returns the bound on reward at i-th position in the subsequence containing only reward operators . concode_field_sep List<Integer> stepBoundsProb concode_elem_sep List<Integer> stepBounds concode_elem_sep List<OpRelOpBound> opInfos concode_elem_sep List<Integer> origPositionsReward concode_elem_sep List<Integer> origPositionsProb concode_elem_sep List<Operator> relOps concode_elem_sep List<Double> boundsProb concode_elem_sep List<Operator> relOpsProb concode_elem_sep BitSet probNegated concode_elem_sep List<Double> bounds concode_elem_sep List<Integer> stepBoundsReward concode_elem_sep List<Operator> relOpsReward concode_elem_sep List<Double> boundsReward concode_field_sep void add concode_elem_sep int getStepBound concode_elem_sep int numberOfNumerical concode_elem_sep int numberOfStepBounded concode_elem_sep void makeAllProbUp concode_elem_sep boolean isProbabilityObjective concode_elem_sep boolean isProbNegated concode_elem_sep int getProbStepBound concode_elem_sep boolean contains concode_elem_sep Operator getRewardOperator concode_elem_sep int getRewardStepBound concode_elem_sep OpRelOpBound getOpRelOpBound concode_elem_sep int probSize concode_elem_sep int getOrigPositionProb concode_elem_sep String toString concode_elem_sep int getOrigPositionReward concode_elem_sep double getProbBound concode_elem_sep int rewardSize concode_elem_sep Operator getOperator concode_elem_sep double getBound concode_elem_sep Operator getProbOperator
double function ( int arg0 ) { return boundsReward . get ( arg0 ) ; }