With the help of his colleagues and a carefully chosen team of experienced The third life of Philippe Guillaume is devoted to developing and promoting Pianoteq. The adventure of Pianoteq started when Philippe Guillaume tuned his first piano and when he wrote his first mathematical model.
Data and model coupling pianoteq full#
He earned in a very short time the title of Doctor in Applied Mathematics degree, then became a full professor, and the Director of the Department of Mathematics of INSA-Toulouse, France. Then at age 30, he started a second life with basic studies in mathematics and succeeded brilliantly in the prestigious French Agrégation competition.
Data and model coupling pianoteq software#
Targeting the requirements of 3-D coupling, high-level sharing, common model software platform and better parallel performance. He worked with prestigious artists like Maria João Pires and Alicia de la Rocha. A coupler is a fundamental software tool for Earth system modeling. In a first life he was a high level expert in piano tuning and piano restoration. The Pianoteq history is strongly connected to the outstanding career of Philippe Guillaume, who, so to speak, had three lives in one. It is thus the first truly modelled piano. Most versions of state-of-the-art couplers currently use an implementation based on the point-to-point (P2P) communication of the message passing interface (MPI) (referred to as P2P implementation. It is a fundamental and frequently used operation of a coupler. Pianoteq is the very first piano where the sound is computed via a detailed physical model involving the hammers, the strings and the soundboard. Data transfer means transferring data fields from a sender to a receiver. The idea of piano modelling was not new, but no relevant solution had been found until that time. When only the user interface parameters are changed, then we say that it is still the same instrument but a different preset.
The physical model contains a great number of parameters, but only a small proportion of them are available through the user interface. MODARTT is open to partnerships for adapting Pianoteq to other devices or applications. Difference between 'instrument' and 'preset'. It can be useful to music teachers by providing a deeper insight in the piano mechanism, and also to piano manufacturers and piano tuners for simulation and training purposes. It is an innovating tool for music creation. It simulates acoustic pianos (from historical to contemporary), electric pianos and chromatic percussions. US 7,915,515 B2) has been developed in the prestigious Institute of Mathematics of Toulouse, MODARTT also supports the KIViR project (Keyboard Instruments Virtual Restoration), offering digital restorations and copies of historical keyboard music instruments present in museums. It also facilitates seamless data flow fluid and dynamic by hydrological response units (HRUs) as the core between the object-oriented databases and physically-based distributed hydrological models.MODARTT is a company that develops and provides software and consulting services for artistic and technological applications. The data model provides a reasonable framework for researchers of organizing and pre-processing water environmental spatio-temporal datasets. We also present an innovative integration methodology to couple the data model with physically-based distributed hydrological models (DHMs) based on catchment discretization schemas. In this paper, we propose a conceptual data model to interpret the comprehensive, universal and complex water environmental entities. A data model is devoted to these problems for sophisticated numerical hydrological modeling procedures. In hydrology, the data types, spatio-temporal scales and formats for physically-based distributed hydrological models and the distributed data or parameters may be different before significant data pre-processing or may change during hydrological simulation run time.
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