Complete issue 10:1 as one pdf - TUG

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PRESENTATION OF RESULTS The Oblique Lambert Zenithal Equal Area projection has been selected as a base map. The following will be shown : Data distribution for - North America, Worldwide Satellite model - Gravity and geoid Gravity and residual anomaly for -North America and Worldwide Gravimetric geoid map The results will be presented in various forms, such as APPLICON-map, contour-map, etc. FIN1 Nagy : Geoid 3 February 26, 1989
TUGboat, Volume 10 (1989), No. 1 Typesetting Bridge via I+= C.G. van der Laan Rekencent rum RUG The Netherlands Abstract macros and a bidding environment for typesetting bridge card distributions and bidding sequences are given. Examples borrowed from bridge literature are supplied. 1 Card deals In bridge literature diagrams of distribution of cards over the hands are often given in order to demonstrate bidding sequences or to explain play technique. In order to do this systematically and to abstract from layout details I wrote a macro- \crdima - with six parameters: first parameter: text, especially who is the dealer and what is the vulnerability. For example: N/None, for North dealer and vulnerability none. second parameter: text. For example, indication of deal as in Deal I or in \begin{minipage) [tl (\br) Deal:\\demo \end(minipage) next four parameters: the four hands N, E, S, W, clockwise. Each hand is a call of the \hand macro with four parameters: the 4, 0, 0, 4 cards. As example, \crdima(N/None)(% \begin(minipage) [t] (\br) Deal:\\demo \endIminipage))% (\hand( J74)(AJ)03374H%N (\hand(~86)(~9542)(874}(T3}>%E C\hand(qT952)Cq83)(AK5}(KJ952))%W yields N/None 4 J74 Deal: V AJ demo 0 QJT2 4 Q874 4 A3 4 K86 V T9542 0 963 0 874 4 KJ952 4 T3 4 QT952 V Q83 0 AK5 4 A6 Remarks. By this levelling I circumvented the limit of the number of parameters. Because parameter substitution is done by 'text' replacement there is no '(strong) type checking' as in modern high-level programming languages. There is no check on the correctness of the cards (correct number, distribution, multiple occurrence or omission), nor on the correct sequence of the parameters. In SGML, compliance with the input syntax can be imposed with enhanced user convenience and alleviated proofreading, but at the expense of elaborate coding, [4]. No test on the correctness of the sequence of the hands is possible, except for the mechanism of 'named' parameters. The chosen order of the parameters is in agreement with how the play goes. The \crdima macro can be used to display all phases of the play. Hands can be suppressed at discretion of the user by empty actual parameters. A void can be supplied via --. In the listings of the commands used for the examples the quote environment command is omitted. For (bridge) tournaments, plays are often dealt by computer. At the end of tournaments players appreciate prints of the deals. For that purpose my (Pascal) deal program generates ASCII output - for simple display on the PC - as well as I4W input, optionally. This input is printed with the aid of \crdima. Parameter testing is superfluous for U w input generated this way. 2 Bidding In the context of bidding theory I use a bidding environment. The given card deal takes the following ACOL bidding West North East - l no South 14 no 24 no 44 a.p. obtained via
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Typesetters Allied Linotype CRTroni
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Page 110 and 111: GEOID COMPUTATION The problems rela
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Page 126 and 127: Integrated Computer Software, Inc S
Page 128 and 129: TEX Distribution tapes: 'QjX Order
Page 130 and 131: It doesn't have to be. End its Tfle
Page 132 and 133: If you find yourself needing a Tani
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Page 136 and 137: Publishing Companion translates Wor
Page 138 and 139: A Gourmet Guide to Typesetting with
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Page 144 and 145: Colophon for Computers & Typesettin
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