main()
{
int ch;
asm1();
ch=getch();
}
void PerformanceTest::start()
{
FILE *plk;
plk = fopen( m_Path.c_str(), "w" );
fprintf(plk, "factors\t asm1\t asm2\t cpp1\t cpp2\t\n");
LARGE_INTEGER* begin = new LARGE_INTEGER();
LARGE_INTEGER* end = new LARGE_INTEGER();
TestFunction* function = new TestFunction(1, 3);
long int asm1Val, asm2Val, cpp1Val, cpp2Val;
for(int i = m_BeginValue; i <= m_EndValue; )
{
QueryPerformanceCounter(begin);
Interpolation asm1(function, i, true, false, true);
asm1.generateReport1("file1.rex");
asm1.generateReport2("file2.rex", m_Points);
QueryPerformanceCounter(end);
asm1Val = end->QuadPart - begin->QuadPart;
QueryPerformanceCounter(begin);
Interpolation asm2(function, i, true, true, true);
asm2.generateReport1("file1.rex");
asm2.generateReport2("file2.rex", m_Points);
QueryPerformanceCounter(end);
asm2Val = end->QuadPart - begin->QuadPart;
QueryPerformanceCounter(begin);
Interpolation cpp1(function, i, false, false, true);
cpp1.generateReport1("file1.rex");
cpp1.generateReport2("file2.rex", m_Points);
QueryPerformanceCounter(end);
cpp1Val = end->QuadPart - begin->QuadPart;
QueryPerformanceCounter(begin);
Interpolation cpp2(function, i, false, true, true);
cpp2.generateReport1("file1.rex");
cpp2.generateReport2("file2.rex", m_Points);
QueryPerformanceCounter(end);
cpp2Val = end->QuadPart - begin->QuadPart;
fprintf(plk, "%d\t %li\t %li\t %li\t %li\t\n", i, asm1Val, asm2Val, cpp1Val, cpp2Val);
i += m_Move;
}
delete function;
fclose(plk);
}
