public void SetUp()
{
Debug.Write("\n Test Fixture Setup... ");
omiPath = System.IO.Directory.GetCurrentDirectory() + "../../../Data/2dDiffusiveWave.omi";
//config = System.IO.Directory.GetCurrentDirectory() + "../../../Data/2dDiffusiveWaveConfig.xml";
omiPath = Path.GetFullPath(omiPath);
//config = Path.GetFullPath(config);
wrapper = new DiffusiveWave.Source.Wrapper();
Debug.WriteLine("done. \n");
}
public void ComplexTerrain_RefactoredCode(string id, string elevTXT, double nx, double ny, double hw, double InStage)
{
//create input argument hashtable
System.Collections.Hashtable args = BuildArgs(omiPath);
//set elevation file in omi
args["SurfaceElevation"] = elevTXT;
//get xllcorner and yll corner for output file
StreamReader sr = new StreamReader(elevTXT);
string line = sr.ReadLine(); line = sr.ReadLine(); line = sr.ReadLine();
string xllcorner = line; line = sr.ReadLine();
string yllcorner = line; line = sr.ReadLine(); line = sr.ReadLine();
string NoData = line;
sr.Close();
DiffusiveWave.Source.Wrapper2 wrapper = new DiffusiveWave.Source.Wrapper2();
wrapper.nx = nx;
wrapper.ny = ny;
wrapper.hw = hw;
//Initialize Model
wrapper.Initialize(args);
//create stage input array
double[] stage = new double[wrapper.rows * wrapper.cols];
for (int i = 0; i <= wrapper.rows - 1; i++)
stage[i * wrapper.cols] = InStage;
int print_num = 10;
int print_count = 1;
bool print = true;
for (int time = 1; time <= 300; time++)
{
//set stage values
IValueSet Stage = new ScalarSet(stage);
wrapper.SetValues("Stage", "SmithBranch", Stage);
//run timestep
wrapper.PerformTimeStep();
ScalarSet excess = (ScalarSet)wrapper.GetValues("Excess Rainfall", "Smith Branch");
//get number of rows and cols, assuming a square matrix
int elem = Convert.ToInt32(Math.Sqrt(Convert.ToDouble(excess.Count)));
if (print_count == print_num)
print = true;
if (print)
{
//create output file and write some header data
StreamWriter sw = new StreamWriter("../../Data/model_output/" + id + "_" + (time * wrapper.GetTimeStep()).ToString("F2") + ".txt", false);
sw.WriteLine("ncols " + wrapper.cols);
sw.WriteLine("nrows " + wrapper.rows);
sw.WriteLine(xllcorner);
sw.WriteLine(yllcorner);
sw.WriteLine("cellsize " + wrapper._cellsize);
sw.WriteLine(NoData);
//Write the output results to the screen
//Debug.WriteLine("Excess Rainfall Results");
Queue<double> s = new Queue<double>(stage);
double sum = 0;
//int k=0;
int c = 1;
for (int i = 0; i <= excess.Count - 1; i++)
{
//string value = (excess.data[i] + wrapper._elevation[k,i - k*wrapper._elevation.GetLength(1)]).ToString("F7");
string value = excess.data[i].ToString("F7");
if (excess.data[i] == 0)
value = "-9999";
//Debug.Write(value + "\t\t");
sw.Write(value + " ");
if (c == wrapper.cols)
{
//write a new line
//Debug.Write("\n");
sw.Write("\n");
//reset c
c = 1;
}
else
{
c++;
}
sum += excess.data[i];
}
sw.Close();
if(time != 1)
print_count = 1;
print = false;
}
Debug.WriteLine("Time Step " + (time).ToString() + " completed...");
print_count++;
}
//Teardown the component
wrapper = null;
Debug.WriteLine("\n--------------------------------------------");
Debug.WriteLine("Stage Input Test has completed successfully");
}
public void ComplexTerrain(string id, string elevTXT, double nx, double ny, double hw, double InStage)
{
//create input argument hashtable
System.Collections.Hashtable args = BuildArgs(omiPath);
//set elevation file in omi
args["SurfaceElevation"] = elevTXT;
//get xllcorner and yll corner for output file
StreamReader sr = new StreamReader(elevTXT);
string line = sr.ReadLine(); line = sr.ReadLine(); line = sr.ReadLine();
string xllcorner = line; line = sr.ReadLine();
string yllcorner = line;line = sr.ReadLine();line = sr.ReadLine();
string NoData = line;
sr.Close();
wrapper.nx = nx;
wrapper.ny = ny;
wrapper.hw = hw;
//Initialize Model
wrapper.Initialize(args);
//create stage input array
double[] stage = new double[wrapper._sox.GetLength(0) * wrapper._sox.GetLength(1)];
for (int i = 0; i <= wrapper._sox.GetLength(0)-1; i++)
stage[i * wrapper._sox.GetLength(0)] = InStage;
for (int time = 1; time <= 2; time++)
{
//set stage values
IValueSet Stage = new ScalarSet(stage);
wrapper.SetValues("Stage", "SmithBranch", Stage);
//run timestep
wrapper.PerformTimeStep();
ScalarSet excess = (ScalarSet)wrapper.GetValues("Excess Rainfall", "Smith Branch");
//get number of rows and cols, assuming a squar matrix
int elem = Convert.ToInt32(Math.Sqrt(Convert.ToDouble(excess.Count)));
//create output file and write some header data
StreamWriter sw = new StreamWriter(id + "_" + time*wrapper.GetTimeStep() + ".txt", false);
sw.WriteLine("ncols " + wrapper._sox.GetLength(1));
sw.WriteLine("nrows " + wrapper._sox.GetLength(0));
sw.WriteLine(xllcorner);
sw.WriteLine(yllcorner);
sw.WriteLine("cellsize " + wrapper._cellsize);
sw.Write(NoData);
//Write the output results to the screen
Debug.WriteLine("Excess Rainfall Results");
Queue<double> s = new Queue<double>(stage);
double sum = 0;
int c = 1 ;
for (int i = 0; i <= excess.Count - 1; i++)
{
string value = excess.data[i].ToString("F7");
if (excess.data[i] == 0)
value = "-9999";
Debug.Write(value + "\t\t");
sw.Write(value + " ");
if (c == wrapper._sox.GetLength(1))
{
//write a new line
Debug.Write("\n");
sw.Write("\n");
//reset c
c = 1;
}
else
{
c++;
}
sum += excess.data[i];
}
Debug.Write("\nTotal head on floodplain = " + sum.ToString() + ". \n");
Debug.WriteLine("\nStage Input Test has completed successfully");
sw.Close();
}
//Teardown the component
wrapper = null;
}
public void ExcessInput(string id, string elevTxt, double nx, double ny, double hw, double[] InExcess)
{
Debug.WriteLine("\n\n---------------------------------------------------");
Debug.WriteLine("Running the 'Excess Input' Test, ID: " + id);
Debug.WriteLine("---------------------------------------------------");
//get xllcorner and yll corner for output file
StreamReader sr = new StreamReader(elevTxt);
string line = sr.ReadLine(); line = sr.ReadLine(); line = sr.ReadLine();
string xllcorner = line; line = sr.ReadLine();
string yllcorner = line; line = sr.ReadLine(); line = sr.ReadLine();
string NoData = line;
sr.Close();
//create input argument hashtable
System.Collections.Hashtable args = BuildArgs(omiPath);
//set elevation file in omi
args["SurfaceElevation"] = elevTxt;
wrapper = new DiffusiveWave.Source.Wrapper();
wrapper.nx = nx;
wrapper.ny = ny;
wrapper.hw = hw;
//Initialize Model
wrapper.Initialize(args);
int num_rows = wrapper._sox.GetLength(0);
int num_cols = wrapper._sox.GetLength(1);
double inexcess = 0.001;
StreamWriter results_output = new StreamWriter("flood_results.csv",false);
results_output.WriteLine(wrapper._elevation.GetLength(0).ToString() + "," + wrapper._elevation.GetLength(1).ToString());
for (int time = 1; time <= 3642; time++)
{
//inexcess = 0.01 / 3652;
//double supplied_excess = InExcess[time-1] * num_cols * num_rows;
//create stage array with values of zero
double[] stage = new double[wrapper._sox.GetLength(0) * wrapper._sox.GetLength(1)];
//create excess array
double[] excess = new double[wrapper._sox.GetLength(0) * wrapper._sox.GetLength(1)];
for (int i = 0; i <= excess.Length - 1; i++)
excess[i] = inexcess;
//excess[i] = InExcess[time-1];
//set excess and stage values
IValueSet Excess = new ScalarSet(excess);
wrapper.SetValues("Excess Rainfall", "SmithBranch", Excess);
IValueSet Stage = new ScalarSet(stage);
wrapper.SetValues("Stage", "SmithBranch", Stage);
//run timestep
wrapper.PerformTimeStep();
//get result values
ScalarSet result = (ScalarSet)wrapper.GetValues("Excess Rainfall", "Smith Branch");
//create output file and write some header data
//StreamWriter sw = new StreamWriter(id + "_" + time * wrapper.GetTimeStep() + ".txt", false);
//sw.WriteLine("ncols " + wrapper._sox.GetLength(1));
//sw.WriteLine("nrows " + wrapper._sox.GetLength(0));
//sw.WriteLine(xllcorner);
//sw.WriteLine(yllcorner);
//sw.WriteLine("cellsize " + wrapper._cellsize);
//sw.WriteLine(NoData);
//get number of rows and cols, assuming a squar matrix
int elem = Convert.ToInt32(Math.Sqrt(Convert.ToDouble(result.Count)));
//Write the output results to the screen
Debug.WriteLine("Excess Rainfall Results: current time= " + (time*wrapper._dt).ToString() + "seconds");
double calculated_excess = 0;
results_output.WriteLine((time * wrapper._dt).ToString());
for (int row = 0; row <= num_rows - 1; row++)
{
for (int col = 0; col <= num_cols - 1; col++)
{
calculated_excess += result.data[row * num_cols + col];
string value = null;
if (result.data[row * num_cols + col] == 0)
value = "-9999";
else
value = result.data[row * num_cols + col].ToString("F7");
//Debug.Write(value + " ");
//sw.Write(value + " ");
results_output.Write(value + ",");
}
//Debug.Write("\n");
results_output.Write("\n");
//if (row != num_rows - 1)
// sw.Write("\n");
}
//double initialExcess = InExcess[time-1] * result.Count;
//Debug.Write("Total excess on floodplain = " + calculated_excess.ToString() + ". Initial excess = " + supplied_excess.ToString());
//Debug.WriteLine("\n Stage Input Test has completed successfully");
//Debug.WriteLine("----------");
//sw.Close();
inexcess = 0;
}
results_output.Close();
//Teardown the component
wrapper.Finish();
}