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sasacalopa on 01/06/11

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Last Edited at 01/06/11 03:03am

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b_stablo_pokazivac.h

bstablo_pokazivac.h

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Binarno stablo, implementacija pomoću pokazivaća (.h)

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  1. #ifndef BSTABLO_POLJE_H
  2.  
  3. #ifndef BSTABLO_POKAZIVAC_H
  4. #define BSTABLO_POKAZIVAC_H
  5.  
  6. struct element{
  7.     labeltype label;
  8.     struct element *left,*right;
  9. };
  10. typedef struct element *node;
  11. typedef struct element *btree;
  12.  
  13. btree InitB(labeltype x,btree T){
  14.      T = new element;
  15.      T->label = x;
  16.      T->left = NULL;
  17.      T->right = NULL;
  18.      return T;
  19. }
  20. node RootB(btree T){
  21.      return T;
  22. }
  23. bool ExistsLeftChildB(node n,btree T){
  24.      if(T==NULL) return LAMBDA;
  25.      if(n->left != NULL) return true;
  26.      return false;
  27. }
  28. bool ExistsRightChildB(node n,btree T){
  29.      if(T==NULL) return LAMBDA;
  30.      if(n->right != NULL) return true;
  31.      return false;
  32. }
  33. node LeftChildB(node n,btree T){ 
  34.      return n->left;    
  35. }
  36. node RightChildB(node n,btree T){
  37.      return n->right; 
  38. }
  39. labeltype LabelB(node n,btree T){
  40.      return n->label;
  41. }
  42. int CreateLeftB(labeltype x,node n,btree T){
  43.      element *novi = new element;
  44.      n->left = novi;
  45.      novi->left = NULL;
  46.      novi->right = NULL;
  47.      novi->label = x;
  48.      return 0;
  49. }
  50. int CreateRightB(labeltype x,node n,btree T){
  51.      element *novi = new element;
  52.      n->right = novi;
  53.      novi->left = NULL;
  54.      novi->right = NULL;
  55.      novi->label = x;
  56.      return 0;
  57. }
  58. node ParentB(node n,btree T){
  59.    node cvor = NULL; 
  60.    if(n == T) return 0;
  61.    if(T->left){
  62.       if(T->left == n){
  63.          cvor = T;
  64.          return cvor;
  65.       }
  66.       cvor = ParentB(n,T->left);
  67.    }
  68.    if(!cvor)
  69.    if(T->right){
  70.       if(T->right == n){
  71.          cvor = T;
  72.          return cvor;
  73.       }
  74.       cvor = ParentB(n,T->right);
  75.    }
  76.    return cvor;
  77. }
  78. void DeleteB(node n,btree T){
  79.    if(n->left) DeleteB(n->left,T);
  80.    if(n->right) DeleteB(n->right,T);
  81.    node cvor = ParentB(n,T);
  82.    if(cvor!=0){
  83.       if(cvor->left == n) cvor->left = NULL;
  84.       else cvor->right=NULL;
  85.       delete n;
  86.    }
  87. }
  88. void ChangeLabelB(labeltype x,node n,btree T){
  89.      n->label = x;
  90. }
  91.  
  92. #endif  /*BSTABLO_POKAZIVAC_H*/
  93.  
  94. #endif  /*BSTABLO_POLJE_H*/

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