B D G H 1 Function Point Count Estimating Methodology 2. 3 1) Using the Elements' numbers and weights as the basis for your estimating 4 5 Elements Inputs Outputs Inquiries Files Interfaces Number Complexity 15 Low 5 Average 10 Average 30 High 20 Average 6 2) Assuming one person-month represents many person-month is required for the pro 7 8 9 3) Ass what of the 10 Low 11 Total Number Number 4) If Weight 2 3 2 12 Elements 13 Number of inouts 14 Number of outputs 15 Number of inquiries 16 Number of files 17 Number of interfaces wha Complexity Weighting Average High Number Weight Number Weight 3 4. 6 9 4. 8. 12 10 15 Total Adjusted Finction Points $6 unn 5 5 18 19 x fx D E H K L M N O P R S nplexity 1) Using the Elements' numbers and weights, calculate Total Adjusted Count as the basis for your estimating bw rage rage gh -age 2) Assuming one person-month represents on average five function points, how many person-month is required for the project? 3) Assuming you have 10 programmers, what would be the approximate duration of the project? Total Number Complexity Weighting Average High ber Weight Number Weight 3 4 6 9 4 6 8 12 10 15 4) If the monthly programmer rate is $4,000 what would be the estimated cost? Low Total of the project? ES 2. 4) If the monthly pro what would be the e of inouts of outputs of inquiries of files of interfaces 3 2 5 Average High Palmaya kareng 3 4 6 9 4 6 8 12 10 15 Total Adjusted Finction Points 5 + Person month for the project Approximate duration of the project Cost of the project