fixed typo in overview

Scheme-For-Max/help/s4m.maxhelp

@@ -3888,7 +3888,7 @@
  "numinlets" : 1,
  "numoutlets" : 0,
  "patching_rect" : [ 32.0, 51.0, 890.0, 704.0 ],
- "text" : "Scheme for Max (S4M) is an open source Max/MSP external to enable scripting, live coding, and algorithmic composition in Max/MSP with Scheme Lisp. It is available as a package for OSX and Windows, and as source code. It also runs on Max For Live with Live 10+\n\nScheme for Max 0.3 features include:\n- Hot reloading code\n- Live code evaluation from a REPL\n- Evaluating max messages as Scheme code \n- Sending remote messages to other objects\n- Dynamic creation of listener functions for input and output\n- Reading and writing to buffers and tables, with conversions to/from Scheme vectors\n- Reading and writing to dictionaries, with conversions to/from Scheme hash-tables\n- Choice of high or low priority thread execution, with automatic promotion/deferal of input\n- Interaction with the Max master tempo controls (including the Live transport if in Max For Live)\n- Scheduling Scheme functions, by ms or Max tempo notation\n- Registering repeating clock functions, by ms or ticks\n- Quantization of scheduled calls with the Max master transport settings\n\nScheme for Max uses s7 Scheme, a Common-Lisp-influenced Scheme implementation by Bill Schottstaedt at CCRMA, based originally on Tiny Scheme. s7 is a minimal Scheme and is the Scheme engine used in the Common Music algorithmic composition toolkit, and the Snd editor from CCRMA. It has keywords, Common-Lisp-style macros, first-class environments, thread safety, applicative syntax, and a straight forward FFI (foreign function interface) to enable extending with C. Linguistically, it is mostly R5RS with some later extensions, is quite similar to Guile, and shares many design decisions with Clojure. Scheme for Max uses S74, an optional convenience layer over s7 that providing various high-level functions to make music coding easier, borrowing from other Lisp dialects such as Racket, Clojure, and Chez.\n\nDocumentation is here: https://github.com/iainctduncan/scheme-for-max-docs\nA language tutorial is available here: https://iainctduncan.github.io/learn-scheme-for-max/introduction.html\nDemo and tutorial vidoes are posted here: https://www.youtube.com/channel/UC6ftX7yuEi5uUFkRVJbJyWA\nBug reports and feature requests can be filed here: https://github.com/iainctduncan/scheme-for-max\n\nFor questions, suggestions, and bug reports, please join the Scheme for Max Google Group.\nhttps://groups.google.com/forum/#!forum/scheme-for-max\n\nThe s7 reference document is here: https://ccrma.stanford.edu/software/snd/snd/s7.html\n\nScheme for Max is authored by Iain C.T. Duncan. Many thanks go to Bill Schottstaedt and Heinrich Taube - S4M builds on their work on s7 and Common Music, and would not be possible without it. Luigi Castelli has also been tremendously helpful with coding challenges during its development."
+ "text" : "Scheme for Max (S4M) is an open source Max external to enable scripting, live coding, and algorithmic composition in Max with Scheme Lisp. It is available as a package for OSX and Windows, and as source code. It also runs on Max For Live with Live 10+\n\nScheme for Max 0.3 features include:\n- Hot reloading code\n- Live code evaluation from a REPL\n- Evaluating max messages as Scheme code \n- Sending remote messages to other objects\n- Dynamic creation of listener functions for input and output\n- Reading and writing to buffers and tables, with conversions to/from Scheme vectors\n- Reading and writing to dictionaries, with conversions to/from Scheme hash-tables\n- Choice of high or low priority thread execution, with automatic promotion/deferal of input\n- Interaction with the Max master tempo controls (including the Live transport if in Max For Live)\n- Scheduling Scheme functions, by ms or Max tempo based ticks\n- Registering repeating clock functions, by ms or ticks\n- Quantization of scheduled calls with the Max master transport settings\n\nScheme for Max uses s7 Scheme, a Common-Lisp-influenced Scheme implementation by Bill Schottstaedt at CCRMA, based originally on Tiny Scheme. s7 is a minimal Scheme and is the Scheme engine used in the Common Music algorithmic composition toolkit, and the Snd editor from CCRMA. It has keywords, Common-Lisp-style macros, first-class environments, thread safety, applicative syntax, and a straight forward FFI (foreign function interface) to enable extending with C. Linguistically, it is mostly R5RS with some later extensions, is quite similar to Guile, and shares many design decisions with Clojure. Scheme for Max uses S74, an optional convenience layer over s7 that providing various high-level functions to make music coding easier, borrowing from other Lisp dialects such as Racket, Clojure, and Chez.\n\nDocumentation is here: https://github.com/iainctduncan/scheme-for-max-docs\nA language tutorial is available here: https://iainctduncan.github.io/learn-scheme-for-max/introduction.html\nDemo and tutorial videos are posted here: https://www.youtube.com/channel/UC6ftX7yuEi5uUFkRVJbJyWA\nBug reports and feature requests can be filed here: https://github.com/iainctduncan/scheme-for-max\n\nFor questions, suggestions, and bug reports, please join the Scheme for Max Google Group\nhttps://groups.google.com/forum/#!forum/scheme-for-max\n\nThe s7 reference document is here: https://ccrma.stanford.edu/software/snd/snd/s7.html\n\nScheme for Max is authored by Iain C.T. Duncan. Many thanks go to Bill Schottstaedt and Heinrich Taube - S4M builds on their work on s7 and Common Music, and would not be possible without it. Luigi Castelli has also been tremendously helpful with coding challenges during its development."
  }
 
  }