You are the project manager of an e$-$business application development project in your company. Your Lead Analyst and Junior Programmer have informed you that your project will benefit from using Function Points and COCOMO methods for estimating software cost and effort. Current project is comprised of three modules. The following pieces of information are available:

Note: SLOC is Source Lines of Code.

Table $1$: Size and Function Point estimates

Module

Module Size $($Estimated SLOC or Function Points$)$

Module $1$

$400$ SLOC

Module $2$

$2000$ SLOC

Module $3$

Visual C# language will be used to implement the following function points:

Inputs: $4$ average, $3$ high

Outputs: $2$ average, $2$ high

User Inquiries: $2$ simple, $4$ average, $4$ high

Interfaces: $1$ simple, $1$ average, $3$ high

Files: $1$ simple, $2$ average, $1$ high

Based on the prior experiences, function point parameters are according to the table $3.$

Table $2$: FPA Weight Parameters

Parameter

Simple

Average

High

Inputs

$2$

$4$

$6$

Outputs

$3$

$5$

$7$

User Inquiries

$2$

$4$

$6$

Interfaces

$4$

$7$

$10$

Files

$5$

$10$

$15$

The Value Adjustment Factor $($VAF$)$ for this project is $0\mathrm{.}8.$

A function point is approximately $40$ lines of Visual C# code. In other words, the AVC for C# programming language is $40.$

Task $1$: Estimate the SLOC for module $3$ using FPA.

You can find the total Source Lines of Code for the project by adding SLOC for the three modules.

Based on the analysis that has been performed so far, the project has been labeled as a complex $($embedded$)$ project.

The organization you work for has an average labor rate $($including all benefits$)$ of $$7,500/$month for its developers.