void main(){
#define R 4//定义行数
#define C 5//定义列数
#define A 7//定义值
crossList *M = (crossList*)malloc(sizeof(crossList));
crossList *T = (crossList*)malloc(sizeof(crossList));//存储M的转置矩阵
crossList *Q = (crossList*)malloc(sizeof(crossList));//存储M*T
int i,j,k;
int arr[A][2] = { {1,2}, {1,5}, {2,2}, {3,1}, {3,4}, {4,1}, {4,5} };
elemType val[A] = {3,-5,-1,6,8,-4,7};
//初始化矩阵
initSMatrix(M,R,C,A);
//矩阵的赋值
for(i=0;i<A;i++){
assignSMatrix(M, arr[A-i-1][0], arr[A-i-1][1], val[A-i-1]);
}
printf("Print the Sparse Matrix M:");
printSMatrix(M);
//矩阵的复制
copySMatrix(M,T);
printf("\nPrint the Sparse Matrix T:");
printSMatrix(T);
//求矩阵的转置矩阵
transposeSMatrix(M,T);
printf("\nPrint the transpose Matrix T:");
printSMatrix(T);
//求矩阵的乘积
multSMatrix(M,T,Q);
printf("\nPrint the transpose Matrix M * T:");
printSMatrix(Q);
}
//Ï¡Êè¾ØÕó²âÊÔ
void testRLSMatrix()
{
RLSMatrix<int> A,B,C,D,E,F;
createSMatrix(A);
printSMatrix1(A);
createSMatrix(B,2);
printSMatrix1(B);
addSMatrix(A,B,C);
printSMatrix1(C);
destroySMatrix(C);
multSMatrix(A,B,C);
printSMatrix1(C);
transposeSMatrix(C,D);
printSMatrix1(D);
createSMatrix(E,3);
printSMatrix1(E);
}
