Average Error: 0 → 0
Time: 1.7s
Precision: 64
\[\frac{\sqrt{dis_i} + delta_i}{lenCsq}\]
\[\frac{\sqrt{dis_i} + delta_i}{lenCsq}\]
\frac{\sqrt{dis_i} + delta_i}{lenCsq}
\frac{\sqrt{dis_i} + delta_i}{lenCsq}
double f(double dis_i, double delta_i, double lenCsq) {
        double r1597244 = dis_i;
        double r1597245 = sqrt(r1597244);
        double r1597246 = delta_i;
        double r1597247 = r1597245 + r1597246;
        double r1597248 = lenCsq;
        double r1597249 = r1597247 / r1597248;
        return r1597249;
}

double f(double dis_i, double delta_i, double lenCsq) {
        double r1597250 = dis_i;
        double r1597251 = sqrt(r1597250);
        double r1597252 = delta_i;
        double r1597253 = r1597251 + r1597252;
        double r1597254 = lenCsq;
        double r1597255 = r1597253 / r1597254;
        return r1597255;
}

Error

Bits error versus dis_i

Bits error versus delta_i

Bits error versus lenCsq

Try it out

Your Program's Arguments

Results

Enter valid numbers for all inputs

Derivation

  1. Initial program 0

    \[\frac{\sqrt{dis_i} + delta_i}{lenCsq}\]
  2. Final simplification0

    \[\leadsto \frac{\sqrt{dis_i} + delta_i}{lenCsq}\]

Reproduce

herbie shell --seed 1 
(FPCore (dis_i delta_i lenCsq)
  :name "(sqrt(dis_i) + delta_i) / lenCsq"
  :precision binary32
  (/ (+ (sqrt dis_i) delta_i) lenCsq))