human
Maximize count of occurrences of S2 in S1 as a subsequence by concatenating N1 and N2 times respectively | Function to count maximum number of occurrences of s2 as subsequence in s1 by concatenating s1 , n1 times and s2 , n2 times.
Stores number of times s1 is traversed.
Stores number of times s2 is traversed.
Mapping index of s2 to number of times s1 and s2 are traversed.
Stores index of s1 circularly.
Stores index of s2 circularly.
Traverse the string s1 , n1 times.
If current character of both the string are equal.
Update j.
Update i.
If j is length of s2.
Update j for circular traversal.
Update s2_reps.
If i is length of s1.
Update i for circular traversal.
Update s1_reps.
If already mapped j to ( s1_reps , s2_reps ).
Mapping j to ( s1_reps , s2_reps ).
If s1 already traversed n1 times.
Otherwis , traverse string s1 by multiple of s1_reps and update both s1_reps and s2_reps.
Update s2_reps.
Update s1_reps.
If s1 is traversed less than n1 times.
If current character in both the string are equal.
Update j.
Update i.
If i is length of s1.
Update i for circular traversal.
Update s1_reps.
If j is length of ss.
Update j for circular traversal.
Update s2_reps.
Function to count maximum number of occurrences of s2 as subsequence in s1 by concatenating s1 , n1 times and s2 , n2 times"
How can the above be solved in Python?

=====
Can you provide a code to maximize count of occurrences of S2 in S1 as a subsequence by concatenating N1 and N2 times respectively and the other steps required?
assistant
#Here is code to maximize count of occurrences of S2 in S1 as a subsequence by concatenating N1 and N2 times respectively and the other steps required.
 def getMaxRepetitions ( s1 , n1 , s2 , n2 ) :
	if any ( c for c in set ( s2 ) if c not in set ( s1 ) ) :
		return 0
	s1_reps = 0
+ Y4E4 : Z4C4E4 : W4E4 : Y4E4 : Z4E4 : AA4E4 : Z4E4 : Y4E4 : X4E4 : W4
	s2_reps = 0
	s2_index_to_reps = { 0 : ( 0 , 0 ) }
	i = 0
	j = 0
	while s1_reps < n1 :
		if s1 [ i ] == s2 [ j ] :
			j += 1
		i += 1
		if j == len ( s2 ) :
			j = 0
			s2_reps += 1
		if i == len ( s1 ) :
			i = 0
			s1_reps += 1
			if j in s2_index_to_reps :
				break
			s2_index_to_reps [ j ] = ( s1_reps , s2_reps )
	if s1_reps == n1 :
		return s2_reps // n2
	initial_s1_reps , initial_s2_reps = s2_index_to_reps [ j ]
	loop_s1_reps = s1_reps - initial_s1_reps
	loop_s2_reps = s2_reps - initial_s2_reps
	loops = ( n1 - initial_s1_reps )
	s2_reps = initial_s2_reps + loops * loop_s2_reps
	s1_reps = initial_s1_reps + loops * loop_s1_reps
	while s1_reps < n1 :
		if s1 [ i ] == s2 [ j ] :
			j += 1
		i += 1
		if i == len ( s1 ) :
			i = 0
			s1_reps += 1
		if j == len ( s2 ) :
			j = 0
			s2_reps += 1
	return s2_reps // n2
def getMaxRepetitions ( s1 , n1 , s2 , n2 ) : A4 : AJ4
	if any ( c for c in set ( s2 ) if c not in set ( s1 ) ) :
		return 0 + E4 : W4