusion ratio of 20:50:30. Recipe number 003 has a basic: principal: external fusion ratio of 50: 0: 50. In the fusion rule DB 40, fusion rules corresponding to a larger number of recipe numbers are stored. The fusion rule DB 40 transmits the stored fusion rule to the glyph conversion content generation device 3 in response to the transmission request of the fusion character generation unit 13 in the glyph conversion content generation device 3.

The fusion character generation unit (an example of the fusion character selection unit) 13 in the character shape conversion content generation device 3 of the second embodiment selects a handwritten character to be fused with the original character from a plurality of handwritten characters. The plurality of handwritten characters here include a handwritten character stored in the handwritten character DB 12 and a plurality of external handwritten characters stored in the external handwritten character DB 30.

Next, a procedure for generating character conversion content by the character conversion content generation device 3 of the second embodiment will be described. FIG. 11 is a flowchart showing a procedure of character conversion content generation processing by the character conversion content generation device of the second embodiment. As shown in FIG. 11, the glyph-converted content generation device 3 first determines in the generation unit 10 whether or not the digital content transmitted from the content providing device 2 has been received by the receiving unit 11 (step S21). As a result, when it is determined that the digital content has not been received (step S21: NO), the generation unit 10 ends the character conversion content generation process as it is.

If it is determined in step S21 that the digital content has been received (step S21: YES), the generation unit 10 outputs the received digital content from the reception unit 11 to the fusion character generation unit 13 and the character conversion unit 14. , It is determined whether or not the received digital content contains character data (step S22). As a result, when it is determined that the character data is not included (step S22: NO), the generation unit 10 ends the character conversion content generation process as it is. Up to this point, the process is the same as that of the first embodiment.

When it is determined in step S22 that the digital content includes character data (step S22: YES), the generation unit 10 extracts the original character data in the fusion character generation unit 13 (step S23). Subsequently, the generation unit 10 determines whether or not the fusion recipe is added to the digital content (step S24).

As a result, when it is determined that the fusion recipe is added (step S24: YES), the generation unit 10 reads the external handwritten character data and the fusion rule (step S25). In acquiring the external handwritten character data, the fusion character generation unit 13 reads the external handwriting character data corresponding to the attributes of the fusion recipe added to the digital content from the external handwriting character DB 30 via the receiving unit 11. For example, when the fusion recipe shown in FIG. 9 is added to the digital content, the generation unit 10 converts the external handwritten character data of the same characters as the original character data included in the digital content into the external handwritten character data A2 of the external handwritten character DB30. , A3 to select and read.

Further, when acquiring the fusion rule, the generation unit 10 acquires the fusion rule corresponding to the recipe No. of the fusion recipe added to the digital content from the fusion rule DB 40 via the reception unit 11. For example, when the recipe No. shown in FIG. 9 is added to the digital content, the generation unit 10 reads the fusion rule of the recipe Nos. 001 to 003 from the fusion rule DB 40.

If it is determined in step S24 that the fusion recipe has not been added (step S24: NO), the generation unit 10 proceeds to step S26 as it is. In the following step S26, the generation unit 10 reads the handwritten character data of the same characters as the original character data included in the digital content from the handwritten character DB 12 in the fusion character generation unit 13 (step S26). In the second embodiment, the handwritten character (handwritten character data) read from the handwritten character DB 12 is referred to as a self-handwritten character (self-handwritten character data).

Subsequently, the generation unit 10 fuses the original character data included in the digital content with the handwritten character data read from the external handwritten character DB 30 and the handwritten character DB 12 in the fusion character generation unit 13 (step S27). When fusing these character data, the fusion character generation unit 13 fuses each character data at a fusion ratio based on the fusion rule.

For example, since the recipe No. 001 is attached to the character surrounded by the first blowout FS1 of the first character CA1, the original character, the self-handwritten character, and the external handwritten character are fused at a fusion ratio of 50:50: 0. Recipe No. 002 is attached to the characters surrounded by the second blowout FS2 of the second character CA2, so the original characters, the self-handwritten characters, the external handwritten characters, and the original characters are fused at a fusion ratio of 20:50:30. .. Since the second balloon FS2 is a balloon generated by the remark of the second character CA2, the external handwritten character fused with the character surrounded by the second balloon FS2 is the character of the external handwritten character data A2. Since the recipe No. 003 is attached to the characters surrounded by the third blowout FS3 of the third character CA3, the original characters, the self-handwritten characters, and the external handwritten characters are fused at a fusion ratio of 50: 0: 50. Since the third balloon FS3 is a balloon generated by the remark of the third character CA3, the external handwritten character fused with the character surrounded by the third balloon FS3 is the character of the external handwritten character data A3.

When fusing the self-handwritten character, the external handwritten character, and the original character, the external handwritten character can be first represented by the equation (9), and then the external handwritten character can be fused by the equation (10). The procedure for expressing the external handwritten character by the equation (9) is the same as the procedure for expressing the handwritten character by the equation (7).

Subsequently, the generation unit 10 generated the character data included in the original content output by the reception unit 11, for example, the original character data included in the second content DC2, in the character conversion unit 14, by the fusion character generation unit 13. It is converted by replacing it with a fused character (step S28). In this way, the generation unit 10 generates the character conversion content and ends the character conversion content generation process.

Similar to the first embodiment, the generated character conversion content is output to the output unit 20. The output unit displays the character conversion content output by the generation unit 10 on the screen. The user of the character-shaped conversion content generation device 3 can view one frame of the cartoon included in the second content DC2 in which the characters are converted by viewing the character-converted content displayed on the output unit 20.

As described above, the character-converted content generation system 4 according to the second embodiment, like the character-converted content generation system 1 according to the first embodiment, outputs digital content to the user-generated character-converted content generation device 3. When displaying on 20, the original characters included in the digital content are converted into fused characters. Since the fused characters include those in which their own handwritten characters are fused, it is possible to increase the favorable impression given to the user. Therefore, it is possible to increase the fun of the content and increase the stimulus obtained from the content.

Further, the glyph-converted content generation system 4 according to the second embodiment performs weighted averaging processing according to the fusion ratios of the original character, the self-handwritten character, and the external handwritten character α ₁ , α ₂ , and α _3. Therefore, for example, for a user who prefers a fused character having a high fusion ratio of his / her own character, it is possible to generate character conversion content that matches the digital content to the user's preference, such as reducing the fusion ratio α.

Further, the character shape conversion content generation system 4 according to the second embodiment selects a handwritten character to be fused with the original character from a plurality of handwritten characters. Therefore, the fused characters change according to the selected handwritten characters, so that the fused characters can be diversified. Therefore, it is possible to increase the fun of the content and increase the stimulus obtained from the content.

Further, in the character shape conversion content generation system 4 according to the second embodiment, as handwritten characters, not only self-handwritten characters which are handwritten characters of the user but also external handwritten characters by a handwritten character provider other than the user can be fused. There is. Therefore, it is possible to diversify the fused characters, increase the fun of the content, and further increase the stimulus obtained from the content.

For example, by fusing a female handwritten character with an original character for a character indicating a female character's remark, the character becomes a character that seems to be a female remark, and the fun can be enhanced accordingly. In addition, in the case of a character that the user likes, for example, a character that indicates the remarks of a character such as a hero or a hero's lover or friend that the user can easily empathize with, the character of the person that the user likes is fused with the original character. Thereby, the stimulus obtained from the content can be further increased. The person who the user likes may be, for example, a person who the user likes in the real world or a person who is socially popular. On the contrary, in the case of a character in which the user has hostility, for example, an enemy character who fights against the hero, a character in a group hostile to the hero, the character of the person who has hostility in the user is fused with the original character. For this reason, the user has a feeling of familiarity with the hero, his lover, friends, etc., while having an enemy character, etc., which is hostile to the hero. Therefore, the reality of the content can be enhanced. Therefore, it is possible to increase the fun of the content and further increase the stimulus obtained from the content.

Further, in the character shape conversion content generation system 4 according to the second embodiment, a fused character in which a plurality of types of handwritten characters are fused with the original character is generated. Therefore, further diversification of fused characters can be achieved. As a result, the fun of the content can be further increased, and the stimulus obtained from the content can be increased.

For example, for the characters indicating the hero's remarks, by fusing the handwritten characters of the user's favorite person with the original characters as external handwritten characters together with the self-handwritten characters, the fused original characters are those who have the user's favor. It will create the atmosphere of. For this reason, the user may feel more attached to the fused characters, so that the content can be made more interesting and the stimulus obtained from the content can be increased accordingly.

The handwritten character provider that provides the handwritten character fused with the original character may be related to the user or may be irrelevant to the user. The handwritten character data related to the user may be registered in the external handwritten character DB 30 by the user, for example. As for the handwritten characters of the handwritten character provider unrelated to the user, for example, the handwritten characters having the same attributes may be used. Further, the handwritten character provider may be a so-called entertainer such as an actor (actress), a voice actor, an idol, a singer, or a talent, or a so-called celebrity such as an athlete such as a professional athlete. If the celebrity is a handwritten character provider, by fusing these handwritten characters, it is possible to create a fused character that allows you to enjoy the atmosphere of the celebrity, further enhance the fun of the content, and obtain it from the content. The stimulus can be increased.

[Third Embodiment]
Next, a third embodiment of the present invention will be described. FIG. 12 is a block diagram showing an example of a glyph-converted content generation system according to the second embodiment. As shown in FIG. 12, the glyph-converted content generation system 5 according to the third embodiment includes a content providing device 2, a glyph-converted content generating device 6, an external handwritten character DB 30, and a target person recognition device (viewer recognition unit). Example) 50 and an output device 70 are provided. Of these, since the content providing device 2 has the same configuration as the glyph-converted content generation systems 1 and 4 according to the first embodiment and the second embodiment, the description thereof will be omitted.

Further, in the character-generated content generation system 5 according to the third embodiment, unlike the first embodiment and the second embodiment, the content providing device 2 converts an advertisement image into a character-generated content generation device 6 as digital content. Output to. This advertisement image contains character data such as catchphrases and product descriptions.

The glyph-converted content generation device 6 is, for example, a server computer or a personal computer. It includes a receiving unit 61, a fusion character generation unit 62, and a character conversion unit 63. The glyph-converted content generating device 6 is different from the glyph-converted content generating device 3 according to the first and second embodiments in that it does not have a handwritten character DB. Regarding other points, since it has the same configuration as the glyph-converted content generation device 3 according to the first and second embodiments, the description thereof will be omitted.

The target person recognition device 50 has, for example, a function of recognizing (identifying) a target person based on information obtained from the outside, and an image sensor provided in the vicinity of the output device 70 and an image captured by the image sensor. Is provided with an image processing unit that performs image processing. The target person recognition device 50 recognizes the target person by, for example, capturing the face of a user (an example of a viewer) who is the target person by an image sensor and performing face recognition processing in the image processing unit. The target person recognition device may be an appropriate device, for example, a device that performs number authentication, fingerprint authentication, iris authentication, vein authentication using an ID number or the like. The target person recognition device 50 identifies and recognizes the target person who views the image displayed on the output device 70, and transmits the target person information corresponding to the recognized target person to the glyph-converted content generation device 6. Here, the individual subject may be identified, or the attributes of the subject (gender, age group, etc.) may be identified. Further, the target person recognition device 50 is a personal computer or the like provided with a mouse or a keyboard in addition to a device such as an image sensor that automatically recognizes the target person as described above, and manually inputs the target person or the like. It may be a device that can recognize the target person by operation.

The character shape conversion content generation device 6 extracts the original characters included in the advertisement image (digital content) transmitted from the content providing device 2 and converts them into fusion characters. The glyph-converted content generation device 6 transmits the glyph-converted content obtained by converting the original characters of the digital content into fused characters to the output device 70.

The output device 70 is a display device capable of displaying an advertisement image, such as a large liquid crystal monitor installed on a street corner. The output device 70 receives the data of the advertisement image which is the character shape conversion content transmitted from the character shape conversion content generation device 6. The output device 70 displays an advertisement image according to the received data. The user (target person) can view the advertisement image displayed on the output device 70.

Next, a procedure for generating character conversion content by the character conversion content generation device 6 of the third embodiment will be described. FIG. 13 is a flowchart showing a procedure of character conversion content generation processing by the character conversion content generation device of the third embodiment. As shown in FIG. 13, the glyph-converted content generation device 6 first determines whether or not the digital content transmitted from the content providing device 2 has been received by the receiving unit 61 (step S31). As a result, when it is determined that the digital content has not been received (step S31: NO), the character conversion content generation device 6 ends the character conversion content generation process as it is.

Further, when it is determined in step S31 that the digital content has been received (step S31: YES), the character shape conversion content generation device 6 transmits the received digital content from the reception unit 61 to the fusion character generation unit 62 and the character conversion unit 63. At the same time as outputting, it is determined whether or not the received digital content contains character data (step S32). As a result, when it is determined that the character data is not included (step S32: NO), the generation unit 10 ends the character conversion content generation process as it is. Up to this point, the processing is the same as that of the first and second embodiments.

When it is determined in step S32 that the digital content includes character data (step S32: YES), the character shape conversion content generation device 6 makes the target person recognizing device 50 and the target person viewing the output device 70. Is recognized, the target person information is transmitted, and the target person is recognized (step S33).

Subsequently, the character shape conversion content generation device 6 extracts the original character data in the fusion character generation unit 62 (step S34). Subsequently, the character shape conversion content generation device 6 reads the external handwritten character data from the external handwritten character DB 30 (step S35). In reading the external handwritten character data, the character shape conversion content generation device 6 reads the external handwritten character data according to the characteristics of the target person recognized in step S33. The external handwritten character data according to the characteristics of the target person may be, for example, the handwritten character data of a person who the target person likes. For example, if the target person is a man, the handwritten character provider may read the handwritten character data that is a woman, and if the target person prefers a specific work, the author of the work provides the handwritten character. The handwritten character data of the person may be read out. Further, regardless of the characteristics of the target person, the handwritten character data provided by the handwritten character provider, which is highly favored by everyone, may be read out.

Subsequently, the character shape conversion content generation device 6 fuses the original character data included in the digital content with the handwritten character data read from the external handwritten character DB 30 in the fusion character generation unit 62 (step S36). Subsequently, the character conversion content generation device 6 replaces the character data included in the original content output by the reception unit 11 with the fusion character generated by the fusion character generation unit 62 in the character conversion unit 63 and converts the character data (step S37). ). In this way, the character-shaped conversion content generation device 6 generates the character-converted content and ends the character-converted content generation process.

After that, the character shape conversion content generation device 6 transmits the generated character conversion content to the output device 70. The output device 70 displays the character conversion content output by the character shape conversion content generation device 6. The target person can view the character conversion content (advertisement image) displayed on the output device 70, and the target person is advertised.

As described above, when the character-generated content generation system 5 according to the third embodiment displays the digital content supplied from the content providing device 2 on the output device 70, the character-generated content generating device 6 performs the digital content. Converts the original characters contained in to into fused characters. Since the fused characters include those in which the handwritten characters of the handwritten character provider preferred by the target person are fused, it can be easily noticed and interested by the target person. Therefore, the stimulus obtained from the content can be increased.

The present invention is not limited to each of the above embodiments, and can be modified without departing from the spirit of the present invention. For example, in each of the above embodiments, the original character as the reference character is a character in a known font (hereinafter referred to as "font character"), but the author when the character other than the font character, for example, the content is a cartoon or the like. Or other people's handwritten characters. When the reference character is a handwritten character, the fusion target character may be a handwritten character or a font character. When the reference character is a handwritten character and the character to be fused is a font character, for example, a character shape conversion content generation device may be provided in a publishing company or the like. In this case, the content including the fused characters can be created and provided to the user. Further, when the reference character is a handwritten character handwritten by the author, it is possible to increase the favorability of the user who likes the work of the author and increase the value of the content.

Further, in each of the above embodiments, with respect to the content provided by the content providing device 2, information possessed by the content, for example, content description information such as which character is written in which part of the content is provided. It is provided from the device 2. On the other hand, a content description information providing device that provides content description information is provided separately from the content providing device 2, and when the content is provided from the content providing device 2 to the character-shaped conversion content generating device 3, the content description information is provided. Content description information may be provided from the providing device to the character-shaped conversion content generating device 3. The content description information is provided from the content description information providing device to the character shape conversion content generation device 3 based on the instruction from the content providing device 2 to the content description information providing device, or the character shape to the content description information providing device. It may be performed based on the request from the conversion content generation device 3.

Further, in the second embodiment described above, the fusion rule is constant regardless of the progress of the content, but the fusion rule may be changed depending on the progress of the content. For example, when the content is content such as a manga or a novel in which the story progresses, the fusion rule may be set so that the fusion rate of the handwritten characters increases as the story progresses. Generally, in manga and novels, the more the story progresses, the stronger the ability to attract users, but as the story progresses, increasing the fusion ratio of handwritten characters can further enhance the user's uplifting feeling as the story progresses. it can. In addition, when there is a climax part in the story that is more exciting than the normal part, the fusion ratio of the handwritten characters in the climax part may be higher than the fusion ratio of the handwritten characters in the normal part. In this case, the user's uplifting feeling in the climax portion can be further enhanced.

Further, in each of the above embodiments, the handwritten characters are fused to enhance the fun of the content and increase the stimulation of the content, but the fun of the content is lowered and the interest of the content is reduced ( You may increase the stimulation of the content by reducing it). For example, when it is not desired to continue playing a game or reading for a long period of time, the handwritten characters may be fused so as to reduce the favorability as the duration of the game or reading progresses. In order to fuse the handwritten characters so as to lower the likability, for example, the fusion ratio of the handwritten characters may be lowered, or the fusion ratio of the handwritten characters of a person having low sensitivity to the user may be increased. Further, a fixed duration, for example, 1 hour or 2 hours may be set, and after the set duration has elapsed, the handwritten characters may be fused so as to lower the favorability.

Further, in each of the above embodiments, the fusion ratio of the handwritten characters is adjusted in the character shape conversion content generation device 3 (6), but the user may be able to adjust the fusion ratio of the handwritten characters. In this case, it is possible to generate fused characters according to the user's preference. In addition, the user can check the completed fused characters and generate fused characters according to his / her taste.

Further, in each of the above embodiments, all the characters included in the content are the characters to be converted into the fused characters, but the specific part of the characters included in the content is the target characters to be converted into the fused characters. May be. For example, only the lines of a specific character, only the lines in a specific situation, or only the specific lines, such as the deciding line, may be converted into a fusion character. Further, a character having a specific property such as a character having a specific number of points, a character having a specific font number, a character having a specific color, or the like may be used as a character to be converted into a fusion character. Further, the fusion ratio may be changed depending on whether or not the characters are these specific characters.

Further, in each of the above embodiments, the content is a cartoon or an advertising image, but the content may be various contents as long as it includes characters. Specific examples of the content include movies including subtitles, karaoke background videos and promotional videos displaying karaoke lyrics, emails, SNS, novels, games, and the like.

Further, in each of the above embodiments, the output unit 20 and the output device 70 are image display devices that display images, but may be other output devices. Specifically, it may be a printer or the like that prints content including characters. These output devices may be in the vicinity of the glyph-converted content generator or may be located far away.

Further, in each of the above embodiments, the core line and thickness of the font character are obtained even when the reference character is a font character, but when the reference character is a known font character, the content providing device provides the data. Instead of the character data to be transmitted, the data of these core wires and thickness may be transmitted. Further, the character shape conversion content generation device may store the data of the core line and the thickness of the font character corresponding to the font data, and transmit the font data capable of specifying the type of the font character. Further, in each of the above embodiments, the character fusion method using the equations (1) to (10) is used, but the original character, the handwritten character, and the like may be fused by another fusion method.

Further, in the second embodiment, the handwritten character DB 12 of the character shape conversion content generation device 3 stores the self-handwritten character data, but the external handwritten character DB 30 may store the self-handwritten character data. Further, also in the first embodiment, an external handwritten character DB may be provided to store the handwritten character data. Further, a handwritten character input device capable of inputting handwritten characters is provided by a character shape conversion content generation device 3 or an accessory thereof, and the handwritten characters input by the handwritten character input device are stored in the handwritten character DB 12 or the external handwritten character DB 30. You may do so.

Further, in each of the above embodiments, when determining the fused character, it is preferable to appropriately select the size, color, and shade of the fused character, and the fused character may have substantially the same size, color, and shade as the original character. Alternatively, the size, color, and shading may be different from the standard characters. When selecting the size of the fused character, the fused character having an area corresponding to the area of the reference character may be generated. For example, the area of the fused character may be determined according to the area of the original character. For example, the area of the fused character may be substantially the same as the area of the original character. By making the areas substantially the same, it is possible to reduce the discomfort that the user receives for the fused characters. Further, the area of the fusion character may be determined according to the area of the fusion target character so that the area of the fusion character is substantially the same as the area of the fusion target character. Further, the area of the fusion character may be determined according to the area of the reference character and the fusion target character, and for example, the area of the fusion character may be the average value of the areas of the reference character and the fusion target character. The area of the character means the area of the part where the character exists. For example, when the character is written on white paper with a black pen, the area of the black part is the area of the character.

Each configuration included in the above-mentioned character shape conversion content generation device 3 (6) has a computer system inside. Then, a program for realizing the functions of each configuration included in the character-generated content generating device 3 (6) described above is recorded on a computer-readable recording medium, and the program recorded on the recording medium is read into the computer system. By executing the program, the processing in each configuration provided in the character-generated content generation device 3 (6) described above may be performed. Here, "loading and executing a program recorded on a recording medium into a computer system" includes installing the program in the computer system. The term "computer system" as used herein includes hardware such as an OS and peripheral devices.

Further, the "computer system" may include a plurality of computer devices connected via a network including a communication line such as the Internet, WAN, LAN, and a dedicated line. Further, the "computer-readable recording medium" refers to a portable medium such as a flexible disk, a magneto-optical disk, a ROM, or a CD-ROM, or a storage device such as a hard disk built in a computer system. As described above, the recording medium in which the program is stored may be a non-transient recording medium such as a CD-ROM.

The recording medium also includes an internal or external recording medium that can be accessed from the distribution server to distribute the program. It should be noted that the configuration in which the program is divided into a plurality of parts, downloaded at different timings, and then combined with each configuration provided in the glyph-converted content generation device 3 (6), and the distribution server for distributing each of the divided programs are different. You may. Furthermore, a "computer-readable recording medium" is a volatile memory (RAM) inside a computer system that serves as a server or client when a program is transmitted via a network, and holds the program for a certain period of time. It shall also include things. Further, the above program may be for realizing a part of the above-mentioned functions. Further, a so-called difference file (difference program) may be used, which can realize the above-mentioned functions in combination with a program already recorded in the computer system.

Further, a part or all of the above-mentioned functions may be realized as an integrated circuit such as an LSI (Large Scale Integration). Each of the above-mentioned functions may be made into a processor individually, or a part or all of them may be integrated into a processor. Further, the method of making an integrated circuit is not limited to LSI, and may be realized by a dedicated circuit or a general-purpose processor. Further, when an integrated circuit technology that replaces an LSI appears due to advances in semiconductor technology, an integrated circuit based on this technology may be used.

1,4,5 Glyph conversion content generation system 2 Content providing device 3,6 Glyph conversion content generation device 10 Generation unit 11,61 Reception unit 12 Handwritten character DB
13,62 Fusion character generation unit 14,63 Character conversion unit 20 Output unit 30 External handwritten character DB
40 Fusion rule DB
50 Target person recognition device 70 Output device CA Character CA1 1st character CA2 2nd character CA3 3rd character CC1 1st character conversion content CL Core wire DC1 1st content DC2 2nd content FS blowout FS1 1st blowout FS2 2nd blowout FS3 3 Blow-out FL fusion character (fusion character data)
RL original character (original character data)
WL Handwritten characters (handwritten character data)

Claims (10)

A fusion character generator that fuses the reference characters included in the content and the characters to be fused to generate the fusion characters that are converted from the glyphs of the reference characters.
A content conversion unit that converts a reference character included in the content into a fusion character generated by the fusion character generation unit to generate character conversion content is provided.
At least one of the reference characters and the fusion target characters, Ri handwriting der,
Multiple types of the fusion target characters are prepared,
Depending on the characteristics of the content, a plurality of types of the fusion from the object character, further comprising shaped converted content generation apparatus according to claim Rukoto fusion character selection unit for selecting a fusion object character to fuse to the reference character. The glyph-converted content generation device according to claim 1, wherein the fusion character generation unit adjusts the fusion ratio of the reference character and the fusion target character according to the progress of the content. The glyph-converted content generation device according to claim 1 or 2, wherein the fused character generation unit generates the fused character having an area corresponding to the area of the reference character. The character shape conversion content generation device according to any one of claims 1 to 3, wherein the fusion target character is a user's handwritten character. A viewer recognition unit that recognizes the viewer of the character conversion content is further provided.
The glyph conversion according to any one of claims 1 to 4, wherein the fusion character selection unit selects a fusion target character to be fused with the reference character based on the viewer recognized by the viewer recognition unit. Content generator. A fusion character generator that fuses the reference characters included in the content and the characters to be fused to generate the fusion characters that are converted from the glyphs of the reference characters.
A content conversion unit that converts a reference character included in the content into a fusion character generated by the fusion character generation unit to generate character conversion content is provided.
At least one of the reference character and the fusion target character is a handwritten character.
The fusion character generation unit is a glyph-converted content generation device characterized in that the fusion ratio of the reference character and the fusion target character is adjusted according to the progress of the content. A fusion character generator that fuses the reference characters included in the content and the characters to be fused to generate the fusion characters that are converted from the glyphs of the reference characters.
A content conversion unit that converts a reference character included in the content into a fusion character generated by the fusion character generation unit to generate character conversion content is provided.
At least one of the reference character and the fusion target character is a handwritten character.
The fusion character generation unit is a glyph-converted content generation device characterized by generating the fusion character having an area corresponding to the area of the reference character. A supply unit that supplies content that includes reference characters,
A storage unit that stores the characters to be fused,
A fusion character generation unit that generates a fusion character obtained by converting the character shape of the reference character by fusing the reference character included in the content supplied from the supply unit and the fusion target character stored in the storage unit.
A content conversion unit that converts a reference character included in the content into a fusion character generated by the fusion character generation unit to generate character conversion content is provided.
At least one of the reference character and the fusion target character is a handwritten character.
Wherein according to the characteristics of the content, from among a plurality of types of said fusion target character, further comprising shaped converted content generation system according to claim Rukoto fusion character selection unit for selecting a fusion object character to fuse to the reference character. A fusion character generation step of fusing the reference character and the fusion target character included in the content to generate a fusion character obtained by converting the glyph of the reference character.
The content conversion step of converting the reference character included in the content into the fusion character generated in the fusion character generation step to generate the character conversion content is included.
A fusion character selection step of selecting a fusion target character to be fused with the reference character from a plurality of types of fusion target characters according to the characteristics of the content.
A method for generating glyph-converted content, wherein at least one of the reference character and the fusion target character is a handwritten character. On the computer
A fusion character generation step of fusing the reference character and the fusion target character included in the content to generate a fusion character obtained by converting the glyph of the reference character.
A content conversion step that converts a reference character included in the content into a fusion character generated in the fusion character generation step to generate character conversion content, and a content conversion step.
A fusion character selection step of selecting a fusion target character to be fused with the reference character from a plurality of types of fusion target characters according to the characteristics of the content.
To run,
A program characterized in that at least one of the reference character and the fusion target character is a handwritten character.

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