A Physical Model of a Single-Reed Wind Instrument, Including Actions of the Player
Date
2003Journal
Computer Music JournalAbstract
For the Physical Modeling Synthesis of wind instruments, we choose to design a model adapted to time domain simulation which takes into account the main part of the physical phenomena, including instrument/player interactions. The virtual instrument is designed as a set of lumped elements, e.g. the mouth, the key or the bell, connected to each other by two-ports representing the tube. The sounds obtained show that the accuracy of the modeling of a specific mechanism is less important than the modeling, even simplified, of all the significant actions of the player on his instrument.
Files in this item
- Name:
- I2M_CMJ_2003_DUCASSE_01_canard.wav
- Size:
- 430.7Kb
- Format:
- WAV audio
- Description:
- Annexe sonore n°01
- Name:
- I2M_CMJ_2003_DUCASSE_02_Gvar.wav
- Size:
- 697.7Kb
- Format:
- WAV audio
- Description:
- Annexe sonore n°02
- Name:
- I2M_CMJ_2003_DUCASSE_03_helm_2 ...
- Size:
- 215.3Kb
- Format:
- WAV audio
- Description:
- Annexe sonore n°03
- Name:
- I2M_CMJ_2003_DUCASSE_04_helm_2 ...
- Size:
- 215.3Kb
- Format:
- WAV audio
- Description:
- Annexe sonore n°04
- Name:
- I2M_CMJ_2003_DUCASSE_05_helm_1 ...
- Size:
- 215.3Kb
- Format:
- WAV audio
- Description:
- Annexe sonore n°05
- Name:
- I2M_CMJ_2003_DUCASSE_06_radiat ...
- Size:
- 514.5Kb
- Format:
- WAV audio
- Description:
- Annexe sonore n°06
- Name:
- I2M_CMJ_2003_DUCASSE_07_radiat ...
- Size:
- 473.7Kb
- Format:
- WAV audio
- Description:
- Annexe sonore n°07
- Name:
- I2M_CMJ_2003_DUCASSE_08_radiat ...
- Size:
- 430.7Kb
- Format:
- WAV audio
- Description:
- Annexe sonore n°08
- Name:
- I2M_CMJ_2003_DUCASSE_09_glisse ...
- Size:
- 818.3Kb
- Format:
- WAV audio
- Description:
- Annexe sonore n°09
- Name:
- I2M_CMJ_2003_DUCASSE_10_sans_s ...
- Size:
- 595.7Kb
- Format:
- WAV audio
- Description:
- Annexe sonore n°10
- Name:
- I2M_CMJ_2003_DUCASSE_11_variat ...
- Size:
- 1.514Mb
- Format:
- WAV audio
- Description:
- Annexe sonore n°11
- Name:
- I2M_CMJ_2003_DUCASSE_12_chroma ...
- Size:
- 386.3Kb
- Format:
- WAV audio
- Description:
- Annexe sonore n°12
- Name:
- I2M_CMJ_2003_DUCASSE_13_pink_p ...
- Size:
- 1.938Mb
- Format:
- WAV audio
- Description:
- Annexe sonore n°13
- Name:
- I2M_CMJ_2003_DUCASSE_14_pink_f ...
- Size:
- 1.724Mb
- Format:
- WAV audio
- Description:
- Annexe sonore n°14
- Name:
- I2M_CMJ_2003_DUCASSE_15_pink_l ...
- Size:
- 1.373Mb
- Format:
- WAV audio
- Description:
- Annexe sonore n°15
- Name:
- I2M_CMJ_2003_DUCASSE_16_pink_l ...
- Size:
- 1.553Mb
- Format:
- WAV audio
- Description:
- Annexe sonore n°16
- Name:
- I2M_CMJ_2003_DUCASSE_17_phrase ...
- Size:
- 1.051Mb
- Format:
- WAV audio
- Description:
- Annexe sonore n°17
- Name:
- I2M_CMJ_2003_DUCASSE_18_chahut.wav
- Size:
- 1.067Mb
- Format:
- WAV audio
- Description:
- Annexe sonore n°18
- Name:
- I2M_CMJ_2003_DUCASSE_19_sax_do ...
- Size:
- 1.009Mb
- Format:
- WAV audio
- Description:
- Annexe sonore n°19
- Name:
- I2M_CMJ_2003_DUCASSE_20_sax_do ...
- Size:
- 1.133Mb
- Format:
- WAV audio
- Description:
- Annexe sonore n°20
Related items
Showing items related by title, author, creator and subject.
-
Article dans une revue avec comité de lectureThe aim of this paper is to study the ultrasonic response to a transient source that radiates ultrasonic waves in a 3D embedded multilayered anisotropic and dissipative plate. The source can be inside the plate or outside, ...
-
Article dans une revue avec comité de lectureThis paper describes how a modal approach in the time-domain can be suitable for calculating the elastodynamic field in a layered plate. This elastodynamic field is generated by impulsive sources located in a small region ...
-
Article dans une revue avec comité de lectureBensa et al. [J. A Coust. Soc. Am. 114(2) 1095-1107 (2003), Section IV] recently proposed a waveguide model for the transverse displacement of a stiff piano string. The study described here is an attempt to cast a complementary ...
-
Conférence invitéeThe development of an evolutive free software which simulates the physical behavior of wind instruments in playing situations can be based on the following modular postulates. In an object-oriented context, the virtual ...
-
Article dans une revue avec comité de lectureFor more than a decade, the digital waveguide model for musical instruments has been improved through the simulation of cylindrical and conical bores. But several difficulties remain, such as instabilities due to growing ...