func()

in go/distinct_count_accuracy_profile.go [182:225]

• 44 lines of code
• 1 McCabe index (conditional complexity)

func (d *DistinctCountAccuracyProfile) setHeader(sb *strings.Builder) string {
	sb.WriteString("TrueU")
	sb.WriteString("\t")
	sb.WriteString("MeanEst")
	sb.WriteString("\t")
	sb.WriteString("MeanRelErr")
	sb.WriteString("\t")
	sb.WriteString("RMS_RE")
	sb.WriteString("\t")
	sb.WriteString("Trials")
	sb.WriteString("\t")
	sb.WriteString("Min")
	sb.WriteString("\t")
	sb.WriteString("Q(.00135)")
	sb.WriteString("\t")
	sb.WriteString("Q(.02275)")
	sb.WriteString("\t")
	sb.WriteString("Q(.15866)")
	sb.WriteString("\t")
	sb.WriteString("Q(.5)")
	sb.WriteString("\t")
	sb.WriteString("Q(.84134)")
	sb.WriteString("\t")
	sb.WriteString("Q(.97725)")
	sb.WriteString("\t")
	sb.WriteString("Q(.99865)")
	sb.WriteString("\t")
	sb.WriteString("Max")
	sb.WriteString("\t")
	sb.WriteString("avgLB3")
	sb.WriteString("\t")
	sb.WriteString("avgLB2")
	sb.WriteString("\t")
	sb.WriteString("avgLB1")
	sb.WriteString("\t")
	sb.WriteString("avgUB1")
	sb.WriteString("\t")
	sb.WriteString("avgUB2")
	sb.WriteString("\t")
	sb.WriteString("avgUB3")
	sb.WriteString("\t")
	sb.WriteString("Max")
	return sb.String()
}