n7275

#Vapor Pressure
clear;
clc;
res = 75;

R_CONST = 8314.4621	##(L*Pa)/(mol*K)

MMASS = [31.998,	2.01588,	18.01528,	28.0134,	44.01,		33.434432,		92.146,			92.01,			4.00260];		#g/mol
VAPENTH	=	[213.13,	445.46,		2260.0,		198.83,		347.0,		1769.195,		991.01556,		414.3,			0.0829		];		#J/g
VAPPRESS	= [1314841.0,	4925221.0,	39441.0,	1528361.0,	493284.0,	25639.45,		21722.212986,	206782.99342,	14778377.09 ];		#Pa @ 273.00K

n7275

clear;
clc;

res = 300;

H = linspace(0,75,res);
O = linspace(0,75,res);

[HH,OO] = meshgrid(H,O);

n7275

import re
import glob
import os

### THIS SCRIPT HAS NO UNDO BUTTON. IT UPDATES ALL. SCENERIOS IN THE CURRENT DIRECTORY ###
### BACK UP YOUR FILES. KNOW WHAT DIRECTORY THIS IS RUNNING IN.
### I WILL DO THE UPDATE FOR YOU, BUT I CAN'T FIX AN INCORRECTLY PERFORMED UPDATE THAT YOU DO
### PM ME ON ORBITER-FORUM.COM (@n72.75)

all_scn_files = glob.glob('./*.scn')

n7275

#include <iostream>
#include <thread>
#include <vector>
#include <mutex>
#include <functional>
#include <cmath>


void JobFunction(double dt) {
	double dtTemp = cos(dt);

n7275

#include <iostream>
#include <thread>
#include <vector>
#include <mutex>
#include <functional>
#include <cmath>

//simple test function to give the CPU something  to do
void JobFunction(double dt) {
	double dtTemp = 0;

n7275

function [V] = BatVoltage(ChargeLevel,MaxChargeVoltage)
  ## ChargeLevel = 0.0 -- 1.0
  ## MaxChargeVoltage, voltage when ChargeLevel == 1.0
  V = (1.007921192669853 - 0.009537198357788667./(ChargeLevel+0.09727407714017093).^2).*MaxChargeVoltage;
end

n7275

clear;
clc;

#O2 and H2 density
O2Tcrit = 154.7;
H2Tcrit = 33.2;
N2crit = 126.2;
temp1 = linspace(0,O2Tcrit,75);
temp2 = linspace(O2Tcrit,500,100);
temp3 = linspace(0,H2Tcrit,15);

n7275

clear;
clc;


T = linspace(0,500,2000);
V1 = [];
V2 = [];
V3 = [];

R = 8.31446261815324E-2; 	#L.bar.K^-1.mol^-1

n7275

%Tank Heater
clear;
clc;

nominal_heat = 200; %Watts
ramp_rate = 10.0;


Dt = .1;
heat = 0;

n7275

#Flow rate
clear;
clc;

size = 0.00500;
dt = .005;
Volume1 = 120;
Volume2 = 240;

mass = 300;