returns the probabilities allocated to each type , according to their count in the underlying collection . the returned array parallels the arrays passed in to the constructor . if the returned array is designated p , then for all i , p i represents the smoothed probability assigned to types which occurred r i times in the underlying collection where r is the first argument to the constructor . concode_field_sep int MIN_INPUT concode_elem_sep double CONFID_FACTOR concode_elem_sep double[] logZ concode_elem_sep double TOLERANCE concode_elem_sep double[] rStar concode_elem_sep int rows concode_elem_sep double pZero concode_elem_sep double slope concode_elem_sep int[] n concode_elem_sep double[] p concode_elem_sep int[] r concode_elem_sep int bigN concode_elem_sep double intercept concode_elem_sep double bigNPrime concode_elem_sep double[] z concode_elem_sep double[] logR concode_field_sep void compute concode_elem_sep void print concode_elem_sep double smoothed concode_elem_sep double getProbabilityForUnseen concode_elem_sep void main concode_elem_sep int row concode_elem_sep int[][] readInput concode_elem_sep int[] integerList2IntArray concode_elem_sep void findBestFit concode_elem_sep double sq concode_elem_sep void validate
double [ ] function ( ) { return p ; }