void Update()
{
float[] rt60 = new float[6];
float[] w1a = new float[6];
float[] w2a = new float[6];
float[] w3a = new float[6];
float[] w4a = new float[6];
float[] fa = new float[6];
float[] ca = new float[6];
for (int i = 0; i < 6; i++)
{
w1a[i] = list[w1menu.value][i];
w2a[i] = list[w2menu.value][i];
w3a[i] = list[w3menu.value][i];
w4a[i] = list[w4menu.value][i];
fa[i] = list[fmenu.value][i];
ca[i] = list[cmenu.value][i];
}
w1avg = (list[w1menu.value][0] + list[w1menu.value][1] + list[w1menu.value][2] + list[w1menu.value][3] + list[w1menu.value][4] + list[w1menu.value][5]) / 6;
w2avg = (list[w2menu.value][0] + list[w2menu.value][1] + list[w2menu.value][2] + list[w2menu.value][3] + list[w2menu.value][4] + list[w2menu.value][5]) / 6;
w3avg = (list[w3menu.value][0] + list[w3menu.value][1] + list[w3menu.value][2] + list[w3menu.value][3] + list[w3menu.value][4] + list[w3menu.value][5]) / 6;
w4avg = (list[w4menu.value][0] + list[w4menu.value][1] + list[w4menu.value][2] + list[w4menu.value][3] + list[w4menu.value][4] + list[w4menu.value][5]) / 6;
cavg = (list[cmenu.value][0] + list[cmenu.value][1] + list[cmenu.value][2] + list[cmenu.value][3] + list[cmenu.value][4] + list[cmenu.value][5]) / 6;
favg = (list[fmenu.value][0] + list[fmenu.value][1] + list[fmenu.value][2] + list[fmenu.value][3] + list[fmenu.value][4] + list[fmenu.value][5]) / 6;
wall1SA = length * height;
wall2SA = width * height;
wall3SA = length * height;
wall4SA = width * height;
floorSA = length * width;
ceilingSA = length * width;
surfaceArea = 2 * (length * width) + 2 * (length * height) + 2 * (width * height);
volume = length * width * height;
for (int i = 0; i < 6; i++)
{
rt60[i] = calc.RT60(wall1SA, wall2SA, floorSA, w1a[i], w2a[i], w3a[i], w4a[i], fa[i], ca[i], volume, unit);
// Debug.Log (rt60[i]);
}
rtOutput1.text = rt60[0].ToString("f2");
rtOutput2.text = rt60[1].ToString("f2");
rtOutput3.text = rt60[2].ToString("f2");
rtOutput4.text = rt60[3].ToString("f2");
rtOutput5.text = rt60[4].ToString("f2");
rtOutput6.text = rt60[5].ToString("f2");
//calculates modes
mode = new float[3][];
for (int i = 0; i < 3; i++)
{
mode[i] = new float[10];
int counter = 1;
for (int j = 0; j < 10; j++)
{
if (i == 0)
{
mode[i][j] = calc.modeFreq(counter, 0, 0, length, width, height, sos);
}
if (i == 1)
{
mode[i][j] = calc.modeFreq(0, counter, 0, length, width, height, sos);
}
if (i == 2)
{
mode[i][j] = calc.modeFreq(0, 0, counter, length, width, height, sos);
}
counter++;
}
}
modeTan = new float[3][];
for (int i = 0; i < 3; i++)
{
modeTan[i] = new float[10];
int counter = 1;
for (int j = 0; j < 10; j++)
{
if (i == 0)
{
modeTan[i][j] = calc.modeFreq(counter, counter, 0, length, width, height, sos);
}
if (i == 1)
{
modeTan[i][j] = calc.modeFreq(0, counter, counter, length, width, height, sos);
}
if (i == 2)
{
modeTan[i][j] = calc.modeFreq(counter, 0, counter, length, width, height, sos);
}
counter++;
}
}
schroederFreq = calc.SchroederFreq(rt60, length, width, height, unit);
MFP = calc.MFP(length, width, height, unit);
CD = calc.CriticalDistance(rt60, length, width, height, unit);
schroederOut.text = schroederFreq.ToString("f2");
mfpOut.text = MFP.ToString("f2");
cdOut.text = CD.ToString("f2");
}