int main(void)
{
XVECTOR vLower(2);
XVECTOR vUpper(2);
XVECTOR vThreshold(2);
XVECTOR vExpected(2);
XVECTOR vResult(2);
vExpected.Set(0,0.75);
vExpected.Set(1,0.6);
vLower.Set(0,0.0);
vLower.Set(1,0.0);
vUpper.Set(0,1.0);
vUpper.Set(1,0.75);
vThreshold.Set(0,0.0001);
vThreshold.Set(1,0.0001);
xPerform_Fit_Bound_Simplex(vLower,vUpper,vThreshold,Test_Function,vResult,&vExpected,"xfit.cache");
printf("\n");
vResult.Print();
}
vec3f operator / ( const float scalar, const vec3f &other )
{
vec3f vResult(0.0f, 0.0f, 0.0f);
vResult.x = other.x / scalar;
vResult.y = other.y / scalar;
vResult.z = other.z / scalar;
return vResult;
}
void main()
{
int n = 5;
cout << "CountWay : " << CountWay(n) << endl;;
cout << "CoundWayDP : " << CountWayDP(n) << endl;
int nCount = 0;
MyCountWay(n, nCount);
cout << "MyCountWay : " << nCount << endl;
vector< int > vResult(100, 0);
int Result = MyCountWayDP(vResult, n);
cout << "MyCountWayDB : " << Result << endl;
}
vec3f vec3f::operator - ( void )
{
vec3f vResult(-x, -y, -z);
return vResult;
}
