partial class RO_MULTIMAP_INCL{K,E}
****
Partial class for multi-maps


Flattened version is here

Ancestors
COMPARE{_}

Descendants
MULTIMAP_INCL{_,_} H_MULTIMAP{_,_} MULTIMAP{_,_}



Public


Features
elt_if(test:ROUT{E}:BOOL,out res:E):BOOL
**** Return the first element that satisfies "test" in "res" Return true if a element was found, false otherwise
equals(b: $RO_MULTIMAP{K,E}): BOOL
**** Returns true if all of "e"'s elements are equal to self's elts Ordering is an issue. Should be redefined to be more precise for particular descendants
has(e: E): BOOL
**** Return true if this multimap has the element "e"
has_elt(e: E): BOOL
has_ind(k: K): BOOL
**** Return true if the index "k" has at least one target in this multimap
ind_if(test:ROUT{E}:BOOL):K
**** Return the index of the leftmost element that satisfies `test', or void if there is none. Must be changed to use an out argument
inds: ARRAY{K}
**** Return an index array which is the same size as self and is set to the values of the indices
stub n_inds: INT;
**** Return the total number of indices
stub n_targets(k:K): INT;
**** Return the number of targets for index "k"
stub size: INT;
**** The number of elements in this multimap
str: STR
**** Prints out a string version of the array of the components that are under $STR, and their associated indices
str_of_elts: STR
**** Prints out a string version of the array of the components that are under $STR, and their associated indices
targets(k: K): BAG{E}

Iters
stub elt!: E;
**** Yield elements (unordered)
filter!(once f:ROUT{E}:BOOL): E
**** Yield all elements that satisfy the boolean predicate "f"
filter_not!(once f:ROUT{E}:BOOL): E
**** Yield all elements that do not satisfy the boolean predicate "f"
stub ind!: K;
**** Yield element indices (unordered)
stub pair!: TUP{K,E};
**** Yield pairs of index,element
stub target!(once k:K): E;
**** Yield the targets of the index "k"
target!: E


Private

elt_str(e: E): STR
ind_str(i: K): STR

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