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æ¥æ¬èªçã§ã¯Texinfoãã¡ã¤ã«ãLaTeXãã¡ã¤ã«ä¸ã®å¤æ´ãåæ ãã¦ããã¾ãã(ãã¿ã¾ãã)ããã®ããç´æ¥ãxelatex jsicp.texãå®è¡ãã¦ä¸ããã The file preamble.tex contains all the configuration and style declarations. Note that the LaTeX file sicp.tex will be generated on the fly, overwriting the previous version. To keep sicp.texi and sicp.tex in sync, I make changes to sicp.texi, which is already a hybrid of Texinfo and LaTeX code. This is fine, becaus
[system] "mgl-mat" Version: 0.1.0 Description: MAT is library for working with multi-dimensional arrays which supports efficient interfacing to foreign and CUDA code. BLAS and CUBLAS bindings are available. Licence: MIT, see COPYING. Author: Gábor Melis [email protected] Mailto: [email protected] Homepage: http://melisgl.github.io/mgl-mat Bug tracker: https://github.com/melisgl/mgl-mat/issues Source contr
Trying to be the true successor -- Cooperate with existing Common Lisp applications/libraries Clean names and clean packages -- Symbols are re-considered and re-organized CLOS-based functions and MOP -- write fast, tune later Brought more functional facilities. -- Lazyness, etc. Aggressive use of reader-macros. Regexp literals. Hash-table literals. String Interpolation (once deleted, but is going
High-level, user friendly interface that hides the details. (solve a b) should return $X$, from $AX=B$, regardless of whether $A$ is a dense matrix, an $LU$ decomposition, or something else; similarly, $X$ should be a vector/matrix when $B$ is. Users should not need to memorize names like DGESV, especially when CLOS makes it so easy to deal with these things. Also, you don't need to make sure that
Lisp implementation in GNU make makelisp.mk is a Lisp interpreter in GNU make. GNU make has two builtin functions, $(shell) and $(guile), which make the implementation less interesting. For example, GNU make lacks arithmetic operations, but you can easily add two numbers by $(shell expr 3 + 4) or $(guile (+ 3 4)). So, makelisp does not use either of them, except a single $(shell cat /dev/stdin) fu
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