JPH09222846A - Learning device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To learn how to write via a simple process in a learning device utilized as an electronic learning machine when the writing sequence of Chinese characters is learned, for example. SOLUTION: An optional Chinese character font stored in a font pattern ROM dividedly in parts for the writing sequence is selectively displayed on a manual writing input display screen overlapped with a tablet 14 on a color liquid crystal display section 13. When a learner inputs Chinese character parts by manual writing with a pin P according to the writing sequence considered as correct, the coincidence/noncoincidence between the start/end position data detected from the manual writing input of the Chinese character parts and the start/end position data for the parts stored in the font pattern ROM is judged by comparison, and the correction/error of the writing sequence is determined. When the Chinese character parts are inputted in the correct writing sequence, the corresponding Chinese character parts are displayed in green. When they are inputted in the erroneous writing sequence, the corresponding Chinese character parts are displayed in red.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a learning device used as an electronic learning machine for learning the writing order of Chinese characters, for example.

[0002]

2. Description of the Related Art In the conventional kanji education, a learning book such as a kanji drill is used to learn how to write the kanji character style and stroke order. This Kanji drill is, for example, a large number of Kanji to be learned are described in advance with broken lines or thin lines, and numbers corresponding to the scratching order are written along each part (element) that constitutes the Kanji. Then, the kanji learner learns how to write by tracing the kanji written on the kanji drill with a pen in the writing order.

However, since the learning book such as the kanji drill is of a type that is directly written on paper, it is unsuitable and inefficient for repeatedly learning the same kanji, and the stroke is drawn in the wrong stroke order. However, there is a drawback in that it cannot be known as an error.

Therefore, recently, an electronic learning machine equipped with a display device capable of handwriting input has been put into practical use. When a kanji to be learned is input by handwriting and displayed, character recognition based on the handwritten input character pattern is performed. By the processing, it is determined whether or not there is an error in the character style or the writing order of the input character, and the determination result is displayed.

[0005]

However, in the conventional electronic learning machine described above, character recognition processing based on a character pattern input by handwriting determines whether or not there is an error in the font of the input character or the writing order. However, there is a problem that an extremely complicated process is required and an inexpensive learning machine cannot be provided.

Further, in the conventional electronic learning machine, since the kanji to be learned are simply input by handwriting, it is possible to trace the kanji as an example, as in the study book such as the kanji drill. There is a problem that it is impossible to carry out simple learning.

The present invention has been made in view of the above problems, and learns writing style by a simple process without using a complicated process such as a character recognition process to determine whether an input character is correct. It is an object of the present invention to provide an inexpensive learning device that makes it possible.

Further, the present invention provides a learning device which makes it possible to easily learn the stroke order and the font style by displaying the model characters instead of simply inputting the characters to be learned by handwriting. The purpose is to do.

[0009]

That is, the learning device according to claim 1 of the present invention includes a character storage means for storing, for each of a plurality of characters, elements constituting the character for each writing order, and The character selection means for selecting an arbitrary character from the characters stored in the character storage means, the character input means for inputting the character, and the writing order of the characters input by the character input means are selected by the character selection means. It is characterized by comprising a writing order judging means for comparing and judging whether or not the characters are inputted in the writing order and a result displaying means for displaying a judgment result by the writing order judging means.

That is, in the learning device according to claim 1,
When a character is input by the character input means, it is determined whether or not the stroke order of the input character is correct by comparing with the element for each stroke order of the corresponding character stored in the character storage means, and the determination result Is displayed, it is possible to judge the writing order of the input character by the simple process of comparing each element forming the character.

A learning device according to claim 2 of the present invention is the learning device according to claim 1, further comprising display means for displaying the character selected by the character selecting means, and the character input The means is a handwriting input means provided corresponding to the display screen of the display means.

That is, in the learning device according to claim 2,
The character selected by the character selecting means is displayed on the display means, and the character can be input by the handwriting input means in correspondence with the displayed character, so that the writing method according to the model can be learned.

A learning device according to a third aspect of the present invention is the learning device according to the second aspect, wherein the display means selects the characters selected by the character selecting means in sequence for each element. It is characterized in that read-out display means for reading out from the storage means and displaying it is provided.

That is, in the learning device according to claim 3,
The characters selected by the character selection means are sequentially read out for each element from the character storage means and displayed in an order corresponding to the writing order, so that the actual writing order can be visually expressed.

A learning device according to a fourth aspect of the present invention is the learning device according to the second or third aspect,
The handwriting input means is provided so as to overlap the display screen of the display means, and the handwriting input means is capable of inputting by tracing the characters displayed on the display screen of the display means by handwriting.

That is, in the learning device according to claim 4,
Since the characters displayed on the display means can be traced and input by handwriting, the stroke order and font can be learned by tracing the model.

A learning device according to a fifth aspect of the present invention is the learning device according to any one of the second to fourth aspects, further comprising: the writing order determination means and the character input means. When it is determined that the writing order of the input characters is not according to the writing order of the characters selected by the character selecting means, the elements displayed on the display means are determined to be out of the writing order. It is characterized in that a display color changing means for changing the display color is provided.

That is, in the learning device according to claim 5,
When it is determined that the writing order of the characters input by the character input means is not the writing order of the characters selected by the character selecting means, it is determined that the writing order of the characters displayed on the display means is not the same. Since the display color of the selected element is changed, it is clearly known where the stroke order is wrong.

A learning device according to a sixth aspect of the present invention is the learning device according to any one of the first to fifth aspects, further comprising: a start point and an end point of the input by the character input means. The character storage means is provided with a start point / end point detecting means for detecting, and for each of the stored characters, the elements constituting the character are stored for each writing order, and the starting point of each element for each writing element and The end point is also stored in the character storage means, and the stroke order determination means is set to the start point /
The start and end points of the input by the character input means detected by the end point detection means and the start and end points of each element constituting the character stored in the character storage means and selected by the character selection means are sequentially written according to the writing order. It is characterized in that the writing order determination means determines whether or not the input characters are input in the writing order by comparison.

That is, in the learning device according to claim 6,
The start point and end point of the input by the character input means detected by the start point / end point detecting means and the start point and end point of each element constituting the character selected by the character selecting means are sequentially compared according to the writing order, and the input character Since it is determined whether or not the characters have been input according to the writing order, the writing order of the input characters can be correctly determined by the extremely simple process.

[0021]

BEST MODE FOR CARRYING OUT THE INVENTION Embodiments of the present invention will be described below with reference to the drawings. FIG. 1 is a block diagram showing a configuration of an electronic circuit of an electronic notebook equipped with a learning device according to an embodiment of the present invention.

This electronic notebook has a control unit (CPU) 11. The control unit (CPU) 11 supplies a key operation signal supplied from the key input unit 12, or a transparent tablet 14 provided on the display screen of the color liquid crystal display unit 13 via the input detection unit 15 so as to be overlapped. A system program stored in advance in the ROM 16 is activated in accordance with the handwritten position detection data, and the operation of each part of the circuit is controlled according to the system program.
The control unit (CPU) 11 includes the key input unit 12,
Color liquid crystal display unit 13, tablet 14, input detection unit 1
5, in addition to the ROM 16, the RAM 17 is connected, and the display drive circuit 18 for driving the color liquid crystal display unit 13 is connected.

The key input unit 12 has a mode menu for selecting and setting operation modes of the electronic notebook such as various notebook modes such as schedule mode, telephone number mode, address mode, memo mode, and kanji learning mode. "Menu" key operated when displaying the selection screen of No. 3 on the color liquid crystal display unit 13, "Execution" key operated when confirming various selected and set modes and data, and executing functions, and Character key 12a operated when inputting various characters, numbers, and symbol data, and "learning" operated when starting actual learning for the kanji selected according to the kanji selection screen in the kanji learning mode.
A key 12b, a cursor key 12c operated when moving the cursor displayed on the color liquid crystal display unit 13 and selecting data are provided.

The color liquid crystal display unit 13 includes a control unit (C
The common electrode and the segment electrode are selectively driven by the display drive circuit 18 according to the display data given from the (PU) 11 to perform a color display operation in the dot matrix format.

The tablet 14 is provided so as to overlap the display screen of the color liquid crystal display unit 13 and outputs a voltage signal according to the handwriting position with respect to the display screen.
Based on the voltage signal according to the handwriting position, the input detection unit 15 detects the XY coordinates corresponding to the handwriting position on the display screen of the color liquid crystal display unit 13, and based on the handwriting position detection data, the control is performed. The unit (CPU) 11 determines the handwriting trajectory and the operation content on the display screen of the color liquid crystal display unit 13.

The ROM 16 stores in advance a system program for controlling the entire operation of the electronic notebook circuit, and various notebook modes such as the schedule mode, the telephone number mode, the address mode, and the memo mode, and kanji learning. Subprograms corresponding to various operation modes such as modes that can be selected from a menu are stored in advance.

The ROM 16 also includes a key input unit 1
The font data of all characters, numbers, and symbols that can be input by the 2 character key 12a is stored, and a font pattern ROM 16a for learning Kanji is provided.

FIG. 2 shows a font pattern ROM 16a provided in the ROM 16 of the electronic notebook equipped with the learning device.
It is a figure which shows the memory state of the learning Chinese character font in. The font pattern ROM 16a stores, for each of a large number of Chinese characters for learning, the individual parts (elements) that make up the Chinese character font arranged in the writing order and stored, and the color liquid crystal display unit 1 for each of the parts
Start point position coordinate data (X
S, YS) and end point coordinate data (XE, YE) are also stored. The Kanji font stored in this font pattern ROM 16a is superposed for each part according to the writing order managed by the part address N. It is displayed as one Kanji font.

The RAM 17 has a display register 17
a, a font address register 17b, a start point position data register 17c, a position data register 17d, a parts address register N, a writing order correct / incorrect flag register M, and various notebook modes such as a memo data register and a schedule data register. A notebook data register for storing the selected data is provided.

In the display register 17a, display data to be displayed on the color liquid crystal display unit 13 in various operation modes is expanded and stored as bitmap pattern data.

The font address register 17b has a font pattern ROM 16a in the ROM 16.
The font address that specifies the Kanji font in is stored.

Further, the starting point position data register 17c stores the starting point coordinates of the touch position detected by the input detecting section 15 in response to the pen input to the tablet 14 after the operation of the "learning" key 12b in the kanji learning mode. The data is stored.

Further, in the position data register 17d, the coordinate data of the touch position continuously detected after the detection of the starting point position coordinate accompanying the pen input to the tablet 14 is sequentially rewritten as the ending point position coordinate data. Stored and stored.

Further, the parts address register N includes
Font pattern ROM 1 designated by the font address stored in the font address register 17b
The part address N that specifies each part of the Kanji font in 6a is stored.

Further, the writing order correct / wrong flag register M is
The correctness determination flag is set as "0" when there is no error in the writing order associated with the pen input of the Chinese characters on the tablet 14 in the Chinese character learning mode and as "1" when there is an error.

Next, the operation associated with learning kanji in the electronic notebook equipped with the learning device having the above-described structure will be described. FIG. 3 is a flowchart showing a kanji learning mode process in the electronic notebook equipped with the learning device.

FIG. 4 is a diagram showing a display state of learning Chinese characters accompanying the Chinese character learning mode processing in the electronic notebook equipped with the learning apparatus. FIG. 5 is a diagram showing a first example of a writing style learning operation display accompanying a kanji learning mode process in an electronic notebook equipped with the learning device.

FIG. 6 is a diagram showing a second example of a writing style learning operation display accompanying the kanji learning mode processing in the electronic notebook equipped with the learning device. When the Kanji learning mode is selected and set according to the operation mode menu selection screen displayed on the liquid crystal display unit 13 by operating the “menu” key of the key input unit 12, the Kanji learning mode process in FIG. 3 is started. First, "0" is initialized to the writing order correctness / wrongness flag register M in the RAM 17 and "1" is initialized to the parts address register N (step S1).

Then, the individual part patterns constituting the Kanji font designated by the font address stored in the font pattern ROM 16a (see FIG. 2) in the ROM 16 are read out, and are superimposed on the display register 17a. By being expanded and stored, as shown in FIG. 4A, it is displayed as a learning Chinese character selection screen on the color liquid crystal display unit 13 (steps S2 → S3).

In this case, each time the cursor key 12c of the key input section 12 is operated, the font pattern ROM 16
The font address for a is updated, and the Kanji fonts to be learned are sequentially replaced and displayed (steps S2, S3, S4 → S8 → S2).

By the learning kanji selection process, for example, the kanji font "horse" read from the font pattern ROM 16a is selected and displayed as the learning kanji, and the key input section 12 is started to start the learning learning. When the "learn" key 12b is operated, the individual part patterns forming the kanji font "horse" are read in the order corresponding to the writing order by sequentially incrementing the part address N, and one part is displayed in the display register 17a. The images are overlaid and repeatedly displayed as shown in FIGS. 4B to 4E (steps S4 → S5, S6 → S5) until the next key input occurs.

That is, when the Kanji font to be learned is selected and the "learn" key 12b is operated, the Kanji font to be learned is repeatedly displayed in a state of being combined for each part according to the stroke order. First of all, the person can visually learn the stroke order and font of the individual parts.

Then, when any key (anything) in the key input unit 12 is operated, the repeated display state according to the writing order is canceled, and as shown in FIG. The kanji characters are displayed as they are (steps S6 → S7).

In this case, the Chinese character font is displayed in black on the color liquid crystal display unit 13, and the message data prompting the writing of the first stroke is displayed on the upper left of the display screen. Here, if there is no pen input, the processing state is the same as or lower than the above Kanji selection processing (steps S8 → S2 → S).
8).

Then, as shown in FIG. 5 (A),
While the kanji font “horse” to be learned is displayed in black on the color liquid crystal display unit 13 and the writing message “first stroke” is displayed, as shown in FIG. When the part that seems to be the first stroke is input by handwriting, the coordinate data corresponding to the handwritten input position is detected from the tablet 14 via the input detection unit 15, and the start point position coordinate data detected first is stored in the RAM.
It is stored in the start point position data register 17c in 17 (steps S8 → S9, S10).

Further, the position coordinate data sequentially detected from the tablet 14 via the input detection unit 15 in accordance with the handwriting input of the first stroke by the learner is sequentially updated to the position data register 17d until there is no pen input. Stored (steps S11, S12, S13 → S1)
1).

Then, when the handwriting input of the first stroke by the learner is completed and the pen P is released from the tablet 14,
This means that the position data register 17d stores the end point position coordinate data associated with the handwriting of the first stroke this time. Here, with the part address "1" set in the part address register N, Starting point position coordinate data (XS, YS) and ending point position coordinate data (XE, YE) of the first stroke part of the corresponding kanji font "horse" in the designated font pattern ROM 16a (see FIG. 2).
) And 1 accompanying handwriting input stored in the starting point position data register 17c and the position data register 17d.
A match / mismatch between the start point position coordinate data and the end point position coordinate data of the image is compared and determined (steps S13 → S1).
4, S15).

In this case, a predetermined amount of position error is allowed in the position coordinate data coincidence determination process in step S15. Here, the font pattern ROM 16a
When it is determined that the position coordinate data of the first stroke of the corresponding kanji font "horse" stored in the table and the detected position coordinate data of the first stroke accompanying the handwriting input match, the first stroke of the handwriting Since the eye parts input is correct, the corresponding part pattern of the Kanji font displayed on the color liquid crystal display unit 13 is displayed in green (step S15 →
S16).

At the same time, the part address "1" set in the part address register N is incremented and set to "2", and message data prompting the learner to write a second stroke is displayed. (Step S17).

In this way, when the part address set in the part address register N is updated, it is displayed whether or not the part address N exceeds the number of strokes of the corresponding Kanji font, that is, the color liquid crystal display unit 13. It is judged whether or not the handwriting input for each stroke order corresponding to all the parts for the Kanji font is completed (step S1).
8).

In this case, the parts address register N
Since the part address set to is 2 and the stroke number of the kanji font "horse" is "10", it is judged that the handwriting input for each stroke order for the displayed kanji font has not been completed, The corresponding handwriting input waiting state is set (steps S18 → S19).

After this, as in the case of the handwriting input operation for the first stroke, as shown in FIG. 5 (C), when the learner traces a part that seems to be the second stroke, the handwriting input is performed. When it is determined that the coordinate data and the handwritten position coordinate data match, the corresponding part pattern is displayed in green, the part address N is set to "3", and message data prompting the writing of the third stroke is displayed. The handwriting input waiting state is set (step S19 → S9 to S1).
8 → S19).

Then, as shown in FIG. 5 (D), when the learner traces the part which seems to be the third stroke and inputs by handwriting, it corresponds to the part address "3" stored in the font pattern ROM 16a. However, if it is determined that the part position coordinate data and the handwritten detected position coordinate data do not match, the part input of the third stroke by the handwriting is incorrect, so the part that matches the incorrect handwritten position coordinate data. When a part in the font pattern ROM 16a having position coordinate data is detected and it is determined that there is a corresponding font part, the part pattern is displayed in red (steps S19 → S9-).
S15 → S20, S21 → S22).

In this case, "1" is set in the write order correct / wrong flag register M in the RAM 17 (step S2).
3). That is, when the learner traces a part different from the stroke order and makes a handwriting input, the corresponding part pattern is displayed in red, so that it is possible to immediately know which stroke the input stroke is wrong.

On the other hand, when handwriting is input at a position different from the position of each part of the displayed Kanji font, it is determined that the part position coordinate data indicated by the part address N and the handwriting position coordinate data do not match. If it is determined that the part pattern corresponding to the handwritten position coordinate data does not exist in other part patterns not indicated by the part address N, the color liquid crystal display unit 13
An error message is displayed (step S19)
→ S8 to S15 → S20, S21 → S24).

After that, the correctness determination process and the display color changing process associated with the handwriting input operation for the third and subsequent strokes in which the stroke order is incorrect are repeated again, and as shown in FIG. When handwriting input is performed by tracing a part that seems to be the 10th stroke, if it is determined that the part position coordinate data and the handwriting position coordinate data match, the corresponding part pattern is displayed in green and the part address N Is “11”
Is set to (step S19 → S8 to S15 → S1
6, S17).

Then, since the part address N "11" exceeds the stroke number "10" of the kanji font "horse", the stroke order corresponding to all the parts for the kanji font displayed on the color liquid crystal display unit 13 is displayed. It is determined that the handwriting input for each is completed, and whether or not "0" is set in the writing order correctness / wrongness flag register M in the RAM 17, that is,
It is determined whether or not there is an error in the writing order during the series of writing methods of the displayed Kanji font (step S1).
8 → S25).

In this case, as shown in FIG. 5D, there is an error in the writing order of the third stroke, and since "1" is set in the writing order correct / wrong flag register M, the writing order is incorrect. It is determined that there is, and an end message is displayed at the left end of the color liquid crystal display unit 13 (steps S25 → S2).
6).

On the other hand, as shown in FIGS. 6 (A) to 6 (E), with respect to the Chinese character font “horse” selectively displayed on the color liquid crystal display unit 13, the stroke order of handwriting input by the learner is 1 When the strokes from the 10th stroke to the 10th stroke are input correctly,
The process of steps S8 to S19 is continuously repeated for each individual part input, and each part pattern is sequentially displayed in green, and the writing order correct / incorrect flag register M in the RAM 17 is initialized to "0". It will be as it is.

When the part address N "11" exceeds the stroke number "10" of the kanji font "horse", the stroke order corresponding to all the parts for the kanji font displayed on the color liquid crystal display unit 13 is set. When it is determined that the handwriting input of is completed, the writing order correct / wrong flag register M is set to "0", that is, it is determined that there is no error in the writing order. An OK message is displayed (steps S18 → S2).
5 → S27).

Therefore, according to the electronic notebook equipped with the learning device having the above-mentioned configuration, the handwriting input display screen in which the tablet 14 is provided on the color liquid crystal display unit 13 is divided into parts for each writing order in the font pattern ROM 16a. Selectively display any kanji fonts that are stored and stored, and if the learner traces each kanji part with the pen P according to the writing order that seems to be correct, handwriting input is performed. No detected start point and end point position data and the font pattern ROM
16a, the start / end position data of each part is compared / mismatched to determine whether the writing order is correct or incorrect. When the correct writing order is entered, the corresponding kanji part is displayed in green. When the characters are displayed, and the corresponding kanji parts are displayed in red when they are entered in the wrong stroke order, it is easy to compare the parts position data stored in the font pattern ROM 16a with the detected position data by handwriting. It is possible to judge whether the writing order is correct or not by various processes, and it is possible to mount the writing learning device at low cost.

When displaying the kanji fonts stored in the font pattern ROM 16a, the individual kanji parts stored according to the writing order are sequentially combined and displayed, so that the actual kanji to be learned can be displayed. You can visually check the stroke order and remember it.

Further, since individual parts of the Kanji font displayed on the color liquid crystal display unit 13 can be traced and input by the pen P by hand, the model can be entered according to a model like a conventional study book such as a Kanji drill. You can learn how to write.

Furthermore, if the stroke order is entered incorrectly, the corresponding Kanji parts will be displayed in red.
You can immediately know the stroke order error. In the above-described embodiment, the kanji learning process for the kanji font stored in the font pattern ROM 16a has been described, but for other characters, numbers, and symbols as well, the writing learning that is managed by the font parts is performed. Can be done.

[0065]

As described above, according to the learning device according to the first aspect of the present invention, when a character is input by the character input means, it is determined whether the writing order of the input character is correct or not. Judgment is performed by comparing the corresponding characters in the writing order with the corresponding characters stored in, and the judgment result is displayed. You will be able to judge the order correctly.

According to the learning device of claim 2 of the present invention, the character selected by the character selecting means is displayed on the display means, and the character is input by the handwriting input means in correspondence with the displayed character. Because you can, you will be able to learn how to write according to the example.

Further, according to the learning device of the third aspect of the present invention, the characters selected by the character selecting means are sequentially read out from the character storing means for each element and displayed in an order corresponding to the writing order. , You will be able to visually represent the actual stroke order.

Further, according to the learning device of the fourth aspect of the present invention, since the characters displayed on the display means can be traced and input by handwriting, the stroke order and the font can be learned by tracing the model. .

According to the learning device of claim 5 of the present invention, when it is determined that the writing order of the characters input by the character input means is not the same as the writing order of the characters selected by the character selecting means. Since the display color of the element determined to be out of the writing order of the characters displayed on the display means is changed, it becomes possible to clearly inform where the writing order is wrong.

According to the learning device of claim 6 of the present invention, each of the start and end points of the input by the character input means detected by the start point / end point detecting means and the character selected by the character selecting means is constituted. The start and end points of the elements are sequentially compared according to the writing order, and it is determined whether or not the input characters were input in the writing order.Therefore, the writing order of the input characters is judged to be correct by an extremely simple process. become able to.

Therefore, according to the present invention, it is possible to perform writing learning by simple processing without using the complicated processing such as the character recognition processing to judge whether the input character is correct or not. A device can be provided. Further, it becomes possible to easily learn the stroke order and the font style by displaying the model characters instead of simply inputting the characters to be learned by handwriting.

[Brief description of drawings]

FIG. 1 is a block diagram showing a configuration of an electronic circuit of an electronic notebook equipped with a learning device according to an embodiment of the present invention.

FIG. 2 is a diagram showing a storage state of learning Kanji fonts in a font pattern ROM provided in a ROM of an electronic notebook equipped with the learning device.

FIG. 3 is a flowchart showing a kanji learning mode process in an electronic notebook equipped with the learning device.

FIG. 4 is a view showing a display state of learning Chinese characters accompanying the Chinese character learning mode processing in an electronic notebook equipped with the learning apparatus.

FIG. 5 is a diagram showing a first example of a writing style learning operation display accompanying a kanji learning mode process in an electronic notebook equipped with the learning device.

FIG. 6 is a diagram showing a second example of a writing style learning operation display accompanying a kanji learning mode process in an electronic notebook equipped with the learning device.

[Explanation of symbols]

 11 ... Control part (CPU), 12 ... Key input part, 12a ... Character key, 12b ... "Learning" key, 12c ... Cursor key, 13 ... Color liquid crystal display part, 14 ... Tablet, 15 ... Input detection part, 16 ... ROM, 16a ... Font pattern ROM, 17 ... RAM, 17a ... Display register, 17b ... Font address register, 17c ... Starting point position data register, 17d ... Position data register, M ... Writing order correct / wrong flag register, N ... Parts address register, 18 ... Display drive circuit.

Claims (6)

[Claims] 1. A character storage means for storing, for each of a plurality of characters, elements constituting the character for each writing order, and a character selection means for arbitrarily selecting a character from the characters stored in the character storage means. And a character input means for inputting characters, and a stroke order judgment for comparing whether the stroke order of the characters input by the character input means is the same as the stroke order of the characters selected by the character selection means. A learning device comprising: a means and a result display means for displaying a result of the judgment made by the writing order judgment means. 2. A display means for displaying the character selected by the character selection means, wherein the character input means is a handwriting input means provided corresponding to a display screen of the display means. The learning device according to claim 1, wherein the learning device is a learning device. 3. The display means comprises read-out display means for sequentially reading out and displaying the character selected by the character selecting means, element by element, from the character storage means. Learning device. 4. The handwriting input means is a handwriting input means which is provided so as to be overlapped with a display screen of the display means, and which can trace and input characters displayed on the display screen of the display means by handwriting. The learning device according to claim 2 or 3, characterized in that. 5. The display means when the writing order determination means determines that the writing order of the characters input by the character input means is not the writing order of the characters selected by the character selection means. The learning according to any one of claims 2 to 4, further comprising display color changing means for changing a display color of an element which is determined to be out of the writing order of the characters displayed on the screen. apparatus. 6. The apparatus further comprises start point / end point detecting means for detecting a start point and an end point of input by the character input means, wherein the character storing means writes an element forming a character for each of the stored characters. A character storage unit that stores the start point and the end point of each element for each element, and stores the characters in order, and the writing order determination unit is the character input detected by the start point / end point detection unit. By sequentially comparing the starting point and the ending point of the input by the means and the starting point and the ending point of each element that is stored in the character storage means and constitutes the character selected by the character selection means, the input character is 6. The learning device according to claim 1, wherein the learning device is a writing order determination unit that determines whether or not the input is performed according to the writing order.