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clear;
clc;
close all;

V = zeros(100);
P = zeros(100);
ST = zeros(100);
H = zeros(100);
Hnet = zeros(100);

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clear;
clc;
close all;
hold off;

dt = 1.19;
time = 50;
n_steps = round(time/dt);

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%rendering of gravity model, Gapcynski et al., 1969
%coefficients taken from https://arc.aiaa.org/doi/10.2514/3.5479

clear;
clc;
close all;

resolution =75;

GM = 4902.58;

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clear;
clc;

Temp = 477;
power_load = 2198;

A = 0.023951368224792 * Temp + 23.9241562583015;
B = 0.003480859912024 * Temp - 2.19986938582928;
C = -0.0001779207513 * Temp + 0.104916556604259;
D = 5.0656524872309E-06 * Temp - 0.002885372247954;

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##clear;
##clc;

powerdraw = 700; #nominal watts at 28V
RL = 28^2/powerdraw;    %Load Resistance
R1 = 0.014;             %Wire Resistance
R2 = 0.015;             %Wire Resistance
R3 = 0.012;             %Wire Resistance
R4 = 0.015;             %Wire Resistance

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%Van der Waals
clear;
clc;

Tvdw = linspace(0,3.5,150);
V = linspace(0.25,5,202);

[TT,VV] = meshgrid(Tvdw,V);

P = 8/3.*(TT./(VV-1/3))-3./(VV.^2);

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clear;
clc;
pkg load symbolic;
sympref display unicode;

syms R0 R1 R2 R3 R4 R5 real;
syms V1 V2 V3 V4 V5 real;

ImpedanceMatrix5 = [R1+R0,  -R1,      0,      0,   0;...
                     -R1, R1+R2,    -R2,      0,   0;...

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#include <iostream>
#include <cmath>
#include <mutex>
#include <thread>
#include <Windows.h>

void sinusoid(bool &die, double &t, double &val, std::mutex &m)
{
    while (!die)
    {

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clear;
clc;

Temp = linspace(0,200,20);
R_CONST = 8314.4621;
MMASS = 31.998;
vapor_mass = linspace(0,300,20);
air_volume = 0.5;
a = 1.382/101300;
b = 0.03186;

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#NASSP SPSDK Tank simulator;
#inital conditions are set up to demo a CSM O2 Tank

clear all;
clc;
close all;

n_itterations = 1000;
itteration = 0;
global delta_time = 0.01;