returns the estimated number of retained true positives . concode_field_sep Boolean noValidated concode_elem_sep long serialVersionUID concode_elem_sep double confidenceLimit concode_elem_sep double fdrLimit concode_elem_sep double n concode_elem_sep boolean classicalEstimators concode_elem_sep double logScoreLimit concode_elem_sep double nFP concode_elem_sep Integer inputType concode_elem_sep Double userInput concode_elem_sep boolean classicalValidation concode_elem_sep double nTPTotal concode_elem_sep double scoreLimit concode_elem_sep double fnrLimit concode_field_sep void setnTPTotal concode_elem_sep boolean isClassicalEstimators concode_elem_sep Integer getInputType concode_elem_sep double getN concode_elem_sep void setFdrLimit concode_elem_sep double getFnrLimit concode_elem_sep void setFnrLimit concode_elem_sep void setnFP concode_elem_sep void setClassicalEstimators concode_elem_sep void setConfidenceLimit concode_elem_sep void setInputType concode_elem_sep boolean isClassicalValidation concode_elem_sep boolean noValidated concode_elem_sep Double getConfidenceLimit concode_elem_sep double getScoreLimit concode_elem_sep double getnFP concode_elem_sep void setClassicalValidation concode_elem_sep double getLogScoreLimit concode_elem_sep void setNoValidated concode_elem_sep double getnTPTotal concode_elem_sep Double getFdrLimit concode_elem_sep void setScoreLimit concode_elem_sep Double getUserInput concode_elem_sep void setUserInput concode_elem_sep void setn
double function ( ) { return n - nFP ; }