Plays written by Mr. William Wycherley. Containing The plain dealer, The country wife, Gentleman dancing master, Love in a wood.

With three final advertisement leaves.

An analysis of country dancing, wherein all the figures used in that polite amusement are rendered familiar by engraved lines; containing also, directions for composing almost any number of figures to one tune, with some entire new reels; together with the complete etiquette on the ball-room.

Mode of access: Internet.

Le bon air et la bonne grâce : attitudes et gestes de la figure noble dans l’art européen (1661-1789)

Cette thèse porte sur les gestes et attitudes qui ont caractérisé la figure aristocratique dans l’art européen entre 1661 et 1789. Cet intervalle correspond à la durée de vie d’un paradigme corporel noble appelé « le bon air et la bonne grâce », de son élaboration à la cour de Louis XIV et de sa diffusion hégémonique en Europe, jusqu’à son rejet définitif à la Révolution française. La société d’Ancien Régime a déployé tout un arsenal de moyens (exercices, instruments orthopédiques,…) pour intérioriser une grâce qui devait paraître innée et prouver la noblesse. Le maître à danser détenait le monopole de l’inculcation de cette grâce et de son élaboration suivant des critères hautement esthétiques. Les gestes et positions inventoriés ici, sont décrits et associés à leurs connotations d’origine, montrant qu’une connaissance approfondie et minutieuse de la gestuelle peut affiner notre compréhension d’un large pan de l’art des XVIIe et XVIIIe siècles. L’auteur démontre que cette hexis corporelle contemporaine transcende tous les domaines concernés par le corps noble (éducation, théâtre, danse, opéra, arts martiaux, etc.) et en vient à infiltrer la majorité des genres picturaux, bousculant les traditions artistiques déjà en place et s’affichant comme une alternative moderne à la grâce des Anciens. Le portrait, la gravure de mode, les figurines de porcelaine, les vues de villes et de jardins sont les plus touchés par ce phénomène. La bonne grâce s’affirme ainsi dans une culture visuelle qui, par ricochet, en vient à renforcer les pratiques sociales dont elle était le reflet. Cet aller-retour des attitudes aristocratiques entre l’art et la vie occasionne la standardisation de la figure et du corps aristocratiques. Dans la pastorale, la peinture d’histoire et la scène de genre, l’idéal aristocratique se manifeste, tantôt en négatif dans la figure du paysan, du Pierrot et de l’Arlequin, tantôt de manière idéalisée dans celles du berger et du héros galants. La substitution de gestes emphatiques et d’expressions faciales explicites par une gestuelle fondée sur la retenue et la dissimulation des passions, fondera une nouvelle historia moins lisible que la traditionnelle, mais plus subtile et insinuée, répondant ainsi mieux au goût et à la sensibilité aristocratique.

The country dance book ...

Vols. IV-V have imprint: London, Novello and company, limited New York, The H. W. Gray co.

William Wycherley /

Macaulay, T. B. William Wycherley.--Love in a wood; or, St. James's Park.--The Gentleman dancing master.---The country wife.--The plain dealer.

The complete works /

v. 1. Prefatory note. Note as to the text. Introduction. Love in a wood. The gentleman dancing-master.--v. 2. The country wife. The plain dealer. Letters. Epistles in verse.--v. 3. Miscellany poems.--v. 4. Miscellany poems concluded. Miscellaneous poems published from more correct copies. Hero and Leander in burlesque. The posthumous works.

Alvin Ailey Conducts Master Class

On verso: Barbour Gym at U-M 1968-69

The Uses of Print and Writing in Eighteenth Century European Ballet: the Case of The Letters on Dancing and Ballets by Jean-Georges Noverre

This article aims to study the uses of print, especially the Letters on Dancing and Ballets by Jean-Georges Noverre, throughout the emergence of pantomime ballet in the late eighteenth century. Noverre’s discourse is directly associated with a project to revitalize the art of dance. In this sense, books as an object are not only a support for the new aesthetic discourse, but a tool with multiple uses. It simultaneously seeks to modify the spectator’s view of the scene, legitimize the success of the new theatrical genre and value the ballet master profession.

Trajectory Sensitivity Method and Master-Slave Synchronization to Estimate Parameters of Nonlinear Systems

A combination of trajectory sensitivity method and master-slave synchronization was proposed to parameter estimation of nonlinear systems. It was shown that master-slave coupling increases the robustness of the trajectory sensitivity algorithm with respect to the initial guess of parameters. Since synchronization is not a guarantee that the estimation process converges to the correct parameters, a conditional test that guarantees that the new combined methodology estimates the true values of parameters was proposed. This conditional test was successfully applied to Lorenz's and Chua's systems, and the proposed parameter estimation algorithm has shown to be very robust with respect to parameter initial guesses and measurement noise for these examples. Copyright (C) 2009 Elmer P. T. Cari et al.

Equivalence between Redfield- and master-equation approaches for a time-dependent quantum system and coherence control

We present a derivation of the Redfield formalism for treating the dissipative dynamics of a time-dependent quantum system coupled to a classical environment. We compare such a formalism with the master equation approach where the environments are treated quantum mechanically. Focusing on a time-dependent spin-1/2 system we demonstrate the equivalence between both approaches by showing that they lead to the same Bloch equations and, as a consequence, to the same characteristic times T(1) and T(2) (associated with the longitudinal and transverse relaxations, respectively). These characteristic times are shown to be related to the operator-sum representation and the equivalent phenomenological-operator approach. Finally, we present a protocol to circumvent the decoherence processes due to the loss of energy (and thus, associated with T(1)). To this end, we simply associate the time dependence of the quantum system to an easily achieved modulated frequency. A possible implementation of the protocol is also proposed in the context of nuclear magnetic resonance.

Modeling and Filtering Double-Frequency Jitter in One-Way Master-Slave Chain Networks

One-way master-slave (OWMS) chain networks are widely used in clock distribution systems due to their reliability and low cost. As the network nodes are phase-locked loops (PLLs), double-frequency jitter (DFJ) caused by their phase detectors appears as an impairment to the performance of the clock recovering process found in communication systems and instrumentation applications. A nonlinear model for OWMS chain networks with P + 1 order PLLs as slave nodes is presented, considering the DFJ. Since higher order filters are more effective in filtering DFJ, the synchronous state stability conditions for an OWMS chain network with third-order nodes are derived, relating the loop gain and the filter coefficients. By using these conditions, design examples are discussed.

Design constraints for third-order PLL nodes in master-slave clock distribution networks

Clock signal distribution in telecommunication commercial systems usually adopts a master-slave architecture, with a precise time basis generator as a master and phase-locked loops (PLLs) as slaves. In the majority of the networks, second-order PLLs are adopted due to their simplicity and stability. Nevertheless, in some applications better transient responses are necessary and, consequently, greater order PLLs need to be used, in spite of the possibility of bifurcations and chaotic attractors. Here a master-slave network with third-order PLLs is analyzed and conditions for the stability of the synchronous state are derived, providing design constraints for the node parameters, in order to guarantee stability and reachability of the synchronous state for the whole network. Numerical simulations are carried out in order to confirm the analytical results. (C) 2009 Elsevier B.V. All rights reserved.

Comparing lock-in ranges and transient responses of second- and third-order phase-locked loops in master-slave clock distribution networks

The distribution of clock signals throughout the nodes of a network is essential for several applications. in control and communication with the phase-locked loop (PLL) being the component for electronic synchronization process. In systems with master-slave (MS) strategies, the PLLs are the slave nodes responsible for providing reliable clocks in all nodes of the network. As PLLs have nonlinear phase detection, double-frequency terms appear and filtering becomes necessary. Imperfections in filtering process cause oscillations around the synchronous state worsening the performance of the clock distribution process. The behavior of one-way master-slave (OWMS) clock distribution networks is studied and performances of first- and second-order filter processes are compared, concerning lock-in ranges and responses to perturbations of the synchronous state. (c) 2007 Elsevier GmbH. All rights reserved.

Modeling and measuring double-frequency jitter in one-way master-slave networks

The double-frequency jitter is one of the main problems in clock distribution networks. In previous works, sonic analytical and numerical aspects of this phenomenon were studied and results were obtained for one-way master-slave (OWMS) architectures. Here, an experimental apparatus is implemented, allowing to measure the power of the double-frequency signal and to confirm the theoretical conjectures. (C) 2008 Elsevier B.V. All rights reserved.

A master equation model for bimolecular reaction via multi-well isomerization intermediates

A reversible linear master equation model is presented for pressure- and temperature-dependent bimolecular reactions proceeding via multiple long-lived intermediates. This kinetic treatment, which applies when the reactions are measured under pseudo-first-order conditions, facilitates accurate and efficient simulation of the time dependence of the populations of reactants, intermediate species and products. Detailed exploratory calculations have been carried out to demonstrate the capabilities of the approach, with applications to the bimolecular association reaction C3H6 + H reversible arrow C3H7 and the bimolecular chemical activation reaction C2H2 +(CH2)-C-1--> C3H3+H. The efficiency of the method can be dramatically enhanced through use of a diffusion approximation to the master equation, and a methodology for exploiting the sparse structure of the resulting rate matrix is established.