protected double computeConfidence() { if (modulus == 1) return Invariant.CONFIDENCE_NEVER; if (modulus == 0) { return Invariant.CONFIDENCE_UNJUSTIFIED; } double probability_one_elt_modulus = 1 - 1.0 / modulus; // return 1 - Math.pow(probability_one_elt_modulus, ppt.num_mod_samples()); return 1 - Math.pow(probability_one_elt_modulus, ppt.num_samples()); }
protected double computeConfidence() { // num_elt_values() would be more appropriate // int num_values = ((PptSlice2) ppt).num_elt_values(); int num_values = ppt.num_samples(); if (num_values == 0) { return Invariant.CONFIDENCE_UNJUSTIFIED; } else { return 1 - Math.pow(.5, num_values); } }
protected double computeConfidence() { return 1 - Math.pow(.5, ppt.num_samples()); }
protected double computeConfidence() { return 1 - Math.pow(.9, elts); }