upscheme/femtolisp/ast/out.lsp

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2008-06-30 21:54:22 -04:00
1201386230.6766149997711182
(r-expressions (r-call library MASS) (r-call dyn.load "starp.so") (<- ppcommand (lambda (...) (let nil (r-block (r-call .Call "ppcommand" (r-call list r-dotdotdot)))))) (<- ppvcommand (lambda (va) (let nil (r-block (r-call .Call "ppcommand" va))))) (<- ppinvoke ppcommand) (<- pploadconfig (lambda (fileName) (let nil (r-block (r-call .Call "pploadconfig" fileName))))) (<- ppconnect (lambda (numProcs machines) (let ((machines nil) (numProcs nil)) (r-block (when (missing numProcs) (<- numProcs nil)) (when (missing machines) (<- machines nil)) (r-call .Call "ppconnect" (r-call list numProcs machines)))))) (<- ppgetlogpath (lambda nil (let nil (r-block (r-call .Call "ppgetlogpath"))))) (<- ppgetlog (lambda nil (let nil (r-block (r-call .Call "ppgetlog"))))) (<- ppshowdashboard (lambda nil (let nil (r-block (r-call .Call "ppshowdashboard"))))) (<- pphidedashboard (lambda nil (let nil (r-block (r-call .Call "pphidedashboard"))))) (<- revealargs (lambda (dots) (let nil (r-block (r-call .Call "_revealArgs" dots))))) (<- listargs (lambda (...) (let nil (r-block (r-call revealargs (r-call get "...")))))) (<- ppping (lambda nil (let nil (r-block (r-call ppcommand "ppping"))))) (<- ppver (lambda nil (let nil (r-block (r-call ppcommand "pp_ver"))))) (<- STARPDIST "../../../linkdist") (<- STARPPLATFORM "ia32_linux") (r-call .Call "_setstarpdist" STARPDIST) (r-call .Call "_setstarpplat" STARPPLATFORM) (r-call pploadconfig (r-call paste STARPDIST "/config/starpd.properties" (*named* sep ""))) (<- dimdis (lambda (v) (let nil (r-block (if (r-call == (r-call r-index (r-call class v) 1) "dlayoutn") (return (r-call as.numeric (r-call r-index (r-call class v) 2)))) (if (r-call ! (r-call is.null v)) (r-block (for i (r-call : (r-call length v) 1) (if (r-call > (r-call r-aref v i) 1) (return i)))) (r-block (return 1))) (return (r-call length v)))))) (<- is.scalar (lambda (x) (let nil (r-block (&& (|\|\|| (r-call == (r-call mode x) "numeric") (r-call == (r-call mode x) "complex")) (r-call is.null (r-call (r-call .Primitive "dim") x)) (r-call == (r-call length x) 1)))))) (<- p 1) (r-block (ref= #:g0 (r-call c "dlayout" "numeric")) (<- p (r-call class p #:g0)) #:g0) (<- darray (lambda (id shape distribution isreal) (let ((d nil) (distribution nil) (shape nil)) (r-block (<- shape (r-call as.array shape)) (<- distribution (r-call + distribution 1)) (r-block (ref= #:g1 (r-call append "dlayoutn" (r-call toString distribution) (r-call class shape))) (<- shape (r-call class shape #:g1)) #:g1) (<- d (r-call list (*named* id id) (*named* shape shape) (*named* isreal isreal) (*named* logical *r-false*) nil nil)) (r-block (<- d (r-call class d "darray")) "darray") d)))) (<- darraydist (lambda (da) (let nil (r-block (r-call as.numeric (r-call r-aref (r-call class (r-call r-aref da (index-in-strlist shape (r-call attr da "names")))) 2)))))) (<- is.darray (lambda (x) (let nil (r-block (r-call == (r-call r-index (r-call class x) 1) "darray"))))) (<- is.nd (lambda (x) (let nil (r-block (r-call != (r-call length (r-call dim x)) 2))))) (<- is.darraynd (lambda (x) (let nil (r-block (&& (r-call is.darray x) (r-call is.nd x)))))) (<- is.dlayout (lambda (x) (let nil (r-block (r-call any (r-call == (r-call class x) "dlayout")))))) (<- vdim (lambda (x) (let nil (r-block (if (r-call is.vector x) (r-call length x) (r-call dim x)))))) (<- |[[.dlayoutn| (<- |[.dlayoutn| (lambda (dl n) (let ((didi nil) (r nil) (dd nil)) (r-block (<- dd (r-call as.numeric (r-call r-aref (r-call class dl) 2))) (if (r-call == (r-call length n) 1) (r-block (if (r-call == n dd) (r-call * (r-call r-index (r-call as.vector dl) n) p) (r-call r-index (r-call as.vector dl) n))) (r-block (<- r (r-call r-index (r-call as.numeric dl) n)) (<- didi (r-call dimdis r)) (for i (r-call : 1 (r-call length n)) (r-block (if (r-call == (r-call r-aref n i) dd) (r-block (<- didi i) (break))))) (r-block (ref= #:g2 (r-call append "dlayoutn" (r-call toString didi) (r-call class r))) (<- r (r-call class r #:g2)) #:g2) (return r)))))))) (<- print.darray (lambda (d ...) (let ((shs nil) (sh nil)) (r-block (<- sh (r-call as.
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