Dažas no saraksta metodēm ir minētas 1. kopā

Šajā rakstā ir apskatītas citas metodes.

1. no [a : b]

:- Šī metode

dzēš visus diapazonā esošos elementus

sākot no argumentos minētā indeksa “a” līdz “b”.

2. pop()

:- Šī metode

dzēš

elements

pozīcijā

minēts savos argumentos.

   # Python code to demonstrate the working of   # del and pop()   # initializing list    lis   =   [  2     1     3     5     4     3     8  ]   # using del to delete elements from pos. 2 to 5   # deletes 354   del   lis  [  2   :   5  ]   # displaying list after deleting    print   (  'List elements after deleting are : '    end  =  ''  )   for   i   in   range  (  0     len  (  lis  )):   print  (  lis  [  i  ]   end  =  ' '  )   print  (  '  r  '  )   # using pop() to delete element at pos 2   # deletes 3   lis  .  pop  (  2  )   # displaying list after popping    print   (  'List elements after popping are : '     end  =  ''  )   for   i   in   range  (  0     len  (  lis  )):   print  (  lis  [  i  ]   end  =  ' '  )   

Izvade:

 List elements after deleting are : 2 1 3 8    
 List elements after popping are : 2 1 8    
 
  
 
 
    3. ievietot(a x)    
 
 :- Šī funkcija  
 
    ievieto elementu pozīcijā    
 
 minēts savos argumentos. Nepieciešami 2 argumenti  
 
    pozīcija un elements, kas jāpievieno attiecīgajā pozīcijā.    
 
    4. noņemt ()    
 
 :- Šī funkcija tiek izmantota  
 
    dzēst pirmo gadījumu    
 
 skaita, kas minēts tās argumentos.  
 Python   
   # Python code to demonstrate the working of   # insert() and remove()   # initializing list    lis   =   [  2     1     3     5     3     8  ]   # using insert() to insert 4 at 3rd pos   lis  .  insert  (  3     4  )   # displaying list after inserting   print  (  'List elements after inserting 4 are : '     end  =  ''  )   for   i   in   range  (  0     len  (  lis  )):   print  (  lis  [  i  ]   end  =  ' '  )   print  (  '  r  '  )   # using remove() to remove first occurrence of 3   # removes 3 at pos 2   lis  .  remove  (  3  )   # displaying list after removing    print   (  'List elements after removing are : '     end  =  ''  )   for   i   in   range  (  0     len  (  lis  )):   print  (  lis  [  i  ]   end  =  ' '  )   
   
 Izvade:  
 
 List elements after inserting 4 are : 2 1 3 4 5 3 8    
 List elements after removing are : 2 1 4 5 3 8    
 
  
 
 
    5. šķirot()    
 
 :- Šī funkcija  
 
    veidus    
 
 sarakstā  
 
    palielinot kārtību    
 
 .  
 
    6. reverse()    
 
 :- Šī funkcija  
 
    apgriež    
 
 saraksta elementi.  
 Python   
   # Python code to demonstrate the working of   # sort() and reverse()   # initializing list    lis   =   [  2     1     3     5     3     8  ]   # using sort() to sort the list   lis  .  sort  ()   # displaying list after sorting   print   (  'List elements after sorting are : '     end  =  ''  )   for   i   in   range  (  0     len  (  lis  )):   print  (  lis  [  i  ]   end  =  ' '  )   print  (  '  r  '  )   # using reverse() to reverse the list   lis  .  reverse  ()   # displaying list after reversing   print   (  'List elements after reversing are : '     end  =  ''  )   for   i   in   range  (  0     len  (  lis  )):   print  (  lis  [  i  ]   end  =  ' '  )   
   
 Izvade:  
 
 List elements after sorting are : 1 2 3 3 5 8    
 List elements after reversing are : 8 5 3 3 2 1    
 
  
 
 
    7. paplašināt(b)    
 
 :- Šī funkcija tiek izmantota  
 
    paplašināt sarakstu ar    
 
 tajā esošie elementi  
 
    cits saraksts    
 
 . Šī funkcija aizņem  
 
    cits saraksts kā arguments    
 
 .  
 
    8. skaidrs()    
 
 :- Šī funkcija tiek izmantota  
 
    dzēst visus elementus    
 
 no saraksta. Pēc šīs operācijas saraksts kļūst tukšs.  
 Python   
   # Python code to demonstrate the working of   # extend() and clear()   # initializing list 1   lis1   =   [  2     1     3     5  ]   # initializing list 1   lis2   =   [  6     4     3  ]   # using extend() to add elements of lis2 in lis1   lis1  .  extend  (  lis2  )   # displaying list after sorting   print   (  'List elements after extending are : '     end  =  ''  )   for   i   in   range  (  0     len  (  lis1  )):   print  (  lis1  [  i  ]   end  =  ' '  )   print   (  '  r  '  )   # using clear() to delete all lis1 contents   lis1  .  clear  ()   # displaying list after clearing   print   (  'List elements after clearing are : '     end  =  ''  )   for   i   in   range  (  0     len  (  lis1  )):   print  (  lis1  [  i  ]   end  =  ' '  )   
   
 Izvade:  
 
 List elements after extending are : 2 1 3 5 6 4 3    
 List elements after clearing are :