Y
Yingjie Lan
Hi all,
I wonder if Python provides a way to define anonymous functions containing
multiple statements? With lambda form, we can only define a function of a single
expression. In Javascript, it is possible to define
a full-fledged anonymous functions, which suggests it is useful to have it. In
Python, it might be like this:
#==============
def test( fn, K ):
return sum(fn(i) for i in range(K))/K
test( def (i): #indent from start of this line, not from 'def'
from math import sin
#the last statement ends with a ',' or ')'.
return sin(i)+i*i;, 100) #';' to mark end of statement
#another way:
test( def (i): #indent from start of this line, not from 'def'
from math import sin
return sin(i)+i*i
, 100) #freely place ',' anywhere
#===============
Any thoughts?
Yingjie
I wonder if Python provides a way to define anonymous functions containing
multiple statements? With lambda form, we can only define a function of a single
expression. In Javascript, it is possible to define
a full-fledged anonymous functions, which suggests it is useful to have it. In
Python, it might be like this:
#==============
def test( fn, K ):
return sum(fn(i) for i in range(K))/K
test( def (i): #indent from start of this line, not from 'def'
from math import sin
#the last statement ends with a ',' or ')'.
return sin(i)+i*i;, 100) #';' to mark end of statement
#another way:
test( def (i): #indent from start of this line, not from 'def'
from math import sin
return sin(i)+i*i
, 100) #freely place ',' anywhere
#===============
Any thoughts?
Yingjie