yeah! that's easy! althought no so clear
a = lambda x,y:(x,y)
b = lambda y:a(1,y)
a(1,2)
(1,2)
b(2)
(1,2)
On 1月17日, 下午12时10分, Alejandro Dubrovsky
<[EMAIL PROTECTED]> wrote:
> kernel1983 wrote:
> > In Function Program?Language can use like this:
>
> > define a function:
> > f = lambda x,y:x,y
>
kernel1983 wrote:
> In Function Program?Language can use like this:
>
> define a function:
> f = lambda x,y:x,y
>
> then we use f to define another function:
> f2 = f(1)
> the f2 should equal to:
> f2=lambda y:1,y
>
> we should be able call f2 with one parameter:f2(2)
> just return 1,2
>
> but
On Jan 16, 9:18 pm, "kernel1983" <[EMAIL PROTECTED]> wrote:
> In Function Program，Language can use like this:
>
> define a function:
> f = lambda x,y:x,y
>
> then we use f to define another function:
> f2 = f(1)
> the f2 should equal to:
> f2=lambda y:1,y
>
> we should be able call f2 with one para
On 16 Jan 2007 19:18:19 -0800, kernel1983 <[EMAIL PROTECTED]> wrote:
In Function Program，Language can use like this:
define a function:
f = lambda x,y:x,y
then we use f to define another function:
f2 = f(1)
the f2 should equal to:
f2=lambda y:1,y
we should be able call f2 with one parameter:f
In Function Program，Language can use like this:
define a function:
f = lambda x,y:x,y
then we use f to define another function:
f2 = f(1)
the f2 should equal to:
f2=lambda y:1,y
we should be able call f2 with one parameter:f2(2)
just return 1,2
but how can I implement the characteristic in Pyth
