public void ReCalcNodeSRDH_Test()
{
int numWD = 16;
string DB_Load_LC_Before_Met = testingFolder + "\\Test_Load_LC_Before_Met.cfm";
string DB_Load_LC_After_Met = testingFolder + "\\Test_Load_LC_After_Met.cfm";
NodeCollection nodeList = new NodeCollection();
BinaryFormatter bin = new BinaryFormatter();
string connBefore = nodeList.GetDB_ConnectionString(DB_Load_LC_Before_Met);
string connAfter = nodeList.GetDB_ConnectionString(DB_Load_LC_After_Met);
Nodes[] LC_Load_Before_Met = new Nodes[0]; // array of Nodes with SRDH calcs from model where Land Cover was loaded before the met import and map generation
Nodes[] LC_Load_After_Met = new Nodes[0]; // same as above but from model where Land Cover was loaded after the met import and map generation
// Grab all Nodes with SRDH calcs from 'LC Load Before' model
using (var context = new Continuum_EDMContainer(connBefore))
{
var node_db = from N in context.Node_table.Include("expo") select N;
foreach (var N in node_db)
{
int numRadii = N.expo.Count;
for (int i = 0; i < numRadii; i++)
{
if (N.expo.ElementAt(i).SR_Array != null)
{
int numNodes = LC_Load_Before_Met.Length;
Array.Resize(ref LC_Load_Before_Met, numNodes + 1);
LC_Load_Before_Met[numNodes] = new Nodes();
LC_Load_Before_Met[numNodes].UTMX = N.UTMX;
LC_Load_Before_Met[numNodes].UTMY = N.UTMY;
LC_Load_Before_Met[numNodes].elev = N.elev;
MemoryStream MS3 = new MemoryStream(N.expo.ElementAt(i).SR_Array);
LC_Load_Before_Met[numNodes].AddExposure(N.expo.ElementAt(i).radius, N.expo.ElementAt(i).exponent, 1, numWD);
LC_Load_Before_Met[numNodes].expo[0].SR = new double[numWD];
LC_Load_Before_Met[numNodes].expo[0].SR = (double[])bin.Deserialize(MS3);
MS3 = new MemoryStream(N.expo.ElementAt(i).DH_Array);
LC_Load_Before_Met[numNodes].expo[0].dispH = new double[numWD];
LC_Load_Before_Met[numNodes].expo[0].dispH = (double[])bin.Deserialize(MS3);
}
}
}
}
// Grab all Nodes with SRDH calcs from 'LC Load After' model
using (var context = new Continuum_EDMContainer(connAfter))
{
var node_db = from N in context.Node_table.Include("expo") select N;
foreach (var N in node_db)
{
int numRadii = N.expo.Count;
for (int i = 0; i < numRadii; i++)
{
if (N.expo.ElementAt(i).SR_Array != null)
{
int numNodes = LC_Load_After_Met.Length;
Array.Resize(ref LC_Load_After_Met, numNodes + 1);
LC_Load_After_Met[numNodes] = new Nodes();
LC_Load_After_Met[numNodes].UTMX = N.UTMX;
LC_Load_After_Met[numNodes].UTMY = N.UTMY;
LC_Load_After_Met[numNodes].elev = N.elev;
MemoryStream MS3 = new MemoryStream(N.expo.ElementAt(i).SR_Array);
LC_Load_After_Met[numNodes].AddExposure(N.expo.ElementAt(i).radius, N.expo.ElementAt(i).exponent, 1, numWD);
LC_Load_After_Met[numNodes].expo[0].SR = new double[numWD];
LC_Load_After_Met[numNodes].expo[0].SR = (double[])bin.Deserialize(MS3);
MS3 = new MemoryStream(N.expo.ElementAt(i).DH_Array);
LC_Load_After_Met[numNodes].expo[0].dispH = new double[numWD];
LC_Load_After_Met[numNodes].expo[0].dispH = (double[])bin.Deserialize(MS3);
}
}
}
}
// Loop through nodes LC_Load_Before_Met and find same coords in LC_Load_After_Met and compare SR/DH
for (int i = 0; i < LC_Load_Before_Met.Length; i++)
{
for (int j = 0; j < LC_Load_After_Met.Length; j++)
{
if (LC_Load_Before_Met[i].UTMX == LC_Load_After_Met[j].UTMX && LC_Load_Before_Met[i].UTMY == LC_Load_After_Met[j].UTMY && LC_Load_Before_Met[i].expo[0].radius == LC_Load_After_Met[j].expo[0].radius)
{
for (int k = 0; k < numWD; k++)
{
Assert.AreEqual(LC_Load_Before_Met[i].expo[0].SR[k], LC_Load_After_Met[j].expo[0].SR[k], 0.00001, "Different SR" + LC_Load_Before_Met[i].UTMX.ToString() + "," + LC_Load_Before_Met[i].UTMY.ToString());
Assert.AreEqual(LC_Load_Before_Met[i].expo[0].dispH[k], LC_Load_After_Met[j].expo[0].dispH[k], 0.00001, "Different SR" + LC_Load_Before_Met[i].UTMX.ToString() + "," + LC_Load_Before_Met[i].UTMY.ToString());
}
break;
}
}
}
}
public void LCKeyOK_Test()
{
// Tests changing LC key after a met has been imported and a map has been created
string DB_Change_LC_Before_Met = "Test_Change_LCKey_Before_Met.cfm";
string DB_Change_LC_After_Met = "Test_Change_LCKey_After_Met.cfm";
NodeCollection nodeList = new NodeCollection();
BinaryFormatter bin = new BinaryFormatter();
string connBefore = nodeList.GetDB_ConnectionString(testingFolder + "\\" + DB_Change_LC_Before_Met);
string connAfter = nodeList.GetDB_ConnectionString(testingFolder + "\\" + DB_Change_LC_After_Met);
Nodes[] LC_Change_Before_Met = new Nodes[0]; // array of Nodes with SRDH calcs from model where Land Cover key was changed before the met import and map generation
Nodes[] LC_Change_After_Met = new Nodes[0]; // same as above but from model where Land Cover key was changed after the met import and map generation
// Grab all Nodes with SRDH calcs from 'LC Key Change Before' model
using (var context = new Continuum_EDMContainer(connBefore))
{
var node_db = from N in context.Node_table.Include("expo") select N;
foreach (var N in node_db)
{
int numRadii = N.expo.Count;
for (int i = 0; i < numRadii; i++)
{
if (N.expo.ElementAt(i).SR_Array != null)
{
int numNodes = LC_Change_Before_Met.Length;
Array.Resize(ref LC_Change_Before_Met, numNodes + 1);
LC_Change_Before_Met[numNodes] = new Nodes();
LC_Change_Before_Met[numNodes].UTMX = N.UTMX;
LC_Change_Before_Met[numNodes].UTMY = N.UTMY;
LC_Change_Before_Met[numNodes].elev = N.elev;
MemoryStream MS3 = new MemoryStream(N.expo.ElementAt(i).SR_Array);
LC_Change_Before_Met[numNodes].AddExposure(N.expo.ElementAt(i).radius, N.expo.ElementAt(i).exponent, 1, 24);
LC_Change_Before_Met[numNodes].expo[0].SR = new double[24];
LC_Change_Before_Met[numNodes].expo[0].SR = (double[])bin.Deserialize(MS3);
MS3 = new MemoryStream(N.expo.ElementAt(i).DH_Array);
LC_Change_Before_Met[numNodes].expo[0].dispH = new double[24];
LC_Change_Before_Met[numNodes].expo[0].dispH = (double[])bin.Deserialize(MS3);
}
}
}
}
// Grab all Nodes with SRDH calcs from 'LC Key Change After' model
using (var context = new Continuum_EDMContainer(connAfter))
{
var node_db = from N in context.Node_table.Include("expo") select N;
foreach (var N in node_db)
{
int numRadii = N.expo.Count;
for (int i = 0; i < numRadii; i++)
{
if (N.expo.ElementAt(i).SR_Array != null)
{
int numNodes = LC_Change_After_Met.Length;
Array.Resize(ref LC_Change_After_Met, numNodes + 1);
LC_Change_After_Met[numNodes] = new Nodes();
LC_Change_After_Met[numNodes].UTMX = N.UTMX;
LC_Change_After_Met[numNodes].UTMY = N.UTMY;
LC_Change_After_Met[numNodes].elev = N.elev;
MemoryStream MS3 = new MemoryStream(N.expo.ElementAt(i).SR_Array);
LC_Change_After_Met[numNodes].AddExposure(N.expo.ElementAt(i).radius, N.expo.ElementAt(i).exponent, 1, 24);
LC_Change_After_Met[numNodes].expo[0].SR = new double[24];
LC_Change_After_Met[numNodes].expo[0].SR = (double[])bin.Deserialize(MS3);
MS3 = new MemoryStream(N.expo.ElementAt(i).DH_Array);
LC_Change_After_Met[numNodes].expo[0].dispH = new double[24];
LC_Change_After_Met[numNodes].expo[0].dispH = (double[])bin.Deserialize(MS3);
}
}
}
}
// Loop through nodes LC_Change_Before_Met and find same coords in LC_Change_After_Met and compare SR/DH
for (int i = 0; i < LC_Change_Before_Met.Length; i++)
{
for (int j = 0; j < LC_Change_After_Met.Length; j++)
{
if (LC_Change_Before_Met[i].UTMX == LC_Change_After_Met[j].UTMX && LC_Change_Before_Met[i].UTMY == LC_Change_After_Met[j].UTMY && LC_Change_Before_Met[i].expo[0].radius == LC_Change_After_Met[j].expo[0].radius)
{
for (int k = 0; k < 24; k++)
{
Assert.AreEqual(LC_Change_Before_Met[i].expo[0].SR[k], LC_Change_After_Met[j].expo[0].SR[k], 0.00001, "Different SR" + LC_Change_Before_Met[i].UTMX.ToString() + "," + LC_Change_Before_Met[i].UTMY.ToString());
Assert.AreEqual(LC_Change_Before_Met[i].expo[0].dispH[k], LC_Change_After_Met[j].expo[0].dispH[k], 0.00001, "Different SR" + LC_Change_Before_Met[i].UTMX.ToString() + "," + LC_Change_Before_Met[i].UTMY.ToString());
}
break;
}
}
}
string filename_before = testingFolder + "\\Test_Change_LCKey_Before_Met.cfm";
string filename_after = testingFolder + "\\Test_Change_LCKey_After_Met.cfm";
Continuum thisInstBefore = new Continuum("");
Continuum thisInstAfter = new Continuum("");
thisInstBefore.Open(filename_before);
thisInstAfter.Open(filename_after);
// Loop through met and turbine sites and compare SR/DH
Met metBefore = thisInstBefore.metList.metItem[0];
Met metAfter = thisInstAfter.metList.metItem[0];
for (int k = 0; k < 24; k++)
{
Assert.AreEqual(metBefore.expo[0].SR[k], metAfter.expo[0].SR[k], 0.00001, "Different SR");
Assert.AreEqual(metBefore.expo[0].dispH[k], metAfter.expo[0].dispH[k], 0.00001, "Different displacement height");
}
for (int i = 0; i < thisInstAfter.turbineList.TurbineCount; i++)
{
Turbine turbineBefore = thisInstBefore.turbineList.turbineEsts[i];
Turbine turbineAfter = thisInstAfter.turbineList.turbineEsts[i];
for (int k = 0; k < 24; k++)
{
Assert.AreEqual(turbineBefore.expo[0].SR[k], turbineAfter.expo[0].SR[k], 0.00001, "Different SR");
Assert.AreEqual(turbineBefore.expo[0].dispH[k], turbineAfter.expo[0].dispH[k], 0.00001, "Different displacement height");
}
}
}
