IN C++

Write a function called findBestSimScore that takes a genome and a sequence and returns the highest similarity score found in the genome as a double. Note: the term genome refers to the string that represents the complete set of genes in an organism, and sequence to refer to some substring or sub-sequence in the genome.

Function specifications:

The function name: findBestSimScore

The function parameters(in this order):

a string parameter for the genome (complete set of genes)

a string parameter for the sequence (sub-sequence of the genome)

The function should return the highest similarity score as a double.

If the length of the sequence is longer than the genome, then the function should return 0. (the best similarity score is 0)

The function should not print anything.

The best similarity scores is [0.0,1.0]

using this code to call back to

float calcSimScore(string s1, string s2){ int n1=s1.length(); int n2=s2.length(); int i; float n=n1; float count; float result; if(n1==0||n2==0) return 0; else if(n1!=n2) return 0; else{ i=0; count=0.0; while(i