Description: The three functions involved in this algorithm are:
Double BBP (int n,int k,int l) where n is the NTH digit of hexadecimal digits, and the range of k is 0 to n+ 7, which is used to calculate each item of 16nS1, 16nS2, 16nS3, 16nS4. Returns the fractional part of each item.
Void PI (int m,int n,int p[]) calculates the hexadecimal number of m bits starting from n bits. Where p is an array of hexadecimal digits.
Void div (int []) p
Void add(int a[],int b[]) both functions to convert the hexadecimal number to the decimal digit service.
Finally, the 1000 digits are stored in the integer array r [], which outputs the array in sequence.
- [Exam1] - M under the Matlab files into the DLL, t
- [ProtelSDK] - Protel99se SDK Protel provides SDK packa
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