Five of the notes have two alternate names, as is indicated above with equals sign. Thus, there are 17 possible names of scale notes, but only 12 musically distinct notes. When using one of these as the keynote for a musical key, we can further distinguish between major and minor tonalities. This gives 34 possible keys, of which 24 are musically distinct.
In naming his preludes, Mr. B used all the keys except the following 10, which were named instead by their alternate names:
Write a program that, given the name of a key, give an alternate name if it has one, or report the key name is unique.
Input Each test case is described by one line having the format "note tonality", where "note" is one of the 17 names for the scale notes given above, and "tonality" is either "major" or "minor" (quotes for clarify).
Output For each case output the required answer, following the format of the sample.
Sample Input
Ab minor D# major G minor
Sample Output
Case 1: G# minor Case 2: Eb major Case 3: UNIQUE
水题,只要按照第一个表有等于的输出转换的字符串,没有转换则输出UNIQUE即可
#include#include #include using namespace std; char str[100]; int cas = 1; int main() { while(gets(str)) { printf("Case %d: ",cas++); int i,j,len; len = strlen(str); if(str[1] == ' ') printf("UNIQUE\n"); else { if(str[1] == '#') { if(str[0] == 'G') printf("Ab"); else printf("%cb",str[0]+1); } else if(str[1] == 'b') { if(str[0] == 'A') printf("G#"); else printf("% c#",str[0]-1); } for(i = 2;i