JP2012020459A - Scanning printing device, printing method, and printing control program - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a scanning printing device that can create a musical note with a letter notation, the music score being easy for a beginner to read, and to provide a printing method and a program.SOLUTION: The scanning printing device includes: a musical note information detection means for detecting information on the musical score from image information to be read when an image reading means, a printing means, a movement amount detection means, an operation mode setting means, and a reading mode are set; a musical note position setting means for setting a position in a longitudinal direction of a staff notation of respective musical notes detected by the musical note information detection means based on the information of the image information and the movement amount;a letter notation setting means for setting the letter notation; and a printing data generation means for generating printing data for printing a letter denoting the letter notation by associating the letter with the position of each musical note. Moreover, the scanning printing device includes a printing control means where the printing means is actuated based on the printing data when a printing mode is set and the device body moves on a printed matter, and the letter notation of the musical note is printed by associating the letter notation with the musical note of the musical score printed on the printed matter.

Description

  The present invention relates to a scanning printing apparatus, a printing method in the scanning printing apparatus, and a print control program that causes a computer of the scanning printing apparatus to execute the printing method.

  Usually, note names are not printed on commercially available musical scores, so it is difficult for beginners to read, and many people lose their interest in music. Thus, various proposals have been made to remove notes of weakness in notes, even for beginners who are not used to reading notes.

  For example, Japanese Utility Model Publication No. 3028687 (Patent Document 1) proposes a note reading assisting tool that can be attached to a part of a score and easily read a note. This note reading aid is a sticker that has a staff on the surface and a plurality of note heads displayed on or between the staffs, and the note names are displayed beside or inside the note heads. It can be used by pasting it on the corner of a score, next to a staff, or on a staff.

  In addition, proposals have been made on a score recognition method for reading music images, recognizing music symbols, and creating data for performance and score display. For example, Japanese Patent Laid-Open No. 11-194762 (Patent Document 2) proposes a score recognition method for setting a binarization threshold using score information and capturing a score image as a binarized image. . This score recognition method is configured such that the threshold value setting for image binarization that greatly affects the recognition rate can be automatically set to an optimum value for recognition.

Noto 3028687 gazette JP-A-11-194762

  Since the note reading aid described in Patent Document 1 is used by attaching a sticker to a corner, a side of a staff, or a staff on a printed matter on which a score is printed, the sound of a predetermined note is used. In order to know the name, it was necessary to compare a predetermined note with the sticker, and it was not possible to know the name smoothly. In addition, the score recognition method described in Patent Document 2 can create data for performance and score display by the method, but it does not have a function of printing a note name or the like on a score. .

  The present invention has been made in view of such problems of the prior art, reads image information of a score including a note, and corresponds to the position of each note based on the read image information and movement amount information. Since the note name of each note can be printed, a score with a note name that is easy to read even for beginners can be created, a printing method in the scanning printer, and this printing method And a printing control program for causing a computer of the scanning printing apparatus to execute the above.

  A scanning printing apparatus according to a first aspect of the present invention includes an image reading unit and a printing unit in an apparatus main body, and moves the apparatus main body on a printed material on which a score is printed to read image information on the printed material. And a scanning type printing apparatus that performs printing on the printed matter, a moving amount detecting means for detecting the moving amount when the apparatus main body is moved, and a reading for operating the image reading means when the apparatus main body is moved. Mode, or an operation mode setting means for setting a printing mode for operating the printing means when the apparatus main body is moved, and image information read by the image reading means when the reading mode is set by the operation mode setting means A score information recognition means for recognizing score information including notes in the score recorded on the printed matter, and the image reading Note position for setting the position in the length direction of the staff notation recognized by the score information recognition means based on the image information read by the means and the movement amount information detected by the movement amount detection means A note name corresponding to the position of each note set by the note position setting means, a note name setting means for setting the note names of each of the plurality of notes recognized by the score information recognition means, and the note names; Print data generating means for generating print data for printing characters representing the note names of the notes set by the setting means, and when the print mode is set by the operation mode setting means, When the apparatus main body moves on the printed matter, the printing unit is operated based on the print data generated by the print data generating unit, and is then placed on the printed matter. Corresponding to the position of the notes of the musical score that is printed, characterized in that it comprises a print control means for printing the note name of the note.

  The scanning printing apparatus according to the second aspect of the present invention comprises an image reading means and a printing means in an apparatus main body, and the apparatus main body is moved on a printed matter on which a score is printed, and image information on the printed matter is transferred. A scanning type printing apparatus that performs predetermined processing on the read image information and prints on the recording paper, and a movement amount detection unit that detects a movement amount of the apparatus body when the apparatus body moves; When the reading mode is set by the operation mode setting means for setting the reading mode for operating the image reading means at the time of movement or the printing mode for operating the printing means at the time of movement of the apparatus main body. And recognizing the musical score information including the notes in the musical score recorded on the printed matter from the image information read by the image reading means. Music score information recognition means, image information storage means for storing image information of a score read by the image reading means when the reading mode is set, image information read by the image reading means and the movement amount Based on the information on the amount of movement detected by the detecting means, the note position setting means for setting the position in the length direction of the staff notation recognized by the score information recognition means, and the score information recognition means A note name setting unit that sets the note names of a plurality of recognized notes, and score print data for printing the score based on the image information of the score stored in the image information storage unit, The note name of each note set by the note name setting means is represented in correspondence with the position of each note set by the note position setting means. Print data generation means for generating pitch name print data for printing characters, and when the apparatus main body moves on the recording paper when the print mode is set by the operation mode setting means, When the printing means is operated based on the score print data generated by the print data generation means to print the score on the recording paper, and then the apparatus main body moves on the recording paper from the initial position, the print data Print control means for operating the printing means based on the note name print data generated by the generation means and printing the note names of the notes corresponding to the positions of the notes of the score printed on the recording paper. It is characterized by that.

  The scanning printing apparatus according to the third aspect of the present invention comprises an image reading means and a printing means in the apparatus main body, the apparatus main body is moved on the printed matter on which the score is printed, and the image information on the printed matter is transferred. A scanning type printing apparatus that performs predetermined processing on the read image information and prints on the recording paper, and a movement amount detection unit that detects a movement amount of the apparatus body when the apparatus body moves; When the reading mode is set by the operation mode setting means for setting the reading mode for operating the image reading means at the time of movement or the printing mode for operating the printing means at the time of movement of the apparatus main body. And recognizing the musical score information including the notes in the musical score recorded on the printed matter from the image information read by the image reading means. Score information recognition means, image information storage means for storing image information of a score read by the image reading means when the reading mode is set, image information read by the image reading means and the movement amount Based on the information on the amount of movement detected by the detecting means, the note position setting means for setting the position in the length direction of the staff notation recognized by the score information recognition means, and the score information recognition means A note name setting unit that sets the note names of a plurality of recognized notes, and score print data for printing the score based on the image information of the score stored in the image information storage unit, Based on the information on the position of each note set by the note position setting means, the pitch name setting means is aligned with the vicinity of each note. In order to arrange the characters representing the note names of the notes set more, the note name print data for printing the characters representing the note names of the notes is combined with the score print data to generate the score print data with the note names. A print data generation unit for generating the print data, and further, when a print mode is set by the operation mode setting unit, a note name generated by the print data generation unit is generated when the apparatus main body moves on the recording paper. The printing means includes printing control means for operating the printing means based on the score print data to print a score on which the note names of notes are printed on the recording paper.

  Further, in the scanning printing apparatus according to any one of the first to third inventions, the pitch name setting means sets the pitch name of each note based on the position of the note head of the note relative to the staff. Features.

  A printing method according to a fourth aspect of the invention is an image reading process for reading image information on a printed material when the apparatus body of the scanning printing apparatus is moved on the printed material on which the score is printed, or on the printed material. A printing method in a scanning printing apparatus that executes a printing process for performing printing, and a movement amount calculation process for calculating a movement amount when the apparatus body is moved, and the image reading process is performed when the apparatus body is moved. A mode setting process for setting a reading mode to be executed or a printing mode for executing the printing process when the apparatus main body is moved, and image information read by the image reading process when the reading mode is set by the mode setting process A score information recognition process for recognizing score information including notes in the score recorded on the printed matter; and the image Based on the image information read in the sampling process and the information on the movement amount calculated in the movement amount calculation process, the position in the length direction of each of the plurality of musical notes recognized by the score information recognition process is set. The note position setting process, the note name setting process for setting the note name of each of the plurality of notes recognized in the score information recognition process, and the position of each note set in the note position setting process, Print data generation processing for generating print data for printing characters representing the pitch names of the notes set in the pitch name setting processing, and when the print mode is set by the mode setting processing When the apparatus main body moves on the printed matter, the print processing is executed based on the print data generated by the print data generating processing, and the sound of the score printed on the printed matter is obtained. Characterized in that in correspondence with the position to perform a printing control processing for printing the note name of the note.

  A printing method according to a fifth aspect of the invention is an image reading process for reading image information on a printed material when the apparatus body of the scanning printing apparatus is moved on the printed material on which a score is printed, or on a recording sheet. A printing method in a scanning printing apparatus that executes a printing process for performing printing on a printing apparatus, wherein a movement amount calculation process for calculating the movement amount when the apparatus main body is moved, and the image reading process when the apparatus main body is moved. A mode setting process for setting a reading mode to be executed or a printing mode for executing the printing process when the apparatus main body is moved, and an image read by the image reading process when the reading mode is set by the mode setting process A score information recognition process for recognizing the score information including the notes in the score recorded on the printed matter from the information; Image information storage processing for storing image information of a score read by the image reading processing, and image information read by the image reading processing and movement calculated by the movement amount calculation processing when the taking mode is set A note position setting process for setting positions of a plurality of musical notes recognized by the musical score information recognition process in the length direction of the staff based on the information on the quantity; and a plurality of musical notes recognized by the musical score information recognition process And generating musical score print data for printing the musical score based on the musical score image information stored in the image information storing process, and setting in the musical note position setting process. A print data for generating pitch name print data for printing a character representing the pitch name of each note set in the pitch name setting process in correspondence with the position of each note to be played. And when the apparatus main body moves on the recording paper when the print mode is set by the mode setting process, based on the score print data generated by the print data generation process When the printing process is executed to print a score on the recording paper, and then the apparatus body moves on the recording paper from an initial position, based on the pitch name print data generated in the print data generation process A printing process is executed, and a print control process for printing the note name of the note corresponding to the position of the note of the score printed on the recording paper is performed.

  And the printing method which concerns on 6th invention is the image reading process which reads the image information on the printed matter, when the apparatus main body of a scanning printing apparatus is moved on the printed matter on which the score was printed, or the read image A printing method in a scanning printing apparatus that executes a printing process for performing printing on recording paper by performing predetermined processing on information, the movement amount calculating process for calculating the movement amount when the apparatus main body is moved, and the apparatus When a reading mode is set by the mode setting process and a mode setting process for setting a reading mode for executing the image reading process when the main body is moved, or a printing mode for executing the printing process when the main body of the apparatus is moved. The score information including the notes in the score recorded on the printed material is recognized from the image information read by the image reading process. A score information recognition process for performing image processing, an image information storage process for storing image information of a score read by the image reading process when the reading mode is set, an image information read by the image reading process, and the image information A note position setting process for setting positions of a plurality of notes recognized in the musical score information recognition process in the length direction of the musical notation based on the movement amount information calculated in the movement amount calculation process; and the score information recognition A note name setting process for setting a note name of each of the plurality of notes recognized by the process and a score print data for printing the score based on the image information of the score stored in the image information storage process In addition, based on the information on the position of each note set in the note position setting process, each position set in the note name setting process in the vicinity of each note Print data generation for synthesizing note name print data for printing characters representing the note name of each note with the score print data so as to arrange the character representing the note name of the note and generating the score print data with the note name And when the apparatus main body moves on the recording paper when the print mode is set by the mode setting process, based on the score-named score print data generated by the print data generation process The printing process is executed to execute a print control process for printing a musical score on which the note names of notes are printed on the recording paper.

  Further, in the printing method according to any one of the fourth to sixth inventions, the note name setting process sets the note name of each note based on the position of the note head of the note with respect to the staff. To do.

  A print control program according to a seventh aspect of the invention is an image reading process for reading image information on a printed material when the apparatus body of the scanning printing apparatus is moved on the printed material on which the score is printed, or on the printed material. A print control program for causing a computer of a scanning printing apparatus to execute a printing process for performing printing on the computer, wherein the computer calculates a movement amount when the apparatus main body is moved, and the apparatus When a reading mode is set by the mode setting process and a mode setting process for setting a reading mode for executing the image reading process when the main body is moved, or a printing mode for executing the printing process when the main body of the apparatus is moved. Including the notes in the score recorded on the printed material from the image information read by the image reading process Music score information recognition processing for recognizing musical score information, and a plurality of pieces recognized by the score information recognition processing based on image information read in the image reading processing and information on movement amount calculated in the movement amount calculation processing A note position setting process for setting the position of each note in the length direction of the staff, a note name setting process for setting the note name of each of the plurality of notes recognized in the score information recognition process, and the note position setting process A print data generation process for generating print data for printing characters representing the note name of each note set in the note name setting process in correspondence with the position of each note set in Further, when a printing mode is set by the mode setting process, when the apparatus main body moves on the printed matter, the printing data is generated based on the printing data generated by the printing data generation process. By executing the printing process, characterized in that to execute the print control process for printing the note name of the note corresponding to the positions of the notes of the musical score that is printed on the printed material.

  According to an eighth aspect of the present invention, there is provided a print control program for reading an image information on a printed material when the apparatus body of the scanning printing apparatus is moved on the printed material on which a score is printed, or on a recording sheet. A printing control program for causing a computer of the scanning printing apparatus to execute a printing process for printing, wherein the computer calculates a movement amount when the apparatus main body is moved; and When the reading mode is set by the mode setting process for setting the reading mode for executing the image reading process when the apparatus body is moved, or the printing mode for executing the printing process when the apparatus body is moved, and the mode setting process. Includes the notes in the score recorded on the printed matter from the image information read by the image reading process. Score information recognition processing for recognizing score information, image information storage processing for storing image information of a score read by the image reading processing when the reading mode is set, and reading by the image reading processing Note position setting processing for setting the position in the length direction of each of the plurality of musical notations based on the image information and the movement amount information calculated in the movement amount calculation processing; A note name setting process for setting a note name of each of the plurality of notes recognized in the score information recognition process, and a score for printing the score based on the image information of the score stored in the image information storage process The print data is generated, and the note names of the notes set in the note name setting process in correspondence with the positions of the notes set in the note position setting process Print data generation processing for generating pitch name print data for printing the character to represent, and when the print mode is set by the mode setting processing, when the apparatus main body moves on the recording paper, The printing process is executed based on the score print data generated in the print data generation process, the score is printed on the recording paper, and then the printing apparatus is moved from the initial position on the recording paper. A print control process for executing the print process based on the note name print data generated in the data generation process and printing the note name of the note corresponding to the position of the note of the score printed on the recording paper; It is made to perform.

  The print control program according to the ninth aspect of the invention is an image reading process for reading image information on a printed material when the apparatus body of the scanning printing apparatus is moved on the printed material on which the score is printed, or read A print control program for causing a computer of a scanning printing apparatus to execute a printing process for performing predetermined processing on image information and printing on a recording sheet, the computer controlling the amount of movement when the apparatus main body is moved. A movement amount calculation process to be calculated; a reading mode for executing the image reading process when the apparatus main body is moved; or a mode setting process for setting a printing mode for executing the printing process when the apparatus main body is moved; and the mode setting When the reading mode is set by processing, the print information is read from the image information read by the image reading processing. A score information recognition process for recognizing score information including notes in a score recorded in the score, and an image for storing image information of a score read by the image reading process when the reading mode is set Based on the information storage process and the image information read by the image reading process and the movement amount information calculated by the movement amount calculation process, the length of the staff notation of the plurality of notes recognized by the score information recognition process Note position setting processing for setting the position in the direction, note name setting processing for setting the note names of a plurality of notes recognized in the score information recognition processing, and image information of the score stored in the image information storage processing The score print data for printing the score is generated based on the note position, and each note position information set in the note position setting process is used to generate each score print data. In order to place the character representing the note name of each note set in the note name setting process in the vicinity of the note, the note name print data for printing the character representing the note name of each note is stored in the score. Print data generation processing for generating musical score print data with note names by combining with print data, and when the apparatus main body moves on the recording paper when the print mode is set by the mode setting processing , Executing the print process based on the musical score print data with a note name generated in the print data generation process, and executing a print control process for printing a musical score expressing the note name of a note on the recording paper. Features.

  In the print control program according to any of the seventh to ninth inventions, in the pitch name setting process, the process of setting the pitch name of each note based on the position of the note head of each note relative to the staff The computer is executed.

  According to the present invention, it is possible to read the image information of a score including a note, and to print the note name of each note corresponding to the position of each note based on the read image information and information on the movement amount. A scanning printing apparatus capable of creating a musical score with a note name that is easy to read even for beginners, a printing method in the scanning printing apparatus, and a print control program for causing a computer of the scanning printing apparatus to execute the printing method; Can be provided.

It is a side surface schematic diagram which shows the internal structure of the scanning printing apparatus which concerns on embodiment of this invention. It is a block diagram of the electronic circuit of the scanning printing apparatus. It is explanatory drawing of the pitch name assignment data stored in ROM. It is a flowchart of the control processing in reading mode. It is explanatory drawing which shows the reading operation | movement of the score on printed matter. It is explanatory drawing which shows the information of the movement amount stored in RAM, and a pitch name. It is a flowchart of the control processing in a printing mode. It is explanatory drawing which shows the operation | movement which prints a note name corresponding to the position of the note of the score on printed matter. It is explanatory drawing which shows the operation | movement which prints a musical score on a recording paper, and prints a note name corresponding to the position of the printed note subsequently. It is explanatory drawing which shows the operation | movement which prints the score with a note name on a recording paper. It is explanatory drawing which shows reading operation | movement and printing operation.

  Hereinafter, embodiments for carrying out the present invention will be described with reference to the drawings. FIG. 1 is a schematic side view showing an internal configuration of a scanning printing apparatus 1 according to an embodiment of the present invention. FIG. 2 is a block diagram of an electronic circuit of the scanning printing apparatus 1 according to the embodiment of the present invention. FIG. 3 is an explanatory diagram of the pitch name assignment data stored in the ROM of the scanning printing apparatus 1 according to the embodiment of the present invention.

  A scanning printing apparatus 1 according to an embodiment of the present invention includes an image reading unit and a printing unit in an apparatus main body, and moves the apparatus main body on a printed material on which a musical score including a musical note is printed. The image information is read while the printed material can be printed.

  As shown in FIG. 1, the scanning printing apparatus 1 has a function of reading an image printed on a printed material by moving it while pressing on the printed material, an image read on a paper or the like, an inputted character or pattern And the like. The scanning printing apparatus 1 recognizes a musical note by reading musical score image information such as a musical score, musical notes, and clef, and puts it at a position corresponding to each musical note on the printed matter on which the musical score is printed. It has a function that can print the names of notes such as “Le” and “Mi”. Hereinafter, on the basis of image information of a score that has been read, which is a feature of the scanning printing apparatus 1 according to the embodiment of the present invention, a function for indicating a note name for each note, and a configuration of each unit for realizing this function Explain in detail.

  The scanning printing apparatus 1 includes a hollow rectangular casing 2 that is formed in a size that can be gripped. A touch panel 4 in which a touch sensor surface is laminated on a liquid crystal display surface is formed on the upper side surface of the housing 2.

  The touch panel 4 displays a selection menu for various settings, messages related to various processes, and the like, and can perform various settings, data input, and selection input with fingers and a touch pen. .

  Further, switches such as the operation switch 7, the operation switch 5, and the power switch 3 and LEDs such as a power indicator and a reading lamp are disposed on the side surface of the housing 2. An opening is formed in the lower surface of the housing 2 at a position corresponding to the ink jet head 6, and rollers 8 that are in contact with paper or the like are disposed in the vicinity of both lower ends of the housing 2.

  The operation changeover switch 7 is a reading mode in which the one-dimensional image sensor 21 and the LED array 20 are operated when the apparatus main body (the entire scanning printing apparatus 1) is moved in a state where the roller 8 is in contact with paper or the like. The operation mode setting means sets one of the print modes for operating the inkjet head 6.

  The scanning printing apparatus 1 includes a one-dimensional image sensor 21, which is an image reading unit, an LED array 20, and a lens 22 inside the housing 2. The LED array 20 illuminates a printed matter on which a musical score to be read is printed. The one-dimensional image sensor 21 includes a line CCD having a reading width of 24 mm and a resolution of 8 dots / mm, and reads an image on a printed material illuminated by the LED array 20 through a lens 22.

  In addition, the scanning printing apparatus 1 includes an inkjet head 6 that is a printing unit inside the housing 2. The inkjet head 6 is disposed corresponding to the opening on the lower surface of the housing 2, and when the roller 8 of the housing 2 is brought into contact with a surface to be printed such as paper placed on a flat table or the like, the inkjet head 6 Printing can be performed by ejecting ink from the nozzles in a direction perpendicular to the print target surface.

  In addition, a rotary encoder 9 is disposed inside the housing 2, and a rotation mechanism of a slit disk of the rotary encoder 9 is interlocked with the rotation of the roller 8 via a gear train or a belt (not shown). Therefore, when the roller 8 is placed on the surface to be read or the surface to be printed and the apparatus main body is moved, a pulse signal corresponding to the rotation of the roller 8 is generated from the rotary encoder 9 and transmitted to the control unit described later. The controller drives the one-dimensional image sensor 21 or the inkjet head 6 using the pulse signal as a timing signal, and performs a reading operation or a printing operation. That is, the rotary encoder 9 functions as a movement amount detecting means for detecting the movement amount when the apparatus main body is moved.

  Further, although not shown, the housing 2 is also formed with an input terminal for connecting to an external device such as a personal computer, an insertion port into which a storage medium such as a memory card is inserted, and the like.

  Next, the circuit configuration of the scanning printing apparatus 1 will be described. As shown in FIG. 2, the scanning printing apparatus 1 includes a control unit 10 including a CPU. A ROM 12 and a RAM 13 are connected to the control unit 10. The control unit 10 is connected to the touch panel 4, the key input unit 14, and the rotary encoder 9.

  The control unit 10 is a CPU as a microcomputer serving as a control means, and is read from a system program or an external device stored in advance in the ROM 12 in response to a key operation signal from the key input unit 14 or automatically. A control program read from a Web server on an external communication network or the like is started up, and the operation of each part of the circuit is controlled using the RAM 13 as a work memory.

  The ROM 12 is a program for displaying a menu screen or the like on the display screen of the touch panel 4 based on information input from the key input unit 14 or the touch panel 4, and for generating print data based on the read image information. Programs, print fonts, and the like are stored, and function as a storage medium in which a print control program that can be read by the control unit 10 is stored.

  The ROM 12 stores information for assigning pitch names. This information is a condition for setting the note name of each note based on the position of the note head with respect to the staff as shown in FIG. This is information about conditions for assigning pitch names from the relationship between the distance r to the center of the note head and the distance h between the lines of the read staff notation. Further, the ROM 12 stores note head shape data, clef shape data, and the like corresponding to the distance h between the read staff notation lines.

  The RAM 13 performs processing such as storing data input through the key input unit 14 or the touch panel 4 and editing information of various settings as a work memory. Further, the RAM 13 has an image information memory area for storing image information such as a musical score and musical notes read by the one-dimensional image sensor 21.

  The rotary encoder 9 is an incremental encoder, and includes a rotating plate having a slit row that is rotated when the roller 8 is rotated, and two sets of light emitting elements and light receiving elements disposed so as to sandwich the rotating plate. It has. The rotary encoder 9 also receives a pulse signal as a signal for detecting the amount of movement of the scanning printing apparatus 1 by causing the light receiving element to receive the light emitted from the light emitting element and passing through the slit when the rotating plate rotates. Transmit to the control unit 10.

  The control unit 10 calculates the amount of movement of the apparatus main body by counting the input of pulse signals as movement amount detection signals from the rotary encoder 9. Then, the control unit 10 controls the image data control unit 23 or the print control unit 16 in accordance with the movement amount of the scanning type printing apparatus 1 so as to read an image for each line operation. Or the inkjet head 6 is operated so that ink is ejected from the nozzle row for each line operation. Note that the control unit 10 also determines the end of the print mode based on the calculated movement amount of the apparatus main body.

  The image data control unit 23 turns on the LED array 20 when reading an image, and the scanning printing apparatus 1 moves by a predetermined amount, and receives a pulse signal from the rotary encoder 9 received via the control unit 10 Then, the output for one line of the one-dimensional image sensor 21 is read and supplied to the control unit 10 as image information. The control unit 10 stores the supplied image information in the image information memory area of the RAM 13. That is, the RAM 13 functions as an image information storage unit that stores image information of a musical score read by the one-dimensional image sensor 21 when the reading mode is set by the operation changeover switch 7.

  Then, when the operation switching switch 7 is operated and the reading mode is set, the control unit 10 determines, from the image information read by the one-dimensional image sensor 21, the score information including the notes in the score recorded on the printed matter. It functions as a musical score information recognition means for recognizing.

  Further, the control unit 10 sets the position of the recognized plurality of musical notes in the length direction of the plurality of musical notes based on the image information read by the one-dimensional image sensor 21 and the information on the movement amount detected by the rotary encoder 9. It functions as a note position setting means. Furthermore, the control unit 10 functions as a pitch name setting unit that sets the pitch names of the plurality of recognized notes.

  In addition, the control unit 10 functions as a print data generation unit that generates print data for printing characters representing the note names of the set notes in association with the positions of the set notes. The generated print data is stored in the print buffer of the RAM 13.

  When the operation switch 7 is operated and the print mode is set when the operation control switch 7 is operated, the print controller 16 moves the apparatus main body on the printed material on which the score is printed while pressing the operation switch 5. Based on the print data generated by the control unit 10 and stored in the RAM 13, the inkjet head 6 is operated so as to print the note name of the note corresponding to the position of the note of the score printed on the printed matter.

  The battery 18 supplies a voltage to each part of the circuit in the apparatus. Then, the voltage adjustment unit 17 monitors the voltage level of the battery 18 so that the apparatus main body can appropriately print, and if the voltage level falls below a predetermined voltage level, a warning or the like is notified to prompt the user to charge or replace the battery 18.

  Then, when the control unit 10 moves the apparatus main body of the scanning printing apparatus 1 on the printed matter on which the score is printed based on the printing control program stored in the ROM 12, the image for reading the image information on the printed matter A reading process or a printing process for printing on the printed material can be executed. Hereinafter, a score image reading process and a print control process on a printed matter on which a score is printed, which are characteristic of the scanning printing apparatus 1 of the present embodiment, will be described. First, processing in the reading mode will be described with reference to the flowchart of FIG. The scanning printing apparatus 1 is turned on when the user turns on the power switch 3, and the operation mode can be set. At this time, the control unit 10 sets a mode setting for setting either a reading mode for executing an image reading process when the apparatus main body is moved or a printing mode for executing a printing process when the apparatus main body is moved based on a user operation. It functions as a mode setting means capable of executing processing.

  When the user operates the operation selector switch 7, the control unit 10 sets the operation mode to the reading mode. When the reading mode is started and the user presses the operation switch 5 in a state where the roller 8 is in contact with the printed matter on which the score is printed, an input signal of the operation switch 5 is received (step S101), and the control unit 10 Starts image reading processing (step S105). In step S105, detection of the movement amount is started when the apparatus main body is moved.

  When the image reading and the detection of the movement amount are started, the control unit 10 executes processing for initializing the information on the movement amount so that the predetermined position on the printed material at the time of the start is set as the reference position. That is, the control unit 10 is configured to calculate the movement amount of the apparatus main body from the reference position (reading start position) based on the movement amount detection information received when the apparatus main body moves.

  For example, as shown in FIG. 5A, when the apparatus main body is arranged so that the left side 50 of the score is a reference position on the printed matter on which the score is printed, and the operation switch 5 is operated, the control unit 10 Initialize the travel information. In FIG. 5A, the center position C of the reading line S by the one-dimensional image sensor 21 in the scanning printing apparatus 1 is the third line of the staff, and the reading line S is located on the left side 50 of the score. Thus, the state where the apparatus main body is arranged is schematically shown.

  Then, as shown in FIG. 5B, when the apparatus main body is moved in the length direction of the staff, the amount of movement from the left side 50 of the score is calculated. Further, the control unit 10 controls the image data control unit 23 to turn on the LED array 20, and illuminates the printed matter on which the score to be read is printed. Further, the control unit 10 drives the one-dimensional image sensor 21 by controlling the image data control unit 23, reads images such as a staff score and musical notes on the printed matter illuminated by the LED array 20 through the lens 22, An image information storage process for storing the read image information in the RAM 13 is executed. That is, the scanning printing apparatus 1 includes an image reading process for reading image information on the printed material when the apparatus body moves on the printed material on which the score is printed, and an image information storage for storing the read image information in the RAM 13. The process is configured to be executable.

  The image reading process and the movement amount calculating process are executed until the operation switch 5 is turned off or an error display is output. Then, when the reading mode is set by the mode setting process, the control unit 10 recognizes the score information including the notes in the score recorded on the printed material from the image information read by the image reading process. Executes information recognition processing. That is, as shown in FIG. 5, when scanned on a printed material on which a score is printed, the control unit 10 reads the image information of the musical notation composed of five parallel lines, the image information of the note, the treble clef. A process of recognizing image information of clef such as a clef and a clef is executed.

  When the image reading process is started, the control unit 10 performs a process of determining whether or not there are five parallel lines in the read image information (step S111). When it is determined that there are five parallel lines, the control unit 10 calculates the average value h of the width between the parallel lines in the read image information, and stores it in the RAM 13 (step S121). In this step, the third line of the staff is also set as the pitch name reference line. If it is determined that there are no five parallel lines, the control unit 10 causes the display screen to display an error display for notifying that the musical score is not located in the image read by a predetermined distance. (Step S401).

  Next, the control unit 10 performs a clef recognition process (step S123) for recognizing a clef. In the clef recognition process (step S123), the read image information is compared with the image information of the clef stored in the ROM 12, and it is determined whether the read clef is a treble clef. It is determined whether it is a phonetic symbol or a clef symbol. It also recognizes where the clef is located on the staff. For example, as shown in FIG. 5B, the control unit 10 recognizes that the read clef is a treble clef 51, and the treble clef 51 is located on the second line of the staff. If it is recognized, the control unit 10 sets that the second line of the staff is a treble.

  Note that the clef can be specified in advance by the user as to which note in the staff the predetermined pitch name corresponds to, without causing the clef to be recognized from the read image information. In this case, the clef recognition process (step S123) is omitted.

  Then, the control unit 10 determines that the maximum number max. A process of determining whether or not n or less (step S125) is executed. In this step S125, the maximum number max. When it is determined that the number exceeds n, the control unit 10 displays an error display on the display screen to inform the user that no more new notes can be read (step S401).

  In step S125, the maximum number max. When it is determined that it is n or less, the process proceeds to the next step S131, and the control unit 10 determines whether or not the operation of the operation switch 5 has been completed. Here, if the user has stopped operating the operation switch 5, the control unit 10 ends the reading mode, and if the user operation has not ended, the control unit 10 continues the reading mode.

  When continuing the reading mode, the control unit 10 executes a process of determining whether or not a note has been recognized (step S135). In this step, when the image information of the note is read by moving the apparatus main body, the control unit 10 calculates the note head size from the value of the average value h of the width between the parallel lines. Then, the control unit 10 refers to the note head shape data stored in the ROM 12 and collates the data.

  If it is determined that the note has been recognized as a result of the collation, the control unit 10 determines the maximum amount of movement max. Max. A process of determining whether or not x or less (step S141) is executed. If the note is not recognized in step S135, the process returns to the process of determining whether or not the operation of the operation switch 5 has been completed (step S131).

  In step S141, the movement amount x is the maximum value max. If it exceeds x, the control unit 10 displays an error display on the display screen to inform the user that the reading mode cannot be executed any more (step S401).

  On the other hand, in step S141, the movement amount x is the maximum value max. If it is equal to or less than x, the control unit 10 executes a process of turning on the reading lamp (step S145) to notify the user that the note has been read.

  And the control part 10 performs the note position setting process (step S151) which sets the position in the length direction of the recognized musical score based on the read image information and the calculated movement amount information. In step S151, the movement amount X (n) at the time when the nth note is recognized is stored in the RAM 13. In addition, the control unit 10 executes a process (step S201) of acquiring a distance r from the pitch name reference line to the center of the note head read.

  Next, the control unit 10 executes a pitch name setting process (step S211) for setting the pitch name of the recognized note. In step S211, a pitch name is determined based on pitch name assignment data (see FIG. 3) stored in the ROM 12. For example, if the distance r from the note name reference line (the third line) to the center of the note head is 0, the note name is assigned and stored in the RAM 13. If the distance r from the note name reference line to the center of the note head is -2.5h, the note name is split and stored in the RAM 13. Therefore, the note name and position information of the note are stored in the RAM 13 correspondingly. Here, the positive / negative of the distance is such that the upward direction of the musical score is a positive direction and the downward direction of the musical score is a negative direction with respect to the pitch reference line.

  That is, as shown in FIG. 5 (c), when the apparatus main body is moved on the staff and the first note (quarter note) 52 is read, the control unit 10 reads the first note 52, for example, as a reference. A note position setting process for storing in the RAM 13 that the distance X (1) = 15 mm from the position (the left side 50 of the score) to the center of the note head 52a of the note 52 is executed. Further, the control unit 10 calculates that the distance r from the pitch reference line to the center of the note head 52a of the note 52 is r = −2.5h, and determines the note from the pitch name assignment data (see FIG. 3). The note name setting process for setting the name is executed.

  Then, as shown in FIG. 4, the control unit 10 that has executed the process of setting the note name counts up the number of the read notes (step S301), turns off the reading lamp (step S305), and the user Informs the end of reading of the note. Next, the control unit 10 associates the note set in the note name setting process with the distance from the reference position set in the note position setting process to the note (ie, the position of the note in the length direction of the staff). A print data generation process (step S315) for generating the pitch name print data for printing the character representing the pitch name is executed. Then, the process returns to step S125 to recognize the next note. These processes are executed each time a note is read, and as shown in FIG. 6, the position of each note in the length direction of the staff and the note name of each note are set one after another. Name information is associated and stored in the RAM 13.

  Note that the note head shape data stored in the ROM 12 is not limited to the black note head 52a such as the quarter note 52 or the eighth note 54 as shown in FIG. The shape data of white note heads 53a such as whole notes and half notes 53 are also stored, and when the half note 53 is read, the movement amount X (n) from the reference position and the pitch reference line The distance r from can be set.

  Next, processing in the print mode will be described with reference to the flowchart of FIG. When the user operates the operation selector switch 7, the control unit 10 sets the operation mode to the print mode. When the printing mode is started and the user presses the operation switch 5 with the roller 8 in contact with the printed material, the control unit 10 receives an input signal of the operation switch 5 (step S501), and the amount of movement is determined. Detection is started (step S505).

  When detection of the movement amount is started by the rotary encoder 9, the control unit 10 counts the received pulse signal and calculates the movement amount of the apparatus main body. This movement amount calculation process is executed until the operation switch is turned off or an error display is output, as described above. Then, when this printing mode is set by the mode setting process, when the apparatus main body moves on the printed matter, the control unit 10 moves the inkjet head 6 from the rotary encoder 9 based on the generated pitch name print data. In accordance with the pulse signal, the printing process that controls the drive for each line operation is executed, so that the musical score is printed on the printed material set in the reading mode according to the movement distance of the apparatus main body. Correspondingly, a print control process for printing the note name of the note is executed.

  Specifically, when detection of the movement amount is started, the control unit 10 first determines the total number of notes read in the reading mode by the number N of already printed notes (corresponding to the data number shown in FIG. 6). A process of determining whether or not n or less (step S511) is executed.

  If it is determined in step S511 that the number N of already printed notes is equal to or less than the total number n of read notes, the process proceeds to the next step S515 to determine whether or not the operation switch 5 has been operated. If it is determined in step S515 that the operation of the operation switch 5 has ended, the control unit 10 notifies the user that the note names corresponding to all the notes read are not printed and that the operation has not ended normally. The display is displayed on the display screen (step S535).

  If it is determined in step S515 that the operation of the operation switch 5 has not ended, the control unit 10 continues the print mode and proceeds to the next step S521. In step S521, the control unit 10 executes a process of determining whether or not the current movement amount x has reached the movement amount X (n) corresponding to the position of the note (step S521).

  Then, while the current movement amount x does not reach the movement amount X (n) corresponding to the note position, the process returns to step S515, and when the current movement amount x reaches the movement amount X (n) corresponding to the note position, The control unit 10 executes a process of printing the note name with the data number N (step S525).

  Further, the control unit 10 counts up the number of printed notes (step S531), and returns to step S511. When it is determined in step S511 that the number N of already printed notes exceeds the total number n of notes read in the reading mode, the control unit 10 prints the note names corresponding to all the notes that have been read. When the printing is completed, the printing mode is terminated.

  That is, as a preparation before printing, as shown in FIG. 8A, the user places the center position C of the inkjet head 6 at a position where printing is desired in the direction orthogonal to the staff, and performs reading in the reading mode described above. The ink jet head 6 is arranged so as to coincide with the initial position where it started, for example, the left side 50 of the staff. Next, when the user presses the operation switch 5 and moves the apparatus main body along the staff as shown in FIG. 8B, the inkjet head 6 is positioned near the first note (eg, directly below). At this time, the note name corresponding to the first note (quarter note 52) is printed.

  Further, if the user moves the apparatus main body while pressing the operation switch 5, as shown in FIG. 8C, the pitch names of the second and third notes are sequentially printed. Since the note name of each note is printed corresponding to the distance between the note heads of each note, a half note 53 and an eighth note 54 are mixed as shown in FIG. Even if it is, the note name corresponding to the note is printed.

  As described above, according to the present embodiment, image information of a score including a note is read, and the note name of each note is printed in correspondence with the position of each note based on the read image information and movement amount information. Therefore, a scanning printing apparatus 1 capable of creating a musical score with a note name that is easy to read even for beginners, a printing method in the scanning printing apparatus 1, and a printing method of the scanning printing apparatus 1 And a print control program to be executed by a computer.

  In addition, since the scanning printing apparatus 1 is configured to set the note name of each note based on the position of the note head of each note with respect to the staff, it is possible to appropriately assign the note name of the note. Note that the note name is set based on the relative distance from the previous note, not based on the note head position relative to the staff (the note name of the first note is the user's note name). Various methods such as input) can be employed.

  And this invention is not limited to the above embodiment, A change and improvement are freely possible in the range which does not deviate from the summary of invention. For example, the above-described scanning printing apparatus 1 is configured to print a note name on a printed material on which a score is printed, but prints the scored score or notes of the read score on a recording sheet, and then It is good also as a structure which prints a note name similarly to the above. In addition, it is also possible to have a configuration in which a staff score or a note of the read score is printed on a recording sheet together with a note name.

  The scanning printing apparatus 1 capable of printing an image such as a musical score or a musical note prints a note name in the print data generation process (step S315) in the reading mode shown in FIG. The pitch name print data is generated, and the score print data for printing the score is generated based on the score image information stored in the RAM 13.

  The control unit 10 of the scanning printing apparatus 1 executes a process of setting a score print mode for printing a score in response to an operation of the operation changeover switch 7 by the user. When the score print mode is set and the apparatus main body moves on a recording sheet such as a blank sheet with the operation switch 5 pressed, the control unit 10 generates print data as shown in FIG. Based on the score print data generated by the processing, a print process for printing a score including notes 52 to 54 on a recording sheet is executed. When the user operates the switch or the touch panel 4 to switch from the score printing to the note name printing, the control unit 10 executes a process of setting a note name print mode for printing the note name.

  When the tone name printing mode is set, and the apparatus main body moves on the recording paper from the reading start position (initial position) in the advancing direction while the operation switch 5 is pressed, the flowchart shown in FIG. Similarly to the above, the control unit 10 executes the printing process based on the pitch name print data generated in the print data generation process, and as shown in FIG. 9B, the musical score 52 printed on the recording paper. A print control process for printing the note names of the notes 52 to 54 corresponding to the positions .about.54 is executed. In other words, the scanning printing apparatus 1 can print the image information of the read musical score, and can sequentially print the pitch names immediately below the musical notes 52 to 54 of the printed musical score.

  Thus, by making it possible to print the read score, it is possible to read a part of the score such as only the first four bars and print it on a recording sheet such as a blank sheet. As a result, it is possible to intensively practice musical instruments and vocalization for only a part of the score, and it is not necessary to print the pitch name directly on the purchased score print.

  In addition, the scanning printing apparatus 1 that prints an image such as a staff score or a musical note of a read score on a recording paper together with a note name is configured to perform predetermined processing on the read image information and print it on the recording paper. Then, in the print data generation process (step S315) in the reading mode shown in FIG. 4, the control unit 10 generates score print data for printing the score based on the score image information stored in the RAM 13. To do. Further, the control unit 10 arranges characters representing the note names of the set notes in alignment with the vicinity of each note (such as directly below the note) based on the set position information of each note. Then, the note name print data for printing the character representing the note name of each note is synthesized with the score print data to generate the score print data with the note name.

  Then, when the apparatus main body moves on the recording paper when the print mode is set by the mode setting process, the print process is executed based on the generated musical score print data with a note name as shown in FIG. Print the score with the note name on the recording paper. That is, as shown in FIG. 7, the scanning printing apparatus 1 not only prints the note names corresponding to the notes, but also prints the read images of the musical score, notes, clefs, and the like. .

  According to the present embodiment, the scanning printing apparatus 1 that can create a musical score with a note name that is easy to read even for beginners without positioning at the start of the printing mode, and the scanning printing apparatus 1 A printing method and a printing control program for causing the computer of the scanning printing apparatus 1 to execute the printing method can be provided.

  5 and 8, the case where the treble clef 51 is recognized has been described. However, when the clef symbol 56 is recognized, the pitch name can be similarly printed in correspondence with the position of the note. . That is, as shown in FIG. 11 (a), when the clef 56, which is a clef, is read, the control unit 10 sets the fourth line of the staff on which the clef 56 is arranged as a clef. As a result, as shown in FIG. 11B, when recognizing the notes one after another, the pitch name corresponding to the read navel symbol 56 is set.

  Further, as shown in FIG. 11C, if the print mode is executed with the center position C of the ink jet head 6 placed at the reference position, the corresponding position of each note is obtained as shown in FIG. 11D. The note name will be written.

  And although the pitch name demonstrated the French type, it is not limited to this, You may have various pitch names, such as an American type, a Japanese type, and a German type, described. Furthermore, by setting the name of a note at a predetermined position on the staff in advance instead of the note name, the floor name can be printed in correspondence with the position of the note.

  The musical score is not limited to a musical score, and may be configured to be applicable to various musical scores such as a four-line score and a six-line score. Further, the reference position is not limited to the case where the left side of the score is the reference position. Furthermore, the scanning printing apparatus 1 may be configured to print a mark indicating the reference position (initial position) at the point when the reading mode is started.

  Note that the processing shown in the flowchart in the present embodiment is applied to various apparatuses as a program that can be realized by a computer, for example, written in a storage medium such as a magnetic disk, an optical disk, or a semiconductor memory, or a communication medium. It is also possible to transmit by using and apply to various devices. As described above, by storing the processes described in the present embodiment in a desired storage medium and causing the program to be executed by another computer or the like, it is possible to obtain the same operational effects as when the apparatus of the present embodiment is used. The computer is not limited to the computer built in the apparatus described in the present embodiment, but can read a program stored in a storage medium and can perform a control operation according to the read program. Includes any computer equipped with a computing device.

  Furthermore, in the present embodiment, the case where the scanning type printing apparatus 1 that manually moves the apparatus main body and prints the name of a note on a print target has been described, but scanning that automatically scans and prints on a printed material is performed. It can also be applied to mold printing devices. In addition, the scanning printing apparatus 1 can have a simple configuration as a dedicated machine having the score reading function and the print control function as main functions.

1 Scanning printer 2 Housing
3 Power switch 4 Touch panel
5 Operation switch 6 Inkjet head
7 Operation selector switch 8 Roller
9 Rotary encoder 10 Control section
12 ROM 13 RAM
14 Key input section 16 Print control section
17 Voltage regulator 18 Battery
20 LED array 21 One-dimensional image sensor
22 Lens 23 Image data controller
50 Left side 51 G clef
52 quarter note 52a note head
53 half note 53a note head
54 eighth note 56

Claims (12)

A scanning type equipped with an image reading means and a printing means in the apparatus main body, moving the apparatus main body on a printed matter on which a score is printed, and reading image information on the printed matter, while printing on the printed matter A printing device,
A movement amount detecting means for detecting the movement amount of the apparatus body when moving;
An operation mode setting means for setting a reading mode for operating the image reading means when the apparatus body is moved, or a printing mode for operating the printing means when the apparatus body is moved;
Music score information recognition means for recognizing musical score information including notes in a musical score recorded on the printed matter from image information read by the image reading means when a reading mode is set by the operation mode setting means. When,
Based on the image information read by the image reading means and the information on the movement amount detected by the movement amount detection means, the position in the length direction of a plurality of musical notation recognized by the score information recognition means is set. Note position setting means,
A note name setting means for setting a note name of each of a plurality of notes recognized by the score information recognition means;
Print data generating means for generating print data for printing characters representing the note names of the notes set by the note name setting means in correspondence with the positions of the notes set by the note position setting means; In addition,
When the printing mode is set by the operation mode setting means, when the apparatus main body moves on the printed matter, the printing means is operated based on the print data generated by the print data generating means, thereby A scanning type printing apparatus comprising: a printing control means for printing a note name of a note corresponding to a position of a note of a score printed on the sheet. An image reading means and a printing means are provided in the apparatus main body, and the apparatus main body is moved on a printed matter on which a score is printed, and image information on the printed matter is read, while the read image information is subjected to predetermined processing. A scanning printing apparatus for printing on a recording paper,
A movement amount detecting means for detecting the movement amount of the apparatus body when moving;
An operation mode setting means for setting a reading mode for operating the image reading means when the apparatus body is moved, or a printing mode for operating the printing means when the apparatus body is moved;
Music score information recognition means for recognizing musical score information including notes in a musical score recorded on the printed matter from image information read by the image reading means when a reading mode is set by the operation mode setting means. When,
Image information storage means for storing image information of a score read by the image reading means when the reading mode is set;
Based on the image information read by the image reading means and the information on the movement amount detected by the movement amount detection means, the position in the length direction of a plurality of musical notation recognized by the score information recognition means is set. Note position setting means,
A note name setting means for setting a note name of each of a plurality of notes recognized by the score information recognition means;
Generating score print data for printing the score based on the image information of the score stored in the image information storage means, and corresponding to the position of each note set by the note position setting means, Print data generation means for generating pitch name print data for printing characters representing the pitch name of each note set by the pitch name setting means, and
When the apparatus main body moves on the recording paper when the printing mode is set by the operation mode setting means, the printing means is operated based on the score print data generated by the print data generating means, and the recording When a musical score is printed on paper, and then the apparatus main body moves from the initial position on the recording paper, the printing means is operated based on the pitch name print data generated by the print data generating means, and on the recording paper A scanning printing apparatus, comprising: a printing control unit that prints a note name corresponding to a position of a note of the score printed on the sheet. An image reading means and a printing means are provided in the apparatus main body, and the apparatus main body is moved on a printed matter on which a score is printed, and image information on the printed matter is read, while the read image information is subjected to predetermined processing. A scanning printing apparatus for printing on a recording paper,
A movement amount detecting means for detecting the movement amount of the apparatus body when moving;
An operation mode setting means for setting a reading mode for operating the image reading means when the apparatus body is moved, or a printing mode for operating the printing means when the apparatus body is moved;
Music score information recognition means for recognizing musical score information including notes in a musical score recorded on the printed matter from image information read by the image reading means when a reading mode is set by the operation mode setting means. When,
Image information storage means for storing image information of a score read by the image reading means when the reading mode is set;
Based on the image information read by the image reading means and the information on the movement amount detected by the movement amount detection means, the position in the length direction of a plurality of musical notation recognized by the score information recognition means is set. Note position setting means,
A note name setting means for setting a note name of each of a plurality of notes recognized by the score information recognition means;
Based on the image information of the score stored in the image information storage means, the score print data for printing the score is generated, and on the basis of the position information of each note set by the note position setting means, The note name print data for printing the character representing the note name of each note in order to place the character representing the note name of each note set by the note name setting means in the vicinity of each note. Print data generating means for generating score print data with a pitch name by combining with the score print data; and
When the printing mode is set by the operation mode setting means, when the apparatus main body moves on the recording paper, the printing means is operated based on the musical score print data with a note name generated by the print data generation means. A scanning type printing apparatus comprising: a printing control unit that prints a score on which the note name of a note is printed on the recording paper.   4. The scanning type according to claim 1, wherein the note name setting unit sets a note name of each note based on a position of a note head of the note with respect to the staff. 5. Printing device. Scan that executes image reading processing to read image information on the printed material or printing processing to print on the printed material when the main body of the scanning printing apparatus is moved on the printed material on which the score is printed A printing method in a mold printing apparatus,
A movement amount calculation process for calculating the movement amount when the apparatus body is moved;
A mode setting process for setting a reading mode for executing the image reading process when the apparatus main body is moved, or a printing mode for executing the printing process when the apparatus main body is moved;
A score information recognition process for recognizing score information including notes in a score recorded on the printed material from image information read by the image reading process when a reading mode is set by the mode setting process; ,
Based on the image information read in the image reading process and the movement amount information calculated in the movement amount calculation process, the positions of the plurality of notes recognized in the score information recognition process in the length direction of the staff are set. Note position setting processing,
A note name setting process for setting a note name of each of a plurality of notes recognized in the score information recognition process;
A print data generation process for generating print data for printing characters representing the note names of the notes set in the note name setting process in correspondence with the positions of the notes set in the note position setting process; , And
When the print mode is set by the mode setting process, when the apparatus main body moves on the printed matter, the printing process is executed based on the print data generated by the print data generating process, and the printed matter is placed on the printed matter. A printing method, comprising: executing a print control process for printing a note name of a note corresponding to a note position of a printed score. A scanning type that executes image reading processing for reading image information on a printed material or printing processing for printing on a recording paper when the apparatus body of the scanning printing device is moved on the printed material on which a score is printed A printing method in a printing apparatus,
A movement amount calculation process for calculating the movement amount when the apparatus body is moved;
A mode setting process for setting a reading mode for executing the image reading process when the apparatus main body is moved, or a printing mode for executing the printing process when the apparatus main body is moved;
A score information recognition process for recognizing score information including notes in a score recorded on the printed material from image information read by the image reading process when a reading mode is set by the mode setting process; ,
An image information storage process for storing image information of a score read by the image reading process when the reading mode is set;
Based on the image information read in the image reading process and the movement amount information calculated in the movement amount calculation process, the positions of the plurality of notes recognized in the score information recognition process in the length direction of the staff are set. Note position setting processing,
A note name setting process for setting a note name of each of a plurality of notes recognized in the score information recognition process;
Generating score print data for printing the score based on the image information of the score stored in the image information storage process, and corresponding to the position of each note set in the note position setting process, Print data generation processing for generating pitch name print data for printing characters representing the pitch names of the notes set in the pitch name setting processing, and
When the print mode is set by the mode setting process, when the apparatus main body moves on the recording paper, the printing process is executed based on the score print data generated by the print data generation process, and When the apparatus main body moves on the recording paper from the initial position, the printing process is executed based on the pitch name print data generated in the print data generation process, and the apparatus main body is moved onto the recording paper. A printing method, comprising: executing a print control process for printing a note name corresponding to a position of a note of the printed score. When the main body of the scanning printing device is moved on the printed material on which the score is printed, the image reading process for reading the image information on the printed material, or the read image information is subjected to predetermined processing and printed on the recording paper A printing method in a scanning printing apparatus that executes a printing process for performing
A movement amount calculation process for calculating the movement amount when the apparatus body is moved;
A mode setting process for setting a reading mode for executing the image reading process when the apparatus main body is moved, or a printing mode for executing the printing process when the apparatus main body is moved;
A score information recognition process for recognizing score information including notes in a score recorded on the printed material from image information read by the image reading process when a reading mode is set by the mode setting process; ,
An image information storage process for storing image information of a score read by the image reading process when the reading mode is set;
Based on the image information read in the image reading process and the movement amount information calculated in the movement amount calculation process, the positions of the plurality of notes recognized in the score information recognition process in the length direction of the staff are set. Note position setting processing,
A note name setting process for setting a note name of each of a plurality of notes recognized in the score information recognition process;
Based on the image information of the score stored in the image information storage process, the score print data for printing the score is generated, and on the basis of the position information of each note set in the note position setting process, The note name print data for printing the character representing the note name of each note in order to place the character representing the note name of each note set in the note name setting process in the vicinity of each note. Print data generation processing for generating musical score print data with note names by combining with the score print data, and
When the printing mode is set by the mode setting process, when the apparatus main body moves on the recording paper, the printing process is executed based on the score-named score print data generated by the print data generation process, A printing method, comprising: executing a print control process for printing a score on which the note names of notes are printed on the recording paper.   8. The printing method according to claim 5, wherein in the note name setting process, a note name of each note is set based on a position of a note head of the note with respect to the staff. . When the main body of the scanning printing device is moved on the printed matter on which the musical score is printed, the image reading process for reading the image information on the printed matter or the printing process for printing on the printed matter is performed by scanning printing. A print control program for causing a computer of the apparatus to execute the program,
In the computer,
A movement amount calculation process for calculating the movement amount when the apparatus body is moved;
A mode setting process for setting a reading mode for executing the image reading process when the apparatus main body is moved, or a printing mode for executing the printing process when the apparatus main body is moved;
A score information recognition process for recognizing score information including notes in a score recorded on the printed material from image information read by the image reading process when a reading mode is set by the mode setting process; ,
Based on the image information read in the image reading process and the movement amount information calculated in the movement amount calculation process, the positions of the plurality of notes recognized in the score information recognition process in the length direction of the staff are set. Note position setting processing,
A note name setting process for setting a note name of each of a plurality of notes recognized in the score information recognition process;
A print data generation process for generating print data for printing characters representing the note names of the notes set in the note name setting process in correspondence with the positions of the notes set in the note position setting process; , And
When the print mode is set by the mode setting process, when the apparatus main body moves on the printed matter, the printing process is executed based on the print data generated by the print data generating process, and the printed matter is placed on the printed matter. A print control program for executing a print control process for printing a note name of a note corresponding to the position of a note of a printed score. When the apparatus body of the scanning printing apparatus is moved on a printed matter on which a musical score is printed, an image reading process for reading image information on the printed matter or a printing process for printing on a recording paper is performed. A print control program for causing the computer to execute
In the computer,
A movement amount calculation process for calculating the movement amount when the apparatus body is moved;
A mode setting process for setting a reading mode for executing the image reading process when the apparatus main body is moved, or a printing mode for executing the printing process when the apparatus main body is moved;
A score information recognition process for recognizing score information including notes in a score recorded on the printed material from image information read by the image reading process when a reading mode is set by the mode setting process; ,
An image information storage process for storing image information of a score read by the image reading process when the reading mode is set;
Based on the image information read in the image reading process and the movement amount information calculated in the movement amount calculation process, the positions of the plurality of notes recognized in the score information recognition process in the length direction of the staff are set. Note position setting processing,
A note name setting process for setting a note name of each of a plurality of notes recognized in the score information recognition process;
Generating score print data for printing the score based on the image information of the score stored in the image information storage process, and corresponding to the position of each note set in the note position setting process, A print data generation process for generating a pitch name print data for printing a character representing the pitch name of each note set in the pitch name setting process, and
When the print mode is set by the mode setting process, when the apparatus main body moves on the recording paper, the printing process is executed based on the score print data generated by the print data generation process, and When the apparatus main body moves on the recording paper from the initial position, the printing process is executed based on the pitch name print data generated in the print data generation process, and the apparatus main body is moved onto the recording paper. A printing control program for executing a printing control process for printing a note name of a note corresponding to the position of a note of the printed score. When the main body of the scanning printing device is moved on the printed material on which the score is printed, the image reading process for reading the image information on the printed material, or the read image information is subjected to predetermined processing and printed on the recording paper A printing control program for causing a computer of a scanning printing apparatus to execute a printing process for performing
In the computer,
A movement amount calculation process for calculating the movement amount when the apparatus body is moved;
A mode setting process for setting a reading mode for executing the image reading process when the apparatus main body is moved, or a printing mode for executing the printing process when the apparatus main body is moved;
A score information recognition process for recognizing score information including notes in a score recorded on the printed material from image information read by the image reading process when a reading mode is set by the mode setting process; ,
An image information storage process for storing image information of a score read by the image reading process when the reading mode is set;
Based on the image information read in the image reading process and the movement amount information calculated in the movement amount calculation process, the positions of the plurality of notes recognized in the score information recognition process in the length direction of the staff are set. Note position setting processing,
A note name setting process for setting a note name of each of a plurality of notes recognized in the score information recognition process;
Based on the image information of the score stored in the image information storage process, the score print data for printing the score is generated, and on the basis of the position information of each note set in the note position setting process, The note name print data for printing the character representing the note name of each note in order to place the character representing the note name of each note set in the note name setting process in the vicinity of each note. Print data generation processing for generating musical score print data with a note name by combining with the score print data, and
When the printing mode is set by the mode setting process, when the apparatus main body moves on the recording paper, the printing process is executed based on the score-named score print data generated by the print data generation process, A print control program for executing a print control process for printing a score on which the note name of a note is printed on the recording paper. 12. The pitch name setting process according to claim 9, further comprising: causing the computer to execute a process of setting a pitch name of each note based on a position of a note head of each note with respect to the staff. The print control program according to item 1.

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