private static void AssertEquivalentNormalization(normalization actual, normalization expected)
{
Assert.That(actual, Is.Not.Null);
Assert.That(actual.name, Is.EqualTo(expected.name));
Assert.That(actual.@default, Is.Null);
Assert.That(actual.localized, Is.Null);
}
public void DigitsLettersCaseInsensitiveNormalization()
{
var normalization = new normalization {
name = "Keep digits and letters, case insensitive"
};
var options = _container.Resolve <ConfigurationOptions>();
var actual = options.Normalization(Normalization.DigitsLettersCaseInsensitive);
AssertEquivalentNormalization(actual, normalization);
}
public void DigitsLettersNormalization()
{
var normalization = new normalization {
name = "Keep digits and letters (e.g. Text123)"
};
var options = _container.Resolve <ConfigurationOptions>();
var actual = options.Normalization(Normalization.DigitsLetters);
AssertEquivalentNormalization(actual, normalization);
}
public void DigitsNormalization()
{
var normalization = new normalization {
name = "Keep digits only (e.g. 1234)"
};
var options = _container.Resolve <ConfigurationOptions>();
var actual = options.Normalization(Normalization.Digits);
AssertEquivalentNormalization(actual, normalization);
}
public void CaseInsensitiveNormalization()
{
var normalization = new normalization {
name = "Case insensitive"
};
var options = _container.Resolve <ConfigurationOptions>();
var actual = options.Normalization(Normalization.CaseInsensitive);
AssertEquivalentNormalization(actual, normalization);
}
public void NoNormalization()
{
var normalization = new normalization {
name = "(no refinement)"
};
var options = _container.Resolve <ConfigurationOptions>();
var actual = options.Normalization(Normalization.None);
AssertEquivalentNormalization(actual, normalization);
}
private static Normalization MapNormalization(normalization normalization)
{
switch (normalization.name)
{
case "(no refinement)":
return(Import.Configuration.Normalization.None);
case "Case insensitive":
return(Import.Configuration.Normalization.CaseInsensitive);
case "Keep digits only (e.g. 1234)":
return(Import.Configuration.Normalization.Digits);
case "Keep digits and letters (e.g. Text123)":
return(Import.Configuration.Normalization.DigitsLetters);
case "Keep digits and letters, case insensitive":
return(Import.Configuration.Normalization.DigitsLettersCaseInsensitive);
}
throw new ArgumentOutOfRangeException("normalization", normalization.name, "Unexpected normalization.");
}
private void btnExecute_Click(object sender, EventArgs e)
{
string inRst1Nm = cmbInRaster1.Text;
string inRst2Nm = cmbInRaster2.Text;
string outNmRst = txtOutName.Text;
int pChange = trbPercent.Value;
if (inRst1Nm == "" || inRst1Nm == null)
{
MessageBox.Show("You must specify an input raster for In Raster 1 or type in a number","Error",MessageBoxButtons.OK,MessageBoxIcon.Error);
return;
}
if (inRst2Nm == "" || inRst2Nm == null)
{
MessageBox.Show("You must specify an input raster for In Raster 2 or type in a number", "Error", MessageBoxButtons.OK, MessageBoxIcon.Error);
return;
}
if (outNmRst == "" || outNmRst == null)
{
MessageBox.Show("You must specify an output raster name", "Error", MessageBoxButtons.OK, MessageBoxIcon.Error);
return;
}
IRaster rs1 = rstDic[inRst1Nm];
IRaster rs2 = rstDic[inRst2Nm];
this.Visible = false;
esriUtil.Forms.RunningProcess.frmRunningProcessDialog rp = new RunningProcess.frmRunningProcessDialog(false);
DateTime dt = DateTime.Now;
rp.addMessage("Creating Raster. This may take a while...");
rp.addMessage("Calculating Statistics...");
rp.stepPGBar(10);
rp.TopMost = true;
rp.Show();
rp.Refresh();
normalization nm = new normalization(rsUtil.createIdentityRaster(rs1), rsUtil.createIdentityRaster(rs2), pChange, rsUtil);
try
{
double[][] coef = nm.Coefficients;
outraster = rsUtil.createRaster(nm.OutRaster);
outrastername = outNmRst;
int bCnt = ((IRasterBandCollection)outraster).Count;
for (int i = 0; i < bCnt; i++)
{
double[] intSlp = coef[i];
double intercept = intSlp[0];
double slope = intSlp[1];
double r2 = intSlp[2];
rp.addMessage("R2, Intercept, Slope (" + (i+1).ToString() + ") = " + r2.ToString() + ", " + intercept.ToString() + ", " + slope.ToString());
}
if (mp != null && aM)
{
//rsUtil.calcStatsAndHist(((IRaster2)outRs).RasterDataset);
IRasterLayer rsLyr = new RasterLayerClass();
rsLyr.CreateFromRaster(outraster);
rsLyr.Name = outrastername;
rsLyr.Visible = false;
mp.AddLayer((ILayer)rsLyr);
}
this.DialogResult = DialogResult.OK;
}
catch (Exception ex)
{
rp.addMessage(ex.ToString());
Console.WriteLine(ex.ToString());
}
finally
{
DateTime dt2 = DateTime.Now;
TimeSpan ts = dt2.Subtract(dt);
string t = " in " + ts.Days.ToString() + " days " + ts.Hours.ToString() + " hours " + ts.Minutes.ToString() + " minutes and " + ts.Seconds.ToString() + " seconds .";
rp.stepPGBar(100);
rp.addMessage("Finished Normalizing Image" + t);
rp.enableClose();
this.Close();
}
}
private void btnExecute_Click(object sender, EventArgs e)
{
string inRst1Nm = cmbInRaster1.Text;
string inRst2Nm = cmbInRaster2.Text;
string outNmRst = txtOutName.Text;
int pChange = trbPercent.Value;
if (inRst1Nm == "" || inRst1Nm == null)
{
MessageBox.Show("You must specify an input raster for In Raster 1 or type in a number", "Error", MessageBoxButtons.OK, MessageBoxIcon.Error);
return;
}
if (inRst2Nm == "" || inRst2Nm == null)
{
MessageBox.Show("You must specify an input raster for In Raster 2 or type in a number", "Error", MessageBoxButtons.OK, MessageBoxIcon.Error);
return;
}
if (outNmRst == "" || outNmRst == null)
{
MessageBox.Show("You must specify an output raster name", "Error", MessageBoxButtons.OK, MessageBoxIcon.Error);
return;
}
IRaster rs1 = rstDic[inRst1Nm];
IRaster rs2 = rstDic[inRst2Nm];
this.Visible = false;
esriUtil.Forms.RunningProcess.frmRunningProcessDialog rp = new RunningProcess.frmRunningProcessDialog(false);
DateTime dt = DateTime.Now;
rp.addMessage("Creating Raster. This may take a while...");
rp.addMessage("Calculating Statistics...");
rp.stepPGBar(10);
rp.TopMost = true;
rp.Show();
rp.Refresh();
normalization nm = new normalization(rsUtil.createIdentityRaster(rs1), rsUtil.createIdentityRaster(rs2), pChange, rsUtil);
try
{
double[][] coef = nm.Coefficients;
outraster = rsUtil.createRaster(nm.OutRaster);
outrastername = outNmRst;
int bCnt = ((IRasterBandCollection)outraster).Count;
for (int i = 0; i < bCnt; i++)
{
double[] intSlp = coef[i];
double intercept = intSlp[0];
double slope = intSlp[1];
double r2 = intSlp[2];
rp.addMessage("R2, Intercept, Slope (" + (i + 1).ToString() + ") = " + r2.ToString() + ", " + intercept.ToString() + ", " + slope.ToString());
}
if (!(txtModelPath.Text == "" || txtModelPath.Text == null))
{
nm.writeModel(txtModelPath.Text);
}
if (mp != null && aM)
{
//rsUtil.calcStatsAndHist(((IRaster2)outRs).RasterDataset);
IRasterLayer rsLyr = new RasterLayerClass();
rsLyr.CreateFromRaster(outraster);
rsLyr.Name = outrastername;
rsLyr.Visible = false;
mp.AddLayer((ILayer)rsLyr);
}
this.DialogResult = DialogResult.OK;
}
catch (Exception ex)
{
rp.addMessage(ex.ToString());
Console.WriteLine(ex.ToString());
}
finally
{
DateTime dt2 = DateTime.Now;
TimeSpan ts = dt2.Subtract(dt);
string t = " in " + ts.Days.ToString() + " days " + ts.Hours.ToString() + " hours " + ts.Minutes.ToString() + " minutes and " + ts.Seconds.ToString() + " seconds .";
rp.stepPGBar(100);
rp.addMessage("Finished Normalizing Image" + t);
rp.enableClose();
this.Close();
}
}
