Modalys
by Ircam
| Category | Audio Production / Experimental |
| Version | 1.0 |
| Format |
 |
| Compatibility |  MacOS 9 |
| License | Commercial Software |
| Price | $383 / 360€ |
| Rating | |
| Updated On | Apr 12, 2003 |
| Total Downloads | 0 |
| Mac Downloads | 0 |
Synthesis by physical modelisation
Modalys and its version with a graphical interface, Modalys-ER, is used for creating virtual instruments based on simple physical objects such as strings, metal plates, tubes, membranes, plectra, reeds and hammers. The user "constructs" an instrument and then defines how it will be played. Modalys-ER allows the user to dialog with Modalys, the synthesis engine, via an intuitive graphical interface.
In order to create a virtual instrument the user proceeds in four steps in which the user defines :
- Objects which simulate the physical structures (tube, string, membrane, plates, plectrum, reed, hammer) which are calculated according to the default values given by the system or can be modified by the user,
- Access to the objects (points on the object on which an action will take...
In order to create a virtual instrument the user proceeds in four steps in which the user defines :
- Objects which simulate the physical structures (tube, string, membrane, plates, plectrum, reed, hammer) which are calculated according to the default values given by the system or can be modified by the user,
- Access to the objects (points on the object on which an action will take...
more...
Modalys and its version with a graphical interface, Modalys-ER, is used for creating virtual instruments based on simple physical objects such as strings, metal plates, tubes, membranes, plectra, reeds and hammers. The user "constructs" an instrument and then defines how it will be played. Modalys-ER allows the user to dialog with Modalys, the synthesis engine, via an intuitive graphical interface.
In order to create a virtual instrument the user proceeds in four steps in which the user defines :
- Objects which simulate the physical structures (tube, string, membrane, plates, plectrum, reed, hammer) which are calculated according to the default values given by the system or can be modified by the user,
- Access to the objects (points on the object on which an action will take place),
- Connections which make it possible to create interactions between the objects,
- Controllers that will describe how the parameters of a connection will evolve over time.
In order to create a virtual instrument the user proceeds in four steps in which the user defines :
- Objects which simulate the physical structures (tube, string, membrane, plates, plectrum, reed, hammer) which are calculated according to the default values given by the system or can be modified by the user,
- Access to the objects (points on the object on which an action will take place),
- Connections which make it possible to create interactions between the objects,
- Controllers that will describe how the parameters of a connection will evolve over time.
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