//Michael Stratton II
//December 2020
//Grand Valley State University - Master's Thesis, Mechanical Engineering

//This is the master file which calls the functions needed to run the program.

//Tidy the workspace
clc;
clear;

//Example string for filepath:
//user_string = 'mstratton';

//***Update line 16 for your account. Refer to example string in line 12.***
//***This is the only line of code that should be changed!***
user_string = 'mstratton';

//Call Function #1 - Input Questions
func_str_1 = ('C:\Users\' + user_string + '\Desktop\input_questions.sci');
exec(func_str_1);
[user_answers] = input_questions();

//Call Function #2 - Calculate Water Consupmption
func_str_2 = ('C:\Users\' + user_string + '\Desktop\water_calculation.sci');
exec(func_str_2);
[water_gal_month] = water_calculation(user_answers);

//Call Function #3 - Calculate Live Load
func_str_3 = ('C:\Users\' + user_string + '\Desktop\live_load_calculation.sci');
exec(func_str_3);
[live_load_BTU_hr] = live_load_calculation(user_answers);

//Call Function #4 - Calculate HVAC Needs
func_str_4 = ('C:\Users\' + user_string + '\Desktop\HVAC_calculation.sci');
exec(func_str_4);
[HVAC_data] = HVAC_calculation(user_answers,live_load_BTU_hr)

//Call Function #5 - Calculate Energy Consumption
func_str_5 = ('C:\Users\' + user_string + '\Desktop\energy_calculation.sci');
exec(func_str_5);
[energy_kWh_month] = energy_calculation(user_answers);

//Call Function #6 - Calculate BOM and Approximate Cost
func_str_6 = ('C:\Users\' + user_string + '\Desktop\cost_BOM_calculation.sci');
exec(func_str_6);
[cost_and_BOM] = cost_BOM_calculation(user_answers);

//Call Function #7 - Summary and Closing
func_str_7 = ('C:\Users\' + user_string + '\Desktop\summary_info.sci');
exec(func_str_7);
[tiny_house_summary] = summary_info(user_answers, water_gal_month, HVAC_data, energy_kWh_month, cost_and_BOM);