Related
Egvin Seday This is related to this question , but I also want the corresponding one's complement sorted list with elements that are not efficiently selected using python or c++ . For example, for an ordered list, list=(0,1,1,2,3,3)when we select 3 elements, o
Frederick I want to write a function that takes an array of letters as a parameter and selects multiple letters. Suppose you provide an array of 8 letters and want to select 3 letters from it. Then you will get: 8! / ((8 - 3)! * 3!) = 56
Returns an array (or
Frederick I want to write a function that takes an array of letters as a parameter and selects multiple letters. Suppose you provide an array of 8 letters and want to select 3 letters from it. Then you will get: 8! / ((8 - 3)! * 3!) = 56
Returns an array (or
xuehui Can anyone elaborate on this code, or even provide a non-Linq version of this algorithm: public static IEnumerable<IEnumerable<T>> Combinations<T>
(this IEnumerable<T> elements, int k)
{
return k == 0 ? new[] { new T[0] }
: eleme
xuehui Can anyone elaborate on this code, or even provide a non-Linq version of this algorithm: public static IEnumerable<IEnumerable<T>> Combinations<T>
(this IEnumerable<T> elements, int k)
{
return k == 0 ? new[] { new T[0] }
: eleme
xuehui Can anyone elaborate on this code, or even provide a non-Linq version of this algorithm: public static IEnumerable<IEnumerable<T>> Combinations<T>
(this IEnumerable<T> elements, int k)
{
return k == 0 ? new[] { new T[0] }
: eleme
xuehui Can anyone elaborate on this code, or even provide a non-Linq version of this algorithm: public static IEnumerable<IEnumerable<T>> Combinations<T>
(this IEnumerable<T> elements, int k)
{
return k == 0 ? new[] { new T[0] }
: eleme
Snehuzler I try to recursively generate all n-choice-k combinations of the list (without checking for uniqueness) by following a strategy that each recursive call contains or does not contain elements. I can definitely print out the combinations, but I can't f
Robert Tiger Say I have this list of lists: lst_of_lsts = [['1-1', '1-2', '1-3'], ['2-1', '2-2', '2-3'], ['3-1', '3-2', '3-3']]
How do I iterate to output all my possible combinationslen(lst_of_lsts) Desired output: comb1 = ['1-1', '2-1', '3-1']
comb2 = ['1-2
Robert Tiger Say I have this list of lists: lst_of_lsts = [['1-1', '1-2', '1-3'], ['2-1', '2-2', '2-3'], ['3-1', '3-2', '3-3']]
How do I iterate to output all my possible combinationslen(lst_of_lsts) Desired output: comb1 = ['1-1', '2-1', '3-1']
comb2 = ['1-2
Robert Tiger Say I have this list of lists: lst_of_lsts = [['1-1', '1-2', '1-3'], ['2-1', '2-2', '2-3'], ['3-1', '3-2', '3-3']]
How do I iterate to output all my possible combinationslen(lst_of_lsts) Desired output: comb1 = ['1-1', '2-1', '3-1']
comb2 = ['1-2
Robert Tiger Say I have this list of lists: lst_of_lsts = [['1-1', '1-2', '1-3'], ['2-1', '2-2', '2-3'], ['3-1', '3-2', '3-3']]
How do I iterate to output all my possible combinationslen(lst_of_lsts) Desired output: comb1 = ['1-1', '2-1', '3-1']
comb2 = ['1-2
Tobias Herman I need a function that does the same thing as itertools.combinations(iterable, r) in python So far I came up with this: {-| forward application -}
x -: f = f x
infixl 0 -:
{-| combinations 2 "ABCD" = ["AB","AC","AD","BC","BD","CD"] -}
combinatio
Tobias Herman I need a function that does the same thing as in pythonitertools.combinations(iterable, r) So far I have come up with this: {-| forward application -}
x -: f = f x
infixl 0 -:
{-| combinations 2 "ABCD" = ["AB","AC","AD","BC","BD","CD"] -}
combin
Esostack Right now I'm trying to write a function that takes an array and an integer n and gives a list of each combination of size n (i.e. a list of int arrays). I could write it using n nested loops, but that only works for a subset of a certain size. I don'
Esostack Right now, I'm trying to write a function that takes an array and an integer n, and gives a list of each combination of size n (hence a list of int arrays). I could write it using n nested loops, but that only works for a subset of a certain size. I c
Esostack Right now, I'm trying to write a function that takes an array and an integer n, and gives a list of each combination of size n (hence a list of int arrays). I could write it using n nested loops, but that only works for a subset of a certain size. I c
Esostack Right now I'm trying to write a function that takes an array and an integer n and gives a list of each combination of size n (i.e. a list of int arrays). I could write it using n nested loops, but that only works for a subset of a certain size. I don'
Ananya Given two numbers n and k, you have to find all possible combinations of k numbers in 1...n. I am using DFS algorithm to achieve this. But my ansarray returns None, whereas if I try to print temp, the combination is generated correctly. What am I doing
Ananya Given two numbers n and k, you have to find all possible combinations of k numbers in 1...n. I am using DFS algorithm to achieve this. But my ansarray returns None, whereas if I try to print temp, the combination is generated correctly. What am I doing
alex_and_ra I need an algorithm that generates all combinations of size n of k characters. For example, if I have n=1 and k={a,b}, the result should be: a
b
If n=3 and k={a,b}, the result should be: a a a
a a b
a b a
a b b
b a a
b a b
b b a
b b b
Can someone
alex_and_ra I need an algorithm that generates all combinations of size n of k characters. For example, if I have n=1 and k={a,b}, the result should be: a
b
If n=3 and k={a,b}, the result should be: a a a
a a b
a b a
a b b
b a a
b a b
b b a
b b b
Can someone
Jinhong I'm trying to implement an algorithm to get all combinations of k elements from a set of n elements where the difference between two consecutive combinations is the largest (such a reverse gray code). In other words, the combinations should be sorted s
Jinhong I'm trying to implement an algorithm to get all combinations of k elements from a set of n elements, where the difference between two consecutive combinations is the largest (a reverse gray code like this). In other words, the combinations should be so
Jinhong I'm trying to implement an algorithm to get all combinations of k elements from a set of n elements where the difference between two consecutive combinations is the largest (such a reverse gray code). In other words, the combinations should be sorted s
Jinhong I'm trying to implement an algorithm to get all combinations of k elements from a set of n elements, where the difference between two consecutive combinations is the largest (a reverse gray code like this). In other words, the combinations should be so
Jinhong I'm trying to implement an algorithm to get all combinations of k elements from a set of n elements, where the difference between two consecutive combinations is the largest (such a reverse gray code). In other words, the combinations should be sorted
Theodore Narliyski: I want to get all possible combinations of size K from a list of size N. I have a list with "person" objects and I am trying to create a new ArrayList which will be filled with the list of objects. Each table will be a different combination
Vietnam's I am struggling to figure out the formula to solve this problem: Given an array of nnumbers and a limit k, count all distinct combinations of at least size .k E.g:A=[1,2,3] k = 2 output = 4 // [1,2],[1,3],[1,2,3],[2,3] The array can contain repeated