int main()
{
char szStr[256];
int ctime;
ctime=0;
ctime=ctime+calcFuncCall();
ctime=ctime+calcAdd();
ctime=ctime+calcSub();
ctime=ctime+calcMul();
ctime=ctime+calcDiv();
ctime=ctime+calcShift();
ctime=ctime+calcFloatAdd();
ctime=ctime+calcFloatSub();
ctime=ctime+calcFloatMul();
ctime=ctime+calcFloatDiv();
ctime=ctime+calcDoubleAdd();
ctime=ctime+calcDoubleSub();
ctime=ctime+calcDoubleMul();
ctime=ctime+calcDoubleDiv();
printf("Spec Time=,%d",ctime);
return 0;
}
bool calcTerm(double &result, int &curLex, char lexemeString []) {
if (!calcMul(result, curLex, lexemeString))
return false;
while (curLex == multiplication || curLex == division) {
int operation = curLex;
double next = 0.0;
nextLexeme(curLex, lexemeString);
if (!calcMul(next, curLex, lexemeString))
return false;
switch (operation) {
case multiplication: {
result *= next;
break;
}
case division:{
result /= next;
break;
}
}
}
return true;
}
void processData(float* sampleBlockInput, float* sampleBlockOutput, int frames)
{
float curMax = 0;
float outMax = 0;
float outMid = 0;
float outDelta = 0;
float mul = calcMul();
for(int i=0; i<frames; i++)
{
float I = sampleBlockInput[i*2];
float Q = sampleBlockInput[i*2+1];
float mx = famax(I, Q);
if(mx>curMax)
curMax = mx;
I *= mul;
Q *= mul;
float out = IQ_decoder(I,Q);
float om = fabs(out);
if(om>outMax)
outMax = om;
outMid += out;
sampleBlockOutput[i] = out;
//sampleBlockOutput[i] = I;
}
outMid /= frames;
for(int i=0; i<frames; i++)
{
float d = sampleBlockOutput[i] - outMid;
outDelta += d*d;
}
outDelta = sqrt(outDelta)/frames;
if((quant_idx++%100)==0)
{
printf("mul=%e, max=%e , mid=%e delta=%e\n", mul, outMax/mul, outMid/mul, outDelta/mul);
//printf("max=%e\n" ,curMax);
}
pushLastMax(curMax);
}
double Intergrate::Operation()
{
double result;
if (oper == '+'){
CalcAdd<double> calcAdd(num1, num2);
double result_Add;
result = calcAdd.AddRun();
}
else if (oper == '-'){
CalcSub<double> calcSub(num1, num2);
double result_Sub;
result = calcSub.SubRun();
}
else if (oper == '*'){
CalcMul<double> calcMul(num1, num2);
double result_Mul;
result = calcMul.MulRun();
}
else if (oper == '/'){
CalcDiv<double> calcDiv(num1, num2);
double result_Div;
result = calcDiv.DivRun();
}
else{
std::cout<<"err"<<std::endl;
return 0;
}
return result;
}