// Use this for initialization
void Start()
{
GameObject surface = GameObject.Find("wall1");
dataStorage data = GameObject.Find("dataHandler").GetComponent <dataStorage>();
int i = 0;
i = data.libraryCount;
tex = new Texture[data.libraryCount];
tex[0] = t1;
tex[1] = t2;
tex[2] = t3;
tex[3] = t4;
tex[4] = t5;
tex[5] = t6;
tex[6] = t7;
tex[7] = t8;
tex[8] = t9;
tex[9] = t10;
tex[10] = t11;
tex[11] = t12;
Debug.Log(tex.Length);
surface.GetComponent <Renderer>().material.mainTexture = tex [menu.value];
// menu1.onValueChanged.AddListener (delegate {
// surfaceUpdate (menu1);
Debug.Log(surface.name);
// });
}
public void unitUpdate()
{
dataStorage dataStorage = dataDump.GetComponent <dataStorage>();
if (unit)
{
sliderL.value = roomLength / 3.2808399f;
sliderW.value = roomWidth / 3.2808399f;
sliderH.value = roomHeight / 3.2808399f;
unit1.text = "m";
unit2.text = "m";
unit3.text = "m";
unit = false;
dataStorage.setUnit(unit);
}
else
{
sliderL.value = roomLength * 3.2808399f;
sliderW.value = roomWidth * 3.2808399f;
sliderH.value = roomHeight * 3.2808399f;
unit1.text = "ft.";
unit2.text = "ft.";
unit3.text = "ft.";
unit = true;
dataStorage.setUnit(unit);
}
}
// Use this for initialization
void Awake()
{
DontDestroyOnLoad(gameObject);
_data = new dataStorage();
loadData();
faceCheck();
}
public void UpdateW(float y)
{
roomWidth = sliderW.value;
roomLength = sliderL.value;
dataStorage dataStorage = dataDump.GetComponent <dataStorage>();
dataStorage.setWidth(roomWidth);
//cameraScaling (roomLength,roomWidth,roomHeight);
//camera1.transform.localRotation = new Quaternion (-18+roomLength,207+roomWidth,0,0);
wall2.transform.position = new Vector3(-20, 5, ((roomWidth / 2) - 10));
wall2.transform.localScale = new Vector3((roomWidth / 10), 1, (roomHeight / 10));
wall3.transform.position = new Vector3(((roomLength / 2) - 20), 5, roomWidth - 10);
wall3.transform.localScale = new Vector3((roomLength / 10), 1, (roomHeight / 10));
wall4.transform.position = new Vector3(roomLength - 20, 5, ((roomWidth / 2) - 10));
wall4.transform.localScale = new Vector3((roomWidth / 10), 1, (roomHeight / 10));
floor.transform.position = new Vector3(((roomLength / 2) - 20), (5 - (roomHeight / 2)), ((roomWidth / 2) - 10));
floor.transform.localScale = new Vector3((roomLength / 10), 1, (roomWidth / 10));
ceiling.transform.position = new Vector3(((roomLength / 2) - 20), (5 + (roomHeight / 2)), ((roomWidth / 2) - 10));
ceiling.transform.localScale = new Vector3((roomLength / 10), 1, (roomWidth / 10));
}
public void UpdateH(float z)
{
roomHeight = sliderH.value;
dataStorage dataStorage = dataDump.GetComponent <dataStorage>();
dataStorage.setHeight(roomHeight);
floor.transform.position = new Vector3(((roomLength / 2) - 20), (5 - (roomHeight / 2)), ((roomWidth / 2) - 10));
ceiling.transform.position = new Vector3(((roomLength / 2) - 20), (5 + (roomHeight / 2)), ((roomWidth / 2) - 10));
wall1.transform.localScale = new Vector3((roomLength / 10), 1, (roomHeight / 10));
wall2.transform.localScale = new Vector3((roomWidth / 10), 1, (roomHeight / 10));
wall3.transform.localScale = new Vector3((roomLength / 10), 1, (roomHeight / 10));
wall4.transform.localScale = new Vector3((roomWidth / 10), 1, (roomHeight / 10));
camera1.transform.localPosition = new Vector3(103.7f, roomHeight + 18.1f, 94.4f);;
}
// Update is called once per frame
void Update()
{
//Dropdown menu = GameObject.Find ("surfaceMenu1");
dataStorage data = GameObject.Find("dataHandler").GetComponent <dataStorage>();
Debug.Log(menu.value);
Debug.Log(tex.Length);
switch (menu.value)
{
case 0:
surface.GetComponent <Renderer>().material.mainTexture = tex[0]; break;
case 1:
surface.GetComponent <Renderer>().material.mainTexture = tex[1]; break;
case 2:
surface.GetComponent <Renderer>().material.mainTexture = tex[2]; break;
default: break;
}
}
public void UpdateL(float x)
{
roomLength = sliderL.value;
dataStorage dataStorage = dataDump.GetComponent <dataStorage>();
dataStorage.setLength(roomLength);
//cameraScaling (roomLength,roomWidth,roomHeight);
wall1.transform.position = new Vector3(((roomLength / 2) - 20), 5, -10);
wall1.transform.localScale = new Vector3((roomLength / 10), 1, (roomHeight / 10));
wall3.transform.position = new Vector3(((roomLength / 2) - 20), 5, roomWidth - 10);
wall3.transform.localScale = new Vector3((roomLength / 10), 1, (roomHeight / 10));
wall4.transform.position = new Vector3(roomLength - 20, 5, ((roomWidth / 2) - 10));
wall4.transform.localScale = new Vector3((roomWidth / 10), 1, (roomHeight / 10));
floor.transform.position = new Vector3(((roomLength / 2) - 20), (5 - (roomHeight / 2)), ((roomWidth / 2) - 10));
floor.transform.localScale = new Vector3((roomLength / 10), 1, (roomWidth / 10));
ceiling.transform.position = new Vector3(((roomLength / 2) - 20), (5 + (roomHeight / 2)), ((roomWidth / 2) - 10));
ceiling.transform.localScale = new Vector3((roomLength / 10), 1, (roomWidth / 10));
}
public void Calculate()
{
//first order
Vector3 W1R1 = new Vector3(source.transform.position.x, source.transform.position.y, source.transform.position.z - (2 * w1Dist));
W1R1D = Vector3.Distance(W1R1, listener.transform.position);
Vector3 W2R1 = new Vector3(source.transform.position.x - (2 * w2Dist), source.transform.position.y, source.transform.position.z);
W2R1D = Vector3.Distance(W2R1, listener.transform.position);
Vector3 W3R1 = new Vector3(source.transform.position.x, source.transform.position.y, source.transform.position.z + (2 * w3Dist));
W3R1D = Vector3.Distance(W3R1, listener.transform.position);
Vector3 W4R1 = new Vector3(source.transform.position.x + (2 * w4Dist), source.transform.position.y, source.transform.position.z);
W4R1D = Vector3.Distance(W4R1, listener.transform.position);
Vector3 CR1 = new Vector3(source.transform.position.x, source.transform.position.y + (2 * cDist), source.transform.position.z);
CR1D = Vector3.Distance(CR1, listener.transform.position);
Vector3 FR1 = new Vector3(source.transform.position.x, source.transform.position.y - (2 * fDist), source.transform.position.z);
FR1D = Vector3.Distance(FR1, listener.transform.position);
//second order
Vector3 W1W2R2 = new Vector3(source.transform.position.x - (2 * w2Dist), source.transform.position.y, source.transform.position.z - (2 * w1Dist));
W1W2R2D = Vector3.Distance(W1W2R2, listener.transform.position);
Vector3 W1W3R2 = new Vector3(source.transform.position.x, source.transform.position.y, source.transform.position.z + (2 * w3Dist) + (2 * w1Dist));
W1W3R2D = Vector3.Distance(W1W3R2, listener.transform.position);
Vector3 W1W4R2 = new Vector3(source.transform.position.x + (2 * w4Dist), source.transform.position.y, source.transform.position.z - (2 * w1Dist));
W1W4R2D = Vector3.Distance(W1W4R2, listener.transform.position);
Vector3 W2W3R2 = new Vector3(source.transform.position.x - (2 * w2Dist), source.transform.position.y, source.transform.position.z + (2 * w3Dist));
W2W3R2D = Vector3.Distance(W2W3R2, listener.transform.position);
Vector3 W2W4R2 = new Vector3(source.transform.position.x + (2 * w4Dist) + (2 * w2Dist), source.transform.position.y, source.transform.position.z);
W2W4R2D = Vector3.Distance(W2W4R2, listener.transform.position);
Vector3 W3W4R2 = new Vector3(source.transform.position.x + (2 * w4Dist), source.transform.position.y, source.transform.position.z + (2 * w3Dist));
W3W4R2D = Vector3.Distance(W3W4R2, listener.transform.position);
Vector3 W1CR2 = new Vector3(source.transform.position.x, source.transform.position.y + (2 * cDist), source.transform.position.z - (2 * w1Dist));
W1CR2D = Vector3.Distance(W1CR2, listener.transform.position);
Vector3 W1FR2 = new Vector3(source.transform.position.x, source.transform.position.y - (2 * fDist), source.transform.position.z - (2 * w1Dist));
W1FR2D = Vector3.Distance(W1FR2, listener.transform.position);
Vector3 W2CR2 = new Vector3(source.transform.position.x - (2 * w2Dist), source.transform.position.y + (2 * cDist), source.transform.position.z);
W2CR2D = Vector3.Distance(W2CR2, listener.transform.position);
Vector3 W2FR2 = new Vector3(source.transform.position.x - (2 * w2Dist), source.transform.position.y - (2 * fDist), source.transform.position.z);
W2FR2D = Vector3.Distance(W2FR2, listener.transform.position);
Vector3 W3CR2 = new Vector3(source.transform.position.x, source.transform.position.y + (2 * cDist), source.transform.position.z + (2 * w3Dist));
W3CR2D = Vector3.Distance(W3CR2, listener.transform.position);
Vector3 W3FR2 = new Vector3(source.transform.position.x, source.transform.position.y - (2 * fDist), source.transform.position.z + (2 * w3Dist));
W3FR2D = Vector3.Distance(W3FR2, listener.transform.position);
Vector3 W4CR2 = new Vector3(source.transform.position.x + (2 * w4Dist), source.transform.position.y + (2 * cDist), source.transform.position.z);
W4CR2D = Vector3.Distance(W4CR2, listener.transform.position);
Vector3 W4FR2 = new Vector3(source.transform.position.x + (2 * w4Dist), source.transform.position.y - (2 * fDist), source.transform.position.z);
W4FR2D = Vector3.Distance(W4FR2, listener.transform.position);
Vector3 CFR2 = new Vector3(source.transform.position.x, source.transform.position.y + (2 * cDist) + (2 * fDist), source.transform.position.z);
CFR2D = Vector3.Distance(CFR2, listener.transform.position);
R1 = new float[6];
R1preD = new float[6];
R1[0] = W1R1D;
R1[1] = W2R1D;
R1[2] = W3R1D;
R1[3] = W4R1D;
R1[4] = CR1D;
R1[5] = FR1D;
R2 = new float[15];
R2preD = new float[15];
R2[0] = W1W2R2D;
R2[1] = W1W3R2D;
R2[2] = W1W4R2D;
R2[3] = W2W3R2D;
R2[4] = W2W4R2D;
R2[5] = W3W4R2D;
R2[6] = W1CR2D;
R2[7] = W1FR2D;
R2[8] = W2CR2D;
R2[9] = W2FR2D;
R2[10] = W3CR2D;
R2[11] = W3FR2D;
R2[12] = W4CR2D;
R2[13] = W4FR2D;
R2[14] = CFR2D;
dataStorage data = dataObj.GetComponent <dataStorage>();
time = new float();
R1L = new float[6];
for (int i = 0; i < R1.Length; i++) //converts distance to time
{
R1preD[i] = R1[i];
time = R1[i] / data.sos;
R1[i] = time;
}
time = 0;
R2L = new float[15];
for (int i = 0; i < R2.Length; i++)
{
R2preD[i] = R2[i];
time = R2[i] / data.sos;
R2[i] = time;
}
time = DirectSound / data.sos;
dsL = new float();
dsL = calc.distanceLoss(dbSPL, DirectSound, data.unit);
R1preL = new float[6];
R2preL = new float[15];
surfaceAbs = new float[6];
surfaceAbs[0] = data.w1avg;
surfaceAbs[1] = data.w2avg;
surfaceAbs[2] = data.w3avg;
surfaceAbs[3] = data.w4avg;
surfaceAbs[4] = data.cavg;
surfaceAbs[5] = data.favg;
//first order
for (int i = 0; i < R1preL.Length; i++)
{
R1preL[i] = calc.surfaceAbsoprtion(surfaceAbs[i], dbSPL);
}
//second order
R2preL[0] = calc.surfaceAbsoprtionSecondOrder(surfaceAbs[0], surfaceAbs[1], dbSPL);
R2preL[1] = calc.surfaceAbsoprtionSecondOrder(surfaceAbs[0], surfaceAbs[2], dbSPL);
R2preL[2] = calc.surfaceAbsoprtionSecondOrder(surfaceAbs[0], surfaceAbs[3], dbSPL);
R2preL[3] = calc.surfaceAbsoprtionSecondOrder(surfaceAbs[1], surfaceAbs[2], dbSPL);
R2preL[4] = calc.surfaceAbsoprtionSecondOrder(surfaceAbs[1], surfaceAbs[3], dbSPL);
R2preL[5] = calc.surfaceAbsoprtionSecondOrder(surfaceAbs[2], surfaceAbs[3], dbSPL);
R2preL[6] = calc.surfaceAbsoprtionSecondOrder(surfaceAbs[0], surfaceAbs[4], dbSPL);
R2preL[7] = calc.surfaceAbsoprtionSecondOrder(surfaceAbs[0], surfaceAbs[5], dbSPL);
R2preL[8] = calc.surfaceAbsoprtionSecondOrder(surfaceAbs[1], surfaceAbs[4], dbSPL);
R2preL[9] = calc.surfaceAbsoprtionSecondOrder(surfaceAbs[1], surfaceAbs[5], dbSPL);
R2preL[10] = calc.surfaceAbsoprtionSecondOrder(surfaceAbs[2], surfaceAbs[4], dbSPL);
R2preL[11] = calc.surfaceAbsoprtionSecondOrder(surfaceAbs[2], surfaceAbs[5], dbSPL);
R2preL[12] = calc.surfaceAbsoprtionSecondOrder(surfaceAbs[3], surfaceAbs[4], dbSPL);
R2preL[13] = calc.surfaceAbsoprtionSecondOrder(surfaceAbs[3], surfaceAbs[5], dbSPL);
R2preL[14] = calc.surfaceAbsoprtionSecondOrder(surfaceAbs[4], surfaceAbs[5], dbSPL);
//first order
for (int i = 0; i < R1L.Length; i++)
{
R1L[i] = calc.distanceLoss(R1preL[i], R1preD[i], data.unit);
}
//second order
for (int i = 0; i < R2L.Length; i++)
{
R2L[i] = calc.distanceLoss(R2preL[i], R2preD[i], data.unit);
}
float Maxtime = new float();
float Maxlevel = new float();
float MinLevel = new float();
Maxtime = 0f;
minLevel = 0f;
Maxlevel = dbSPL;
MinLevel = dbSPL;
for (int i = 0; i < R1.Length; i++) //find the max time first order
{
if (R1[i] > Maxtime)
{
Maxtime = R1[i];
}
}
for (int i = 0; i < R2.Length; i++) //find the max time second order
{
if (R2[i] > Maxtime)
{
Maxtime = R2[i];
}
}
for (int i = 0; i < R1L.Length; i++) //find the min SPL first order
{
if (R1L[i] < MinLevel)
{
MinLevel = R1L[i];
}
}
for (int i = 0; i < R2L.Length; i++) //find the min SPL second order
{
if (R2L[i] < MinLevel)
{
MinLevel = R2L[i];
}
}
Debug.Log(Maxtime);
Debug.Log(MinLevel);
max.text = ((Maxtime + .005f) * 1000).ToString("f2");
min.text = "0";
half.text = (((Maxtime + .005f) * 1000) / 2).ToString("f2");
quarter.text = (((Maxtime + .005f) * 1000) / 4).ToString("f2");
threeQuarter.text = ((((Maxtime + .005f) * 1000) / 4) * 3).ToString("f2");
maxTime = Maxtime;
minLevel = MinLevel;
lvlmax.text = dbSPL.ToString();
lvlmin.text = (MinLevel - 5).ToString("f0");
lvlhalf.text = (((dbSPL - (MinLevel - 5)) / 2) + (MinLevel - 5)).ToString("f0");
lvlquarter.text = (((dbSPL - (MinLevel - 5)) / 4) + (MinLevel - 5)).ToString("f0");
lvlthreeQuarter.text = (((((dbSPL - (MinLevel - 5)) / 4)) * 3 + (MinLevel - 5))).ToString("f0");
barXHandler();
}
