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    • 1. 发明授权
    • Musical sound waveform synthesizer
    • 乐音波形合成器
    • US07692088B2
    • 2010-04-06
    • US11453577
    • 2006-06-14
    • Yasuyuki UmeyamaEiji Akazawa
    • Yasuyuki UmeyamaEiji Akazawa
    • G10H1/22G10H1/02G10H7/00
    • G10H7/008G10H1/02G10H2210/095G10H2250/035
    • The present invention is directed to a waveform synthesizer apparatus that synthesizes a waveform of a musical sound based on musical performance event information. In particular, a music synthesizer includes an overlap detector that detects whether a first and second musical sound overlap, and a sound length meter that determines a sound length of the first musical sound. If the first and second musical sounds overlap, the synthesizer instantly terminates synthesizing of the first sound and starts synthesizing the second sound, provided the length of the first sound does not exceed a predetermined length. If the first and second sounds do not overlap, synthesis of the first sound is terminated, and the synthesis of the second sound is initiated, if it is determined that the length of rest between the two sounds does not exceed a predetermined length, and that the first sound does not exceed a predetermined length.
    • 本发明涉及一种基于音乐演奏事件信息合成音乐声音的波形的波形合成器装置。 特别地,音乐合成器包括检测第一和第二音乐声重叠的重叠检测器和确定第一音乐声音的声音长度的声音长度计。 如果第一和第二音乐声音重叠,则如果第一声音的长度不超过预定长度,则合成器立即终止第一声音的合成并开始合成第二声音。 如果第一和第二声音不重叠,则终止第一声音的合成,并且如果确定两个声音之间的静止长度不超过预定长度,则第二声音的合成被开始,并且 第一声​​音不超过预定长度。
    • 2. 发明申请
    • TONE SYNTHESIS APPARATUS AND METHOD
    • 音调合成装置和方法
    • US20090158919A1
    • 2009-06-25
    • US12302500
    • 2007-05-25
    • Eiji Akazawa
    • Eiji Akazawa
    • G10H7/00
    • G10H7/008G10H2210/095G10H2250/035
    • Either a tone generation priority mode or a quality priority mode can be set. If the currently-set mode is the tone generation priority mode when a connecting tone is to be generated for connecting between two successive notes, the joint-portion waveform data is selected for synthesis of the tone, stored head-portion waveform data and tail-portion waveform data are selected, and at least one of a pitch and amplitude of at least one of the head-portion waveform data and tail-portion waveform data is processed so as to provide a smoothly-varying connecting tone. In accordance with the processing, a tone of a fall portion of a temporally preceding one of two successive notes and a temporally succeeding one of the two successive notes are separately synthesized on the basis of the tail-portion waveform data and head-portion waveform data, respectively, so that a connecting tone is realized by a combination of the synthesized tone of the fall portion of the preceding note and the synthesized tone of the rise portion of the succeeding note.
    • 可以设置音调生成优先模式或质量优先模式。 如果当两个连续音符之间要连接的连接音时,当前设置的模式是音调生成优先模式,则选择联合部分波形数据用于合成音调,存储头部波形数据和尾部波形数据, 选择部分波形数据,并且处理头部波形数据和尾部波形数据中的至少一个的音调和幅度中的至少一个,以便提供平滑变化的连接音调。 根据该处理,根据尾部部分波形数据和头部波形数据分别合成两个连续音符中的时间上先前的一个音调的下降部分和两个连续音符中的时间上后续的音调的音调 ,使得通过前一音符的下降部分的合成音调和后一音符的上升部分的合成音调的组合来实现连接音调。
    • 3. 发明授权
    • Method and apparatus for editing performance data with modification of icons of musical symbols
    • 用于通过修改音乐符号的图标来编辑演奏数据的方法和装置
    • US07495165B2
    • 2009-02-24
    • US10712934
    • 2003-11-12
    • Hideo SuzukiMasao SakamaEiji Akazawa
    • Hideo SuzukiMasao SakamaEiji Akazawa
    • G10H7/02G06F3/048
    • G10H1/0025G10H1/0008G10H2210/105G10H2220/015G10H2220/106G10H2220/116G10H2220/121
    • A performance data editing system is actualized by a computer system (or electronic musical instrument) which is equipped with a display and a mouse. The system initially provides a score window containing various types of execution icon layers onto which execution icons (representing musical symbols such as bend-up/down, grace-up/down, dynamics, glissando, tremolo) are attached and arranged in conformity with a progression of a musical tune on a screen of the display. Each of the layers is independently controlled in response to various commands such as display-on, small-scale display, display-off and vertical rearrangement. The system allows a user (or music editor) to select desired execution icons from an icon select palette that provides lists of execution icons which are registered in advance. In addition, the system also allows the user to modify parameters of a specific icon which is selected from among the execution icons attached onto the score window. That is, the user opens an icon modify window to change parameters of the specific icon with the mouse. Further, the system provides the user with a simple operation for deletion of execution-related data from performance data. That is, when the user performs drag-and-drop operations on a certain execution icon to move it outside of a prescribed display area (e.g., layer window) of the score window, the system automatically deletes the corresponding execution-related data from the performance data. Thus, it is possible to improve performability and efficiency in editing performance data by using icons with simple operations and without errors.
    • 性能数据编辑系统由配有显示器和鼠标的计算机系统(或电子乐器)实现。 该系统最初提供包含各种类型的执行图标层的分数窗口,执行图标(代表诸如弯曲/向下,优雅/下降,动态,glissando,颤音)之类的音乐符号被附接并排列成符合 音乐在屏幕上的进行。 响应于诸如显示,小规模显示,显示关闭和垂直重排的各种命令,每个层被独立地控制。 该系统允许用户(或音乐编辑器)从提供预先登记的执行图标的列表的图标选择调色板中选择所需的执行图标。 此外,该系统还允许用户修改从附加到评分窗口的执行图标中选择的特定图标的参数。 也就是说,用户打开一个图标修改窗口,用鼠标改变特定图标的参数。 此外,系统向用户提供用于从执行数据中删除执行相关数据的简单操作。 也就是说,当用户对某个执行图标执行拖放操作以将其移动到得分窗口的规定显示区域(例如,层窗口)之外时,系统自动从相应的执行相关数据中删除相应的执行相关数据 性能数据。 因此,通过使用简单的操作和没有错误的图标,可以提高编辑性能数据的可执行性和效率。
    • 4. 发明授权
    • Waveform production method and apparatus
    • 波形生产方法和装置
    • US07259315B2
    • 2007-08-21
    • US10107865
    • 2002-03-26
    • Motoichi TamuraYasuyuki UmeyamaHideyuki MasudaEiji Akazawa
    • Motoichi TamuraYasuyuki UmeyamaHideyuki MasudaEiji Akazawa
    • G10H1/00
    • G10H1/02G10H7/008G10H2210/095G10H2240/056
    • Performance event data designating rendition style modules are supplied in order of time. When a given performance event data at a given time is to be processed in accordance with the supplied performance event data, another performance event data related to one or more events, following the given performance event data, is obtained in advance of a predetermined original time position of the other performance event daata. Control data corresponding to a rendition style module designated by at least one of the given performance event data and the other performance event data obtained in advance is generated on the basis of the given and the other performance event data, and a waveform corresponding to the designated rendition style module is synthesized on the basis of the control data. Characteristic of at least one of preceding and succeeding rendition style modules is modified on the basis of trailing end information of the preceding rendition style module and leading end information of the succeeding rendition style module. When rendition style designation data, including information designating a rendition style module and parameters for controlling the rendition style module, is lacking in a necessary parameter, the lacking parameter is filled with a predetermined standard parameter.
    • 按时间顺序提供指定演绎模式的演出事件数据。 当给定时间的给定演出事件数据将根据所提供的演奏事件数据进行处理时,在预定的原始时间之前获得跟随给定演奏事件数据的与一个或多个事件有关的另一个演奏事件数据 其他表演事件的地位。 基于给定的和其他的性能事件数据,生成对应于由给定的性能事件数据和其他执行事件数据中的至少一个指定的再现模式的控制数据,以及对应于指定的 基于控制数据合成演绎风格模块。 基于前述再现模式的后端信息和后续再现模式的前端信息来修改前后再现模式中的至少一个的特征。 当包含指定演绎风格模块的信息和用于控制再现风格模块的参数的再现风格指定数据缺少必要参数时,缺少参数用预定的标准参数填充。
    • 5. 发明申请
    • Musical sound waveform synthesizer
    • 乐音波形合成器
    • US20060283309A1
    • 2006-12-21
    • US11453577
    • 2006-06-14
    • Yasuyuki UmeyamaEiji Akazawa
    • Yasuyuki UmeyamaEiji Akazawa
    • G10H7/00
    • G10H7/008G10H1/02G10H2210/095G10H2250/035
    • In a musical sound waveform synthesizer apparatus, a performance event information receiver receives performance event information representing musical performance events which successively occur as a musical performance progresses. A musical sound synthesizer synthesizes a waveform of a musical sound corresponding to each musical performance event based on the performance event information. An overlap detector detects whether or not a first musical sound and a second musical sound overlap with each other based on the performance information. A sound length meter obtains a sound length of the first musical sound based on the received performance event information. When the first musical sound and the second musical sound overlap with each other, the musical sound synthesizer instantly terminates synthesizing of a waveform of the first musical sound and starts synthesizing of a waveform of the second musical sound if the sound length of the first musical sound does not exceed a predetermined sound length.
    • 在音乐声音波形合成器装置中,演奏事件信息接收器接收演奏事件信息,该演奏事件信息表示随着演奏进行而连续出现的演奏事件。 音乐声合成器基于演奏事件信息合成对应于每个演奏事件的音乐声音的波形。 重叠检测器基于演奏信息检测第一音乐声音和第二音乐声音是否彼此重叠。 声音长度计基于所接收的演奏事件信息获得第一音乐声音的声音长度。 当第一音乐声音和第二音乐声音彼此重叠时,如果第一音乐声音的声音长度,音乐声合成器立即终止合成第一音乐声音的波形,并开始合成第二音乐声音的波形 不超过预定的声音长度。
    • 6. 发明申请
    • Automatic rendition style determining apparatus and method
    • 自动演绎风格判定装置及方法
    • US20060054006A1
    • 2006-03-16
    • US11228890
    • 2005-09-15
    • Eiji Akazawa
    • Eiji Akazawa
    • G10H7/00A63H5/00G04B13/00
    • G10H1/0575G10H7/008G10H7/02G10H2210/095
    • Once performance event information is supplied in real time in accordance with a progression of a performance, a time indicative of temporal relationship between at least two notes to be generated in succession is measured on the basis of the performance event information supplied in real time. Comparison is made between a preset rendition style determination condition including time information and the measured time, and a rendition style that is to be applied to a current tone to be performed in real time is determined on the basis of the comparison result. With the arrangement that a rendition style to be applied to the current tone is determined on the basis of the comparison result, it is possible to execute a real-time performance while automatically expressing a tonguing rendition style.
    • 一旦根据演出的进展实时地提供演出事件信息,则基于实时提供的演奏事件信息来测量指示连续生成的至少两个音符之间的时间关系的时间。 在包括时间信息和测量时间的预设再现风格确定条件之间进行比较,并且基于比较结果确定要应用于要实时执行的当前音调的再现风格。 通过基于比较结果确定应用于当前音调的再现风格的布置,可以在自动表现舌头再现方式的同时执行实时演奏。
    • 7. 发明授权
    • Waveform production method and apparatus using shot-tone-related rendition style waveform
    • 波形制作方法和装置采用镜头色调相关的演绎风格波形
    • US06881888B2
    • 2005-04-19
    • US10369450
    • 2003-02-18
    • Eiji AkazawaMotoichi Tamura
    • Eiji AkazawaMotoichi Tamura
    • G10H1/02G10H7/02G10H7/00
    • G10H7/02G10H2210/095
    • In a memory, there are prestored shot-tone-related rendition style modules, each integrally including attack and release waveforms, in addition to attack-, release-, body- and joint-related rendition style modules. When two or more rendition style modules are to be time-serially combined, a shot-tone-related rendition style module is selectively assigned to a tone corresponding to a predetermined rendition style and allotted to a time axis. Then, a waveform is synthesized in accordance with the thus-allotted shot-tone-related rendition style module. Such arrangements permit production, with ample controllability, a high-quality waveform of a characteristic tone faithfully reflecting a predetermined rendition style having rendition styles of attack and release portions closely related each other, which was hitherto impossible.
    • 在存储器中,除了攻击,释放,身体和关节相关的演绎风格模块之外,还有预先存储的与音频相关的再现模式,每个模块都包含攻击和释放波形。 当两个或更多个再现模式要被时间顺序地组合时,与色调相关的再现格式模块被选择性地分配给与预定的再现风格相对应并且被分配给时间轴的音调。 然后,根据这样分配的拍摄色调相关的再现模式来合成波形。 这样的布置允许生产具有充分的可控性,高质量的特征色调的波形忠实地反映了具有前所未有的彼此密切相关的具有演绎风格的攻击和释放部分的预定演绎风格。
    • 8. 发明授权
    • Tone synthesis apparatus and method
    • 音调合成装置及方法
    • US07557288B2
    • 2009-07-07
    • US11651699
    • 2007-01-09
    • Eiji AkazawaYasuyuki Umeyama
    • Eiji AkazawaYasuyuki Umeyama
    • G10H7/00
    • G10H1/02G10H7/008G10H2210/095G10H2250/035
    • In a storage section, there are stored special connecting waveform data for connecting between at least two notes to be generated in succession. The special connecting waveform data contain only a waveform of a succeeding-note region of a waveform connecting portion which is provided for a continuous transition between the at least two notes and which is divided into a preceding-note region and the succeeding-note region. When a connecting tone is to be generated for connecting between two notes in accordance with acquired performance information, a tone waveform connecting between waveforms of the two notes is generated using the special connecting waveform data. With such arrangements, the waveform data of the succeeding-note region are read out without waveform data of the preceding-note region being read out, so that it is possible to reduce a time required for transition from a preceding note to a succeeding note. Thus, in the connecting portion for continuously connecting between tones with no break therebetween, a tone can be synthesized with high quality without involving a tone generating delay in the succeeding note.
    • 在存储部分中,存储有用于连接要连续生成的至少两个音符的特殊连接波形数据。 特殊连接波形数据仅包含波形连接部分的后续区域的波形,该波形连接部分被提供用于至少两个音符之间的连续转换,并且被分成前一音符区域和后一个音符区域。 当根据获取的性能信息产生用于连接两个音符的连接音时,使用专用连接波形数据产生连接两个音符的波形之间的音调波形。 通过这样的配置,在读出前一音符区域的波形数据的同时读出后续音符区域的波形数据,从而可以减少从前一音符到后续音符的转换所需的时间。 因此,在用于连续地连接音调而不间断的连接部分中,可以高质量地合成音调,而不会在后续音符中产生音调产生延迟。
    • 9. 发明授权
    • Rendition style determination apparatus and computer program therefor
    • 渲染风格决定装置及其计算机程序
    • US07271330B2
    • 2007-09-18
    • US10641632
    • 2003-08-15
    • Eiji AkazawaYasuyuki Umeyama
    • Eiji AkazawaYasuyuki Umeyama
    • G01P3/00
    • G10H1/0575G10H7/02
    • There is provided a rendition style selector operable by a user to select a desired rendition style from among a plurality of rendition styles associated with a plurality of portions of tones. In response to selecting operation via the selector, a rendition style is determined which is to be applied to each desired portion of a tone. Then, performance information is output which designates a rendition style module corresponding to the determined rendition style. The module defines a waveform characteristic to provide the corresponding rendition style. According to another type of the rendition style selector, a user can collectively select a combination of a plurality of rendition styles associated with different portions of a tone. Thus, a plurality of rendition styles can be designated collectively by one selecting operation. Rendition style suitable for each portion of a tone to be generated may be determined on the basis of a performance event.
    • 提供了可由用户操作的再现式选择器,从与多个音调部分相关联的多个演绎样式中选择所需的再现风格。 响应于通过选择器的选择操作,确定将要应用于音调的每个期望部分的再现风格。 然后,输出表示信息,其指定与确定的再现风格相对应的再现模式模块。 该模块定义了一个波形特征,以提供相应的演绎风格。 根据另一种类型的再现式选择器,用户可以集体地选择与音调的不同部分相关联的多个再现样式的组合。 因此,可以通过一次选择操作来集体指定多个再现风格。 可以基于性能事件来确定适合于要产生的音调的每个部分的渲染风格。
    • 10. 发明申请
    • Tone synthesis apparatus and method
    • 音调合成装置及方法
    • US20070157796A1
    • 2007-07-12
    • US11651699
    • 2007-01-09
    • Eiji AkazawaYasuyuki Umeyama
    • Eiji AkazawaYasuyuki Umeyama
    • G10H7/00
    • G10H1/02G10H7/008G10H2210/095G10H2250/035
    • In a storage section, there are stored special connecting waveform data for connecting between at least two notes to be generated in succession. The special connecting waveform data contain only a waveform of a succeeding-note region of a waveform connecting portion which is provided for a continuous transition between the at least two notes and which is divided into a preceding-note region and the succeeding-note region. When a connecting tone is to be generated for connecting between two notes in accordance with acquired performance information, a tone waveform connecting between waveforms of the two notes is generated using the special connecting waveform data. With such arrangements, the waveform data of the succeeding-note region are read out without waveform data of the preceding-note region being read out, so that it is possible to reduce a time required for transition from a preceding note to a succeeding note. Thus, in the connecting portion for continuously connecting between tones with no break therebetween, a tone can be synthesized with high quality without involving a tone generating delay in the succeeding note.
    • 在存储部分中,存储有用于连接要连续生成的至少两个音符的特殊连接波形数据。 特殊连接波形数据仅包含波形连接部分的后续区域的波形,该波形连接部分被提供用于至少两个音符之间的连续转换,并且被分成前一音符区域和后一个音符区域。 当根据获取的性能信息产生用于连接两个音符的连接音时,使用专用连接波形数据产生连接两个音符的波形之间的音调波形。 通过这样的配置,在读出前一音符区域的波形数据的同时读出后续音符区域的波形数据,从而可以减少从前一音符到后续音符的转换所需的时间。 因此,在用于连续地连接音调而不间断的连接部分中,可以高质量地合成音调,而不会在后续音符中产生音调产生延迟。