#include"Base.h"
#include"LSMatrix.h"
#include"RLSMatrix.h"

void main()
{
	int       n,flag=1,mu,nu,value;
	RLSMatrix in1,in2,out;

	
	
	printf("注意：以下矩陣的行數和列數均不超過20\n輸入矩陣之前先輸入矩陣的行數和列數\n");

	while(flag)
	{
		in1.mu=in1.nu=in1.tu=0;
		in2.mu=in2.nu=in2.tu=0;
		out.mu=out.nu=out.tu=0;
		printf("\n菜單:\n");
		printf("\n0.退出\n\n1.創建并輸出矩陣\n\n2.求矩陣的逆\n\n3:求兩矩陣的和\n\n4.求兩矩陣減法\n\n5.求兩矩陣乘積\n\n6.求矩陣的轉置\n\n7.求矩陣行列式的值\n\n");
		printf("please choose from 0 ~7:\n");
		scanf("%d",&n);
		switch(n)
		{
			case 7: Small(mu,nu);
					CreatSMatrix(in1,mu,nu);
					printf("\n該矩陣的行列式的值為:%d\n",ValueSMatrix(in1));
					break;
			case 6:	Small(mu,nu);
					CreatSMatrix(in1,mu,nu);
					TransposeSMatrix(in1,out);
					PrintSMatrix(out);
					break;
			case 5: Small(mu,nu);
					CreatSMatrix(in1,mu,nu);
					printf("第二個矩陣:\n");
					Small(mu,nu);
					CreatSMatrix(in2,mu,nu);
					MulSMatrix(in1,in2,out);
					printf("\n兩矩陣的乘積為:\n");
					PrintSMatrix(out);
					break;
			case 4:	printf("請輸入第一個矩陣:\n");
					
					Small(mu,nu);
					CreatSMatrix(in1,mu,nu);
					printf("第二個矩陣:\n");
					Small(mu,nu);
					CreatSMatrix(in2,mu,nu);
					SubSMatrix(in1,in2,out);
					printf("\n兩矩陣的差為:\n");
					PrintSMatrix(out);
					break;
			case 3:	printf("請輸入第一個矩陣:\n");
					Small(mu,nu);
					CreatSMatrix(in1,mu,nu);
					printf("第二個矩陣:\n");
					Small(mu,nu);
					CreatSMatrix(in2,mu,nu);
					AddSMatrix(in1,in2,out);
					printf("\n兩矩陣的和為:\n");
					PrintSMatrix(out);
					break;
			case 2:	printf("請輸入矩陣:\n");
					Small(mu,nu);
					CreatSMatrix(in1,mu,nu);
					AthwartSMatrix(in1,out);
					printf("\n該矩陣的逆為:\n");
					PrintSMatrix(out);
				    break;
			case 1:	Small(mu,nu);
					CreatSMatrix(in1,mu,nu);
					printf("\n輸出:\n");
					PrintSMatrix(in1);
					break;
			case 0: flag=0;break;
			default:printf("please input the right number\n");
		}
	}
}