An academic system is being estimated. It has several inputs such as login, filling KRS (Study Plan Card), checking the courses schedule, and checking the courses value. The outputs of the system are KRS, courses schedule, and transcripts. The system has no external interface. The online queries of the system are login, showing courses schedule, filling KRS, checking KRS, showing courses value, showing lecturers name, showing classroom, checking transcript, updating KRS. The number of logical files is the last digit of your student id (use 1 if the last digit is 0). Assume that weights of the measurement parameters are average and all external com- plexity adjustment factors are very important. The estimated cost per function point is the last four digit of your student id. Compute Function Point (FP) and project cost for the software project. Measurement parameter Complex Inputs Outputs User inquiries Files External interfaces Simple weighting Avg. factor 3 4 4 5 3 4 7 10 5 7 |= | 6 7 6 15 10 An academic system is being estimated. It has several inputs such as login, filling KRS (Study Plan Card), checking the courses schedule, and checking the courses value. The outputs of the system are KRS, courses schedule, and transcripts. The system has no external interface. The online queries of the system are login, showing courses schedule, filling KRS, checking KRS, showing courses value, showing lecturers name, showing classroom, checking transcript, updating KRS. The number of logical files is the last digit of your student id (use 1 if the last digit is 0). Assume that weights of the measurement parameters are average and all external com- plexity adjustment factors are very important. The estimated cost per function point is the last four digit of your student id. Compute Function Point (FP) and project cost for the software project. Measurement parameter Complex Inputs Outputs User inquiries Files External interfaces Simple weighting Avg. factor 3 4 4 5 3 4 7 10 5 7 |= | 6 7 6 15 10