'Mapcar' web sites
Promises. lisp in parallel lparallel
lparallel.org 2013-03-19
mapcar force list f g h ; 3 15 11 or NEVERMIND 15 11 f 8216;s planned computation is canceled if the first fulfill happens to grab the future before a worker thread gets it. For an object which is not a promise, force behaves like identity, returning the object passed. We may imagine that non.promise objects are like promises that are always fulfilled. fulfilledp returns true for any non.promise argument passed. Attempting to
lparallel.org 2013-03-19
mapcar force list f g h ; 3 15 11 or NEVERMIND 15 11 f 8216;s planned computation is canceled if the first fulfill happens to grab the future before a worker thread gets it. For an object which is not a promise, force behaves like identity, returning the object passed. We may imagine that non.promise objects are like promises that are always fulfilled. fulfilledp returns true for any non.promise argument passed. Attempting to
Lisp prehistory. summer 1956 through summer 1958.
www-formal.stanford.edu 2016-02-19
mapcar . c. To use functions as arguments, one needs a notation for functions, and it seemed natural to use the.notation of Church 1941. I didn t understand the rest of his book, so I wasn t tempted to try to implement his more general mechanism for defining functions. Church used higher order functionals instead of using conditional expressions. Conditional expressions are much more readily implemented on computers. d. The
www-formal.stanford.edu 2016-02-19
mapcar . c. To use functions as arguments, one needs a notation for functions, and it seemed natural to use the.notation of Church 1941. I didn t understand the rest of his book, so I wasn t tempted to try to implement his more general mechanism for defining functions. Church used higher order functionals instead of using conditional expressions. Conditional expressions are much more readily implemented on computers. d. The
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Common lisp hints
www.n-a-n-o.com 2014-11-15
mapcar 21. Lambda 22. Sorting 23. Equality 24. Some Useful List Functions 25. Getting Started with
www.n-a-n-o.com 2014-11-15
mapcar 21. Lambda 22. Sorting 23. Equality 24. Some Useful List Functions 25. Getting Started with
The inner product
number-none.com 2012-03-22 ⚑shop ⚑tech ⚑xxx
mapcar . I also added the ability to lift an iteration up through a function call. Assuming x is a variable containing a list, I can say this f each x ; and that is shorthand for each x f ; This is not a big gain so far, but it allows easy expression of nested iterations. Suppose y and z are two more lists, then f each x, each y, each z ; is shorthand for each x item x ; each y item y ; each z item z ; f item x, item y, item z ;
number-none.com 2012-03-22 ⚑shop ⚑tech ⚑xxx
mapcar . I also added the ability to lift an iteration up through a function call. Assuming x is a variable containing a list, I can say this f each x ; and that is shorthand for each x f ; This is not a big gain so far, but it allows easy expression of nested iterations. Suppose y and z are two more lists, then f each x, each y, each z ; is shorthand for each x item x ; each y item y ; each z item z ; f item x, item y, item z ;
The cliffs of inanity rsaquo;
www.tromey.com 2013-03-21 ⚑blog
mapcar from.list vars , forms But not so fast. Emacs also has buffer.local variables. These are variables where the value is associated with the current buffer; switching buffers makes a different binding visible to Lisp. These require no special syntax, and a variable can be made buffer.local at any time. So, we can break the above translation simply by evaluating make.local.variable global setq global 0 Whoops. Now the function
www.tromey.com 2013-03-21 ⚑blog
mapcar from.list vars , forms But not so fast. Emacs also has buffer.local variables. These are variables where the value is associated with the current buffer; switching buffers makes a different binding visible to Lisp. These require no special syntax, and a variable can be made buffer.local at any time. So, we can break the above translation simply by evaluating make.local.variable global setq global 0 Whoops. Now the function
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Http://tromey.com/blog/
mapcar from.list vars , forms But not so fast. Emacs also has buffer.local variables. These are variables where the value is associated with the current buffer; switching buffers makes a different binding visible to Lisp. These require no special syntax, and a variable can be made buffer.local at any time. So, we can break the above translation simply by evaluating make.local.variable global setq global 0 Whoops. Now the function
The inner product
number-none.com 2012-03-22 ⚑shop ⚑tech ⚑xxx
mapcar . I also added the ability to lift an iteration up through a function call. Assuming x is a variable containing a list, I can say this f each x ; and that is shorthand for each x f ; This is not a big gain so far, but it allows easy expression of nested iterations. Suppose y and z are two more lists, then f each x, each y, each z ; is shorthand for each x item x ; each y item y ; each z item z ; f item x, item y, item z ;
number-none.com 2012-03-22 ⚑shop ⚑tech ⚑xxx
mapcar . I also added the ability to lift an iteration up through a function call. Assuming x is a variable containing a list, I can say this f each x ; and that is shorthand for each x f ; This is not a big gain so far, but it allows easy expression of nested iterations. Suppose y and z are two more lists, then f each x, each y, each z ; is shorthand for each x item x ; each y item y ; each z item z ; f item x, item y, item z ;
The inner product
number-none.com 2012-03-22 ⚑shop ⚑tech ⚑xxx
mapcar . I also added the ability to lift an iteration up through a function call. Assuming x is a variable containing a list, I can say this f each x ; and that is shorthand for each x f ; This is not a big gain so far, but it allows easy expression of nested iterations. Suppose y and z are two more lists, then f each x, each y, each z ; is shorthand for each x item x ; each y item y ; each z item z ; f item x, item y, item z ;
number-none.com 2012-03-22 ⚑shop ⚑tech ⚑xxx
mapcar . I also added the ability to lift an iteration up through a function call. Assuming x is a variable containing a list, I can say this f each x ; and that is shorthand for each x f ; This is not a big gain so far, but it allows easy expression of nested iterations. Suppose y and z are two more lists, then f each x, each y, each z ; is shorthand for each x item x ; each y item y ; each z item z ; f item x, item y, item z ;
The cliffs of inanity rsaquo;
www.tromey.com 2013-03-21 ⚑blog
mapcar from.list vars , forms But not so fast. Emacs also has buffer.local variables. These are variables where the value is associated with the current buffer; switching buffers makes a different binding visible to Lisp. These require no special syntax, and a variable can be made buffer.local at any time. So, we can break the above translation simply by evaluating make.local.variable global setq global 0 Whoops. Now the function
www.tromey.com 2013-03-21 ⚑blog
mapcar from.list vars , forms But not so fast. Emacs also has buffer.local variables. These are variables where the value is associated with the current buffer; switching buffers makes a different binding visible to Lisp. These require no special syntax, and a variable can be made buffer.local at any time. So, we can break the above translation simply by evaluating make.local.variable global setq global 0 Whoops. Now the function
cs.cmu
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