get gain from distance , should be inverse to getdistancefromrssi concode_field_sep double pt concode_elem_sep double pl concode_elem_sep double stddev concode_elem_sep double constant concode_elem_sep RandomData rndData concode_elem_sep double rms concode_elem_sep double d0 concode_elem_sep double ni concode_field_sep void setPt concode_elem_sep void setD0 concode_elem_sep double getVarianceDistanceEstimateFromRSSI concode_elem_sep void setStddev concode_elem_sep boolean setParameters concode_elem_sep void setRms concode_elem_sep int hashCode concode_elem_sep RandomData getRndData concode_elem_sep boolean setParameter concode_elem_sep double getConstant concode_elem_sep double getD0 concode_elem_sep String getFormula concode_elem_sep void setConstant concode_elem_sep double value concode_elem_sep Double getParameter concode_elem_sep double getPt concode_elem_sep String getFormulaInversion concode_elem_sep String toStringHuman concode_elem_sep double[] gradient concode_elem_sep double getPl concode_elem_sep double getNi concode_elem_sep double getRms concode_elem_sep void setRndData concode_elem_sep double getStddev concode_elem_sep double getValue concode_elem_sep boolean equals concode_elem_sep Map<String,Double> getParameters concode_elem_sep void setNi concode_elem_sep double getDistanceFromRSSI concode_elem_sep String toString concode_elem_sep void setPl concode_elem_sep double getExpectedDistanceEstimateFromRSSI concode_elem_sep String getFormulaName
double function ( double arg0 , boolean arg1 ) { return this . getPt ( ) + + 1 * this . getPl ( ) + - 10 * this . getNi ( ) * Math . log10 ( arg0 / this . getD0 ( ) ) + ( arg1 ? this . getRndData ( ) . nextGaussian ( 0 , this . getStddev ( ) ) : 0 ) + this . getConstant ( ) ; }